23 Series. Product Catalogue. Stock and Custom Springs. Call: +44 (0)

Transcription

1 Product Catalogue 23 Series Stock and Custom Springs ISO 9001 Registered ISO 9001 BUREAU VERITAS Certification Nº 5692 Call: +44 (0) Visit: or Fax: +44 (0)

2 Why Choose Lee Spring? Selection Lee Spring offers 23,000+ products in stock, plus custom capabilities to meet your specifications. From the Bantam Mini Series up to the Die Series, Lee Spring stocks a spring that fits most applications. Not finding what you need in the stock line, Lee Spring can custom manufacture springs to meet your exact specifications. In Stock Lee Spring stocks millions of springs all ready to ship today. An extensive inventory of Compression, Extension, Torsion, Belleville and speciality springs are on hand. Custom Made to Your Specifications Lee Spring offers extensive custom capabilities and engineering support from design through production. Lee Spring also offers an extensive selection of custom material and finish options. Experience and Support Since 1918, Lee Spring has been manufacturing, engineering, and designing springs, formed metal parts and related products for a wide variety of industries. Lee Spring s extensive experience in spring design and mechanical engineering will complement your design team. Global Flexibility Lee Spring partners with your business to find solutions that meet your geographic requirements wherever your business takes you in the world. Lee Spring has locations located around the world ready to assist. Develop prototypes with a Lee Spring Engineer in one part of the world and reduce long-run shipping costs by producing parts close to where you need them in another part of the world. This level of global flexibility and selection is just another reason to work with Lee Spring on your next project. More Value Free postage to many locations. Free Plating on all Music Wire Stock Springs. Free Grinding on all Standard Stock Compression Springs. Free Passivation on, 316 & 17-7 Steel Stock Springs. Certificate of Compliance on all Stock Springs and Custom Springs. Guaranteed RoHS Compliance on all Stock Springs.

3 CAD Downloads Available Online Visit leespring.com to download CAD files of stock products. 3D CAD solid part files in the most common file types and 2D prints with specifications are available for download. Drop spring CAD files directly to your CAD software. NEW! 1,100+ New Products Added New Compression Springs added in SS316, plus more Extension Springs in Music Wire and Steel added for More Die Springs now available, including an expanded selection over 6-inches in length. Hundreds of all new free angles available in the Torsion Spring Series in Now offering 120, 210 and 300 degree free angle in the stock Torsion Spring Series. Expanded Belleville Washers selection available, including new thickness options. Lee Spring offers a huge selection In Stock and Ready to Ship. The Only Non-Metallic, Non-Corroding, Non-Contaminating Spring At last! Compression springs that combine the strength of metal with the special attributes of high-performance thermoplastics. LeeP Plastic Composite Springs feature patented designs molded in Ultem* resins. This groundbreaking lines meets the needs of applications such as medical, food-processing, marine, and electronics where non-corroding, high temperature resistant, non-conductive, inert in a variety of standard sizes, each in an easy-toidentify rainbow strength. LeeP Plastic Composite Springs page 9 1

4 FROM 10 TO 10 MILLION. SPRGS OR CUSTOM SPRGS If you need it, Lee Spring can do it. If you think it, Lee Spring can make it. SPRGS Lee Spring, with European headquarters in the UK, is one of the largest stockists of catalogue spring products, meeting the needs of customers in a vast range of industries across the region. The catalogue lists thousands of spring types including the Innovative LeeP high performance plastic composite springs, Bantam Mini compression springs, Lite Pressure and High Pressure compression springs. Our complete portfolio includes Compression, Die, Extension and Wave springs in addition to Belleville Washers and numerous Speciality springs. All stock products are available for despatch within 24 hours. SPRG KITS Formulated with research and development engineers, technicians and maintenance engineers in mind, our spring kits comprise a selection of different sizes and are available for standard compression, extension, torsion and instrument springs. CUSTOM DESIGN AND MANUFACTURG Our design and manufacturing capabilities are limited only by the imagination of engineers. Custom designs are normally considered when either the performance required or physical size and configuration exceed the scope available from our comprehensive stock range. Our specialist design engineers have a wealth of spring experience and can provide expert consultancy for any specific project, from start to finish. On page 239 you will find a glossary to help specify a spring to match your application. Starting on page 227 there are specification forms for compression, extension, torsion, conical, swivel hook, drawbar, constant force and wave springs. Our dedicated customer service and technical teams are always on hand to help you find the right solution for your specific application. 2

5 TABLE OF CONTENTS TRODUCTION Guide to Lee Spring Part Numbers...4 Benefit from the Lee Spring Difference...6 SPRGS Spring Selection Kits...7 LeeP Plastic Composite Springs...9 Compression Springs...13 Bantam Mini Springs...13 Lite Pressure Series...19 Instrument Series...37 Standard Series...50 Heavy duty Series High Pressure Series Die Springs REDUX Wave springs Belleville Spring Washers Extension Springs Torsion Springs Speciality Stock Parts Constant Force Springs Battery Springs Continuous Length Extension Springs MIL-SPEC SPRGS SPECIFICATION FORMS Wave Springs Constant Force Springs Compression Springs Conical Springs Extension Springs Swivel Hook Springs Torsion Springs Battery Springs Belleville Spring Washers CUSTOM SPRGS Custom Springs, Wire Forms, Stampings and Fourslide Parts ENGEERG DATA Specifications and Tolerances Conversion Data and Mathematical Symbols Glossary LOCATIONS CONDITIONS OF SALE PRICE GUIDANCE HOW TO ORDER

6 GUIDE TO SPRG PART S P PLASTIC COMPOSITE SPRGS pg.9 COMPRESSION SPRGS pg.13 Series BANTAM MI SERIES (Inch) BANTAM MI SERIES (Metric) STRUMENT SERIES (Inch) STRUMENT SERIES (Metric) LITE PRESSURE SERIES (Inch) STANDARD SERIES (Inch) STANDARD SERIES (Metric) HEAVY DUTY SERIES (Inch) HIGH PRESSURE SERIES (Inch) CB CBM CI CIM LP LC LCM LHC LHP DIE SPRGS pg.117 MEDIUM LOAD SERIES MEDIUM LOAD PLUS SERIES MEDIUM HEAVY SERIES HEAVY LOAD SERIES EXTRA HEAVY LOAD SERIES EXTENSION SPRGS pg.151 Series STRUMENT SERIES (Inch) STRUMENT SERIES (Metric) STANDARD SERIES (Inch) STANDARD SERIES (Metric) EI EIM LE LEM TORSION SPRGS pg.181 Wind TORSION SERIES (Inch, Left Wind) TORSION SERIES (Inch, Right Wind) TORSION SERIES (Metric, Left Wind) TORSION SERIES (Metric, Right Wind) BATTERY SPRGS pg.205 TERIOR MOUNT SERIES EXTERIOR MOUNT SERIES ADAPTABLE MOUNT SERIES DOUBLE MOUNT SERIES Load A AB B C D LTL LTR LTML LTMR Mount Type A B C D P SPRG HOLE CODE CODE SERIES CODE CODE Groups Springs with Same Outside Diameter (O.D.) DIE SPRG HOLE CODE LOAD CODE SERIES CODE CODE Groups Springs with Same Outside Diameter (O.D.) SERIES DIRECTION OF WD L = LEFT WD, R = RIGHT WD CODE LL U10G CI 006 A 01 M LHL 375 A 01 LE 014 A 01 M LT L 012 A 01 M CONSTANT FORCE SPRGS pg.203 SERIES LIFE CYCLES (100 S) CODE THICKNESS CODE CODE BATTERY SPRG MOUNT TYPE LCF S LB 024 B 01 AA CONTUOUS EXTENSION SPRGS pg.207 CONTUOUS EXTENSION SPRG CODE LEC 014 A 12 Material Code: M = Music Wire S = Type * S316 = Type 316 E = Elgiloy LB = Nickel Coated Music Wire LBC = Silver Coated Beryllium Copper *Type may be substituted with Type 304 at Lee Spring s discretion. MATERIAL CODE MATERIAL CODE CODE From Shortest to Longest within Series CODE From Shortest to Longest within Series REDUX WAVE SPRGS pg.129 Series REDUX SERIES (Inch) LW REDUX SERIES (Metric) LWM WAVE SPRG LW S HOLE CODE LOAD CODE STALESS STEEL Type 17-7 PH HEIGHT CODE BELLEVILLE WASHERS pg.145 SIDE CODE MATERIAL THICKNESS CODE CODE MATERIAL CODE CODE From Shortest to Longest within Series MATERIAL CODE SERIES SERIES CODE STALESS STEEL TYPE 301 WIDTH CODE BATTERY SIZE CODE SERIES CODE CODE (12, 24 or 36 ) CODE Groups springs with the Same Outside Diameter (OD) 4

7 QUALITY MANAGEMENT ISO 9001 BUREAU VERITAS Certification Nº 5692 Our quality system meets the requirements of BS EN ISO Certificate No Lee Spring is also ROHS COMPLIANT and REACH compliant Material Traceability is a standard procedure on all orders, regardless of quantity. Batch codes are fixed to all packages prior to despatch. A Certificate of Conformity is issued free with every packing note. Additional copies are charged at ( 13.00) per copy, per spring type. CUSTOMER SERVICE Whatever your requirements; springs for repair or maintenance, development work or batch production, our trained telephone sales staff will help you select springs from this catalogue. We can accept credit card transactions and open accounts for new customers immediately. Whether you are ordering ten springs or millions, we welcome every enquiry and each order receives the same professional service. SPRG MATERIALS Lee Spring Stock Springs are manufactured using materials to military, aerospace and/or equivalent British or D standards. Music Wire Standard & Oil Tempered zinc plated and fully de-embrittled Steel Type passivated to optimise corrosion resistance Steel Type 316 Excellent corrosion resistance in chloride environments, purity levels are higher and colour more consistent. Ultrasonically cleaned and passivated to offer medical and food grade cleanliness. LeeP Plastic Composite Springs Manufactured in Ultem* PEI resin making them inert and non-magnetic. High strength to weight rations, optimising performance and reducing mass. Excellent stability of physical and mechanical properties at elevated temperatures, corrosion resistant, low flammability, toxicity and recyclable. Bantam Mini Springs feature a wire diameter size of 0.10mm just slightly thicker than a human hair. Manufactured in Elgiloy, a cobalt-chromium nickel alloy known for its high strength. Custom Spring designs can employ a range of Nickel and Cobalt alloys including - Inconel 600, 718 and X-750, Nimonic 90, Hastelloy C-276, Monel 400, Monel K-500. Other available alloys are Steel 17-7 and 316, Phosphor Bronze, Beryllium Copper. * Ultem resin is produced by SABIC innovation Plastics, a leader in engineering thermoplastic material solutions. ORDER ONLE Order springs online at or Via our website you can also access a vast engineering database that will help you calculate spring characteristics and select types to meet specific performance and application criteria. When you have selected a spring full technical details, including dimensions and loads can be accessed along with price information. Users can view and manipulate stock spring images and download 3D or 2D CAD models in all major platforms or view and save images as.jpg or.tiff files. 5

8 Benefit from the Lee Spring Difference Lee Spring offers around 23,000 stock springs packed with all these extras at no additional charge. Plating On all music wire stock springs Grinding On all standard stock compression springs Passivation On, 316 & 17-7 stainless steel stock springs Expert engineering assistance On stock and custom springs Certificate of compliance On all stock springs Guaranteed RoHS compliance Live customer service support Enhanced CAD downloads On stock spring designs Comprehensive website with on-line ordering postage to many locations On stock spring designs leespring.co.uk 6

9 SPRG SELECTION KITS KIT No. 200 MUSIC KIT No. 201 STALESS STEEL 252 SPRGS 126 DIFFERENT SIZES A comprehensive selection of plated music wire or passivated stainless steel compression springs in a selection case. Each pair of compression springs is readily identified by using the reference chart on the inside of the lid. RANGE OF SPECIFICATIONS Wire Size 0.41mm to 1.83mm (0.016" to 0.072") Free Length 6.35mm to 50.80mm (0.25" to 2.00") Outside Diameter 3.05mm to 18.29mm (0.120 to ) Load Capacity Music Wire 6.67N to 133N (1.50lbs to 30lbs) Steel 5.56N to 111N (1.25lbs to 25lbs) Compression springs KIT No. 300 MUSIC KIT No. 301 STALESS STEEL 186 SPRGS 93 DIFFERENT SIZES Available in plated music wire or passivated stainless steel, each extension kit comes in a selection case. Each compartment contains three pairs of extension springs which are easily identified by using the selection chart on the inside of the hinged lid. RANGE OF SPECIFICATIONS Wire Size 0.18mm to 1.90mm (0.007" to 0.075") Free Length 6.35mm to 127mm (0.25" to 5.00") Outside Diameter 1.57mm to 19.05mm (0.062" to ) Load Capacity Music Wire 1.42N to 89N (0.32lbs to 20lbs) Steel 1.11N to 75N (0.25lbs to 17lbs) Extension springs KIT No. 800 MUSIC KIT No. 801 STALESS STEEL 74 SPRGS 37 DIFFERENT SIZES A collection of left and right hand wound torsion springs offering a range of torque values carefully selected from the Lee Spring Catalogue. Each kit contains springs with leg position at 90, 180, 270 and 360 with similar deflections. RANGE OF SPECIFICATIONS Wire Size 0.51mm to 1.78mm (0.020" to 0.070") Body Length 2.54mm to 22.60mm (0.10" to 0.89") Outside Diameter 4.75mm to 21.40mm (0.187" to 0.843") Load Capacity Music Wire 22.6N to 847N-mm (0.20lbs to 7.5in-Ibs) Steel 21.1N to 790N-mm (0.19lbs to 7.0in-Ibs) Torsion springs KIT No. 100 MUSIC 216 SPRGS 108 DIFFERENT SIZES A flip of the lid puts 216 instrument springs in 108 different sizes at your fingertips with each pair of compression, extension and torsion springs in easily identifiable compartments. Available in plated music wire only. RANGE OF SPECIFICATIONS Wire Size 0.15mm to 0.66mm (0.006" to 0.026") Free Length 3.18mm to 31.75mm (0.13" to 1.25") Outside Diameter 1.45mm to 9.15mm (0.057" to 0.360") Load Capacity Music Wire 1.33N to 30N (0.3lbs to 6.75lbs) Selected instrument springs Kit No. SK 250 Compression springs in music wire containing approx. 300 springs Kit No. SK 251 Compression springs in stainless steel containing approx. 300 springs Kit No. SK 350 Extension springs in music wire containing approx. 300 springs Kit No. SK 351 Extension springs in stainless steel containing approx. 250 springs Compact spring kits Designed for those moments when engineers need a spring immediately to solve a problem or test a prototype, these Compact Spring Kits offer a selection of compression and extension springs in a range of sizes and materials. Each box contains a choice of springs to suit research and development, servicing, repairs or maintenance; at work or at home for workshop or garage. 7

10 CUSTOM SPRGS TO YOUR SPECIFICATIONS Engineering Support From Design Through Production Extensive Material and Finish Options Global Manufacturing and Distribution CAD Assisted Product Design Governmental & Industrial Regulatory Expertise Prototypes Through Large Production Runs ISO 9001 Registered ISO 9001 BUREAU VERITAS Certification Nº 5692 Lee Spring offers design and manufacturing of custom springs to meet your detailed specifications or physical requirements. Work with a Lee Spring Engineer to help resolve design issues, selection of materials and finishes and ensuring the spring design is optimized for your application. From prototypes through large scale production runs, Lee Spring provides the engineering and manufacturing support you deserve. leespring.co.uk 8

11 LeeP PLASTIC COMPOSITE SPRGS Guide to using tables Colour Outside Diameter Inside Diameter Load at Solid Height Spring Rate Price Group spring strength. arranged through the nominal dimension. the load or force required change in load or force reference to the pages in ascending to bring all the coils per unit of deflection. price list. order of size. into contact. LeeP PLASTIC COMPOSITE SPRGS Ultem* PEI (polyetherimide) resin LeeP PLASTIC COMPOSITE SPRGS Ultem* PEI (polyetherimide) resin SI. No Lee Stock Number ordering reference. COLOUR OVER SIDE MATERIAL THICKNESS X SPRG PRICE HOLE M. ROD MAX. RADIAL WALL LOAD AT GROUP N LB N/ LB/ LL U000 RED x x BN LL U10G ORANGE BN LL U20G YELLOW BN LL U30G GREEN BN LL U36G BLUE BN LL U40G VIOLET BN LL U000 RED BP LL U10G ORANGE BP LL U20G YELLOW BP LL U30G GREEN BP LL U36G BLUE BP LL U40G VIOLET BP LL U000 RED x x BP LL U10G ORANGE BP LL U20G YELLOW BP LL U30G GREEN BP LL U36G BLUE BP LL U40G VIOLET BP LL U000 RED BS LL U10G ORANGE BS LL U20G YELLOW BS LL U30G GREEN BS LL U36G BLUE BS LL U40G VIOLET BS Maximum Rod Diameter LL U000 RED x x BS Minimum Hole LL U10G ORANGE BS LL U20G YELLOW BS LL U30G GREEN BS Diameter over which the spring will LL U36G BLUE BS LL U40G VIOLET BS LL U000 RED BU required for the effective effectively operate, allowing Material Thickness x Radial Wall nominal dimensions. Free Length the overall length of the spring in the LL U10G ORANGE BU LL U20G YELLOW BU operation of the spring, allowing for manufacturing for working conditions and manufacturing tolerances. unloaded position. tolerances and normal working conditions. Solid Height length when fully compressed ADDITIONAL FORMATION LeeP plastic composite compression springs combine the strength of metal with the special attributes of high performance engineered thermoplastics. Manufactured in Ultem* PEI (polyetherimide) resin. Different formulations are designed to meet or exceed performance criteria. Benefits include: Unique patent pending designs that maximise spring rates and cycle life, while minimizing solid height High strength to weight ratios that optimise performance while reducing mass Excellent stability of physical and mechanical properties at elevated temperatures up to 170 C (340 F) High corrosion resistance and compatibility with many chemicals including strong acids, weak bases, aromatics, and ketones Non-magnetic. Does not interfere with imaging and other ferro-sensitive technologies Dielectric insulation. Suitable for non-conductive applications Inert, non-contaminating material protects product purity Low flammability and toxicity ensure environmental safety Recyclable and compliant with global regulations including RoHS and REACH LeeP plastic composite springs are available in a variety of standard sizes and six colour coded strengths: red, orange, yellow, green, blue and violet, the strongest. Custom designs to meet precise performance requirements are available. *Ultem resin is produced by SABIC Innovative Plastics, a leader in engineered thermoplastic material solutions. 9

12 LeeP PLASTIC COMPOSITE SPRGS Ultem* PEI (polyetherimide) resin SI. No COLOUR HOLE M. OVER ROD MAX. SIDE LL U000 RED LL U10G ORANGE LL U20G YELLOW LL U30G GREEN LL U36G BLUE LL U40G VIOLET LL U000 RED LL U10G ORANGE LL U20G YELLOW LL U30G GREEN LL U36G BLUE LL U40G VIOLET LL U000 RED LL U10G ORANGE LL U20G YELLOW LL U30G GREEN LL U36G BLUE LL U40G VIOLET LL U000 RED LL U10G ORANGE LL U20G YELLOW LL U30G GREEN LL U36G BLUE LL U40G VIOLET LL U000 RED LL U10G ORANGE LL U20G YELLOW LL U30G GREEN LL U36G BLUE LL U40G VIOLET LL U000 RED LL U10G ORANGE LL U20G YELLOW LL U30G GREEN LL U36G BLUE LL U40G VIOLET LL U000 RED LL U10G ORANGE LL U20G YELLOW LL U30G GREEN LL U36G BLUE LL U40G VIOLET LL U000 RED LL U10G ORANGE LL U20G YELLOW LL U30G GREEN LL U36G BLUE LL U40G VIOLET *Ultem resin is produced by SABIC Innovative Plastics, a leader in engineered thermoplastic material solutions 10

13 LeeP PLASTIC COMPOSITE SPRGS Ultem* PEI (polyetherimide) resin MATERIAL THICKNESS X RADIAL WALL LOAD AT SPRG PRICE GROUP N LB N/ LB/ 0.76 x x BN BN BN BN BN BN BP BP BP BP BP BP 1.07 x x BP BP BP BP BP BP BS BS BS BS BS BS 1.57 x x BS BS BS BS BS BS BU BU BU BU BU BU 2.16 x x BU BU BU BU BU BU BV BV BV BV BV BV *Ultem resin is produced by SABIC Innovative Plastics, a leader in engineered thermoplastic material solutions 11

14 With over 23,000 stock springs, extensive custom capabilities and over 90 years of expertise, Lee Spring responds to yesterday s needs, today s demands and tomorrow s technology. Whether you need 10 springs or 10 million springs, our World-Class Service and comprehensive website make finding the right spring easy. Call or us today to learn more. 12

15 LeeP PLASTIC BANTAM COMPOSITE SPRGS SPRGS Ultem* PEI (polyetherimide) resin Guide to using tables Wire Diameter in ascending order of size, within each group of outside diameters. Load at Solid Height the load or force required to bring all coils into contact Lee Stock Number ordering reference Outside Diameter arranged through the pages in ascending order of size. Minimum Hole Diameter required for the effective operation of the spring, allowing for manufacturing tolerances and normal working conditions. BANTAM SPRGS Elgiloy cobalt-chromium-nickel alloy HOLE LOAD SPRG M. AT PRICE GROUP N LB N/ LB/ CB0040A 01 E R CB0040A 02 E R CB0040A 03 E R CB0040A 04 E R CB0040A 05 E R CB0040A 06 E S CB0040A 07 E S CB0040A 08 E S CB0040A 09 E S CB0045A 01 E R CB0045A 02 E R CB0045A 03 E R CB0045A 04 E R CB0045A 05 E R CB0045A 06 E S CB0045A 07 E S CB0045A 08 E S CB0045A 09 E S CB0050A 01 E R CB0050A 02 E R CB0050A 03 E R CB0050A 04 E R CB0050A 05 E R CB0050A 06 E S CB0050A 07 E S CB0050A 08 E S CB0050A 09 E S CB0055A 01 E R CB0055A 02 E R CB0055A 03 E R CB0055A 04 E R CB0055A 05 E R CB0055A 06 E S CB0055A 07 E S CB0055A 08 E S CB0055A 09 E S CBM010A 01 E S CBM010A 02 E S CBM010A 03 E S CBM010A 04 E S CBM010A 05 E S CBM010A 06 E S CBM010A 07 E S CBM010A 08 E S CBM010A 09 E S CBM011A 01 E S CBM011A 02 E S CBM011A 03 E S CBM011A 04 E S CBM011A 05 E S CBM011A 06 E S CBM011A 07 E S CBM011A 08 E S CBM011A 09 E S CBM013A 01 E S CBM013A 02 E S CBM013A 03 E S CBM013A 04 E S CBM013A 05 E S CBM013A 06 E S CBM013A 07 E S CBM013A 08 E S CBM013A 09 E S Free Length the overall length of the spring in the unloaded position. Price Group reference to the price list Solid Height Length when fully compressed. Spring Rate change in load or force per unit of deflection ADDITIONAL FORMATION Bantam Mini compression springs combine impressive strength with corrosion resistance. While our smallest Bantam Mini spring features a wire diameter size of 0.10 mm ( ), just slightly thicker than a human hair, the range extends up to 0.14 mm ( ) in standard outside diameters of 0.64 mm (0.025 ) to 1.65 mm (0.065 ). To meet the performance needs of a diverse range of applications these springs are manufactured in Elgiloy, a cobalt-chromium-nickel alloy known for its high strength. Elgiloy is 10% stronger than Type 316 stainless steel and exhibits superior corrosion resistance. In addition it performs well in temperatures up to 454 C (850 F) and is non-magnetic. Custom designs in Elgiloy and other alloys are available. *Ultem resin is produced by SABIC Innovative Plastics, a leader in engineered thermoplastic material solutions 13

16 BANTAM SPRGS Elgiloy cobalt-chromium-nickel alloy HOLE M. LOAD AT SPRG N LB N/ LB/ CB0040A 01 E R CB0040A 02 E R CB0040A 03 E R CB0040A 04 E R CB0040A 05 E R CB0040A 06 E S CB0040A 07 E S CB0040A 08 E S CB0040A 09 E S CB0045A 01 E R CB0045A 02 E R CB0045A 03 E R CB0045A 04 E R CB0045A 05 E R CB0045A 06 E S CB0045A 07 E S CB0045A 08 E S CB0045A 09 E S CB0050A 01 E R CB0050A 02 E R CB0050A 03 E R CB0050A 04 E R CB0050A 05 E R CB0050A 06 E S CB0050A 07 E S CB0050A 08 E S CB0050A 09 E S CB0055A 01 E R CB0055A 02 E R CB0055A 03 E R CB0055A 04 E R CB0055A 05 E R CB0055A 06 E S CB0055A 07 E S CB0055A 08 E S CB0055A 09 E S CBM010A 01 E S CBM010A 02 E S CBM010A 03 E S CBM010A 04 E S CBM010A 05 E S CBM010A 06 E S CBM010A 07 E S CBM010A 08 E S CBM010A 09 E S CBM011A 01 E S CBM011A 02 E S CBM011A 03 E S CBM011A 04 E S CBM011A 05 E S CBM011A 06 E S CBM011A 07 E S CBM011A 08 E S CBM011A 09 E S CBM013A 01 E S CBM013A 02 E S CBM013A 03 E S CBM013A 04 E S CBM013A 05 E S CBM013A 06 E S CBM013A 07 E S CBM013A 08 E S CBM013A 09 E S PRICE GROUP 14

17 BANTAM SPRGS Elgiloy cobalt-chromium-nickel alloy HOLE M. LOAD AT SPRG N LB N/ LB/ CBM014A 01 E S CBM014A 02 E S CBM014A 03 E S CBM014A 04 E S CBM014A 05 E S CBM014A 06 E S CBM014A 07 E S CBM014A 08 E S CBM014A 09 E S CB0040B 01 E R CB0040B 02 E R CB0040B 03 E R CB0040B 04 E R CB0040B 05 E R CB0040B 06 E S CB0040B 07 E S CB0040B 08 E S CB0040B 09 E S CB0045B 01 E R CB0045B 02 E R CB0045B 03 E R CB0045B 04 E R CB0045B 05 E R CB0045B 06 E S CB0045B 07 E S CB0045B 08 E S CB0045B 09 E S CB0050B 01 E R CB0050B 02 E R CB0050B 03 E R CB0050B 04 E R CB0050B 05 E R CB0050B 06 E S CB0050B 07 E S CB0050B 08 E S CB0050B 09 E S CB0055B 01 E R CB0055B 02 E R CB0055B 03 E R CB0055B 04 E R CB0055B 05 E R CB0055B 06 E S CB0055B 07 E S CB0055B 08 E S CB0055B 09 E S CBM010B 01 E S CBM010B 02 E S CBM010B 03 E S CBM010B 04 E S CBM010B 05 E S CBM010B 06 E S CBM010B 07 E S CBM010B 08 E S CBM010B 09 E S CBM011B 01 E S CBM011B 02 E S CBM011B 03 E S CBM011B 04 E S CBM011B 05 E S CBM011B 06 E S CBM011B 07 E S CBM011B 08 E S CBM011B 09 E S PRICE GROUP 15

18 BANTAM SPRGS Elgiloy cobalt-chromium-nickel alloy HOLE M. LOAD AT SPRG N LB N/ LB/ CBM013B 01 E S CBM013B 02 E S CBM013B 03 E S CBM013B 04 E S CBM013B 05 E S CBM013B 06 E S CBM013B 07 E S CBM013B 08 E S CBM013B 09 E S CBM014B 01 E S CBM014B 02 E S CBM014B 03 E S CBM014B 04 E S CBM014B 05 E S CBM014B 06 E S CBM014B 07 E S CBM014B 08 E S CBM014B 09 E S CB0040C 01 E R CB0040C 02 E R CB0040C 03 E R CB0040C 04 E R CB0040C 05 E R CB0040C 06 E S CB0040C 07 E S CB0040C 08 E S CB0040C 09 E S CB0045C 01 E R CB0045C 02 E R CB0045C 03 E R CB0045C 04 E R CB0045C 05 E R CB0045C 06 E S CB0045C 07 E S CB0045C 08 E S CB0045C 09 E S CB0050C 01 E R CB0050C 02 E R CB0050C 03 E R CB0050C 04 E R CB0050C 05 E R CB0050C 06 E S CB0050C 07 E S CB0050C 08 E S CB0050C 09 E S CB0055C 01 E R CB0055C 02 E R CB0055C 03 E R CB0055C 04 E R CB0055C 05 E R CB0055C 06 E S CB0055C 07 E S CB0055C 08 E S CB0055C 09 E S CBM010C 01 E S CBM010C 02 E S CBM010C 03 E S CBM010C 04 E S CBM010C 05 E S CBM010C 06 E S CBM010C 07 E S CBM010C 08 E S CBM010C 09 E S PRICE GROUP 16

19 BANTAM SPRGS Elgiloy cobalt-chromium-nickel alloy HOLE M. LOAD AT SPRG N LB N/ LB/ CBM011C 01 E S CBM011C 02 E S CBM011C 03 E S CBM011C 04 E S CBM011C 05 E S CBM011C 06 E S CBM011C 07 E S CBM011C 08 E S CBM011C 09 E S CBM013C 01 E S CBM013C 02 E S CBM013C 03 E S CBM013C 04 E S CBM013C 05 E S CBM013C 06 E S CBM013C 07 E S CBM013C 08 E S CBM013C 09 E S CBM014C 01 E S CBM014C 02 E S CBM014C 03 E S CBM014C 04 E S CBM014C 05 E S CBM014C 06 E S CBM014C 07 E S CBM014C 08 E S CBM014C 09 E S PRICE GROUP 17

20 Global flexibility: What you need. When you need it. Where you need it. Our expanding global presence and in-depth knowledge of the worldwide market place puts Lee Spring at the leading edge of market specific solutions for customer needs. Lee Spring partners with you to find a resolution that meets local, regional and geographical requirements. Serving Industries Worldwide Our products serve a broad base of international industries including: Aerospace Oil and Gas Transportation Valves and Pumps Robotics and Automation Instrumentation and Controls Industrial and Manufacturing Equipment Computer and Telecommunications Pharmaceutical Delivery Systems Medical, Dental and Veterinary Devices Sporting Goods and Toys Stamping and Machining Tools and Hardware Defence and Munitions 18

21 COMPRESSION LITE PRESSURE COMPRESSION SPRGS: SPRGS: LITE PRESSURE Guide to using tables Steel (Passivated. Ultrasonically Cleaned) End Coils Closed Maximum Rod Diameter HOLE over which the springwill DIA. M effectively allowing operate, OVER ROD DIA. MAX. LOAD AT Diameter Wire 80% DEFLECTION in ascending order ofn kpa PSI LB for working conditions and size, within each group of manufacturing tolerances. outside diameters. Pressure SPRG SOLID the maximum pressure HEIGHT occurring N/at 80% LB/ of maximum End Coils Closed ordering reference. LP 008A 01 LP 008A 02 LP 008A 03 LP 008A 04 LP 008A 05 LP 008A 06 LP 010A 01 LP 010A 02 LP 010A 03 LP 010A 04 LP 010A 05 LP 010A 06 LP 011A 01 LP 011A 02 LP 011A 03 LP 011A 04 LP 011A 05 LP 011A 06 LP 012A 01 LP 012A 02 LP 012A 03 LP 012A 04 LP 012A 05 LP 012A 06 LP 013A 01 LP 013A 02 LP 013A 03 LP 013A 04 LP 013A 05 LP 013A 06 LP 010B 01 LP 010B 02 LP 010B 03 LP 010B 04 LP 010B 05 LP 010B 06 LP 011B 01 LP 011B 02 LP 011B 03 LP 011B 04 LP 011B 05 LP 011B 06 LP 012B 01 LP 012B 02 LP 012B 03 LP 012B 04 LP 012B 05 LP 012B 06 LP 013B 01 LP 013B 02 LP 013B 03 LP 013B 04 LP 013B 05 LP 013B 06 LP 014B 01 LP 014B 02 LP 014B 03 LP 014B 04 LP 014B 05 LP 014B 06 Outside Diameter arranged through the pages in ascending order of size. Minimum Hole Diameter required for the effective operation of the spring, allowing for manufacturing tolerances and normal working conditions OVER ROD DIA. MAX % DEFLECTION kpa PSI S316 Load at Solid Height the load or force required to bring all the coils into contact. Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M 6.10 S316 available deflection. COMPRESSION SPRGS: LITE PRESSURE Lee Stock Number LOAD AT SPRG N LB N/ LB/ SOLID HEIGHT S316 S Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q R R Q Q Q Q R R Q Q Q Q R R Q Q Q Q R R Q Q Q Q R R Price Group reference to the price list Solid Height Length when fully compressed. Spring Rate change in load or force per unit of deflection. Free Length the overall length of the spring in the unloaded position. ADDITIONAL FORMATION Load at Solid Height, Solid Height and Number of Coils are all given as approximate figures because during the manufacturing process all material and engineering tolerances may result in the number of coils being adjusted, to maintain the correct spring rate. 2 To find the load at any working length, when free length and spring rate are given, use the formula F = S x L (where F is the load; S is the spring rate; L is the deflection from free length). The surface area over the nominal hole diameter would be π times the diameter squared divided by 4. The resultant pressure would then be determined by dividing the calculated load by the surface area. 3 It is general practice to avoid compressing springs to their solid height in order to achieve longer life. Therefore we recommend that compression springs should not be compressed greater than 80% of their deflective capability - except on an occasional basis. 4 Material specifications, finishes and tolerances are detailed on page

22 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 008A Q LP 008A Q LP 008A Q LP 008A Q LP 008A Q LP 008A Q LP 010A Q LP 010A Q LP 010A Q LP 010A Q LP 010A Q LP 010A Q LP 011A Q LP 011A Q LP 011A Q LP 011A Q LP 011A Q LP 011A Q LP 012A Q LP 012A Q LP 012A Q LP 012A Q LP 012A Q LP 012A Q LP 013A Q LP 013A Q LP 013A Q LP 013A Q LP 013A Q LP 013A Q LP 010B Q LP 010B Q LP 010B Q LP 010B Q LP 010B R LP 010B R LP 011B Q LP 011B Q LP 011B Q LP 011B Q LP 011B R LP 011B R LP 012B Q LP 012B Q LP 012B Q LP 012B Q LP 012B R LP 012B R LP 013B Q LP 013B Q LP 013B Q LP 013B Q LP 013B R LP 013B R LP 014B Q LP 014B Q LP 014B Q LP 014B Q LP 014B R LP 014B R SPRG SOLID HEIGHT S316 S316 20

23 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 010BC Q LP 010BC Q LP 010BC Q LP 010BC Q LP 010BC R LP 010BC R LP 012BC Q LP 012BC Q LP 012BC Q LP 012BC Q LP 012BC R LP 012BC R LP 013BC Q LP 013BC Q LP 013BC Q LP 013BC Q LP 013BC R LP 013BC R LP 014BC Q LP 014BC Q LP 014BC Q LP 014BC Q LP 014BC R LP 014BC R LP 016BC Q LP 016BC Q LP 016BC Q LP 016BC Q LP 016BC R LP 016BC R LP 011C Q LP 011C Q LP 011C Q LP 011C Q LP 011C R LP 011C R LP 012C Q LP 012C Q LP 012C Q LP 012C Q LP 012C R LP 012C R LP 013C Q LP 013C Q LP 013C Q LP 013C Q LP 013C R LP 013C R LP 014C Q LP 014C Q LP 014C Q LP 014C Q LP 014C R LP 014C R LP 016C Q LP 016C Q LP 016C Q LP 016C Q LP 016C R LP 016C R SPRG SOLID HEIGHT S316 S316 21

24 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 013D Q LP 013D Q LP 013D Q LP 013D Q LP 013D R LP 013D R LP 014D R LP 014D R LP 014D R LP 014D R LP 014D S LP 014D S LP 016D R LP 016D R LP 016D R LP 016D R LP 016D S LP 016D S LP 018D R LP 018D R LP 018D R LP 018D R LP 018D S LP 018D S LP 020D R LP 020D R LP 020D R LP 020D R LP 020D S LP 020D S LP 013DE Q LP 013DE Q LP 013DE Q LP 013DE Q LP 013DE R LP 013DE R LP 014DE Q LP 014DE Q LP 014DE Q LP 014DE Q LP 014DE R LP 014DE R LP 016DE Q LP 016DE Q LP 016DE Q LP 016DE Q LP 016DE R LP 016DE R LP 018DE Q LP 018DE Q LP 018DE Q LP 018DE Q LP 018DE R LP 018DE R LP 020DE R LP 020DE R LP 020DE R LP 020DE S LP 020DE S LP 020DE S SPRG SOLID HEIGHT S316 S316 22

25 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 014E Q LP 014E Q LP 014E Q LP 014E Q LP 014E R LP 014E R LP 016E Q LP 016E Q LP 016E Q LP 016E Q LP 016E R LP 016E R LP 018E Q LP 018E Q LP 018E Q LP 018E Q LP 018E R LP 018E R LP 020E Q LP 020E Q LP 020E Q LP 020E Q LP 020E R LP 020E R LP 022E Q LP 022E Q LP 022E Q LP 022E Q LP 022E R LP 022E R LP 016F Q LP 016F Q LP 016F Q LP 016F Q LP 016F R LP 016F R LP 018F Q LP 018F Q LP 018F Q LP 018F Q LP 018F R LP 018F R LP 020F Q LP 020F Q LP 020F Q LP 020F Q LP 020F R LP 020F R LP 022F Q LP 022F Q LP 022F Q LP 022F Q LP 022F R LP 022F R LP 024F Q LP 024F Q LP 024F Q LP 024F Q LP 024F R LP 024F R SPRG SOLID HEIGHT S316 S316 23

26 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 016FG Q LP 016FG Q LP 016FG Q LP 016FG Q LP 016FG R LP 016FG R LP 018FG Q LP 018FG Q LP 018FG Q LP 018FG Q LP 018FG R LP 018FG R LP 020FG Q LP 020FG Q LP 020FG Q LP 020FG Q LP 020FG R LP 020FG R LP 022FG Q LP 022FG Q LP 022FG Q LP 022FG Q LP 022FG R LP 022FG R LP 024FG Q LP 024FG Q LP 024FG Q LP 024FG Q LP 024FG R LP 024FG R LP 018G Q LP 018G Q LP 018G Q LP 018G Q LP 018G R LP 018G R LP 020G Q LP 020G Q LP 020G Q LP 020G Q LP 020G R LP 020G R LP 022G Q LP 022G Q LP 022G Q LP 022G Q LP 022G R LP 022G R LP 024G Q LP 024G Q LP 024G Q LP 024G Q LP 024G R LP 024G R LP 026G Q LP 026G Q LP 026G Q LP 026G Q LP 026G R LP 026G R SPRG SOLID HEIGHT S316 S316 24

27 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 018GH R LP 018GH R LP 018GH R LP 018GH S LP 018GH S LP 018GH S LP 020GH R LP 020GH R LP 020GH R LP 020GH S LP 020GH S LP 020GH S LP 022GH R LP 022GH R LP 022GH R LP 022GH S LP 022GH S LP 022GH S LP 024GH R LP 024GH R LP 024GH R LP 024GH S LP 024GH S LP 024GH S LP 026GH R LP 026GH R LP 026GH R LP 026GH S LP 026GH S LP 026GH S LP 018H R LP 018H R LP 018H R LP 018H S LP 018H S LP 018H S LP 020H R LP 020H R LP 020H R LP 020H S LP 020H S LP 020H S LP 022H R LP 022H R LP 022H R LP 022H S LP 022H S LP 022H S LP 024H R LP 024H R LP 024H R LP 024H S LP 024H S LP 024H S LP 026H R LP 026H R LP 026H R LP 026H S LP 026H S LP 026H S SPRG SOLID HEIGHT S316 S316 25

28 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 020J R LP 020J R LP 020J R LP 020J S LP 020J S LP 020J S LP 022J R LP 022J R LP 022J R LP 022J S LP 022J S LP 022J S LP 024J R LP 024J R LP 024J R LP 024J S LP 024J S LP 024J S LP 026J R LP 026J R LP 026J R LP 026J S LP 026J S LP 026J S LP 029J R LP 029J R LP 029J R LP 029J S LP 029J S LP 029J S LP 022JK R LP 022JK R LP 022JK R LP 022JK S LP 022JK S LP 022JK S LP 024JK R LP 024JK R LP 024JK R LP 024JK S LP 024JK S LP 024JK S LP 026JK R LP 026JK R LP 026JK R LP 026JK S LP 026JK S LP 026JK S LP 029JK R LP 029JK R LP 029JK R LP 029JK S LP 029JK S LP 029JK S LP 032JK R LP 032JK R LP 032JK R LP 032JK S LP 032JK S LP 032JK S SPRG SOLID HEIGHT S316 S316 26

29 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 022K R LP 022K R LP 022K R LP 022K S LP 022K S LP 022K S LP 024K R LP 024K R LP 024K R LP 024K S LP 024K S LP 024K S LP 026K R LP 026K R LP 026K R LP 026K S LP 026K S LP 026K S LP 029K R LP 029K R LP 029K R LP 029K S LP 029K S LP 029K S LP 032K R LP 032K R LP 032K R LP 032K S LP 032K S LP 032K S LP 024KL R LP 024KL R LP 024KL R LP 024KL S LP 024KL S LP 024KL S LP 026KL R LP 026KL R LP 026KL R LP 026KL S LP 026KL S LP 026KL S LP 029KL R LP 029KL R LP 029KL R LP 029KL S LP 029KL S LP 029KL S LP 032KL R LP 032KL R LP 032KL R LP 032KL S LP 032KL S LP 032KL S LP 035KL R LP 035KL R LP 035KL R LP 035KL S LP 035KL S LP 035KL S SPRG SOLID HEIGHT S316 S316 27

30 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 024L R LP 024L R LP 024L R LP 024L S LP 024L S LP 024L S LP 026L R LP 026L R LP 026L R LP 026L S LP 026L S LP 026L S LP 029L R LP 029L R LP 029L R LP 029L S LP 029L S LP 029L S LP 032L R LP 032L R LP 032L R LP 032L S LP 032L S LP 032L S LP 035L R LP 035L R LP 035L R LP 035L S LP 035L S LP 035L S LP 026LM S LP 026LM S LP 026LM S LP 026LM T LP 026LM T LP 026LM T LP 029LM S LP 029LM S LP 029LM S LP 029LM T LP 029LM T LP 029LM T LP 032LM S LP 032LM S LP 032LM S LP 032LM T LP 032LM T LP 032LM T LP 035LM S LP 035LM S LP 035LM S LP 035LM T LP 035LM T LP 035LM T LP 038LM T LP 038LM T LP 038LM T LP 038LM V LP 038LM V LP 038LM V SPRG SOLID HEIGHT S316 S316 28

31 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 026M T LP 026M T LP 026M T LP 026M V LP 026M V LP 026M V LP 029M T LP 029M T LP 029M T LP 029M V LP 029M V LP 029M V LP 032M T LP 032M T LP 032M T LP 032M V LP 032M V LP 032M V LP 035M T LP 035M T LP 035M T LP 035M V LP 035M V LP 035M V LP 038M T LP 038M T LP 038M T LP 038M V LP 038M V LP 038M V LP 029N U LP 029N U LP 029N U LP 029N V LP 029N V LP 029N V LP 032N U LP 032N U LP 032N U LP 032N V LP 032N V LP 032N V LP 035N U LP 035N U LP 035N U LP 035N V LP 035N V LP 035N V LP 038N U LP 038N U LP 038N U LP 038N V LP 038N V LP 038N V LP 042N U LP 042N U LP 042N U LP 042N V LP 042N V LP 042N V SPRG SOLID HEIGHT S316 S316 29

32 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 035P V LP 035P V LP 035P V LP 035P W LP 035P W LP 035P W LP 038P V LP 038P V LP 038P V LP 038P W LP 038P W LP 038P W LP 042P V LP 042P V LP 042P V LP 042P W LP 042P W LP 042P W LP 045P V LP 045P V LP 045P V LP 045P W LP 045P W LP 045P W LP 049P V LP 049P V LP 049P V LP 049P W LP 049P W LP 049P W LP 042R Y LP 042R Y LP 042R Y LP 042R Z LP 042R Z LP 042R Z LP 045R Y LP 045R Y LP 045R Y LP 045R Z LP 045R Z LP 045R Z LP 049R Y LP 049R Y LP 049R Y LP 049R Z LP 049R Z LP 049R Z LP 055R Y LP 055R Y LP 055R Y LP 055R Z LP 055R Z LP 055R Z LP 059R Y LP 059R Y LP 059R Y LP 059R Z LP 059R Z LP 059R Z SPRG SOLID HEIGHT S316 S316 30

33 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 045S Y LP 045S Y LP 045S Y LP 045S Z LP 045S Z LP 045S Z LP 049S Y LP 049S Y LP 049S Y LP 049S Z LP 049S Z LP 049S Z LP 055S Y LP 055S Y LP 055S Y LP 055S Z LP 055S Z LP 055S Z LP 059S Y LP 059S Y LP 059S Y LP 059S Z LP 059S Z LP 059S Z LP 063S Y LP 063S Y LP 063S Y LP 063S Z LP 063S Z LP 063S Z LP 055T Y LP 055T Y LP 055T Y LP 055T Z LP 055T Z LP 055T Z LP 059T Y LP 059T Y LP 059T Y LP 059T Z LP 059T Z LP 059T Z LP 063T Y LP 063T Y LP 063T Y LP 063T Z LP 063T Z LP 063T Z LP 067T Y LP 067T Y LP 067T Y LP 067T Z LP 067T Z LP 067T Z LP 072T Y LP 072T Y LP 072T Y LP 072T Z LP 072T Z LP 072T Z SPRG SOLID HEIGHT S316 S316 31

34 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 063V Z LP 063V Z LP 063V BA LP 063V BA LP 063V BB LP 063V BB LP 067V Z LP 067V Z LP 067V BA LP 067V BA LP 067V BB LP 067V BB LP 072V Z LP 072V Z LP 072V BA LP 072V BA LP 072V BB LP 072V BB LP 080V Z LP 080V Z LP 080V BA LP 080V BA LP 080V BB LP 080V BB LP 085V Z LP 085V Z LP 085V BA LP 085V BA LP 085V BB LP 085V BB LP 067W Z LP 067W Z LP 067W BA LP 067W BA LP 067W BB LP 067W BB LP 072W Z LP 072W Z LP 072W BA LP 072W BA LP 072W BB LP 072W BB LP 080W Z LP 080W Z LP 080W BA LP 080W BA LP 080W BB LP 080W BB LP 085W Z LP 085W Z LP 085W BA LP 085W BA LP 085W BB LP 085W BB LP 092W Z LP 092W Z LP 092W BA LP 092W BA LP 092W BB LP 092W BB SPRG SOLID HEIGHT S316 S316 32

35 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 067X BE LP 067X BF LP 067X BF LP 067X BN LP 067X BN LP 067X BN LP 072X BE LP 072X BF LP 072X BF LP 072X BN LP 072X BN LP 072X BN LP 080X BE LP 080X BF LP 080X BF LP 080X BN LP 080X BN LP 080X BN LP 085X BE LP 085X BF LP 085X BF LP 085X BN LP 085X BN LP 085X BN LP 092X BE LP 092X BF LP 092X BF LP 092X BN LP 092X BN LP 092X BN LP 072ZA BF LP 072ZA BF LP 072ZA BF LP 072ZA BN LP 072ZA BN LP 072ZA BN LP 080ZA BF LP 080ZA BF LP 080ZA BF LP 080ZA BN LP 080ZA BN LP 080ZA BN LP 092ZA BF LP 092ZA BF LP 092ZA BF LP 092ZA BN LP 092ZA BN LP 092ZA BN LP 100ZA BF LP 100ZA BG LP 100ZA BG LP 100ZA BQ LP 100ZA BQ LP 100ZA BQ LP 105ZA BN LP 105ZA BP LP 105ZA BQ LP 105ZA BS LP 105ZA BT LP 105ZA BU SPRG SOLID HEIGHT S316 S316 33

36 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 125ZA BQ LP 125ZA BS LP 125ZA BT LP 125ZA BU LP 125ZA BW LP 125ZA BX LP 148ZA BS LP 148ZA BT LP 148ZA BU LP 148ZA BW LP 148ZA BX LP 148ZA BZ LP 080ZC BF LP 080ZC BF LP 080ZC BF LP 080ZC BN LP 080ZC BN LP 080ZC BN LP 098ZC BF LP 098ZC BG LP 098ZC BG LP 098ZC BQ LP 098ZC BQ LP 098ZC BQ LP 105ZC BM LP 105ZC BN LP 105ZC BQ LP 105ZC BR LP 105ZC BS LP 105ZC BU LP 120ZC BQ LP 120ZC BR LP 120ZC BS LP 120ZC BU LP 120ZC BV LP 120ZC BX LP 125ZC BS LP 125ZC BT LP 125ZC BU LP 125ZC BW LP 125ZC BX LP 125ZC BZ LP 156ZC BW LP 156ZC BX LP 156ZC BZ LP 156ZC CB LP 156ZC CC LP 156ZC CD LP 170ZC BW LP 170ZC BX LP 170ZC BZ LP 170ZC CB LP 170ZC CC LP 170ZC CD LP 098ZG BF LP 098ZG BG LP 098ZG BG LP 098ZG BQ LP 098ZG BQ LP 098ZG BQ SPRG SOLID HEIGHT S316 S316 34

37 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 120ZG BQ LP 120ZG BR LP 120ZG BS LP 120ZG BU LP 120ZG BV LP 120ZG BX LP 128ZG BR LP 128ZG BS LP 128ZG BU LP 128ZG BV LP 128ZG BX LP 128ZG BZ LP 135ZG BS LP 135ZG BU LP 135ZG BV LP 135ZG BX LP 135ZG BZ LP 135ZG CB LP 148ZG BU LP 148ZG BW LP 148ZG BX LP 148ZG BZ LP 148ZG CB LP 148ZG CC LP 187ZG BX LP 187ZG BZ LP 187ZG CB LP 187ZG CC LP 187ZG CD LP 187ZG CF LP 218ZG CB LP 218ZG CC LP 218ZG CD LP 218ZG CF LP 218ZG CG LP 218ZG CH LP 125ZK BR LP 125ZK BS LP 125ZK BU LP 125ZK BV LP 125ZK BX LP 125ZK BZ LP 148ZK BU LP 148ZK BV LP 148ZK BX LP 148ZK BZ LP 148ZK CB LP 148ZK CC LP 170ZK BV LP 170ZK BX LP 170ZK BZ LP 170ZK CB LP 170ZK CC LP 170ZK CE LP 177ZK BX LP 177ZK BZ LP 177ZK CB LP 177ZK CC LP 177ZK CE LP 177ZK CF SPRG SOLID HEIGHT S316 S316 35

38 COMPRESSION SPRGS: LITE PRESSURE End Coils Closed Steel (Passivated. Ultrasonically Cleaned) HOLE DIA. M OVER ROD DIA. MAX. 80% DEFLECTION LOAD AT kpa PSI N LB N/ LB/ LP 187ZK BZ LP 187ZK CB LP 187ZK CC LP 187ZK CD LP 187ZK CF LP 187ZK CG LP 218ZK CC LP 218ZK CD LP 218ZK CF LP 218ZK CG LP 218ZK CH LP 218ZK CJ LP 250ZK CF LP 250ZK CG LP 250ZK CH LP 250ZK CJ LP 250ZK CK LP 250ZK CL SPRG SOLID HEIGHT S316 S316 36

39 COMPRESSION SPRGS Guide to using tables Wire Diameter in ascending order of size, within each group of outside diameters. Maximum Rod Diameter over which the spring will effectively operate, allowing for working conditions and manufacturing tolerances. Load at Solid Height the load or force required to bring all coils into contact (See note 5). Lee Stock Number Please add suffix M for Music Wire, S for Steel or S316 for Type 316, when ordering. Outside Diameter arranged through the pages in ascending order of size. Minimum Hole Diameter required for the effective operation of the spring, allowing for manufacturing tolerances and normal working conditions. End Coils Closed HOLE DIA. M OVER ROD DIA. MAX COMPRESSION SPRGS Music Wire (Plated*) (Plated) or Steel (Passivated) LOAD AT SPRG N LB N/ LB/ M S S316 CIM010ZA SPECIAL D SPECIAL CIM010ZA SPECIAL D SPECIAL CIM010ZA SPECIAL D SPECIAL CIM010ZA SPECIAL D SPECIAL CIM010ZA SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CIM010ZG SPECIAL D SPECIAL CIM010ZG SPECIAL D SPECIAL CIM010ZG SPECIAL D SPECIAL CIM010ZG SPECIAL D SPECIAL CIM010ZG SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL Music Wire 316 Free Length the overall length of the spring in the unloaded position. Price Group reference to the price list Special in the S316 price group column means that springs are available but as special orders only. Solid Height Length when fully compressed. Spring Rate change in load or force per unit of deflection (See note 5). * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by ADDITIONAL FORMATION Load at Solid Height, Solid Height and Number of Coils are all given as approximate figures because during the manufacturing process all material and engineering tolerances may result in the number of coils being adjusted, to maintain the correct spring rate. To find the load at any working length, when free length and spring rate are given, use the formula F = S x L (where F is the load; S is the spring rate; L is the deflection from free length). It is general practice to avoid compressing springs to their solid height in order to achieve longer life Therefore we recommend that compression springs should not be compressed greater than 80% of their deflective capability - except on an occasional basis. Material specifications, finishes and tolerances are detailed on page 237. Please note the spring rates at solid height and maximum load listed in the compression spring tables relate only to music wire. When choosing stainless steel multiply factors by (Use factor for HEAVY DUTY SPRGS with LHC prefix) 37

40 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT SPRG N LB N/ LB/ M S S316 CIM010ZA SPECIAL D SPECIAL CIM010ZA SPECIAL D SPECIAL CIM010ZA SPECIAL D SPECIAL CIM010ZA SPECIAL D SPECIAL CIM010ZA SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM010ZB SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM012ZC SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM010ZD SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM012ZE SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CIM016ZF SPECIAL D SPECIAL CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 006AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CI 007AA C D H CIM010ZG SPECIAL D SPECIAL CIM010ZG SPECIAL D SPECIAL CIM010ZG SPECIAL D SPECIAL CIM010ZG SPECIAL D SPECIAL CIM010ZG SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL CIM012ZH SPECIAL D SPECIAL Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

41 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 CIM016ZJ SPECIAL D SPECIAL CIM016ZJ SPECIAL D SPECIAL CIM016ZJ SPECIAL D SPECIAL CIM016ZJ SPECIAL D SPECIAL CIM016ZJ SPECIAL D SPECIAL CIM020ZK SPECIAL D SPECIAL CIM020ZK SPECIAL D SPECIAL CIM020ZK SPECIAL D SPECIAL CIM020ZK SPECIAL D SPECIAL CIM020ZK SPECIAL D SPECIAL CIM010ZL SPECIAL D SPECIAL CIM010ZL SPECIAL D SPECIAL CIM010ZL SPECIAL D SPECIAL CIM010ZL SPECIAL D SPECIAL CIM010ZL SPECIAL D SPECIAL CIM012ZM SPECIAL D SPECIAL CIM012ZM SPECIAL D SPECIAL CIM012ZM SPECIAL D SPECIAL CIM012ZM SPECIAL D SPECIAL CIM012ZM SPECIAL D SPECIAL CIM016ZN SPECIAL D SPECIAL CIM016ZN SPECIAL D SPECIAL CIM016ZN SPECIAL D SPECIAL CIM016ZN SPECIAL D SPECIAL CIM016ZN SPECIAL D SPECIAL CIM020ZA SPECIAL D SPECIAL CIM020ZA SPECIAL D SPECIAL CIM020ZA SPECIAL D SPECIAL CIM020ZA SPECIAL D SPECIAL CIM020ZA SPECIAL D SPECIAL CIM020A C D SPECIAL CIM020A C D SPECIAL CIM020A C D SPECIAL CIM020A C D SPECIAL CIM020A C D SPECIAL CIM020A C D SPECIAL CIM020A C D SPECIAL CIM025A C D SPECIAL CIM025A C D SPECIAL CIM025A C D SPECIAL CIM025A C D SPECIAL CIM025A C D SPECIAL CIM025A C D SPECIAL CIM025A C D SPECIAL CIM030A D E SPECIAL CIM030A D E SPECIAL CIM030A D E SPECIAL CIM030A D E SPECIAL CIM030A D E SPECIAL CIM030A D E SPECIAL CIM030A D E SPECIAL CI 006A C D H CI 006A C D H CI 006A C D H CI 006A C D H CI 006A C D H CI 006A C D H CI 006A C D H CI 006A C D H CI 006A C D H SPRG Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D

42 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT SPRG N LB N/ LB/ M S S316 CI 007A C D H CI 007A C D H CI 007A C D H CI 007A C D H CI 007A C D H CI 007A C D H CI 007A C D H CI 007A C D H CI 007A C D H CI 008A C D H CI 008A C D H CI 008A C D H CI 008A C D H CI 008A C D H CI 008A C D H CI 008A C D H CI 008A C D H CI 008A C D H CIM025ZP SPECIAL E SPECIAL CIM025ZP SPECIAL E SPECIAL CIM025ZP SPECIAL E SPECIAL CIM025ZP SPECIAL E SPECIAL CIM025ZP SPECIAL E SPECIAL CI 007AB C D H CI 007AB C D H CI 007AB C D H CI 007AB C D H CI 007AB C D H CI 007AB C D H CI 007AB C D H CI 007AB C D H CI 007AB C D H CI 008AB C D H CI 008AB C D H CI 008AB C D H CI 008AB C D H CI 008AB C D H CI 008AB C D H CI 008AB C D H CI 008AB C D H CI 008AB C D H CI 009AB C D H CI 009AB C D H CI 009AB C D H CI 009AB C D H CI 009AB C D H CI 009AB C D H CI 009AB C D H CI 009AB C D H CI 009AB C D H CI 010AB D E J CI 010AB D E J CI 010AB D E J CI 010AB D E J CI 010AB D E J CI 010AB D E J CI 010AB D E J CI 010AB D E J CI 010AB D E J Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

43 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 CIM012ZQ SPECIAL E SPECIAL CIM012ZQ SPECIAL E SPECIAL CIM012ZQ SPECIAL E SPECIAL CIM012ZQ SPECIAL E SPECIAL CIM012ZQ SPECIAL E SPECIAL CIM016ZR SPECIAL E SPECIAL CIM016ZR SPECIAL E SPECIAL CIM016ZR SPECIAL E SPECIAL CIM016ZR SPECIAL E SPECIAL CIM016ZR SPECIAL E SPECIAL CIM020ZS SPECIAL E SPECIAL CIM020ZS SPECIAL E SPECIAL CIM020ZS SPECIAL E SPECIAL CIM020ZS SPECIAL E SPECIAL CIM020ZS SPECIAL E SPECIAL CIM025ZT SPECIAL E SPECIAL CIM025ZT SPECIAL E SPECIAL CIM025ZT SPECIAL E SPECIAL CIM025ZT SPECIAL E SPECIAL CIM025ZT SPECIAL E SPECIAL CIM032ZU SPECIAL E SPECIAL CIM032ZU SPECIAL E SPECIAL CIM032ZU SPECIAL E SPECIAL CIM032ZU SPECIAL E SPECIAL CIM032ZU SPECIAL E SPECIAL CIM020AA C D SPECIAL CIM020AA C D SPECIAL CIM020AA C D SPECIAL CIM020AA C D SPECIAL CIM020AA C D SPECIAL CIM020AA C D SPECIAL CIM020AA C D SPECIAL CIM025AA C D SPECIAL CIM025AA C D SPECIAL CIM025AA C D SPECIAL CIM025AA C D SPECIAL CIM025AA C D SPECIAL CIM025AA C D SPECIAL CIM025AA C D SPECIAL CIM025AA C D SPECIAL CIM030AA D E SPECIAL CIM030AA D E SPECIAL CIM030AA D E SPECIAL CIM030AA D E SPECIAL CIM030AA D E SPECIAL CIM030AA D E SPECIAL CIM030AA D E SPECIAL CIM030AA D E SPECIAL CIM016AB SPECIAL E SPECIAL CIM016AB SPECIAL E SPECIAL CIM016AB SPECIAL E SPECIAL CIM016AB SPECIAL E SPECIAL CIM016AB SPECIAL E SPECIAL CIM020AC SPECIAL E SPECIAL CIM020AC SPECIAL E SPECIAL CIM020AC SPECIAL E SPECIAL CIM020AC SPECIAL E SPECIAL CIM020AC SPECIAL E SPECIAL SPRG Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D

44 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT SPRG N LB N/ LB/ M S S316 CI 008B C D H CI 008B C D H CI 008B C D H CI 008B C D H CI 008B C D H CI 008B C D H CI 008B C D H CI 008B C D H CI 008B C D H CI 008B C D H CI 008B C D H CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 010B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CI 012B D E J CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025B C D SPECIAL CIM025BA SPECIAL E SPECIAL CIM025BA SPECIAL E SPECIAL CIM025BA SPECIAL E SPECIAL CIM025BA SPECIAL E SPECIAL CIM025BA SPECIAL E SPECIAL CIM032BB SPECIAL E SPECIAL CIM032BB SPECIAL E SPECIAL CIM032BB SPECIAL E SPECIAL CIM032BB SPECIAL E SPECIAL CIM032BB SPECIAL E SPECIAL Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

45 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 CI 008BC C D H CI 008BC C D H CI 008BC C D H CI 008BC C D H CI 008BC C D H CI 008BC C D H CI 008BC C D H CI 008BC C D H CI 008BC C D H CI 010BC D E J CI 010BC D E J CI 010BC D E J CI 010BC D E J CI 010BC D E J CI 010BC D E J CI 010BC D E J CI 010BC D E J CI 010BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CI 012BC D E J CIM040BC D E SPECIAL CIM040BC D E SPECIAL CIM040BC D E SPECIAL CIM040BC D E SPECIAL CIM040BC D E SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM025C C D SPECIAL CIM030C D E SPECIAL CIM030C D E SPECIAL CIM030C D E SPECIAL CIM030C D E SPECIAL CIM030C D E SPECIAL CIM030C D E SPECIAL CIM030C D E SPECIAL CIM030C D E SPECIAL CIM030C D E SPECIAL SPRG Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D

46 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT SPRG N LB N/ LB/ M S S316 CI 008C C D H CI 008C C D H CI 008C C D H CI 008C C D H CI 008C C D H CI 008C C D H CI 008C C D H CI 008C C D H CI 008C C D H CI 008C C D H CI 010C D E J CI 010C D E J CI 010C D E J CI 010C D E J CI 010C D E J CI 010C D E J CI 010C D E J CI 010C D E J CI 010C D E J CI 010C D E J CI 011C D E J CI 011C D E J CI 011C D E J CI 011C D E J CI 011C D E J CI 011C D E J CI 011C D E J CI 011C D E J CI 011C D E J CI 011C D E J CI 012C D E J CI 012C D E J CI 012C D E J CI 012C D E J CI 012C D E J CI 012C D E J CI 012C D E J CI 012C D E J CI 012C D E J CI 012C D E J CIM020CA SPECIAL E SPECIAL CIM020CA SPECIAL E SPECIAL CIM020CA SPECIAL E SPECIAL CIM020CA SPECIAL E SPECIAL CIM020CA SPECIAL E SPECIAL CIM025CB SPECIAL E SPECIAL CIM025CB SPECIAL E SPECIAL CIM025CB SPECIAL E SPECIAL CIM025CB SPECIAL E SPECIAL CIM025CB SPECIAL E SPECIAL CIM032CC SPECIAL E SPECIAL CIM032CC SPECIAL E SPECIAL CIM032CC SPECIAL E SPECIAL CIM032CC SPECIAL E SPECIAL CIM032CC SPECIAL E SPECIAL CIM040CD D E SPECIAL CIM040CD D E SPECIAL CIM040CD D E SPECIAL CIM040CD D E SPECIAL CIM040CD D E SPECIAL Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

47 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 CIM025D C D SPECIAL CIM025D C D SPECIAL CIM025D C D SPECIAL CIM025D C D SPECIAL CIM025D C D SPECIAL CIM025D C D SPECIAL CIM025D C D SPECIAL CIM025D C D SPECIAL CIM025D C D SPECIAL CIM025D C D SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CIM030D D E SPECIAL CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 010D D E J CI 011D D E J CI 011D D E J CI 011D D E J CI 011D D E J CI 011D D E J CI 011D D E J CI 011D D E J CI 011D D E J CI 011D D E J CI 011D D E J CI 012D D E J CI 012D D E J CI 012D D E J CI 012D D E J CI 012D D E J CI 012D D E J CI 012D D E J CI 012D 7A D E J CI 012D D E J CI 012D 8A D E J CI 012D D E J CI 012D 9A D E J CI 012D D E J CI 012D D E J CI 012D D E J CI 012D D E J SPRG Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D

48 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT SPRG N LB N/ LB/ M S S316 CIM025DA SPECIAL E SPECIAL CIM025DA SPECIAL E SPECIAL CIM025DA SPECIAL E SPECIAL CIM025DA SPECIAL E SPECIAL CIM025DA SPECIAL E SPECIAL CIM032DB SPECIAL E SPECIAL CIM032DB SPECIAL E SPECIAL CIM032DB SPECIAL E SPECIAL CIM032DB SPECIAL E SPECIAL CIM032DB SPECIAL E SPECIAL CIM040DC D E SPECIAL CIM040DC D E SPECIAL CIM040DC D E SPECIAL CIM040DC D E SPECIAL CIM040DC D E SPECIAL CI 010DE D E J CI 010DE D E J CI 010DE D E J CI 010DE D E J CI 010DE D E J CI 010DE D E J CI 010DE D E J CI 010DE D E J CI 010DE D E J CI 010DE D E J CI 011DE D E J CI 011DE D E J CI 011DE D E J CI 011DE D E J CI 011DE D E J CI 011DE D E J CI 011DE D E J CI 011DE D E J CI 011DE D E J CI 011DE D E J CI 012DE D E J CI 012DE D E J CI 012DE D E J CI 012DE D E J CI 012DE D E J CI 012DE D E J CI 012DE D E J CI 012DE D E J CI 012DE D E J CI 012DE D E J CI 013DE D E J CI 013DE D E J CI 013DE D E J CI 013DE D E J CI 013DE D E J CI 013DE D E J CIM032DF SPECIAL E SPECIAL CIM032DF SPECIAL E SPECIAL CIM032DF SPECIAL E SPECIAL CIM032DF SPECIAL E SPECIAL CIM032DF SPECIAL E SPECIAL CIM040DG D E SPECIAL CIM040DG D E SPECIAL CIM040DG D E SPECIAL CIM040DG D E SPECIAL CIM040DG D E SPECIAL * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

49 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 010E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 012E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 013E D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 010EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 011EF D E J SPRG Music Wire

50 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT SPRG N LB N/ LB/ M S S316 CI 011EF D E J CI 011EF D E J CI 011EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 012EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CI 013EF D E J CIM040EG D E SPECIAL CIM040EG D E SPECIAL CIM040EG D E SPECIAL CIM040EG D E SPECIAL CIM040EG D E SPECIAL CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 010EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J CI 011EG D E J Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

51 COMPRESSION SPRGS End Coils Closed Music Wire (Plated*) (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 012EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J CI 013EG D E J SPRG Music Wire 316 * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Compression Springs meeting the design parameters outlined in Standard D

52 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LCM035A C E SPECIAL LCM035A C E SPECIAL LCM035A C E SPECIAL LCM035A C E SPECIAL LCM035A C E SPECIAL LCM035A D F SPECIAL LCM035A D F SPECIAL LCM035A D F SPECIAL LCM035A E G SPECIAL LCM035A E G SPECIAL LCM035A F H SPECIAL LCM035A F H SPECIAL LCM035A F H SPECIAL LCM050A C E SPECIAL LCM050A C E SPECIAL LCM050A C E SPECIAL LCM050A C E SPECIAL LCM050A C E SPECIAL LCM050A D F SPECIAL LCM050A D F SPECIAL LCM050A D F SPECIAL LCM050A E G SPECIAL LCM050A E G SPECIAL LCM050A F H SPECIAL LCM050A F H SPECIAL LCM050A F H SPECIAL LCM050AA F H SPECIAL LCM050AA F H SPECIAL LCM050AA F H SPECIAL LCM050AA F H SPECIAL LCM050AA F H SPECIAL LC 014A C E J LC 014A C E J LC 014A C E J LC 014A C E J LC 014A D F K LC 014A D F K LC 014A D F K LC 014A D F K LC 014A E G L LC 014A 9A E G L LC 014A 9B E G L LC 014A 9C E G L LC 014A E G L LC 014A F H M LC 014A F H M LC 014A F H M LC 016A C E J LC 016A C E J LC 016A C E J LC 016A C E J LC 016A C E J LC 016A D F K LC 016A D F K LC 016A D F K LC 016A D F K LC 016A E G L LC 016A E G L LC 016A F H M LC 016A F H M LC 016A F H M SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

53 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 018A C E J LC 018A C E J LC 018A C E J LC 018A C E J LC 018A C E J LC 018A D F K LC 018A D F K LC 018A D F K LC 018A D F K LC 018A E G L LC 018A E G L LC 018A F H M LC 018A F H M LC 018A F H M LC 020A C E J LC 020A C E J LC 020A C E J LC 020A C E J LC 020A D F K LC 020A D F K LC 020A D F K LC 020A D F K LC 020A E G L LC 020A E G L LC 020A E G L LC 020A E G L LC 020A F H M LC 020A F H M LC 020A F H M LC 022A C E J LC 022A C E J LC 022A C E J LC 022A C E J LC 022A D F J LC 022A D F K LC 022A D F K LC 022A D F K LC 022A E G L LC 022A E G L LC 022A E G L LC 022A E G L LC 022A F H M LC 022A F H M LC 022A F H M LC 024A C E J LC 024A C E J LC 024A C E J LC 024A C E J LC 024A D F K LC 024A D F K LC 024A D F K LC 024A D F K LC 024A E G L LC 024A E G L LC 024A E G L LC 024A E G L LC 024A E G L LC 024A F H M LC 024A F H M LC 024A F H M SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

54 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 014AA C E J LC 014AA C E J LC 014AA C E J LC 014AA C E J LC 014AA D F K LC 014AA D F K LC 014AA D F K LC 014AA D F K LC 014AA D F K LC 014AA E G L LC 014AA E G L LC 014AA E G L LC 014AA E G L LC 014AA F H M LC 014AA F H M LC 014AA F H M LC 014AA F H M LC 016AA C E J LC 016AA C E J LC 016AA C E J LC 016AA C E J LC 016AA D F K LC 016AA D F K LC 016AA D F K LC 016AA D F K LC 016AA D F K LC 016AA E G L LC 016AA E G L LC 016AA E G L LC 016AA F H M LC 016AA F H M LC 018AA C E J LC 018AA C E J LC 018AA C E J LC 018AA D F K LC 018AA D F K LC 018AA D F K LC 018AA D F K LC 018AA D F K LC 018AA E G L LC 018AA E G L LC 018AA E G L LC 018AA F H M LC 018AA F H M LC 020AA C E J LC 020AA C E J LC 020AA C E J LC 020AA D F K LC 020AA D F K LC 020AA D F K LC 020AA D F K LC 020AA D F K LC 020AA E G L LC 020AA E G L LC 020AA E G L LC 020AA F H M LC 020AA F H M LC 022AA C E J LC 022AA C E J LC 022AA C E J LC 022AA D F K SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

55 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 022AA D F K LC 022AA D F K LC 022AA D F K LC 022AA E G L LC 022AA E G L LC 022AA E G L LC 022AA F H M LC 022AA F H M LCM050AB F H SPECIAL LCM050AB F H SPECIAL LCM050AB F H SPECIAL LCM050AB F H SPECIAL LCM050AB F H SPECIAL LCM060AB C E SPECIAL LCM060AB C E SPECIAL LCM060AB C E SPECIAL LCM060AB C E SPECIAL LCM060AB C E SPECIAL LCM060AB D F SPECIAL LCM060AB D F SPECIAL LCM060AB D F SPECIAL LCM060AB E G SPECIAL LCM060AB E G SPECIAL LCM060AB F H SPECIAL LCM060AB F H SPECIAL LCM060AB F H SPECIAL LC 016AB C D H LC 016AB C D H LC 016AB C D H LC 016AB C D H LC 016AB C D H LC 016AB C D H LC 016AB D E J LC 016AB D E J LC 016AB D E J LC 016AB D E J LC 016AB D E J LC 016AB D E J LC 016AB E F K LC 016AB E F K LC 018AB C D H LC 018AB C D H LC 018AB C D H LC 018AB C D H LC 018AB C D H LC 018AB D E J LC 018AB D E J LC 018AB D E J LC 018AB D E J LC 018AB D E J LC 018AB E F K LC 018AB E F K LC 018AB E F K LC 018AB E F K LC 021AB C E J LC 021AB C E J LC 021AB C E J LC 021AB C E J LC 021AB D F K LC 021AB D F K SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

56 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 021AB D F K LC 021AB D F K LC 021AB E G L LC 021AB E G L LC 021AB E G L LC 021AB F H M LC 021AB F H M LC 021AB F H M LC 023AB C E J LC 023AB C E J LC 023AB C E J LC 023AB C E J LC 023AB D F K LC 023AB D F K LC 023AB D F K LC 023AB D F K LC 023AB E G L LC 023AB E G L LC 023AB E G L LC 023AB F H M LC 023AB F H M LC 023AB F H M LCM063AC F H SPECIAL LCM063AC F H SPECIAL LCM063AC F H SPECIAL LCM063AC F H SPECIAL LCM063AC F H SPECIAL LC 016AC C E J LC 016AC C E J LC 016AC C E J LC 016AC D F K LC 016AC D F K LC 016AC D F K LC 016AC D F K LC 016AC D F K LC 016AC E G L LC 016AC E G L LC 016AC E G L LC 016AC F H M LC 016AC F H M LC 023AD C E J LC 023AD C E J LC 023AD C E J LC 023AD C E J LC 023AD D F K LC 023AD D F K LC 023AD D F K LC 023AD D F K LC 023AD E G L LC 023AD E G L LC 023AD E G L LC 023AD F H M LC 023AD F H M LC 023AD F H M LCM050AE F H SPECIAL LCM050AE F H SPECIAL LCM050AE F H SPECIAL LCM050AE F H SPECIAL LCM050AE F H SPECIAL SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

57 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 014B C E J LC 014B C E J LC 014B C E J LC 014B C E J LC 014B D F K LC 014B D F K LC 014B D F K LC 014B D F K LC 014B E G L LC 014B E G L LC 014B F H M LC 014B F H M LC 014B F H M LC 014B F H M LC 016B C E J LC 016B C E J LC 016B C E J LC 016B C E J LC 016B D F K LC 016B D F K LC 016B D F K LC 016B D F K LC 016B E G L LC 016B E G L LC 016B F H M LC 016B F H M LC 016B F H M LC 016B F H M LC 016B F H M LC 018B C E J LC 018B C E J LC 018B C E J LC 018B C E J LC 018B D F K LC 018B D F K LC 018B D F K LC 018B D F K LC 018B E G L LC 018B E G L LC 018B F H M LC 018B F H M LC 018B F H M LC 018B F H M LC 018B F H M LC 020B C E J LC 020B C E J LC 020B C E J LC 020B C E J LC 020B D F K LC 020B D F K LC 020B D F K LC 020B D F K LC 020B E G L LC 020B E G L LC 020B F H M LC 020B F H M LC 020B F H M LC 020B F H M LC 020B F H M SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

58 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 022B C E J LC 022B C E J LC 022B C E J LC 022B C E J LC 022B D F K LC 022B D F K LC 022B D F K LC 022B D F K LC 022B E G L LC 022B E G L LC 022B E G L LC 022B F H M LC 022B F H M LC 022B F H M LC 022B F H M LC 022B F H M LC 024B C E J LC 024B C E J LC 024B C E J LC 024B C E J LC 024B D F K LC 024B D F K LC 024B D F K LC 024B E G L LC 024B E G L LC 024B F H M LC 024B F H M LC 024B F H M LC 024B F H M LC 024B F H M LC 024B G J N LC 026B C E J LC 026B C E J LC 026B C E J LC 026B C E J LC 026B D F K LC 026B D F K LC 026B D F K LC 026B D F K LC 026B E G L LC 026B E G L LC 026B E G L LC 026B F H M LC 026B F H M LC 026B F H M LC 026B F H M LC 026B F H M LC 026B G J N LC 029B C E J LC 029B C E J LC 029B C E J LC 029B C E J LC 029B D F K LC 029B D F K LC 029B D F K LC 029B D F K LC 029B E G L LC 029B E G L LC 029B E G L LC 029B E G L LC 029B F H M SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

59 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 029B F H M LC 029B F H M LC 029B F H M LC 029B F H M LC 029B F H M LC 029B G J N LC 032B C E J LC 032B C E J LC 032B C E J LC 032B D F K LC 032B D F K LC 032B D F K LC 032B D F K LC 032B E G L LC 032B E G L LC 032B E G L LC 032B E G L LC 032B F H M LC 032B F H M LC 032B F H M LC 032B F H M LC 032B F H M LC 032B F H M LC 032B G J N LC 035B C E J LC 035B C E J LC 035B D F K LC 035B D F K LC 035B D F K LC 035B D F K LC 035B E G L LC 035B E G L LC 035B E G L LC 035B E G L LC 035B F H M LC 035B F H M LC 035B F H M LC 035B F H M LC 035B F H M LC 035B F H M LC 035B G J N LC 035B G J N LCM035B C E SPECIAL LCM035B C E SPECIAL LCM035B C E SPECIAL LCM035B C E SPECIAL LCM035B C E SPECIAL LCM035B D F SPECIAL LCM035B D F SPECIAL LCM035B D F SPECIAL LCM035B E G SPECIAL LCM035B E G SPECIAL LCM035B F H SPECIAL LCM035B F H SPECIAL LCM045B C E SPECIAL LCM045B C E SPECIAL LCM045B C E SPECIAL LCM045B C E SPECIAL LCM045B C E SPECIAL LCM045B D F SPECIAL LCM045B D F SPECIAL SPRG Music Wire

60 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LCM045B D F SPECIAL LCM045B E G SPECIAL LCM045B E G SPECIAL LCM045B F H SPECIAL LCM045B F H SPECIAL LCM055B C E SPECIAL LCM055B C E SPECIAL LCM055B C E SPECIAL LCM055B C E SPECIAL LCM055B C E SPECIAL LCM055B D F SPECIAL LCM055B D F SPECIAL LCM055B D F SPECIAL LCM055B E G SPECIAL LCM055B E G SPECIAL LCM055B F H SPECIAL LCM055B F H SPECIAL LCM055B F H SPECIAL LCM060B C E SPECIAL LCM060B C E SPECIAL LCM060B C E SPECIAL LCM060B C E SPECIAL LCM060B C E SPECIAL LCM060B D F SPECIAL LCM060B D F SPECIAL LCM060B D F SPECIAL LCM060B E G SPECIAL LCM060B E G SPECIAL LCM060B F H SPECIAL LCM060B F H SPECIAL LCM060B F H SPECIAL LCM060B F H SPECIAL LCM080B C E SPECIAL LCM080B C E SPECIAL LCM080B C E SPECIAL LCM080B C E SPECIAL LCM080B C E SPECIAL LCM080B D F SPECIAL LCM080B D F SPECIAL LCM080B D F SPECIAL LCM080B E G SPECIAL LCM080B E G SPECIAL LCM080B F H SPECIAL LCM080B F H SPECIAL LCM080B F H SPECIAL LCM080B F H SPECIAL LCM063BA F H SPECIAL LCM063BA F H SPECIAL LCM063BA F H SPECIAL LCM063BA F H SPECIAL LCM063BA F H SPECIAL LC 014BB C E J LC 014BB C E J LC 014BB C E J LC 014BB C E J LC 014BB D F K LC 014BB D F K LC 014BB D F K LC 014BB D F K LC 014BB D F K LC 014BB E G L SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

61 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 014BB E G L LC 014BB E G L LC 014BB F H M LC 014BB F H M LC 018BB C E J LC 018BB C E J LC 018BB C E J LC 018BB C E J LC 018BB D F K LC 018BB D F K LC 018BB D F K LC 018BB D F K LC 018BB D F K LC 018BB E G L LC 018BB E G L LC 018BB E G L LC 018BB E G L LC 018BB E G L LC 018BB F H M LC 018BB F H M LC 020BB C E J LC 020BB C E J LC 020BB C E J LC 020BB C E J LC 020BB D F K LC 020BB D F K LC 020BB D F K LC 020BB D F K LC 020BB D F K LC 020BB E G L LC 020BB E G L LC 020BB E G L LC 020BB E G L LC 020BB E G L LC 020BB F H M LC 020BB F H M LC 023BB C E J LC 023BB C E J LC 023BB C E J LC 023BB C E J LC 023BB D F K LC 023BB D F K LC 023BB D F K LC 023BB D F K LC 023BB E G L LC 023BB E G L LC 023BB E G L LC 023BB E G L LC 023BB F H M LC 023BB F H M LC 023BB F H M LC 026BB C E J LC 026BB C E J LC 026BB C E J LC 026BB C E J LC 026BB D F K LC 026BB D F K LC 026BB D F K LC 026BB D F K LC 026BB D F K LC 026BB E G L SPRG Music Wire

62 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 026BB E G L LC 026BB E G L LC 026BB E G L LC 026BB E G L LC 026BB F H M LC 026BB F H M LC 029BB C E J LC 029BB C E J LC 029BB C E J LC 029BB C E J LC 029BB D F K LC 029BB D F K LC 029BB D F K LC 029BB D F K LC 029BB D F K LC 029BB E G L LC 029BB E G L LC 029BB E G L LC 029BB E G L LC 029BB E G L LC 029BB F H M LC 029BB F H M LC 029BB F H M LC 029BB F H M LC 032BB C E J LC 032BB C E J LC 032BB C E J LC 032BB C E J LC 032BB D F K LC 032BB D F K LC 032BB D F K LC 032BB D F K LC 032BB D F K LC 032BB E G L LC 032BB E G L LC 032BB E G L LC 032BB E G L LC 032BB F H M LC 032BB F H M LC 032BB F H M LC 032BB F H M LC 032BB G J N LC 032BB G J N LCM080BB F H SPECIAL LCM080BB F H SPECIAL LCM080BB F H SPECIAL LCM080BB F H SPECIAL LCM080BB F H SPECIAL LC 018BC C E J LC 018BC C E J LC 018BC C E J LC 018BC C E J LC 018BC D F K LC 018BC D F K LC 018BC D F K LC 018BC D F K LC 018BC E G L LC 018BC E G L LC 018BC E G L LC 018BC E G L LC 018BC F H M SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

63 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 018BC F H M LC 018BC G J N LC 018BC G J N LC 022BC C E J LC 022BC C E J LC 022BC C E J LC 022BC C E J LC 022BC D F K LC 022BC D F K LC 022BC D F K LC 022BC D F K LC 022BC E G L LC 022BC E G L LC 022BC F H M LC 022BC F H M LC 022BC F H M LC 022BC G J N LC 022BC G J N LC 026BC C E J LC 026BC C E J LC 026BC C E J LC 026BC C E J LC 026BC D F K LC 026BC D F K LC 026BC D F K LC 026BC D F K LC 026BC E G L LC 026BC E G L LC 026BC F H M LC 026BC F H M LC 026BC F H M LC 026BC G J N LC 026BC G J N LCM050BD F H SPECIAL LCM050BD F H SPECIAL LCM050BD F H SPECIAL LCM050BD F H SPECIAL LCM050BD F H SPECIAL LC 016BD C E J LC 016BD C E J LC 016BD C E J LC 016BD C E J LC 016BD D F K LC 016BD D F K LC 016BD D F K LC 016BD E G L LC 016BD E G L LC 016BD E G L LC 016BD F H M LC 016BD F H M LC 016BD F H M LC 016BD G J N LC 018BD C E J LC 018BD C E J LC 018BD C E J LC 018BD C E J LC 018BD D F K LC 018BD D F K LC 018BD D F K LC 018BD E G L LC 018BD E G L SPRG Music Wire

64 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 018BD E G L LC 018BD F H M LC 018BD F H M LC 018BD F H M LC 018BD G J N LC 020BD C E J LC 020BD C E J LC 020BD C E J LC 020BD C E J LC 020BD D F K LC 020BD D F K LC 020BD D F K LC 020BD E G L LC 020BD E G L LC 020BD E G L LC 020BD F H M LC 020BD F H M LC 020BD F H M LC 020BD G J N LC 020BD G J N LC 028BD C E J LC 028BD C E J LC 028BD C E J LC 028BD C E J LC 028BD D F K LC 028BD D F K LC 028BD D F K LC 028BD E G L LC 028BD E G L LC 028BD E G L LC 028BD F H M LC 028BD F H M LC 028BD F H M LC 028BD G J N LC 028BD G J N LCM063BE F H SPECIAL LCM063BE F H SPECIAL LCM063BE F H SPECIAL LCM063BE F H SPECIAL LCM063BE F H SPECIAL LCM080BF G J SPECIAL LCM080BF G J SPECIAL LCM080BF G J SPECIAL LCM080BF G J SPECIAL LCM080BF G J SPECIAL LCM050C C E SPECIAL LCM050C C E SPECIAL LCM050C C E SPECIAL LCM050C D F SPECIAL LCM050C D F SPECIAL LCM050C D F SPECIAL LCM050C D F SPECIAL LCM050C D F SPECIAL LCM050C E G SPECIAL LCM050C E G SPECIAL LCM050C E G SPECIAL LCM050C F H SPECIAL LCM050C F H SPECIAL LCM050C F H SPECIAL LCM050C F H SPECIAL LCM050C F H SPECIAL SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

65 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LCM060C C E SPECIAL LCM060C C E SPECIAL LCM060C C E SPECIAL LCM060C D F SPECIAL LCM060C D F SPECIAL LCM060C D F SPECIAL LCM060C D F SPECIAL LCM060C D F SPECIAL LCM060C E G SPECIAL LCM060C E G SPECIAL LCM060C E G SPECIAL LCM060C F H SPECIAL LCM060C F H SPECIAL LCM060C F H SPECIAL LCM060C F H SPECIAL LCM060C F H SPECIAL LCM080C C E SPECIAL LCM080C C E SPECIAL LCM080C C E SPECIAL LCM080C D F SPECIAL LCM080C D F SPECIAL LCM080C D F SPECIAL LCM080C D F SPECIAL LCM080C D F SPECIAL LCM080C E G SPECIAL LCM080C E G SPECIAL LCM080C E G SPECIAL LCM080C F H SPECIAL LCM080C F H SPECIAL LCM080C F H SPECIAL LCM080C F H SPECIAL LCM080C G J SPECIAL LCM100C G J SPECIAL LCM100C G J SPECIAL LCM100C G J SPECIAL LCM100C G J SPECIAL LCM100C G J SPECIAL LCM110C E G SPECIAL LCM110C E G SPECIAL LCM110C E G SPECIAL LCM110C F H SPECIAL LCM110C F H SPECIAL LCM110C F H SPECIAL LCM110C F H SPECIAL LCM110C G J SPECIAL LCM110C G J SPECIAL LCM110C G J SPECIAL LCM110C H K SPECIAL LCM110C H K SPECIAL LCM110C H K SPECIAL LCM110C J L SPECIAL LCM110C J L SPECIAL LCM110C J L SPECIAL LCM110C K M SPECIAL LCM110C K M SPECIAL LCM110C K M SPECIAL SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

66 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 016C C E J LC 016C C E J LC 016C C E J LC 016C D F K LC 016C D F K LC 016C D F K LC 016C D F K LC 016C D F K LC 016C E G L LC 016C E G L LC 016C E G L LC 016C E G L LC 016C F H M LC 016C F H M LC 016C F H M LC 016C G J N LC 016C G J N LC 018C C E J LC 018C C E J LC 018C C E J LC 018C D F K LC 018C D F K LC 018C D F K LC 018C D F K LC 018C D F K LC 018C E G L LC 018C E G L LC 018C E G L LC 018C E G L LC 018C F H M LC 018C F H M LC 018C F H M LC 018C G J N LC 018C G J N LC 020C C E J LC 020C C E J LC 020C C E J LC 020C D F K LC 020C D F K LC 020C D F K LC 020C D F K LC 020C D F K LC 020C E G L LC 020C E G L LC 020C E G L LC 020C F H M LC 020C F H M LC 020C F H M LC 020C G J N LC 020C G J N LC 022C C E J LC 022C C E J LC 022C C E J LC 022C D F K LC 022C D F K LC 022C D F K LC 022C D F K LC 022C D F K LC 022C E G L LC 022C E G L LC 022C E G L SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

67 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 022C F H M LC 022C F H M LC 022C G J N LC 022C G J N LC 024C C E J LC 024C D F K LC 024C D F K LC 024C D F K LC 024C D F K LC 024C D F K LC 024C E G L LC 024C E G L LC 024C E G L LC 024C F H M LC 024C F H M LC 024C F H M LC 024C G J N LC 024C G J N LC 026C C E J LC 026C C E J LC 026C D F K LC 026C D F K LC 026C D F K LC 026C D F K LC 026C D F K LC 026C E G L LC 026C E G L LC 026C E G L LC 026C F H M LC 026C F H M LC 026C F H M LC 026C G J N LC 026C G J N LC 029C C E J LC 029C D F K LC 029C D F K LC 029C D F K LC 029C D F K LC 029C D F K LC 029C E G L LC 029C E G L LC 029C E G L LC 029C F H M LC 029C F H M LC 029C F H M LC 029C G J N LC 029C G J N LC 032C C E J LC 032C C E J LC 032C D F K LC 032C D F K LC 032C D F K LC 032C D F K LC 032C D F K LC 032C E G L LC 032C E G L LC 032C E G L LC 032C E G L LC 032C F H M LC 032C F H M SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

68 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 032C F H M LC 032C F H M LC 032C G J N LC 032C G J N LC 035C C E J LC 035C C E J LC 035C D F K LC 035C D F K LC 035C D F K LC 035C D F K LC 035C D F K LC 035C E G L LC 035C E G L LC 035C E G L LC 035C E G L LC 035C F H M LC 035C F H M LC 035C F H M LC 035C F H M LC 035C G J N LC 035C G J N LC 035C H K P LC 035C H K P LC 038C C E J LC 038C C E J LC 038C D F K LC 038C D F K LC 038C D F K LC 038C D F K LC 038C D F K LC 038C E G L LC 038C E G L LC 038C E G L LC 038C E G L LC 038C F H M LC 038C F H M LC 038C F H M LC 038C F H M LC 038C F H M LC 038C G J N LC 038C G J N LC 038C H K P LC 038C H K P LC 040C E G L LC 040C E G L LC 040C E G L LC 040C E G L LC 040C F H M LC 040C F H M LC 040C F H M LC 040C F H M LC 040C G J N LC 040C G J N LC 040C G J N LC 040C H K P LC 040C H K P LC 040C H K P LC 040C J L Q LC 040C J L Q LC 040C J L Q SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

69 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 040C K M R LC 040C K M R LC 040C K M R LC 042C E G L LC 042C E G L LC 042C E G L LC 042C F H M LC 042C F H M LC 042C F H M LC 042C F H M LC 042C G J N LC 042C G J N LC 042C G J N LC 042C H K P LC 042C H K P LC 042C H K P LC 042C J L Q LC 042C J L Q LC 042C J L Q LC 042C K M R LC 042C K M R LC 042C K M R LC 045C E G L LC 045C E G L LC 045C E G L LC 045C F H M LC 045C F H M LC 045C F H M LC 045C F H M LC 045C G J N LC 045C G J N LC 045C G J N LC 045C H K P LC 045C H K P LC 045C H K P LC 045C J L Q LC 045C J L Q LC 045C K M R LC 045C K M R LC 045C K M R LC 020CD C E J LC 020CD C E J LC 020CD C E J LC 020CD D F K LC 020CD D F K LC 020CD D F K LC 020CD D F K LC 020CD E G L LC 020CD E G L LC 020CD E G L LC 020CD E G L LC 020CD F H M LC 020CD F H M LC 020CD F H M LC 020CD G J N LC 020CD G J N LC 020CD G J N LC 026CD C E J LC 026CD C E J LC 026CD D F K LC 026CD D F K SPRG Music Wire

70 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 026CD D F K LC 026CD E G L LC 026CD E G L LC 026CD E G L LC 026CD E G L LC 026CD F H M LC 026CD F H M LC 026CD F H M LC 026CD G J N LC 026CD G J N LC 026CD G J N LC 035CD C E J LC 035CD C E J LC 035CD D F K LC 035CD D F K LC 035CD D F K LC 035CD D F K LC 035CD D F K LC 035CD E G L LC 035CD E G L LC 035CD E G L LC 035CD E G L LC 035CD F H M LC 035CD F H M LC 035CD F H M LC 035CD F H M LC 035CD G J N LC 035CD G J N LC 035CD H K P LC 035CD H K P LCM050CE F H SPECIAL LCM050CE F H SPECIAL LCM050CE F H SPECIAL LCM050CE F H SPECIAL LCM050CE F H SPECIAL LCM063CF F H SPECIAL LCM063CF F H SPECIAL LCM063CF F H SPECIAL LCM063CF F H SPECIAL LCM063CF F H SPECIAL LCM080CG G J SPECIAL LCM080CG G J SPECIAL LCM080CG G J SPECIAL LCM080CG G J SPECIAL LCM080CG G J SPECIAL LC 028CE C E J LC 028CE C E J LC 028CE C E J LC 028CE C E J LC 028CE D F K LC 028CE D F K LC 028CE D F K LC 028CE E G L LC 028CE E G L LC 028CE F H M LC 028CE F H M LC 028CE F H M LC 028CE G J N LCM100CH G J SPECIAL LCM100CH G J SPECIAL LCM100CH G J SPECIAL SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

71 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LCM100CH G J SPECIAL LCM100CH G J SPECIAL LCM055D C E SPECIAL LCM055D C E SPECIAL LCM055D C E SPECIAL LCM055D D F SPECIAL LCM055D D F SPECIAL LCM055D D F SPECIAL LCM055D D F SPECIAL LCM055D E G SPECIAL LCM055D E G SPECIAL LCM055D E G SPECIAL LCM055D F H SPECIAL LCM055D F H SPECIAL LCM055D F H SPECIAL LCM055D G J SPECIAL LCM055D G J SPECIAL LCM055D G J SPECIAL LCM055D H K SPECIAL LCM055D H K SPECIAL LCM055D H K SPECIAL LCM065D C E SPECIAL LCM065D C E SPECIAL LCM065D C E SPECIAL LCM065D D F SPECIAL LCM065D D F SPECIAL LCM065D D F SPECIAL LCM065D D F SPECIAL LCM065D E G SPECIAL LCM065D E G SPECIAL LCM065D E G SPECIAL LCM065D F H SPECIAL LCM065D F H SPECIAL LCM065D F H SPECIAL LCM065D G J SPECIAL LCM065D G J SPECIAL LCM065D G J SPECIAL LCM065D H K SPECIAL LCM065D H K SPECIAL LCM065D H K SPECIAL LCM080D C E SPECIAL LCM080D C E SPECIAL LCM080D C E SPECIAL LCM080D D F SPECIAL LCM080D D F SPECIAL LCM080D D F SPECIAL LCM080D D F SPECIAL LCM080D E G SPECIAL LCM080D E G SPECIAL LCM080D E G SPECIAL LCM080D F H SPECIAL LCM080D F H SPECIAL LCM080D F H SPECIAL LCM080D G J SPECIAL LCM080D G J SPECIAL LCM080D G J SPECIAL LCM080D H K SPECIAL LCM080D H K SPECIAL LCM080D H K SPECIAL SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

72 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LCM095D C E SPECIAL LCM095D C E SPECIAL LCM095D C E SPECIAL LCM095D D F SPECIAL LCM095D D F SPECIAL LCM095D D F SPECIAL LCM095D D F SPECIAL LCM095D E G SPECIAL LCM095D E G SPECIAL LCM095D E G SPECIAL LCM095D F H SPECIAL LCM095D F H SPECIAL LCM095D F H SPECIAL LCM095D G J SPECIAL LCM095D G J SPECIAL LCM095D G J SPECIAL LCM095D H K SPECIAL LCM095D H K SPECIAL LCM095D H K SPECIAL LCM125DA G J SPECIAL LCM125DA G J SPECIAL LCM125DA G J SPECIAL LCM125DA G J SPECIAL LCM125DA G J SPECIAL LC 022D C E J LC 022D C E J LC 022D C E J LC 022D D F K LC 022D D F K LC 022D D F K LC 022D D F K LC 022D E G L LC 022D E G L LC 022D E G L LC 022D F H M LC 022D F H M LC 022D G J N LC 022D G J N LC 022D H K P LC 022D H K P LC 026D C E J LC 026D C E J LC 026D D F K LC 026D D F K LC 026D D F K LC 026D D F K LC 026D E G L LC 026D E G L LC 026D E G L LC 026D F H M LC 026D F H M LC 026D F H M LC 026D G J N LC 026D G J N LC 026D H K P LC 026D H K P LC 030D C E J LC 030D C E J LC 030D D F K LC 030D D F K LC 030D D F K SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

73 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 030D D F K LC 030D E G L LC 030D E G L LC 030D E G L LC 030D F H M LC 030D F H M LC 030D F H M LC 030D G J N LC 030D G J N LC 030D H K P LC 030D H K P LC 032D C E J LC 032D C E J LC 032D D F K LC 032D D F K LC 032D D F K LC 032D D F K LC 032D E G L LC 032D E G L LC 032D E G L LC 032D F H M LC 032D F H M LC 032D F H M LC 032D G J N LC 032D G J N LC 032D H K P LC 032D H K P LC 035D C E J LC 035D C E J LC 035D D F K LC 035D D F K LC 035D D F K LC 035D D F K LC 035D E G L LC 035D E G L LC 035D E G L LC 035D E G L LC 035D F H M LC 035D F H M LC 035D F H M LC 035D F H M LC 035D G J N LC 035D G J N LC 035D G J N LC 035D H K P LC 035D H K P LC 038D C E J LC 038D C E J LC 038D D F K LC 038D D F K LC 038D D F K LC 038D D F K LC 038D E G L LC 038D E G L LC 038D E G L LC 038D E G L LC 038D F H M LC 038D F H M LC 038D F H M LC 038D F H M LC 038D G J N SPRG Music Wire

74 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 038D G J N LC 038D H K P LC 038D H K P LC 038D H K P LC 040D E G L LC 040D E G L LC 040D E G L LC 040D F H M LC 040D F H M LC 040D F H M LC 040D F H M LC 040D G J N LC 040D G J N LC 040D G J N LC 040D H K P LC 040D H K P LC 040D H K P LC 040D H K P LC 040D J L Q LC 040D J L Q LC 040D K M R LC 040D K M R LC 040D K M R LC 042D E G L LC 042D E G L LC 042D E G L LC 042D F H M LC 042D F H M LC 042D F H M LC 042D F H M LC 042D G J N LC 042D G J N LC 042D G J N LC 042D H K P LC 042D H K P LC 042D H K P LC 042D H K P LC 042D J L Q LC 042D J L Q LC 042D K M R LC 042D K M R LC 042D K M R LC 045D E G L LC 045D E G L LC 045D E G L LC 045D F H M LC 045D F H M LC 045D F H M LC 045D F H M LC 045D G J N LC 045D G J N LC 045D G J N LC 045D H K P LC 045D H K P LC 045D H K P LC 045D H K P LC 045D J L Q LC 045D J L Q LC 045D K M R LC 045D K M R LC 045D K M R SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

75 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 047D E G L LC 047D E G L LC 047D E G L LC 047D F H M LC 047D F H M LC 047D F H M LC 047D G J N LC 047D G J N LC 047D H K P LC 047D H K P LC 047D J L Q LC 047D J L Q LC 047D J L Q LC 047D K M R LC 047D K M R LC 047D L N S LC 047D L N S LC 047D M P T LC 047D M P T LC 047D N Q U LC 047D N Q U LC 049D E G L LC 049D E G L LC 049D E G L LC 049D F H M LC 049D F H M LC 049D G J N LC 049D G J N LC 049D H K P LC 049D H K P LC 049D J L Q LC 049D J L Q LC 049D K M R LC 049D K M R LC 049D L N S LC 049D L N S LC 049D M P T LC 049D M P T LC 049D N Q U LC 049D N Q U LC 049D P R V LC 049D P R V LC 051D E G L LC 051D E G L LC 051D E G L LC 051D F H M LC 051D F H M LC 051D G J N LC 051D G J N LC 051D H K P LC 051D H K P LC 051D J L Q LC 051D J L Q LC 051D K M R LC 051D K M R LC 051D L N S LC 051D L N S LC 051D M P T LC 051D M P T LC 051D N Q U LC 051D N Q U SPRG Music Wire

76 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 016DE C E J LC 016DE C E J LC 016DE C E J LC 016DE C E J LC 016DE D F K LC 016DE D F K LC 016DE D F K LC 016DE D F K LC 016DE E G L LC 016DE E G L LC 016DE E G L LC 016DE E G L LC 016DE F H M LC 016DE F H M LC 016DE F H M LC 016DE G J N LC 016DE G J N LC 023DE C E J LC 023DE C E J LC 023DE D F K LC 023DE D F K LC 023DE D F K LC 023DE D F K LC 023DE E G L LC 023DE E G L LC 023DE E G L LC 023DE E G L LC 023DE F H M LC 023DE F H M LC 023DE F H M LC 023DE G J N LC 023DE G J N LC 023DE G J N LC 023DE H K P LC 023DE H K P LC 026DE D F K LC 026DE D F K LC 026DE D F K LC 026DE D F K LC 026DE E G L LC 026DE E G L LC 026DE E G L LC 026DE E G L LC 026DE F H M LC 026DE F H M LC 026DE F H M LC 026DE G J N LC 026DE G J N LC 026DE G J N LC 026DE H K P LC 026DE H K P LC 047DE E G L LC 047DE E G L LC 047DE E G L LC 047DE E G L LC 047DE F H M LC 047DE F H M LC 047DE F H M LC 047DE F H M LC 047DE G J N LC 047DE G J N SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

77 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 047DE G J N LC 047DE G J N LC 047DE H K P LC 047DE H K P LC 047DE H K P LC 047DE H K P LC 047DE J L Q LC 047DE J L Q LC 047DE J L Q LC 047DE K M R LC 047DE K M R LCM063DF H K SPECIAL LCM063DF H K SPECIAL LCM063DF H K SPECIAL LCM063DF H K SPECIAL LCM063DF H K SPECIAL LCM080DG H K SPECIAL LCM080DG H K SPECIAL LCM080DG H K SPECIAL LCM080DG H K SPECIAL LCM080DG H K SPECIAL LCM065E C E SPECIAL LCM065E C E SPECIAL LCM065E D F SPECIAL LCM065E D F SPECIAL LCM065E D F SPECIAL LCM065E E G SPECIAL LCM065E E G SPECIAL LCM065E E G SPECIAL LCM065E F H SPECIAL LCM065E F H SPECIAL LCM065E F H SPECIAL LCM065E G J SPECIAL LCM065E G J SPECIAL LCM065E G J SPECIAL LCM065E H K SPECIAL LCM065E H K SPECIAL LCM095E C E SPECIAL LCM095E C E SPECIAL LCM095E C E SPECIAL LCM095E D F SPECIAL LCM095E D F SPECIAL LCM095E D F SPECIAL LCM095E E G SPECIAL LCM095E E G SPECIAL LCM095E E G SPECIAL LCM095E F H SPECIAL LCM095E F H SPECIAL LCM095E F H SPECIAL LCM095E G J SPECIAL LCM095E G J SPECIAL LCM095E G J SPECIAL LCM095E H K SPECIAL LCM095E H K SPECIAL LCM095E H K SPECIAL LCM100E G J SPECIAL LCM100E G J SPECIAL LCM100E G J SPECIAL LCM100E G J SPECIAL LCM100E G J SPECIAL SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

78 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LCM110E E G SPECIAL LCM110E E G SPECIAL LCM110E E G SPECIAL LCM110E E G SPECIAL LCM110E F H SPECIAL LCM110E F H SPECIAL LCM110E F H SPECIAL LCM110E F H SPECIAL LCM110E F H SPECIAL LCM110E G J SPECIAL LCM110E G J SPECIAL LCM110E G J SPECIAL LCM110E H K SPECIAL LCM110E H K SPECIAL LCM110E H K SPECIAL LCM110E J L SPECIAL LCM110E J L SPECIAL LCM110E K M SPECIAL LC 026E C E J LC 026E C E J LC 026E D F K LC 026E D F K LC 026E D F K LC 026E E G L LC 026E E G L LC 026E E G L LC 026E F H M LC 026E F H M LC 026E F H M LC 026E G J N LC 026E G J N LC 026E H K P LC 026E H K P LC 029E C E J LC 029E D F K LC 029E D F K LC 029E D F K LC 029E D F K LC 029E E G L LC 029E E G L LC 029E E G L LC 029E F H M LC 029E F H M LC 029E F H M LC 029E F H M LC 029E G J N LC 029E G J N LC 029E H K P LC 032E C E J LC 032E C E J LC 032E D F K LC 032E D F K LC 032E D F K LC 032E D F K LC 032E E G L LC 032E E G L LC 032E E G L LC 032E F H M LC 032E F H M LC 032E F H M LC 032E F H M SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

79 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 032E G J N LC 032E G J N LC 032E H K P LC 032E H K P LC 032E H K P LC 035E C E J LC 035E C E J LC 035E D F K LC 035E D F K LC 035E D F K LC 035E D F K LC 035E E G L LC 035E E G L LC 035E E G L LC 035E F H M LC 035E F H M LC 035E F H M LC 035E F H M LC 035E G J N LC 035E G J N LC 035E H K P LC 035E H K P LC 035E H K P LC 038E C E J LC 038E C E J LC 038E D F K LC 038E D F K LC 038E D F K LC 038E D F K LC 038E E G L LC 038E E G L LC 038E E G L LC 038E F H M LC 038E F H M LC 038E F H M LC 038E F H M LC 038E G J N LC 038E G J N LC 038E H K P LC 038E H K P LC 038E H K P LC 040E E G L LC 040E E G L LC 040E E G L LC 040E E G L LC 040E F H M LC 040E F H M LC 040E F H M LC 040E F H M LC 040E F H M LC 040E G J N LC 040E G J N LC 040E G J N LC 040E H K P LC 040E H K P LC 040E H K P LC 040E J L Q LC 040E J L Q LC 040E J L Q SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

80 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 042E E G L LC 042E E G L LC 042E E G L LC 042E E G L LC 042E F H M LC 042E F H M LC 042E F H M LC 042E F H M LC 042E F H M LC 042E G J N LC 042E G J N LC 042E G J N LC 042E H K P LC 042E H K P LC 042E H K P LC 042E J L Q LC 042E J L Q LC 042E J L Q LC 045E E G L LC 045E E G L LC 045E E G L LC 045E E G L LC 045E F H M LC 045E F H M LC 045E F H M LC 045E F H M LC 045E F H M LC 045E G J N LC 045E G J N LC 045E G J N LC 045E H K P LC 045E H K P LC 045E H K P LC 045E J L Q LC 045E J L Q LC 045E J L Q LC 045E J L Q LC 047E E G L LC 047E E G L LC 047E F H M LC 047E F H M LC 047E F H M LC 047E F H M LC 047E G J N LC 047E G J N LC 047E G J N LC 047E H K P LC 047E H K P LC 047E H K P LC 047E J L Q LC 047E J L Q LC 047E K M R LC 047E K M R LC 047E L N S LC 047E L N S LC 047E M P T LC 047E M P T LC 047E P R V LC 047E P R V SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

81 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 049E E G L LC 049E E G L LC 049E F H M LC 049E F H M LC 049E F H M LC 049E G J N LC 049E G J N LC 049E G J N LC 049E H K P LC 049E H K P LC 049E H K P LC 049E J L Q LC 049E J L Q LC 049E K M R LC 049E K M R LC 049E L N S LC 049E L N S LC 049E M P T LC 049E M P T LC 049E P R V LC 049E P R V LC 051E E G L LC 051E E G L LC 051E F H M LC 051E F H M LC 051E F H M LC 051E G J N LC 051E G J N LC 051E G J N LC 051E H K P LC 051E H K P LC 051E H K P LC 051E J L Q LC 051E J L Q LC 051E K M R LC 051E K M R LC 051E L N S LC 051E L N S LC 051E M P T LC 051E M P T LC 051E P R V LC 051E P R V LC 055E E G L LC 055E E G L LC 055E F H M LC 055E F H M LC 055E F H M LC 055E G J N LC 055E G J N LC 055E G J N LC 055E H K P LC 055E H K P LC 055E H K P LC 055E J L Q LC 055E J L Q LC 055E K M R LC 055E K M R LC 055E L N S LC 055E L N S LC 055E M P T LC 055E M P T SPRG Music Wire

82 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 055E P R V LC 055E P R V LC 059E G J N LC 059E G J N LC 059E G J N LC 059E G J N LC 059E H K P LC 059E H K P LC 059E H K P LC 059E H K P LC 059E J L Q LC 059E J L Q LC 059E J L Q LC 059E K M R LC 059E K M R LC 059E L N S LC 059E L N S LC 059E M P T LC 059E M P T LC 059E N Q U LC 059E N Q U LC 059E P R V LC 059E P R V LCM125EB G J SPECIAL LCM125EB G J SPECIAL LCM125EB G J SPECIAL LCM125EB G J SPECIAL LCM125EB G J SPECIAL LC 026EE D F K LC 026EE D F K LC 026EE D F K LC 026EE D F K LC 026EE E G L LC 026EE E G L LC 026EE E G L LC 026EE E G L LC 026EE F H M LC 026EE F H M LC 026EE F H M LC 026EE G J N LC 026EE G J N LC 026EE H K P LC 026EE H K P LC 032EE D F K LC 032EE D F K LC 032EE D F K LC 032EE D F K LC 032EE E G L LC 032EE E G L LC 032EE E G L LC 032EE E G L LC 032EE F H M LC 032EE F H M LC 032EE F H M LC 032EE F H M LC 032EE G J N LC 032EE G J N LC 032EE G J N LC 032EE H K P LC 032EE H K P LC 032EE H K P SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

83 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 035EE C E J LC 035EE C E J LC 035EE D F K LC 035EE D F K LC 035EE D F K LC 035EE D F K LC 035EE E G L LC 035EE E G L LC 035EE E G L LC 035EE F H M LC 035EE F H M LC 035EE F H M LC 035EE F H M LC 035EE G J N LC 035EE G J N LC 035EE H K P LC 035EE H K P LC 035EE H K P LCM160EE H K SPECIAL LCM160EE H K SPECIAL LCM160EE H K SPECIAL LCM160EE H K SPECIAL LCM160EE H K SPECIAL LC 043EF E G L LC 043EF E G L LC 043EF E G L LC 043EF E G L LC 043EF F H M LC 043EF F H M LC 043EF F H M LC 043EF F H M LC 043EF G J N LC 043EF G J N LC 043EF G J N LC 043EF H K P LC 043EF H K P LC 043EF H K P LC 043EF J L Q LC 047EF E G L LC 047EF E G L LC 047EF E G L LC 047EF E G L LC 047EF F H M LC 047EF F H M LC 047EF F H M LC 047EF F H M LC 047EF G J N LC 047EF G J N LC 047EF G J N LC 047EF H K P LC 047EF H K P LC 047EF H K P LC 047EF J L Q LC 035F C E J LC 035F C E J LC 035F D F K LC 035F D F K LC 035F E G L LC 035F E G L LC 035F F H M LC 035F F H M SPRG Music Wire

84 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 038F C E J LC 038F C E J LC 038F D F K LC 038F D F K LC 038F E G L LC 038F E G L LC 038F F H M LC 038F F H M LC 038F G J N LC 038F G J N LC 038F H K P LC 042F E G L LC 042F E G L LC 042F F H M LC 042F F H M LC 042F G J N LC 042F G J N LC 042F H K P LC 042F H K P LC 042F J L Q LC 042F J L Q LC 042F K M R LC 045F E G L LC 045F E G L LC 045F F H M LC 045F F H M LC 045F G J N LC 045F G J N LC 045F H K P LC 045F H K P LC 045F J L Q LC 045F J L Q LC 045F K M R LC 047F F H M LC 047F F H M LC 047F G J N LC 047F G J N LC 047F J L Q LC 047F J L Q LC 047F K M R LC 047F L N S LC 047F M P T LC 051F F H M LC 051F F H M LC 051F G J N LC 051F G J N LC 051F J L Q LC 051F J L Q LC 051F K M R LC 051F L N S LC 051F M P T LC 051F N Q U LC 051F P R V LC 055F F H M LC 055F F H M LC 055F G J N LC 055F G J N LC 055F H K P LC 055F J L Q LC 055F K M R LC 055F L N S SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

85 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 055F M P T LC 055F N Q U LC 055F P R V LC 059F F H M LC 059F F H M LC 059F H K P LC 059F H K P LC 059F J L Q LC 059F K M R LC 059F L N S LC 059F M P T LC 059F N Q U LC 059F P R V LC 059F Q S W LC 063F G J N LC 063F H K P LC 063F H K P LC 063F J L Q LC 063F K M R LC 063F L N S LC 063F M P T LC 063F N Q U LC 063F P R V LC 063F Q S W LC 063F R T X LC 067F M P T LC 067F N Q U LC 067F N Q U LC 067F P R V LC 067F P R V LC 067F Q S W LC 067F R T X LC 067F S U Y LC 072F P R V LC 072F P R V LC 072F Q S W LC 072F Q S W LC 072F R T X LC 072F S U Y LC 072F T V Z LCM080F E G SPECIAL LCM080F E G SPECIAL LCM080F E G SPECIAL LCM080F E G SPECIAL LCM080F E G SPECIAL LCM090F C E SPECIAL LCM090F C E SPECIAL LCM090F C E SPECIAL LCM090F C E SPECIAL LCM090F D F SPECIAL LCM090F D F SPECIAL LCM090F D F SPECIAL LCM090F D F SPECIAL LCM090F E G SPECIAL LCM090F E G SPECIAL LCM090F E G SPECIAL LCM090F F H SPECIAL LCM090F F H SPECIAL LCM090F F H SPECIAL SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

86 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LCM130F F H SPECIAL LCM130F F H SPECIAL LCM130F F H SPECIAL LCM130F F H SPECIAL LCM130F G J SPECIAL LCM130F G J SPECIAL LCM130F G J SPECIAL LCM130F H K SPECIAL LCM130F H K SPECIAL LCM130F J L SPECIAL LCM130F J L SPECIAL LCM130F K M SPECIAL LCM130F L N SPECIAL LCM130F M P SPECIAL LCM130F N Q SPECIAL LCM130F P R SPECIAL LCM100FC G J SPECIAL LCM100FC G J SPECIAL LCM100FC H K SPECIAL LCM100FC H K SPECIAL LCM100FC J L SPECIAL LC 032FF C E J LC 032FF C E J LC 032FF D F K LC 032FF D F K LC 032FF E G L LC 032FF E G L LC 032FF F H M LC 032FF F H M LC 032FF G J N LC 032FF G J N LC 041FF E G L LC 041FF E G L LC 041FF F H M LC 041FF F H M LC 041FF G J N LC 041FF G J N LC 041FF H K P LC 041FF H K P LC 041FF J L Q LC 041FF J L Q LC 054FF F H M LC 054FF F H M LC 054FF G J N LC 054FF G J N LC 054FF H K P LC 054FF J L Q LC 054FF K M R LC 054FF L N S LC 054FF M P T LC 054FF N Q U LC 054FF P R V LCM125FF G J SPECIAL LCM125FF G J SPECIAL LCM125FF K M SPECIAL LCM125FF L N SPECIAL LCM125FF L N SPECIAL LC 039FG E G L LC 039FG E G L LC 039FG F H M LC 039FG F H M SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

87 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 039FG G J N LC 039FG G J N LC 039FG H K P LC 039FG H K P LC 046FG F H M LC 046FG F H M LC 046FG G J N LC 046FG H K P LC 046FG J L Q LC 046FG J L Q LC 046FG K M R LC 046FG K M R LCM160FG G J SPECIAL LCM160FG G J SPECIAL LCM160FG M P SPECIAL LCM160FG Q S SPECIAL LCM160FG Q S SPECIAL LCM095G F H SPECIAL LCM095G F H SPECIAL LCM095G G J SPECIAL LCM095G G J SPECIAL LCM095G H K SPECIAL LCM095G J L SPECIAL LCM095G J L SPECIAL LCM095G K M SPECIAL LCM095G K M SPECIAL LCM095G L M SPECIAL LCM095G M P SPECIAL LCM095G N Q SPECIAL LCM095G N Q SPECIAL LCM095G P R SPECIAL LCM095G Q S SPECIAL LCM140G F H SPECIAL LCM140G F H SPECIAL LCM140G G J SPECIAL LCM140G G J SPECIAL LCM140G H K SPECIAL LCM140G H K SPECIAL LCM140G J L SPECIAL LCM140G J L SPECIAL LCM140G K M SPECIAL LCM140G K M SPECIAL LCM140G L N SPECIAL LCM140G M P SPECIAL LCM140G N Q SPECIAL LCM140G P R SPECIAL LCM140G Q S SPECIAL LCM200G N Q SPECIAL LCM200G P R SPECIAL LCM200G R T SPECIAL LCM200G U W SPECIAL LCM200G X Z SPECIAL LC 036G E G L LC 036G F H M LC 036G F H M LC 036G G J N LC 036G G J N LC 036G H K P LC 036G J L Q LC 036G K M R LC 036G L N S SPRG Music Wire

88 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 036G M P T LC 036G N Q U LC 036G P R V LC 036G Q S W LC 038G E G L LC 038G F H M LC 038G F H M LC 038G G J N LC 038G G J N LC 038G H K P LC 038G J L Q LC 038G K M R LC 038G L N S LC 038G M P T LC 038G N Q U LC 038G P R V LC 038G Q S W LC 038G R T X LC 042G E G L LC 042G F H M LC 042G F H M LC 042G G J N LC 042G G J N LC 042G H K P LC 042G J L Q LC 042G K M R LC 042G L N S LC 042G M P T LC 042G N Q U LC 042G P R V LC 042G Q S W LC 042G R T X LC 045G F H M LC 045G F H M LC 045G G J N LC 045G G J N LC 045G H K P LC 045G J L Q LC 045G K M R LC 045G K M R LC 045G L N S LC 045G M P T LC 045G N Q U LC 045G P R V LC 045G Q S W LC 045G R T X LC 051G F H M LC 051G F H M LC 051G G J N LC 051G G J N LC 051G H K P LC 051G J L Q LC 051G K M R LC 051G K M R LC 051G L N S LC 051G M P T LC 051G N Q U LC 051G P R V LC 051G Q S W LC 051G R T X SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

89 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 055G F H M LC 055G F H M LC 055G G J N LC 055G G J N LC 055G H K P LC 055G J L Q LC 055G K M R LC 055G K M R LC 055G L N S LC 055G M P T LC 055G N Q U LC 055G P R V LC 055G Q S W LC 055G R T X LC 059G F H M LC 059G F H M LC 059G G J N LC 059G G J N LC 059G H K P LC 059G J L Q LC 059G K M R LC 059G K M R LC 059G L N S LC 059G M P T LC 059G N Q U LC 059G P R V LC 059G Q S W LC 059G R T X LC 063G G J N LC 063G H K P LC 063G H K P LC 063G J L Q LC 063G J L Q LC 063G K M R LC 063G L N S LC 063G M P T LC 063G M P T LC 063G N Q U LC 063G P R V LC 063G Q S W LC 063G R T X LC 067G J L Q LC 067G K M R LC 067G K M R LC 067G L N S LC 067G L N S LC 067G M P T LC 067G N Q U LC 067G P R V LC 067G Q S W LC 067G R T X LC 067G S U Y LC 067G T V Z LC 067G U W BA LC 072G K M R LC 072G L N S LC 072G L N S LC 072G M P T LC 072G M P T LC 072G N Q U LC 072G P R V SPRG Music Wire

90 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 072G Q S W LC 072G R T X LC 072G S U Y LC 072G T V Z LC 072G U W BA LC 072G V X BB LC 072G W Y BC LC 072G X Z BD LC 075G L N R LC 075G M P R LC 075G M P R LC 075G N Q R LC 075G N Q S LC 075G P R T LC 075G Q S U LC 075G R T V LC 075G S U W LC 075G T V X LC 075G U W Y LC 075G V X Z LC 075G W Y BA LC 075G X Z BB LC 075G Y BA BC LC 080G M P T LC 080G N Q U LC 080G N Q U LC 080G P R V LC 080G P R V LC 080G Q S W LC 080G R T X LC 080G S U Y LC 080G T V Z LC 080G U W BA LC 080G V X BB LC 080G W Y BC LC 080G X Z BD LC 041GG E G L LC 041GG F H M LC 041GG F H M LC 041GG G J N LC 041GG G J N LC 041GG H K P LC 041GG J L Q LC 041GG L M R LC 041GG M N S LC 041GG N P T LC 041GG P Q U LC 041GG Q R V LC 041GG R S W LC 062GG G J N LC 062GG H K P LC 062GG H K P LC 062GG J L Q LC 062GG J L Q LC 062GG K M R LC 062GG L N S LC 062GG M P T LC 062GG M P T SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

91 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 062GG N Q U LC 062GG P R V LC 062GG Q S W LC 062GG R T X LC 072GG K M R LC 072GG L N S LC 072GG L N S LC 072GG M P T LC 072GG M P T LC 072GG N Q U LC 072GG P R V LC 072GG Q S W LC 072GG R T X LC 072GG S U Y LC 072GG T V Z LC 072GG U W BA LC 072GG V X BB LC 072GG W Y BC LC 072GG X Z BD LCM100GH H K SPECIAL LCM100GH J L SPECIAL LCM100GH M P SPECIAL LCM100GH R T SPECIAL LCM100GH T V SPECIAL LCM110GH F H SPECIAL LCM110GH F H SPECIAL LCM110GH G J SPECIAL LCM110GH G J SPECIAL LCM110GH H K SPECIAL LCM110GH H K SPECIAL LCM110GH J L SPECIAL LCM110GH K M SPECIAL LCM110GH L N SPECIAL LCM110GH M P SPECIAL LCM110GH M P SPECIAL LCM110GH N Q SPECIAL LCM110GH P R SPECIAL LCM110GH Q S SPECIAL LCM110GH R T SPECIAL LC 041GH F H M LC 041GH F H M LC 041GH G J N LC 041GH G J N LC 041GH H K P LC 041GH J L Q LC 041GH K M R LC 041GH L N S LC 041GH M P T LC 041GH N Q U LC 041GH P R V LC 041GH Q S W LC 041GH R T X LC 046GH F H M LC 046GH F H M LC 046GH G J N LC 046GH G J N LC 046GH H K P LC 046GH J L Q LC 046GH K M R LC 046GH L N S LC 046GH M P T SPRG Music Wire

92 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 046GH N Q U LC 046GH P R V LC 046GH Q S W LC 046GH R T X LC 054GH F H M LC 054GH F H M LC 054GH G J N LC 054GH G J N LC 054GH H K P LC 054GH J L Q LC 054GH K M R LC 054GH L N S LC 054GH M P T LC 054GH N Q U LC 054GH P R V LC 054GH Q S W LC 054GH R T X LC 058GH F H M LC 058GH F H M LC 058GH G J N LC 058GH G J N LC 058GH H K P LC 058GH J L Q LC 058GH K M R LC 058GH L N S LC 058GH M P T LC 058GH N Q U LC 058GH P R V LC 058GH Q S W LC 058GH R T X LC 063GH G J N LC 063GH G J N LC 063GH H K P LC 063GH H K P LC 063GH J L Q LC 063GH K M R LC 063GH L N S LC 063GH M P T LC 063GH N Q U LC 063GH P R V LC 063GH Q S W LC 063GH R T X LC 063GH S U Y LC 067GH H K P LC 067GH H K P LC 067GH J L Q LC 067GH J L Q LC 067GH K M R LC 067GH L N S LC 067GH M P T LC 067GH N Q U LC 067GH P R V LC 067GH Q S W LC 067GH R T X LC 067GH S U Y LC 067GH T V Z LCM125GJ H K SPECIAL LCM125GJ K M SPECIAL LCM125GJ P R SPECIAL LCM125GJ S U SPECIAL LCM125GJ W Y SPECIAL SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

93 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LCM160GL H K SPECIAL LCM160GL K M SPECIAL LCM160GL P R SPECIAL LCM160GL Q S SPECIAL LCM160GL V X SPECIAL LC 054GJ F H M LC 054GJ G J N LC 054GJ G J N LC 054GJ H K P LC 054GJ J L Q LC 054GJ K M R LC 054GJ L N S LC 054GJ M P T LC 054GJ N Q U LC 054GJ P R V LC 054GJ Q S W LC 054GJ R T X LC 054GJ S U Y LC 054GJ T V Z LC 054GJ U W BA LC 091GJ N Q SPECIAL LC 091GJ P R SPECIAL LC 091GJ P R SPECIAL LC 091GJ Q S SPECIAL LC 091GJ R T SPECIAL LC 091GJ S U SPECIAL LC 091GJ T V SPECIAL LC 091GJ U W SPECIAL LC 091GJ V X SPECIAL LC 091GJ W Y SPECIAL LC 091GJ X Z SPECIAL LC 091GJ Y BA SPECIAL LC 091GJ Z BB SPECIAL LC 091GJ BA BC SPECIAL LC 091GJ BB BD SPECIAL LCM200GM P R SPECIAL LCM200GM R T SPECIAL LCM200GM U W SPECIAL LCM200GM W Y SPECIAL LCM200GM BB BD SPECIAL LCM120H F H SPECIAL LCM120H F H SPECIAL LCM120H G J SPECIAL LCM120H G J SPECIAL LCM120H H K SPECIAL LCM120H H K SPECIAL LCM120H J L SPECIAL LCM120H J L SPECIAL LCM120H K M SPECIAL LCM120H L N SPECIAL LCM120H M P SPECIAL LCM120H N Q SPECIAL LCM120H P R SPECIAL LCM120H Q S SPECIAL LCM120H R T SPECIAL LCM120H S U SPECIAL LCM160H G J SPECIAL LCM160H H K SPECIAL LCM160H H K SPECIAL LCM160H J L SPECIAL LCM160H J L SPECIAL SPRG Music Wire

94 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LCM160H K M SPECIAL LCM160H K M SPECIAL LCM160H L N SPECIAL LCM160H L N SPECIAL LCM160H M P SPECIAL LCM160H N Q SPECIAL LCM160H P R SPECIAL LCM160H Q S SPECIAL LCM160H R T SPECIAL LCM160H S U SPECIAL LC 045H F H M LC 045H F H M LC 045H G J N LC 045H G J N LC 045H H K P LC 045H J L Q LC 045H K M R LC 045H L N S LC 045H M P T LC 045H N Q U LC 045H P R V LC 045H Q S W LC 045H R T X LC 045H S U Y LC 045H T V Z LC 049H F H M LC 049H G J N LC 049H G J N LC 049H H K P LC 049H J L Q LC 049H K M R LC 049H L N S LC 049H M P T LC 049H N Q U LC 049H P R V LC 049H Q S W LC 049H R T X LC 055H F H M LC 055H G J N LC 055H G J N LC 055H H K P LC 055H J L Q LC 055H K M R LC 055H L N S LC 055H M P T LC 055H N Q U LC 055H P R V LC 055H Q S W LC 055H R T X LC 059H F H M LC 059H G J N LC 059H G J N LC 059H H K P LC 059H J L Q LC 059H K M R LC 059H L N S LC 059H M P T LC 059H N Q U LC 059H P R V LC 059H Q S W LC 059H R T X SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

95 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 063H G J N LC 063H H K P LC 063H H K P LC 063H J L Q LC 063H K M R LC 063H L N S LC 063H M P T LC 063H N Q U LC 063H P R V LC 063H Q S W LC 063H R T X LC 063H S U Y LC 063H T V Z LC 063H U W BA LC 067H J L Q LC 067H K M R LC 067H K M R LC 067H L N S LC 067H M P T LC 067H N Q U LC 067H P R V LC 067H Q S W LC 067H R T X LC 067H S U Y LC 067H T V Z LC 067H U W BA LC 072H J L Q LC 072H K M R LC 072H K M R LC 072H L N S LC 072H M P T LC 072H N Q U LC 072H P R V LC 072H Q S W LC 072H R T X LC 072H S U Y LC 072H T V Z LC 072H U W BA LC 080H K M R LC 080H K M R LC 080H L N S LC 080H L N S LC 080H M P T LC 080H N Q U LC 080H P R V LC 080H Q S W LC 080H R T X LC 080H S U Y LC 080H T V Z LC 080H U W BA LC 080H V X BB LC 080H W Y BC LC 080H X Z BD LC 080H Y BA BE LC 085H L N R LC 085H L N R LC 085H M P R LC 085H M P R LC 085H N Q S LC 085H P R S LC 085H Q S T SPRG Music Wire

96 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 085H R T U LC 085H S U V LC 085H T V W LC 085H U W X LC 085H V X Y LC 085H X Z BA LC 085H Y BA BB LC 085H Y BA BB LC 085H Z BB BC LC 092H N Q U LC 092H P R V LC 092H P R V LC 092H Q S W LC 092H R T X LC 092H S U Y LC 092H T V Z LC 092H U W BA LC 092H V X BB LC 092H W Y BC LC 092H X Z BD LC 092H Y BA BE LC 092H Z BB BF LC 092H BA BC BG LC 092H BB BD BH LC 092H BC BE BJ LC 098H P R SPECIAL LC 098H P R SPECIAL LC 098H Q S SPECIAL LC 098H R T SPECIAL LC 098H S U SPECIAL LC 098H T V SPECIAL LC 098H U W SPECIAL LC 098H V X SPECIAL LC 098H W Y SPECIAL LC 098H X Z SPECIAL LC 098H Y BA SPECIAL LC 098H Z BB SPECIAL LC 098H BA BC SPECIAL LC 098H BB BD SPECIAL LC 098H BC BE SPECIAL LC 120HH Q S SPECIAL LC 120HH R T SPECIAL LC 120HH S U SPECIAL LC 120HH T V SPECIAL LC 120HH U W SPECIAL LC 120HH V X SPECIAL LC 120HH W Y SPECIAL LC 120HH X Z SPECIAL LC 120HH Y BA SPECIAL LC 120HH Z BB SPECIAL LC 120HH BA BC SPECIAL LC 120HH BB BD SPECIAL LC 120HH BC BE SPECIAL LC 049HJ J L Q LC 049HJ J L Q LC 049HJ K M R LC 049HJ K M R LC 049HJ K M R LC 049HJ L N S LC 049HJ L N S LC 049HJ M P T SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

97 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 049HJ N Q U LC 049HJ P R V LC 049HJ Q S W LC 049HJ R T X LC 055HJ K M R LC 055HJ K M R LC 055HJ L N S LC 055HJ L N S LC 055HJ M P T LC 055HJ M P T LC 055HJ N Q U LC 055HJ N Q U LC 055HJ P R V LC 055HJ P R V LC 055HJ Q S W LC 055HJ R T X LC 063HJ M P T LC 063HJ M P T LC 063HJ N Q U LC 063HJ N Q U LC 063HJ P R V LC 063HJ P R V LC 063HJ Q S W LC 063HJ Q S W LC 063HJ R T X LC 063HJ R T X LC 063HJ S U Y LC 063HJ T V Z LC 067HJ M P T LC 067HJ M P T LC 067HJ N Q U LC 067HJ N Q U LC 067HJ P R V LC 067HJ P R V LC 067HJ Q S W LC 067HJ Q S W LC 067HJ R T X LC 067HJ R T X LC 067HJ S U Y LC 067HJ T V Z LC 072HJ M P T LC 072HJ M P T LC 072HJ N Q U LC 072HJ N Q U LC 072HJ P R V LC 072HJ P R V LC 072HJ Q S W LC 072HJ Q S W LC 072HJ R T X LC 072HJ R T X LC 072HJ S U Y LC 072HJ T V Z LCM125HK L N SPECIAL LCM125HK P R SPECIAL LCM125HK S U SPECIAL LCM125HK W Y SPECIAL LCM125HK BA BC SPECIAL LC 105HK Q S W LC 105HK R T X LC 105HK S U Y LC 105HK T V Z SPRG Music Wire

98 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 105HK U W BA LC 105HK V X BB LC 105HK W Y BC LC 105HK X Z BD LC 105HK Y BA BE LC 105HK Z BB BF LC 105HK BA BC BG LC 105HK BB BD BH LC 105HK BC BE BJ LC 150HK R T SPECIAL LC 150HK S U SPECIAL LC 150HK T V SPECIAL LC 150HK U W SPECIAL LC 150HK V X SPECIAL LC 150HK W Y SPECIAL LC 150HK X Z SPECIAL LC 150HK Y BA SPECIAL LC 150HK Z BB SPECIAL LC 150HK BA BC SPECIAL LC 150HK BB BD SPECIAL LC 150HK BC BE SPECIAL LCM160HM R T SPECIAL LCM160HM V X SPECIAL LCM160HM Z BB SPECIAL LCM160HM BC BE SPECIAL LCM160HM BD BH SPECIAL LCM200HN S U SPECIAL LCM200HN U W SPECIAL LCM200HN Y BA SPECIAL LCM200HN BC BE SPECIAL LCM200HN BF BH SPECIAL LC 055J L N S LC 055J L N S LC 055J M P T LC 055J M P T LC 055J M P T LC 055J N Q U LC 055J N Q U LC 055J P R V LC 055J P R V LC 055J Q S W LC 055J Q S W LC 055J R T X LC 059J M P T LC 059J M P T LC 059J N Q U LC 059J N Q U LC 059J P R V LC 059J P R V LC 059J Q S W LC 059J Q S W LC 059J R T X LC 063J N Q U LC 063J N Q U LC 063J P R V LC 063J P R V LC 063J P R V LC 063J Q S W LC 063J Q S W LC 063J R T X LC 063J R T X SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

99 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 063J S U Y LC 063J S U Y LC 063J T V Z LC 065J N Q U LC 065J P R V LC 065J P R V LC 065J P R V LC 065J Q S W LC 065J Q S W LC 065J R T X LC 065J R T X LC 065J S U Y LC 065J S U Y LC 065J T V Z LC 067J N Q U LC 067J P R V LC 067J P R V LC 067J P R V LC 067J Q S W LC 067J Q S W LC 067J R T X LC 067J R T X LC 067J S U Y LC 067J T V Z LC 067J T V Z LC 067J U W BA LC 072J N R V LC 072J N R V LC 072J P S W LC 072J P S W LC 072J Q T X LC 072J Q T X LC 072J R U Y LC 072J R U Y LC 072J S V Z LC 072J S V Z LC 072J T W BA LC 072J U X BB LC 072J V Y BC LC 080J Q T X LC 080J Q T X LC 080J R U Y LC 080J R U Y LC 080J S V Z LC 080J S V Z LC 080J T W BA LC 080J T W BA LC 080J U X BB LC 080J V Y BC LC 080J W Z BD LC 080J X BA BE LC 080J Y BB BF LC 085J Q T U LC 085J Q T U LC 085J R U V LC 085J R U V LC 085J S V W LC 085J S V W LC 085J T W X LC 085J T W X LC 085J U X Y SPRG Music Wire

100 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 085J V Y Z LC 085J W Z BA LC 085J X BA BB LC 085J Y BB BC LC 095J P Q U LC 095J R V W LC 095J S V W LC 095J S V W LC 095J T W X LC 095J T W X LC 095J U X Y LC 095J V Y Z LC 095J W Z BA LC 095J X BA BB LC 095J Y BB BC LC 095J Z BC BD LC 095J BA BD BE LC 105J U Y BA LC 105J U Y BA LC 105J U Y BB LC 105J V Z BC LC 105J V Z BC LC 105J W BA BD LC 105J W BA BD LC 105J X BB BE LC 105J Y BC BF LC 105J Z BD BG LC 105J BA BE BH LC 105J BB BF BJ LC 105J BC BG BK LC 112J U Y BC LC 112J U Y BC LC 112J U Y BC LC 112J V Z BC LC 112J V Z BD LC 112J W BA BD LC 112J W BA BD LC 112J X BB BE LC 112J Y BC BE LC 112J Z BD BE LC 112J BA BE BF LC 112J BB BF BG LC 112J BC BG BH LCM140J L N SPECIAL LCM140J L N SPECIAL LCM140J M P SPECIAL LCM140J M P SPECIAL LCM140J M P SPECIAL LCM140J N Q SPECIAL LCM140J N Q SPECIAL LCM140J N Q SPECIAL LCM140J P R SPECIAL LCM140J P R SPECIAL LCM140J P R SPECIAL LCM140J Q S SPECIAL LCM140J Q S SPECIAL LCM140J R T SPECIAL LCM200J Q T SPECIAL LCM200J Q T SPECIAL LCM200J R U SPECIAL LCM200J R U SPECIAL SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

101 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LCM200J S V SPECIAL LCM200J S V SPECIAL LCM200J T W SPECIAL LCM200J T W SPECIAL LCM200J U X SPECIAL LCM200J U X SPECIAL LCM200J V Y SPECIAL LCM200J W Z SPECIAL LCM200J X BA SPECIAL LCM200J Y BB SPECIAL LC 135JJ U Y SPECIAL LC 135JJ U Y SPECIAL LC 135JJ V Z SPECIAL LC 135JJ W BA SPECIAL LC 135JJ X BB SPECIAL LC 135JJ Y BC SPECIAL LC 135JJ Z BD SPECIAL LC 135JJ BA BE SPECIAL LC 135JJ BB BF SPECIAL LC 135JJ BC BG SPECIAL LC 135JJ BD BH SPECIAL LC 135JK U Y SPECIAL LC 135JK U Y SPECIAL LC 135JK V Z SPECIAL LC 135JK W BA SPECIAL LC 135JK X BB SPECIAL LC 135JK Y BC SPECIAL LC 135JK Z BD SPECIAL LC 135JK BA BE SPECIAL LC 135JK BB BF SPECIAL LC 135JK BC BG SPECIAL LC 135JK BD BH SPECIAL LC 162JK V Z SPECIAL LC 162JK W BA SPECIAL LC 162JK X BB SPECIAL LC 162JK Y BC SPECIAL LC 162JK Z BD SPECIAL LC 162JK BA BE SPECIAL LC 162JK BB BF SPECIAL LC 162JK BC BG SPECIAL LC 162JK BD BH SPECIAL LC 050K Q T X LC 050K Q T X LC 050K R U Y LC 050K R U Y LC 050K R U Y LC 050K S V Z LC 050K T W BA LC 050K U X BB LC 050K V Y BC LC 050K W Z BD LC 055K Q T X LC 055K Q T X LC 055K R U Y LC 055K R U Y LC 055K R U Y LC 055K S V Z LC 055K T W BA LC 055K U X BB LC 055K V Y BC LC 055K W Z BD SPRG Music Wire

102 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 067K Q T X LC 067K Q T X LC 067K R U Y LC 067K R U Y LC 067K R U Y LC 067K S V Z LC 067K T W BA LC 067K U X BB LC 067K V Y BC LC 067K W Z BD LC 072K Q T X LC 072K R U Y LC 072K R U Y LC 072K R U Y LC 072K S V Z LC 072K S V Z LC 072K T W BA LC 072K U Y BC LC 072K V Z BD LC 075K Q T V LC 075K R U W LC 075K R U W LC 075K R U W LC 075K S V X LC 075K S V X LC 075K T W Y LC 075K T W Y LC 075K U Y BA LC 075K U Y BA LC 075K V Z BB LC 080K L M R LC 080K R U V LC 080K R U V LC 080K R U V LC 080K S V W LC 080K S V W LC 080K S V X LC 080K T X Y LC 080K U Y Z LC 080K V Z BA LC 080K W BA BB LC 080K X BB BC LC 080K Y BC BD LC 085K R U V LC 085K R U V LC 085K R U V LC 085K S V W LC 085K S V W LC 085K S V W LC 085K T X Y LC 085K U Y Z LC 085K V Z BA LC 085K W BA BB LC 085K X BB BC LC 085K Y BC BD LC 085K Z BD BE LC 091K R X Y LC 091K 0A R X Y LC 091K S Y Z LC 091K S Y Z LC 091K T Y Z SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

103 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 091K U Z BA LC 091K V Z BA LC 091K W BA BB LC 091K X BA BB LC 091K Z BC BD LC 091K BA BD BE LC 098K S V Z LC 098K R U Z LC 098K S V Z LC 098K T W Z LC 098K U X Z LC 098K V Y BA LC 098K W Z BB LC 098K X BA BC LC 098K Y BC BD LC 098K Z BD BE LC 100K U Y BA LC 100K U Y BA LC 100K V Z BB LC 100K V Z BB LC 100K W BA BC LC 100K W BA BC LC 100K X BB BD LC 100K X BB BD LC 100K Y BD BF LC 100K Z BE BG LCM160K S V SPECIAL LCM160K U X SPECIAL LCM160K W Z SPECIAL LCM160K BB BD SPECIAL LCM160K BD BH SPECIAL LCM200KK U W SPECIAL LCM200KK W Y SPECIAL LCM200KK BA BC SPECIAL LCM200KK BC BE SPECIAL LCM200KK BE BG SPECIAL LC 092KK U W SPECIAL LC 092KK U W SPECIAL LC 092KK V X SPECIAL LC 092KK V X SPECIAL LC 092KK W Y SPECIAL LC 092KK X Z SPECIAL LC 092KK Y BA SPECIAL LC 092KK Z BB SPECIAL LC 092KK BA BC SPECIAL LC 092KK BB BD SPECIAL LC 120KK U W SPECIAL LC 120KK V X SPECIAL LC 120KK V X SPECIAL LC 120KK W Y SPECIAL LC 120KK X Z SPECIAL LC 120KK Y BA SPECIAL LC 120KK Z BB SPECIAL LC 120KK BA BC SPECIAL LC 120KK BB BD SPECIAL LC 120KK BC BE SPECIAL LC 148KK U W SPECIAL LC 148KK V X SPECIAL LC 148KK W Y SPECIAL LC 148KK X Z SPECIAL LC 148KK Y BA SPECIAL SPRG Music Wire

104 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 148KK Z BB SPECIAL LC 148KK BA BC SPECIAL LC 148KK BB BD SPECIAL LC 148KK BC BE SPECIAL LC 148KK BD BF SPECIAL LC 148KK BE BG SPECIAL LC 148KK BF BH SPECIAL LC 148KK BG BJ SPECIAL LC 105KL U W SPECIAL LC 105KL U W SPECIAL LC 105KL V X SPECIAL LC 105KL V X SPECIAL LC 105KL W Y SPECIAL LC 105KL W Y SPECIAL LC 105KL X Z SPECIAL LC 105KL X Z SPECIAL LC 105KL Y BA SPECIAL LC 105KL Y BA SPECIAL LC 105KL Z BB SPECIAL LC 105KL BA BC SPECIAL LC 080KM R U SPECIAL LC 080KM R U SPECIAL LC 080KM R U SPECIAL LC 080KM S V SPECIAL LC 080KM S V SPECIAL LC 080KM T W SPECIAL LC 080KM U X SPECIAL LC 080KM V Y SPECIAL LC 080KM W Z SPECIAL LC 080KM X BA SPECIAL LC 080KM X BA SPECIAL LC 080KM Y BB SPECIAL LC 080KM Z BC SPECIAL LC 063L U X BB LC 063L U X BB LC 063L V Y BC LC 063L V Y BC LC 063L W Z BD LC 063L W Z BD LC 063L X BA BE LC 063L X BA BE LC 063L Y BB BF LC 063L Z BC BG LC 063L BA BD BH LC 063L BB BE BJ LC 072L U X BB LC 072L U X BB LC 072L V Y BC LC 072L V Y BC LC 072L W Z BD LC 072L W Z BD LC 072L X BA BE LC 072L X BA BE LC 072L Y BB BF LC 072L Z BC BG LC 072L BA BD BH LC 072L BB BE BJ LC 080L U Y Z LC 080L U Y Z LC 080L V X BA LC 080L V X BA SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

105 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 080L W Z BB LC 080L W Z BB LC 080L X BA BC LC 080L X BA BC LC 080L Y BB BD LC 080L Z BC BE LC 080L BA BD BF LC 080L BB BE BG LC 085L U Y Z LC 085L U Y Z LC 085L V X BA LC 085L V X BA LC 085L W Z BB LC 085L W Z BB LC 085L X BA BC LC 085L X BA BC LC 085L Y BB BD LC 085L Z BC BE LC 085L BA BD BF LC 085L BB BE BG LC 092L U Y Z LC 092L U Y Z LC 092L V X BA LC 092L V X BA LC 092L W Z BB LC 092L X BA BC LC 092L Z BC BD LC 092L BA BC BE LC 092L BB BD BF LC 095L V X Z LC 095L V X Z LC 095L U Y BA LC 095L V X BA LC 095L W Z BA LC 095L W Z BA LC 095L X BA BB LC 095L X BA BB LC 095L Y BB BC LC 095L Z BC BD LC 095L BA BD BE LC 095L BB BE BF LC 105L U W BA LC 105L 0A U W BA LC 105L V Y BB LC 105L V Y BC LC 105L W Z BD LC 105L X BA BE LC 105L Y BB BF LC 105L Y BB BG LC 105L Z BC BH LC 105L BA BD BJ LC 105L BB BE BK LC 105L BC BF BL LC 112L U W BA LC 112L 0A U W BA LC 112L V Y BB LC 112L V Y BC LC 112L W Z BD LC 112L X BA BE LC 112L Y BB BE LC 112L Z BC BE SPRG Music Wire

106 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 112L Z BC BF LC 112L BA BD BG LC 112L BB BE BH LC 112L BC BF BJ LC 115L X BA SPECIAL LC 115L Y BB SPECIAL LC 115L Z BC SPECIAL LC 115L Z BC SPECIAL LC 115L BA BD SPECIAL LC 115L BB BE SPECIAL LC 115L BC BF SPECIAL LC 120L X BA BD LC 120L X BA BE LC 120L Y BB BF LC 120L Z BC BJ LC 120L Z BC BK LC 120L BA BD BN LC 120L BB BE BQ LC 120L BC BF BS LC 125L V X BD LC 125L 0A V X BD LC 125L W Z BD LC 125L X BA BD LC 125L X BA BF LC 125L Y BB BF LC 125L Z BC BK LC 125L Z BC BL LC 125L BA BD BQ LC 125L BB BE BR LC 125L BC BF BU LC 135L W Z BE LC 135L X BA BE LC 135L Y BC BE LC 135L Z BD BF LC 135L BA BE BG LC 135L BB BF BL LC 135L BB BF BM LC 135L BC BG BR LC 135L BD BH BS LC 135L BE BJ BV LC 148L Y BB BF LC 148L Z BC BF LC 148L BA BD BH LC 148L BB BE BN LC 148L BC BF BS LC 148L BD BG BU LC 148L BE BH BX LC 162L BA BD BF LC 162L BB BE BJ LC 162L BC BF BQ LC 162L BD BG BU LC 162L BE BH BV LC 162L BF BJ BZ LC 120LL W Z SPECIAL LC 120LL X BA SPECIAL LC 120LL Y BB SPECIAL LC 120LL Z BC SPECIAL LC 120LL Z BC SPECIAL LC 120LL BA BD SPECIAL LC 120LL BA BD SPECIAL LC 120LL BB BE SPECIAL SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

107 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 120LL BC BF SPECIAL LC 120LL BD BG SPECIAL LCM200LM Z BD SPECIAL LCM200LM BB BF SPECIAL LCM200LM BF BH SPECIAL LCM200LM BF BK SPECIAL LCM200LM BH BN SPECIAL LC 082M U Y SPECIAL LC 082M U Y SPECIAL LC 082M V Z SPECIAL LC 082M W BA SPECIAL LC 082M X BB SPECIAL LC 082M Y BC SPECIAL LC 082M Z BD SPECIAL LC 082M BA BE SPECIAL LC 082M BB BF SPECIAL LC 082M BC BG SPECIAL LC 082M BD BH SPECIAL LC 082M BD BH SPECIAL LC 093M U Y Z LC 093M U Y Z LC 093M V Z BA LC 093M W BA BB LC 093M X BB BC LC 093M Y BC BD LC 093M Z BD BE LC 093M BA BE BF LC 093M BB BF BG LC 093M BC BG BH LC 093M BD BH BJ LC 105M U Y BC LC 105M U Y BD LC 105M V Z BE LC 105M W BA BF LC 105M X BB BG LC 105M Y BC BH LC 105M Z BD BJ LC 105M BA BE BK LC 105M BB BF BL LC 105M BC BG BM LC 105M BD BH BN LC 112M V Z BD LC 112M W Z BG LC 112M V Z BG LC 112M X BB BH LC 112M Y BC BJ LC 112M Z BD BK LC 112M Z BD BL LC 112M BA BE BM LC 112M BB BF BN LC 112M BC BG BQ LC 112M BD BH BR LC 120M V Z BG LC 120M W BA BG LC 120M X BB BH LC 120M Y BC BJ LC 120M Z BD BK LC 120M Z BD BK LC 120M BA BE BL LC 120M BB BF BN SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

108 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 Indicates D Compression Springs meeting the design parameters outlined in Standard D 2098 LC 120M BC BG BQ LC 120M BD BH BR LC 125M V X BG LC 125M 0A V X BG LC 125M 0B W Z BH LC 125M W BA BJ LC 125M X BB BJ LC 125M Y BC BK LC 125M Z BD BK LC 125M Z BD BL LC 125M BA BE BL LC 125M BB BF BN LC 125M BC BG BQ LC 125M BD BH BR LC 135M Z BD BN LC 135M BA BE BN LC 135M BB BF BQ LC 135M BB BF BR LC 135M BC BG BU LC 135M BD BH BV LC 135M BE BJ BX LC 135M BF BK BZ LC 135M BG BL CB LC 085N V Z BA LC 085N V Z BA LC 085N W BA BB LC 085N X BB BC LC 085N Y BC BD LC 085N Z BD BE LC 085N BA BE BF LC 085N BB BF BG LC 085N BC BG BH LC 085N BD BH BJ LC 095N W BA BB LC 095N W BA BB LC 095N X BB BC LC 095N X BB BC LC 095N X BB BC LC 095N Z BD BE LC 095N Z BD BE LC 095N Z BD BE LC 095N BA BE BF LC 095N BA BE BF LC 095N BB BF BG LC 095N BC BG BH LC 095N BD BH BJ LC 095N BE BJ BK LC 105N X BB BE LC 105N X BB BE LC 105N Y BC BF LC 105N Y BC BF LC 105N Z BD BG LC 105N BA BE BJ LC 105N BB BF BL LC 105N BC BG BM LC 105N BD BH BN LC 105N BE BJ BQ LC 105N BF BK BQ LC 112N Y BC BG LC 112N 0A Y BC BG LC 112N Z BD BH SPRG Music Wire Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.833

109 COMPRESSION SPRGS End Coils Closed and Ground Square Music Wire (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S S316 LC 112N Z BD BH LC 112N BA BE BH LC 112N BB BF BJ LC 112N BC BG BN LC 112N BD BH BQ LC 112N BE BJ BR LC 125N Z BD BJ LC 125N 0A Z BD BJ LC 125N BA BE BJ LC 125N BA BE BK LC 125N BB BF BL LC 125N 2A BB BF BL LC 125N BC BG BM LC 125N BD BH BN LC 125N BE BJ BQ LC 125N BF BK BR LC 125N BG BL BS LC 125N BH BM BU LC 135N Z BD BL LC 135N 0A Z BD BL LC 135N BA BE BL LC 135N BA BE BM LC 135N BB BF BN LC 135N BC BG BQ LC 135N BD BH BR LC 135N BE BJ BS LC 135N BF BK BU LC 112P Z BD BH LC 112P BA BE BJ LC 112P BB BF BK LC 112P BC BG BL LC 112P BD BH BM LC 112P BE BJ BN LC 125P BA BE BJ LC 125P BB BF BK LC 125P BC BG BL LC 125P BD BH BM LC 125P BE BJ BN LC 125P BF BK BQ LC 135P BB BF BN LC 135P BC BG BQ LC 135P BD BH BR LC 135P BE BJ BS LC 135P BF BK BU LC 135P BG BL BV LC 135Q BC BG BQ LC 135Q BD BH BR LC 135Q BE BJ BS LC 135Q BF BK BU LC 135Q BG BL BV LC 135Q BH BM BX LC 135Q BJ BN BZ LC 135Q BK BP CB SPRG Music Wire 316 Indicates D Compression Springs meeting the design parameters outlined in Standard D

110 HEAVY DUTY COMPRESSION SPRGS End Coils Closed and Ground Square Oil Tempered MB* (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S LHC 142H BA BG LHC 142H BB BG LHC 142H BC BH LHC 142H BD BJ LHC 142H BE BK LHC 142H BF BL LHC 142H BG BM LHC 142H BH BN LHC 142J BA BF LHC 142J BB BF LHC 142J BB BG LHC 142J BC BH LHC 142J BD BJ LHC 142J BD BK LHC 142J BE BL LHC 142J BF BM LHC 142J BG BN LHC 142J BH BP LHC 148J BA BG LHC 148J BB BG LHC 148J BB BH LHC 148J BC BJ LHC 148J BD BK LHC 148J BD BL LHC 148J BE BM LHC 148J BF BP LHC 148J BG BQ LHC 148J BH BS LHC 148M BA BD LHC 148M 0A BA BD LHC 148M 0B BB BE LHC 148M 0C BB BE LHC 148M 0D BC BF LHC 148M BC BP LHC 148M BD BP LHC 148M BD BP LHC 148M BE BQ LHC 148M BF BQ LHC 148M BF BQ LHC 148M BG BT LHC 148M BH BU LHC 148M BJ BU LHC 148M BK BW LHC 156M BC BP LHC 156M BD BP LHC 156M BD BS LHC 156M BE BT LHC 156M BF BU LHC 156M BF BW LHC 156M BG BW LHC 156M BH BW LHC 156M BJ BW LHC 156M BK BY SPRG Music Wire * Material may be substituted with music wire, at Lee Spring s discretion. 108 Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.870

111 HEAVY DUTY COMPRESSION SPRGS End Coils Closed and Ground Square Oil Tempered MB* (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S LHC 162N 0A BB BS LHC 162N 0B BB BS LHC 162N 0C BC BS LHC 162N BC BS LHC 162N BK BS LHC 162N BD BT LHC 162N BE BT LHC 162N BF BW LHC 162N BF BW LHC 162N BG BW LHC 162N BH BY LHC 162N BH BY LHC 162N BJ CB LHC 162N BK CD LHC 177N BC BQ LHC 177N BC BQ LHC 177N BD BT LHC 177N BE BU LHC 177N BF BW LHC 177N BG BW LHC 177N BH BY LHC 177N BJ CA LHC 192N BD BS LHC 192N BD BT LHC 192N BE BU LHC 192N BF BU LHC 192N BG BU LHC 192N BH BY LHC 192N BJ BY LHC 192N BK CB LHC 207N BE CB LHC 207N BF CD LHC 207N BG CD LHC 207N BH CF LHC 207N BJ CF LHC 207N BK CH LHC 207N BL CJ LHC 162P BE BS LHC 162P BF BS LHC 162P BF BT LHC 162P BG BU LHC 162P BH BW LHC 162P BH BW LHC 162P BJ BW LHC 162P BK BY LHC 162P BK CA LHC 177P BE BU LHC 177P BF BU LHC 177P BF BW LHC 177P BG BW LHC 177P BH BY LHC 177P BH CA LHC 177P BJ CA LHC 177P BK CB LHC 177P BK CD SPRG Music Wire * Material may be substituted with music wire, at Lee Spring s discretion. 109

112 HEAVY DUTY COMPRESSION SPRGS End Coils Closed and Ground Square Oil Tempered MB* (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S LHC 148R BB BG LHC 148R BC BK LHC 148R BD BK LHC 148R BE BL LHC 148R BF BM LHC 148R BG BQ LHC 162R BC BS LHC 162R BD BS LHC 162R BE BS LHC 162R BF BT LHC 162R BG BT LHC 162R BH BW LHC 162R BJ BW LHC 162R BK BW LHC 187R BF BW LHC 187R BF BW LHC 187R BG CA LHC 187R BH CB LHC 187R BH CD LHC 187R BJ CE LHC 187R BK CE LHC 187R BK CE LHC 207S BG CF LHC 207S BH CF LHC 207S BJ CG LHC 207S BK CG LHC 207S BL CH LHC 207S BM CJ LHC 207S BP CK LHC 207S BQ CL LHC 148T BE BJ LHC 148T BE BL LHC 148T BF BL LHC 148T BF BM LHC 148T BG BP LHC 148T BG BQ LHC 148T BH BQ LHC 148T BH BR LHC 162T BF BR LHC 162T BF BR LHC 162T BG BR LHC 162T BG BT LHC 162T BH BU LHC 162T BH BW LHC 162T BJ BW LHC 162T BJ BY LHC 177T BF BU LHC 177T BG BU LHC 177T BG BU LHC 177T BH BW LHC 177T BH BY LHC 177T BH CA LHC 177T BJ CA LHC 177T BJ CB SPRG Music Wire * Material may be substituted with music wire, at Lee Spring s discretion. 110 Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.870

113 HEAVY DUTY COMPRESSION SPRGS End Coils Closed and Ground Square Oil Tempered MB* (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S LHC 192T BG BT LHC 192T BG BW LHC 192T BH CB LHC 192T BH CB LHC 192T BJ CA LHC 192T BJ CD LHC 192T BK CG LHC 192T BK CG LHC 218T BG CF LHC 218T BH CF LHC 218T BJ CG LHC 218T BL CH LHC 218T BM CJ LHC 218T BP CK LHC 218T BQ CL LHC 218T BS CL LHC 234T BL CG LHC 234T BM CG LHC 234T BN CH LHC 234T BP CJ LHC 234T BS CL LHC 234T BS CM LHC 234T BT CN LHC 234T BU CN LHC 148U BG BM LHC 148U BG BP LHC 148U BH BQ LHC 148U BH BS LHC 148U BJ BT LHC 148U BJ BU LHC 148U BK BW LHC 148U BK BY LHC 162U BH BT LHC 162U BH BU LHC 162U BJ BW LHC 162U BL BY LHC 162U BM CA LHC 162U BM CA LHC 162U BN CB LHC 162U BP CD LHC 177U BJ BU LHC 177U BJ BW LHC 177U BK BY LHC 177U BM CA LHC 177U BN CB LHC 177U BP CD LHC 177U BR CE LHC 177U BT CF SPRG Music Wire * Material may be substituted with music wire, at Lee Spring s discretion. 111

114 HEAVY DUTY COMPRESSION SPRGS End Coils Closed and Ground Square Oil Tempered MB* (Plated) or Steel (Passivated) HOLE DIA. M OVER ROD DIA. MAX LOAD AT N LB N/ LB/ M S LHC 192U BK CB LHC 192U BK CB LHC 192U BL CD LHC 192U BP CE LHC 192U BQ CE LHC 192U BS CG LHC 192U BT CH LHC 192U BU CJ LHC 207U BL CF LHC 207U BM CF LHC 207U BN CG LHC 207U BP CH LHC 207U BR CJ LHC 207U BS CK LHC 207U BT CL LHC 207U BU CL LHC 250U BL CL LHC 250U BM CL LHC 250U BR CM LHC 250U BS CM LHC 250U BT CM LHC 250U BU CN LHC 250U BW CN LHC 250U BY CN SPRG Music Wire * Material may be substituted with music wire, at Lee Spring s discretion. 112 Spring rates and maximum loads relate only to music wire. When using stainless steel multiply by 0.870

115 COMPRESSION SPRGS: HIGH PRESSURE SERIES Guide to using tables Wire Diameter in ascending order of size, within Pressure each group of outside diameters. the maximum pressure occurring at 80% of maximum available deflection. To Work Over Rod Diameter Maximum Rod Diameter COMPRESSION SPRGS: HIGH PRESSURE SERIES over which the spring will effectively operate, allowing for working conditions and manufacturing tolerances. Lee Stock Number ordering reference Outside Diameter arranged through the pages in ascending order of size. Minimum Hole Diameter required for the effective operation of the spring, allowing for manufacturing tolerances and normal working conditions. Ends are ground. Type 17-7 PH Steel (Shotpeened, Passivated) HOLE OVER SPRG M. ROD 80% DEFLECTION LOAD AT SOLID PRICE HEIGHT GROUP kpa PSI N LB N/ LB/ LHP 020A 01S U LHP 020A 02S U LHP 020A 03S U LHP 020A 04S U LHP 020A 05S U LHP 020A 06S V LHP 022A 01S U LHP 022A 02S U LHP 022A 03S U LHP 022A 04S V LHP 022A 05S V LHP 022A 06S X LHP 023A 01S U LHP 023A 02S U LHP 023A 03S U LHP 023A 04S V LHP 023A 05S V LHP 023A 06S X LHP 041C 01S V LHP 041C 02S V LHP 041C 03S X LHP 041C 04S X LHP 041C 05S X LHP 041C 06S X LHP 045C 01S V LHP 045C 02S V LHP 045C 03S X LHP 045C 04S X LHP 045C 05S X LHP 045C 06S Y LHP 049C 01S Y LHP 049C 02S Y LHP 049C 03S Y LHP 049C 04S Z LHP 049C 05S Z LHP 049C 06S BA LHP 063E 01S X LHP 063E 02S Y LHP 063E 03S Y LHP 063E 04S Y LHP 063E 05S Z LHP 063E 06S Z LHP 068E 01S Y LHP 068E 02S Y LHP 068E 03S Y LHP 068E 04S Z LHP 068E 05S Z LHP 068E 06S BA LHP 072E 01S Z LHP 072E 02S Z LHP 072E 03S BA LHP 072E 04S BA LHP 072E 05S BA LHP 072E 06S BB LHP 085G 01S BC LHP 085G 02S BC LHP 085G 03S BC LHP 085G 04S BD LHP 085G 05S BD LHP 085G 06S BE LHP 091G 01S BC LHP 091G 02S BC LHP 091G 03S BD LHP 091G 04S BD LHP 091G 05S BE LHP 091G 06S BE Load at Solid Height the load or force required to bring all coils into contact Free Length the overall length of the spring in the unloaded position. Price Group reference to the price list Solid Height Length when fully compressed. Spring Rate change in load or force per unit of deflection Spring Rate and Approx. load at Solid Height are pre-calculated for Type 17-7 PH Steel ADDITIONAL FORMATION The new Lee Spring High Pressure series is offered so that, for a given length and outside diameter, there is a series of springs load; S is the spring rate; L is the deflection from free length). The surface area over the nominal hole diameter would be x times the diameter squared divided by 4. 2 that has higher spring rates or workable load ratings than in the standard series. Each series of Outside Diameter is offered in a range of free lengths with options to 300, 400 and 500 psi 5 6 The resultant pressure would then be determined by dividing the calculated load by the surface area. It is general practice to avoid compressing springs to their solid height in order to achieve longer life. Therefore we 3 Load at Solid Height, Solid Height and Number of Coils are all given as approximate figures because during the manufacturing process all material and engineering tolerances may result in the recommend that compression springs should not be compressed greater than 80% of their deflective capability except on an occasional basis. 4 number of coils being adjusted, to maintain the correct spring rate. To find the load at any working length, when free length and spring rate are given, use the formula F = S x L (where F is the Material specifications, finishes and tolerances are detailed on page

116 COMPRESSION SPRGS: HIGH PRESSURE SERIES Ends are ground. Type 17-7 PH Steel (Shotpeened, Passivated) HOLE M. OVER ROD 80% DEFLECTION LOAD AT SOLID HEIGHT SPRG kpa PSI N LB N/ LB/ LHP 020A 01S U LHP 020A 02S U LHP 020A 03S U LHP 020A 04S U LHP 020A 05S U LHP 020A 06S V LHP 022A 01S U LHP 022A 02S U LHP 022A 03S U LHP 022A 04S V LHP 022A 05S V LHP 022A 06S X LHP 023A 01S U LHP 023A 02S U LHP 023A 03S U LHP 023A 04S V LHP 023A 05S V LHP 023A 06S X LHP 041C 01S V LHP 041C 02S V LHP 041C 03S X LHP 041C 04S X LHP 041C 05S X LHP 041C 06S X LHP 045C 01S V LHP 045C 02S V LHP 045C 03S X LHP 045C 04S X LHP 045C 05S X LHP 045C 06S Y LHP 049C 01S Y LHP 049C 02S Y LHP 049C 03S Y LHP 049C 04S Z LHP 049C 05S Z LHP 049C 06S BA LHP 063E 01S X LHP 063E 02S Y LHP 063E 03S Y LHP 063E 04S Y LHP 063E 05S Z LHP 063E 06S Z LHP 068E 01S Y LHP 068E 02S Y LHP 068E 03S Y LHP 068E 04S Z LHP 068E 05S Z LHP 068E 06S BA LHP 072E 01S Z LHP 072E 02S Z LHP 072E 03S BA LHP 072E 04S BA LHP 072E 05S BA LHP 072E 06S BB LHP 085G 01S BC LHP 085G 02S BC LHP 085G 03S BC LHP 085G 04S BD LHP 085G 05S BD LHP 085G 06S BE LHP 091G 01S BC LHP 091G 02S BC LHP 091G 03S BD LHP 091G 04S BD LHP 091G 05S BE LHP 091G 06S BE PRICE GROUP Spring Rate and Approx. load at Solid Height are pre-calculated for Type 17-7 PH Steel. 114

117 COMPRESSION SPRGS: HIGH PRESSURE SERIES Ends are ground. Type 17-7 PH Steel (Shotpeened, Passivated) HOLE M. OVER ROD 80% DEFLECTION LOAD AT SOLID HEIGHT SPRG kpa PSI N LB N/ LB/ LHP 098G 01S BD LHP 098G 02S BD LHP 098G 03S BD LHP 098G 04S BE LHP 098G 05S BF LHP 098G 06S BF LHP 105H 01S BE LHP 105H 02S BF LHP 105H 03S BF LHP 105H 04S BG LHP 105H 05S BG LHP 105H 06S BH LHP 115H 01S BG LHP 115H 02S BG LHP 115H 03S BH LHP 115H 04S BH LHP 115H 05S BJ LHP 115H 06S BJ LHP 125H 01S BH LHP 125H 02S BH LHP 125H 03S BJ LHP 125H 04S BJ LHP 125H 05S BK LHP 125H 06S BK LHP 130J 01S BH LHP 130J 02S BJ LHP 130J 03S BJ LHP 130J 04S BJ LHP 130J 05S BK LHP 130J 06S BK LHP 142J 01S BH LHP 142J 02S BJ LHP 142J 03S BK LHP 142J 04S BK LHP 142J 05S BK LHP 142J 06S BL LHP 156J 01S BL LHP 156J 02S BM LHP 156J 03S BN LHP 156J 04S BN LHP 156J 05S BP LHP 156J 06S BQ LHP 156K 01S BL LHP 156K 02S BM LHP 156K 03S BN LHP 156K 04S BP LHP 156K 05S BQ LHP 156K 06S BQ LHP 170K 01S BL LHP 170K 02S BM LHP 170K 03S BN LHP 170K 04S BQ LHP 170K 05S BR LHP 170K 06S BR PRICE GROUP Spring Rate and Approx. load at Solid Height are pre-calculated for Type 17-7 PH Steel. 115

118 COMPRESSION SPRGS: HIGH PRESSURE SERIES Ends are ground. Type 17-7 PH Steel (Shotpeened, Passivated) HOLE M. OVER ROD 80% DEFLECTION LOAD AT SOLID HEIGHT SPRG kpa PSI N LB N/ LB/ LHP 177K 01S BN LHP 177K 02S BP LHP 177K 03S BQ LHP 177K 04S BR LHP 177K 05S BS LHP 177K 06S BT LHP 177L 01S BP LHP 177L 02S BQ LHP 177L 03S BR LHP 177L 04S BT LHP 177L 05S BY LHP 177L 06S BZ LHP 192L 01S BY LHP 192L 02S BX LHP 192L 03S BZ LHP 192L 04S BZ LHP 192L 05S CB LHP 192L 06S CB LHP 207L 01S BX LHP 207L 02S BZ LHP 207L 03S BZ LHP 207L 04S CB LHP 207L 05S CC LHP 207L 06S CD PRICE GROUP Spring Rate and Approx. load at Solid Height are pre-calculated for Type 17-7 PH Steel. 116

119 DIE SPRGS Guide to using tables Maximum Rod Diameter over which the spring will effectively operate. Lee Stock Number ordering reference. Material MW = Music Wire or CS =Chrome Silicon. Minimum Hole Diameter required for the effective operation of the spring. Outside Diameter Nominal Wire Diameter arranged through the pages of the spring. in ascending order of size Nominal Free Length the overall length of the spring in the unloaded position. DIE SPRGS Medium Load Grey Ideal Operating Range 25% to 35% of Free Length Music Wire (MW), Chrome Silicon (CS) LOAD AT 50% APPROX. APPROX. MATERIAL PRICE HOLE OVER ROD DEFLECTION SOLID NO. OF GROUP DIA. M (see footnote) HEIGHT COILS N/ LB/ N LB LHL 375A 01 MW AA LHL 375A AA LHL 375A AA LHL 375A AA LHL 375A AB LHL 375A AB LHL 375A AC LHL 375A 7A AD LHL 375A 7B AD LHL 375A AE LHL 375A AE LHL 375A AF LHL 500A 01 MW AA LHL 500A AA LHL 500A AA LHL 500A AA LHL 500A AB LHL 500A AB LHL 500A AC LHL 500A AC LHL 500A 8A AF LHL 500A AE LHL 500A 9A AG LHL 500A AG LHL 500A 10A AH LHL 500A AG LHL 500A 11A AH LHL 500A AG LHL 500A 12A AJ LHL 625A 01 MW AB LHL 625A AB LHL 625A AB LHL 625A AB LHL 625A AC LHL 625A AC LHL 625A AD LHL 625A AD LHL 625A AE LHL 625A 9A AF LHL 625A AF LHL 625A AH LHL 625A AK LHL 625A AJ LHL 750A 01 MW AD LHL 750A AD LHL 750A AD LHL 750A AD LHL 750A AE LHL 750A AE LHL 750A AF LHL 750A AF LHL 750A AG LHL 750A AG LHL 750A AH LHL 750A AH LHL 750A AJ LHL 750A 13A AK LHL 750A AK Price Group reference to the price list. Number of Coils total coils in each spring. Solid Height length when fully compressed Load at % Deflection the load required to deflect the spring to a point expressed as a percentage of its free length. Nominal Rate change in load or force per unit of deflection. 118 Deflection is expressed as a percentage of free length, with the approximate load required to attain that position ADDITIONAL FORMATION Determine if the springs are to be used for low stress, medium stress or high stress applications, and refer to the relevant section, i.e. Medium Load, Heavy Load etc. The more rapidly the springs are cycled, the greater the need to ensure operation is within the ideal operating ranges detailed at the head of each page. Ensure that the hole diameter and/or the rod diameter suitably match your application as faulty spring guidance will cause buckling and possible failure of the springs and risk damage to the die itself. Use as many springs in the die as space permits, with the least amount of deflection. Preventative maintenance of dies should be performed on a regular basis and die springs should be replaced at appropriate intervals to reduce downtime. Replace all springs in a die at the same time. This will ensure an even distribution of the applied load. Material specifications, finishes and tolerances are detailed on page

120 MATERIAL HOLE DIA. M OVER ROD DIE SPRGS Medium Load Grey Ideal Operating Range 25% to 35% of Free Length Music Wire (MW), Chrome Silicon (CS) LOAD AT 50% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 375A 01 MW AA LHL 375A AA LHL 375A AA LHL 375A AA LHL 375A AB LHL 375A AB LHL 375A AC LHL 375A 7A AD LHL 375A 7B AD LHL 375A AE LHL 375A AE LHL 375A AF LHL 500A 01 MW AA LHL 500A AA LHL 500A AA LHL 500A AA LHL 500A AB LHL 500A AB LHL 500A AC LHL 500A AC LHL 500A 8A AF LHL 500A AE LHL 500A 9A AG LHL 500A AG LHL 500A 10A AH LHL 500A AG LHL 500A 11A AH LHL 500A AG LHL 500A 12A AJ LHL 625A 01 MW AB LHL 625A AB LHL 625A AB LHL 625A AB LHL 625A AC LHL 625A AC LHL 625A AD LHL 625A AD LHL 625A AE LHL 625A 9A AF LHL 625A AF LHL 625A AH LHL 625A AK LHL 625A AJ LHL 750A 01 MW AD LHL 750A AD LHL 750A AD LHL 750A AD LHL 750A AE LHL 750A AE LHL 750A AF LHL 750A AF LHL 750A AG LHL 750A AG LHL 750A AH LHL 750A AH LHL 750A AJ LHL 750A 13A AK LHL 750A AK APPROX. NO. OF COILS PRICE GROUP 118 Deflection is expressed as a percentage of free length, with the approximate load required to attain that position.

121 DIE SPRGS Medium Load Grey Ideal Operating Range 25% to 35% of Free Length Music Wire (MW), Chrome Silicon (CS) MATERIAL HOLE DIA. M OVER ROD LOAD AT 50% DEFLECTION (see footnote) N/ LB/ N LB LHL 750A 14A MW AK LHL 750A AL LHL 750A AR LHL 1000A 01 CS AF LHL 1000A AF LHL 1000A AF LHL 1000A AF LHL 1000A AG LHL 1000A AG LHL 1000A AH LHL 1000A AH LHL 1000A AJ LHL 1000A AJ LHL 1000A AK LHL 1000A AK LHL 1000A AL LHL 1000A AM LHL 1000A AM LHL 1250A 01 CS AJ LHL 1250A AJ LHL 1250A AK LHL 1250A AK LHL 1250A , AL LHL 1250A , AL LHL 1250A , AM LHL 1250A , AM LHL 1250A , AN LHL 1250A , AN LHL 1250A , AP LHL 1250A , AQ LHL 1250A , AQ LHL 1500A 01 CS , AL LHL 1500A , AL LHL 1500A , AM LHL 1500A , AM LHL 1500A , AN LHL 1500A , AN LHL 1500A , AP LHL 1500A , AP LHL 1500A , AQ LHL 1500A , AR LHL 1500A , AS LHL 2000A 01 CS , AP LHL 2000A , AQ LHL 2000A , AQ LHL 2000A , AR LHL 2000A , AR LHL 2000A , AS LHL 2000A , AS LHL 2000A , AT LHL 2000A , AW LHL 2000A , AX APPROX. SOLID HEIGHT APPROX. NO. OF COILS PRICE GROUP 119

122 MATERIAL HOLE DIA. M OVER ROD DIE SPRGS Medium Load Plus Beige Ideal Operating Range 25% to 35% of Free Length Music Wire (MW), Chrome Silicon (CS) LOAD AT 37% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 375AB 01 MW AA LHL 375AB AA LHL 375AB AA LHL 375AB AA LHL 375AB AB LHL 375AB AB LHL 375AB AC LHL 375AB AE LHL 500AB 01 MW AB LHL 500AB AB LHL 500AB AB LHL 500AB AB LHL 500AB AC LHL 500AB AC LHL 500AB AD LHL 500AB AD LHL 500AB AF LHL 625AB 01 MW AC LHL 625AB AC LHL 625AB AC LHL 625AB AC LHL 625AB AD LHL 625AB AD LHL 625AB AE LHL 625AB AE LHL 625AB AF LHL 625AB AH LHL 750AB 01 MW AE LHL 750AB AE LHL 750AB AE LHL 750AB AE LHL 750AB AF LHL 750AB AF LHL 750AB AG LHL 750AB AG LHL 750AB AH LHL 750AB AH LHL 750AB AJ LHL 750AB AJ LHL 750AB AK APPROX. NO. OF COILS PRICE GROUP 120 Deflection is expressed as a percentage of free length, with the approximate load required to attain that position.

123 Medium Load Plus Beige Ideal Operating Range 25% to 35% of Free Length Music Wire (MW), Chrome Silicon (CS) MATERIAL HOLE DIA. M DIE SPRGS OVER ROD LOAD AT 37% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 1000AB 01 CS AG LHL 1000AB AG LHL 1000AB AG LHL 1000AB AG LHL 1000AB AH LHL 1000AB AH LHL 1000AB AJ LHL 1000AB AJ LHL 1000AB AK LHL 1000AB AK LHL 1000AB AL LHL 1000AB AL LHL 1000AB AM LHL 1250AB 01 CS , AK LHL 1250AB , AK LHL 1250AB , AL LHL 1250AB , AL LHL 1250AB , AM LHL 1250AB , AM LHL 1250AB , AN LHL 1250AB , AN LHL 1250AB , AP LHL 1250AB , AP LHL 1250AB , AQ LHL 1500AB 01 CS , AM LHL 1500AB , AM LHL 1500AB , AN LHL 1500AB , AN LHL 1500AB , AP LHL 1500AB , AP LHL 1500AB , AQ LHL 1500AB , AQ LHL 1500AB , AR LHL 2000AB 01 CS , AQ LHL 2000AB , AR LHL 2000AB , AR LHL 2000AB , AS LHL 2000AB , AS LHL 2000AB , AT LHL 2000AB , AT LHL 2000AB , AU APPROX. NO. OF COILS PRICE GROUP 121

124 MATERIAL HOLE DIA. M OVER ROD DIE SPRGS Medium Heavy Load Purple Ideal Operating Range 20% to 25% of Free Length Music Wire (MW), Chrome Silicon (CS) LOAD AT 37% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 375B 01 MW AA LHL 375B AA LHL 375B AA LHL 375B AA LHL 375B AB LHL 375B AB LHL 375B AC LHL 375B 7A AD LHL 375B 7B AD LHL 375B AE LHL 375B AE LHL 375B AF LHL 500B 01 MW AB LHL 500B AB LHL 500B AB LHL 500B AB LHL 500B AC LHL 500B AC LHL 500B AD LHL 500B AD LHL 500B 8A AD LHL 500B 8B AE LHL 500B AF LHL 500B AF LHL 500B AG LHL 625B 01 MW AC LHL 625B AC LHL 625B AC LHL 625B AC LHL 625B AD LHL 625B AD LHL 625B AE LHL 625B AE LHL 625B AF LHL 625B 9A AF LHL 625B AH LHL 625B AH LHL 625B AH LHL 750B 01 CS AE LHL 750B AE LHL 750B AE LHL 750B AE LHL 750B AF LHL 750B AF LHL 750B AG LHL 750B AG LHL 750B AH LHL 750B AH LHL 750B AJ LHL 750B AJ LHL 750B AK LHL 750B AK LHL 750B AL APPROX. NO. OF COILS PRICE GROUP 122 Deflection is expressed as a percentage of free length, with the approximate load required to attain that position.

125 Medium Heavy Load Purple Ideal Operating Range 20% to 25% of Free Length Music Wire (MW), Chrome Silicon (CS) MATERIAL HOLE DIA. M DIE SPRGS OVER ROD LOAD AT 37% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 1000B 01 CS , AG LHL 1000B , AG LHL 1000B , AG LHL 1000B , AG LHL 1000B , AH LHL 1000B , AH LHL 1000B , AJ LHL 1000B , AJ LHL 1000B , AK LHL 1000B , AK LHL 1000B , AL LHL 1000B , AL LHL 1000B , AM LHL 1000B , AN LHL 1000B , AP LHL 1250B 01 CS , AK LHL 1250B , AK LHL 1250B , AL LHL 1250B , AL LHL 1250B , AM LHL 1250B , AM LHL 1250B , AN LHL 1250B , AN LHL 1250B , AP LHL 1250B , AP LHL 1250B , AQ LHL 1250B , AR LHL 1250B , AR LHL 1500B 01 CS , AM LHL 1500B , AM LHL 1500B , AN LHL 1500B , AN LHL 1500B , AP LHL 1500B , AP LHL 1500B , AQ LHL 1500B , AQ LHL 1500B , AR LHL 1500B , AT LHL 1500B , AV LHL 2000B 01 CS , AQ LHL 2000B , AR LHL 2000B , AR LHL 2000B , AS LHL 2000B , AS LHL 2000B , AT LHL 2000B , AT LHL 2000B , AU LHL 2000B , AW LHL 2000B , AX APPROX. NO. OF COILS PRICE GROUP 123

126 MATERIAL HOLE DIA. M OVER ROD DIE SPRGS Heavy Load Black Ideal Operating Range 15% to 20% of Free Length Music Wire (MW), Chrome Silicon (CS) LOAD AT 30% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 375C 01 MW AB LHL 375C AB LHL 375C AB LHL 375C AB LHL 375C AC LHL 375C AC LHL 375C AD LHL 375C 7A AE LHL 375C 7B AE LHL 375C AF LHL 375C AF LHL 375C AG LHL 500C 01 MW AC LHL 500C AC LHL 500C AC LHL 500C AC LHL 500C AD LHL 500C AD LHL 500C AE LHL 500C AE LHL 500C 8A AF LHL 500C 8B AF LHL 500C AG LHL 500C AG LHL 500C AH LHL 625C 01 MW AD LHL 625C AD LHL 625C AD LHL 625C AD LHL 625C AE LHL 625C AE LHL 625C AF LHL 625C AF LHL 625C AG LHL 625C 9A AG LHL 625C AJ LHL 625C AJ LHL 625C AK LHL 750C 01 CS , AF LHL 750C , AF LHL 750C , AF LHL 750C , AF LHL 750C , AG LHL 750C , AG LHL 750C , AH LHL 750C , AH LHL 750C , AJ LHL 750C , AJ LHL 750C , AK LHL 750C , AK LHL 750C , AL LHL 750C , AN LHL 750C , AP LHL 750C , AV APPROX. NO. OF COILS PRICE GROUP 124 Deflection is expressed as a percentage of free length, with the approximate load required to attain that position.

127 Heavy Load Black Ideal Operating Range 15% to 20% of Free Length Music Wire (MW), Chrome Silicon (CS) MATERIAL HOLE DIA. M DIE SPRGS OVER ROD LOAD AT 30% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 1000C 01 CS , AH LHL 1000C , AH LHL 1000C , AH LHL 1000C , AH LHL 1000C , AJ LHL 1000C , AJ LHL 1000C , AK LHL 1000C , AK LHL 1000C , AL LHL 1000C , AL LHL 1000C , AM LHL 1000C , AM LHL 1000C , AN LHL 1000C , AP LHL 1000C , AQ LHL 1250C 01 CS , AL LHL 1250C , AL LHL 1250C , AM LHL 1250C , AM LHL 1250C , AN LHL 1250C , AN LHL 1250C , AP LHL 1250C , AP LHL 1250C , AQ LHL 1250C , AQ LHL 1250C , AR LHL 1250C , AS LHL 1250C , AT LHL 1500C 01 CS , AN LHL 1500C , AN LHL 1500C , AP LHL 1500C , AP LHL 1500C , AQ LHL 1500C , AQ LHL 1500C , AR LHL 1500C , AR LHL 1500C , AS LHL 1500C , AU LHL 1500C , AW LHL 2000C 01 CS , AR LHL 2000C , AS LHL 2000C , AS LHL 2000C , AT LHL 2000C , AT LHL 2000C , AU LHL 2000C , AU LHL 2000C , AV LHL 2000C , AX LHL 2000C , AY APPROX. NO. OF COILS PRICE GROUP 125

128 MATERIAL HOLE DIA. M OVER ROD DIE SPRGS Extra Heavy Load Orange Ideal Operating Range 10% to 15% of Free Length Music Wire (MW), Chrome Silicon (CS) LOAD AT 25% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 375D 01 MW AC LHL 375D AC LHL 375D AC LHL 375D AC LHL 375D AD LHL 375D AD LHL 375D AE LHL 375D 7A AE LHL 375D 7B AF LHL 375D AG LHL 375D AH LHL 375D AK LHL 375D AQ LHL 500D 01 MW AD LHL 500D AD LHL 500D AD LHL 500D AD LHL 500D AE LHL 500D AE LHL 500D AF LHL 500D AF LHL 500D 8A AG LHL 500D 8B AG LHL 500D AH LHL 500D AH LHL 500D AJ LHL 625D 01 MW AE LHL 625D AE LHL 625D AE LHL 625D AE LHL 625D AF LHL 625D AF LHL 625D AG LHL 625D AG LHL 625D AH LHL 625D 9A AJ LHL 625D AK LHL 625D AK LHL 625D AL LHL 750D 01 CS , AG LHL 750D , AG LHL 750D , AG LHL 750D , AG LHL 750D , AH LHL 750D , AH LHL 750D , AJ LHL 750D , AJ LHL 750D , AK LHL 750D , AK LHL 750D , AL LHL 750D , AL LHL 750D , AM LHL 750D , AN LHL 750D , AP APPROX. NO. OF COILS PRICE GROUP 126 Deflection is expressed as a percentage of free length, with the approximate load required to attain that position.

129 Extra Heavy Load Orange Ideal Operating Range 10% to 15% of Free Length Music Wire (MW), Chrome Silicon (CS) MATERIAL HOLE DIA. M DIE SPRGS OVER ROD LOAD AT 25% DEFLECTION (see footnote) APPROX. SOLID HEIGHT N/ LB/ N LB LHL 1000D 01 CS , AJ LHL 1000D , AK LHL 1000D , AK LHL 1000D , AL LHL 1000D , AL LHL 1000D , AM LHL 1000D , AM LHL 1000D , AN LHL 1000D , AP LHL 1000D , AQ LHL 1000D , AQ LHL 1250D 01 CS , AN LHL 1250D , AN LHL 1250D , AP LHL 1250D , AP LHL 1250D , AQ LHL 1250D , AQ LHL 1250D , AR LHL 1250D , AS LHL 1250D , AU LHL 1250D , AV LHL 1500D 01 CS , AP LHL 1500D , AP LHL 1500D , AQ LHL 1500D , AR LHL 1500D , AS LHL 1500D , AS LHL 1500D , AT LHL 1500D , AV LHL 1500D , AX LHL 1500D , AY LHL 2000D 01 CS , AT LHL 2000D , AU LHL 2000D , AU LHL 2000D , AV LHL 2000D , AW LHL 2000D , AW LHL 2000D , AX LHL 2000D , AZ LHL 2000D , AZ APPROX. NO. OF COILS PRICE GROUP 127

130 NOTES 128

131 REDUX WAVE SPRGS Guide to using tables Rod Diameter is the outside diameter of an assembly over which a wave spring is installed. Lee Stock Number ordering reference. Hole Diameter is the inside diameter of an assembly where a wave spring is installed. Nominal Load is the force applied to a spring that causes deflection to working height. Working Height is the safe height to which a spring could be deflected under load without overstressing it ADDITIONAL FORMATION HOLE ROD LOAD REDUX WAVE SPRGS WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL Wire Thickness is the thickness of flat wire used to make a wave spring Steel 17-7 PH SPRG N LB No. No. N/ LB/ LWM S X X K LWM S L LWM S L LWM S L LWM S M LWM S N LWM S P LWM S Q LWM S R LWM S X X K LWM S L LWM S L LWM S L LWM S M LWM S N LWM S P LWM S Q LWM S R LW S X X L LW S L LW S L LW S N LW S P LW S Q LW S Q LW S R LW S T LW S X X L LW S L LW S L LW S N LW S P LW S Q LW S R LW S T LW S W LW S X X L LW S L LW S L LW S N LW S N LW S P LW S Q LW S V LW S V LW S X X L LW S L LW S N LW S P LW S Q LW S Q LW S T Redux TM wave springs perform LW 031 a 06 similar 0418S function to compression springs but they take up 11 to approximately T 50% less LW S W compressed height space due their sine wave design which allows tangential contact. Greater control of axial movement and more consistent load transfer is also possible with these springs. Produced in stainless steel type 17-7 PH and featuring a uniform outside diameter and wave heights our wave springs offer 130 TURNS WAVES PER TURN PRICE GROUP Radial Wall is the width of flat wire used to make a wave spring. Price Group reference to the price list. Spring Rate is the change in load per unit deflection. Turns are the number of circular turns of flat wire formed in a wave spring. optimum performance in static or slightly dynamic applications where space is critical or where radial and axial tolerances are tight. Constructed from a single strand of pre-tempered flat wire and passivated finish the springs have maximum temperature resistance of 340 C (650 F). Free Height is the overall height of a spring in the unloaded position. Stock sizes range from Rod sizes of 3.81 mm (0.150 ) to mm (1.378 ) with Hole diameters from 6.00 mm (0.236 ) to 45 mm (1.772 ) and in Spring Rates from 1.51 N/mm (8.62 lb/in) to N/mm ( lb/in). 129

132 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LWM S X X K LWM S L LWM S L LWM S L LWM S M LWM S N LWM S P LWM S Q LWM S R LWM S X X K LWM S L LWM S L LWM S L LWM S M LWM S N LWM S P LWM S Q LWM S R LW S X X L LW S L LW S L LW S N LW S P LW S Q LW S Q LW S R LW S T LW S X X L LW S L LW S L LW S N LW S P LW S Q LW S R LW S T LW S W LW S X X L LW S L LW S L LW S N LW S N LW S P LW S Q LW S V LW S V LW S X X L LW S L LW S N LW S P LW S Q LW S Q LW S T LW S T LW S W TURNS WAVES PER TURN PRICE GROUP 130

133 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LWM S X X L LWM S L LWM S L LWM S N LWM S N LWM S P LWM S Q LWM S V LWM S V LWM S X X L LWM S L LWM S L LWM S N LWM S N LWM S P LWM S Q LWM S V LWM S V LW S X X M LW S M LW S M LW S N LW S P LW S R LW S S LW S T LW S T LW S X X M LW S N LW S P LW S Q LW S Q LW S Q LW S T LW S T LW S T LWM S X X L LWM S M LWM S M LWM S N LWM S P LWM S R LWM S S LWM S T LWM S U LWM S X X L LWM S M LWM S M LWM S N LWM S P LWM S R LWM S S LWM S T LWM S U TURNS WAVES PER TURN PRICE GROUP 131

134 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LW S X X M LW S N LW S P LW S Q LW S Q LW S Q LW S R LW S S LW S T LW S X X M LW S N LW S Q LW S R LW S R LW S R LW S T LW S T LW S X LWM S X X M LWM S N LWM S Q LWM S R LWM S R LWM S S LWM S T LWM S Y LWM S Z LWM S X X M LWM S N LWM S Q LWM S R LWM S R LWM S S LWM S T LWM S Y LWM S Z LWM S X X P LWM S R LWM S S LWM S T LWM S U LWM S V LWM S X LWM S Z LWM S BA LW S X X M LW S N LW S Q LW S R LW S R LW S T LW S V LW S Z LW S Z TURNS WAVES PER TURN PRICE GROUP 132

135 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LW S X X N LW S Q LW S R LW S S LW S T LW S W LW S Y LW S Z LW S Z LW S X X P LW S R LW S S LW S T LW S V LW S X LW S X LW S BC LW S BA LWM S X X P LWM S P LWM S R LWM S S LWM S V LWM S W LWM S X LWM S Z LWM S Z LWM S X X Q LWM S R LWM S V LWM S V LWM S X LWM S Z LWM S Z LWM S BC LWM S BD LWM S X X Q LWM S R LWM S V LWM S V LWM S X LWM S Z LWM S Z LWM S BC LWM S BD LW S X X P LW S P LW S P LW S S LW S V LW S W LW S Y LW S Z LW S Z TURNS WAVES PER TURN PRICE GROUP 133

136 HOLE ROD LOAD REDUX WAVE SPRGS WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL Steel 17-7 PH SPRG N LB No. No. N/ LB/ LW S X X P LW S P LW S P LW S S LW S V LW S W LW S Y LW S Z LW S BA LW S X X Q LW S R LW S V LW S V LW S X LW S Z LW S Z LW S BC LW S BD LWM S X X T LWM S U LWM S W LWM S Y LWM S Z LWM S Z LWM S Z LWM S BA LWM S BB LWM S X X T LWM S U LWM S W LWM S Y LWM S Z LWM S Z LWM S Z LWM S BA LWM S BB LWM S X X W LWM S X LWM S Y LWM S Z LWM S BB LWM S BC LWM S BC LWM S BD LWM S BE LW S X X S LW S T LW S W LW S Y LW S Z LW S Z LW S Z LW S BB LW S X X T LW S V LW S W LW S X LW S Y LW S Z LW S BA LW S BA TURNS WAVES PER TURN PRICE GROUP 134

137 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LW S X X V LW S W LW S Y LW S Y LW S Z LW S BC LW S BC LW S BE LWM S X X T LWM S U LWM S W LWM S Z LWM S Z LWM S Z LWM S BB LWM S BC LWM S X X U LWM S W LWM S X LWM S Y LWM S Z LWM S BA LWM S BA LWM S BB LWM S X X V LWM S X LWM S Y LWM S Z LWM S BA LWM S BC LWM S BC LWM S BE LWM S X X S LWM S S LWM S T LWM S T LWM S U LWM S Y LWM S Z LWM S X X T LWM S T LWM S U LWM S U LWM S V LWM S X LWM S BA LWM S X X V LWM S W LWM S X LWM S Y LWM S BA LWM S BC LWM S BD LW S X X R LW S S LW S S LW S T LW S T LW S Z LW S BB TURNS WAVES PER TURN PRICE GROUP 135

138 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LW S X X T LW S T LW S X LW S Z LW S BA LW S BB LW S BD LW S X X V LW S X LW S Y LW S BA LW S BB LW S BD LW S BE LWM S X X T LWM S T LWM S U LWM S U LWM S U LWM S Z LWM S BB LWM S X X U LWM S V LWM S X LWM S Z LWM S BA LWM S BB LWM S BD LWM S X X V LWM S X LWM S Y LWM S Z LWM S BB LWM S BD LWM S BE LW S X X S LW S X LW S X LW S Y LW S Z LW S BC LW S BC LW S X X T LW S V LW S X LW S X LW S X LW S X LW S Z LW S X X V LW S Y LW S Y LW S Z LW S Z LW S BC LW S BC TURNS WAVES PER TURN PRICE GROUP 136

139 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LWM S X X T LWM S V LWM S X LWM S Y LWM S Y LWM S Z LWM S BD LWM S X X U LWM S V LWM S X LWM S Y LWM S Z LWM S BA LWM S BD LWM S X X V LWM S W LWM S Y LWM S Z LWM S BC LWM S BE LWM S BF LW S X X S LW S V LW S W LW S X LW S Y LW S Y LW S BB LW S BE LW S BG LW S BH LW S BK LW S X X T LW S V LW S X LW S X LW S Y LW S BB LW S BD LW S BE LW S BF LW S BJ LW S BL LW S X X V LW S X LW S Y LW S Z LW S BC LW S BD LW S BF LW S BG LW S BE LW S BH LW S BH TURNS WAVES PER TURN PRICE GROUP 137

140 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LWM S X X Y LWM S Y LWM S Y LWM S Z LWM S BA LWM S BB LWM S BC LWM S BE LWM S BG LWM S X X Y LWM S Z LWM S Z LWM S BA LWM S BB LWM S BC LWM S BD LWM S BF LWM S BH LWM S X X Z LWM S BA LWM S BA LWM S BB LWM S BC LWM S BD LWM S BE LWM S BG LWM S BJ LW S X X S LW S V LW S X LW S Y LW S Z LW S Z LW S BA LW S BD LW S BE LW S BH LW S X X V LW S W LW S X LW S Y LW S Z LW S BA LW S BC LW S BF LW S BJ LW S BM LW S X X X LW S Y LW S BA LW S BB LW S BD LW S BE LW S BG LW S BH LW S BK LW S BM TURNS WAVES PER TURN PRICE GROUP 138

141 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LWM S X X Y LWM S Y LWM S Y LWM S Z LWM S BA LWM S BB LWM S BC LWM S BE LWM S BG LWM S X X Y LWM S Z LWM S Z LWM S BA LWM S BB LWM S BC LWM S BD LWM S BF LWM S BH LWM S X X Z LWM S BA LWM S BA LWM S BB LWM S BC LWM S BD LWM S BE LWM S BG LWM S BJ LW S X X W LW S W LW S W LW S X LW S BC LW S Z LW S BA LW S BA LW S BB LW S BD LW S X X X LW S X LW S Y LW S Z LW S BA LW S BA LW S BB LW S BB LW S BF LW S BL LW S X X Y LW S Y LW S Y LW S BC LW S BB LW S BB LW S BE LW S BH LW S BK LW S BL TURNS WAVES PER TURN PRICE GROUP 139

142 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LW S X X Y LW S Y LW S Y LW S Z LW S BA LW S BC LW S BE LW S BG LW S BH LW S BK LW S X X Y LW S Y LW S Y LW S BA LW S BC LW S BD LW S BE LW S BF LW S BH LW S BK LW S X X Y LW S Z LW S Z LW S BB LW S BC LW S BD LW S BE LW S BG LW S BH LW S BK LWM S X X Z LWM S Z LWM S BA LWM S BB LWM S BC LWM S BD LWM S BE LWM S BF LWM S BG LWM S X X Z LWM S Z LWM S BA LWM S BB LWM S BC LWM S BD LWM S BE LWM S BF LWM S BG LWM S X X Z LWM S Z LWM S BA LWM S BB LWM S BC LWM S BD LWM S BE LWM S BF LWM S BG TURNS WAVES PER TURN PRICE GROUP 140

143 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LW S X X Y LW S Z LW S BA LW S BB LW S BB LW S BD LW S BE LW S BJ LW S BM LW S BP LW S X X Y LW S Z LW S BA LW S BB LW S BB LW S BD LW S BE LW S BJ LW S BM LW S BQ LW S X X BB LW S BB LW S BB LW S BB LW S BB LW S BD LW S BE LW S BJ LW S BM LW S BQ LWM S X X Z LWM S BA LWM S BB LWM S BB LWM S BC LWM S BE LWM S BG LWM S BJ LWM S BL LWM S X X Z LWM S BA LWM S BB LWM S BB LWM S BC LWM S BE LWM S BG LWM S BJ LWM S BL TURNS WAVES PER TURN PRICE GROUP 141

144 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LWM S X X BB LWM S BB LWM S BB LWM S BC LWM S BD LWM S BD LWM S BF LWM S BJ LWM S BL LW S X X Y LW S BA LW S BB LW S BB LW S BB LW S BD LW S BE LW S BJ LW S BM LW S BQ LW S X X Y LW S BA LW S BB LW S BB LW S BB LW S BD LW S BE LW S BJ LW S BM LW S BQ LW S X X Y LW S BA LW S BB LW S BB LW S BB LW S BD LW S BE LW S BJ LW S BM LW S BQ TURNS WAVES PER TURN PRICE GROUP 142

145 REDUX WAVE SPRGS Steel 17-7 PH HOLE ROD LOAD WORKG HEIGHT HEIGHT THICKNESS X RADIAL WALL SPRG N LB No. No. N/ LB/ LWM S X X Y LWM S Z LWM S BB LWM S BB LWM S BC LWM S BD LWM S BE LWM S BJ LWM S BM LWM S X X Y LWM S Z LWM S BB LWM S BB LWM S BC LWM S BD LWM S BE LWM S BJ LWM S BM LWM S X X Y LWM S Z LWM S BB LWM S BB LWM S BC LWM S BD LWM S BE LWM S BJ LWM S BM TURNS WAVES PER TURN PRICE GROUP 143

146 Experience MEP/DILL Lee Spring Engineering Since 1918, Lee Spring has been manufacturing, engineering, and designing springs, formed metal parts and related products for a wide variety of industries. Lee Spring Engineers can offer assistance from design conception through production. Lee Spring s extensive expertise in spring design and mechnical engineering will complement your design team. Lee Spring Offers... Extensive Custom Spring Capabilities Expert Engineering Assistance Available Engineering Support from Design through Production Extensive Material and Finish Options Global Manufacturing and Distribution CAD Assisted Production Design Manufacturing Prototypes through Large Production Runs 144

147 BELLEVILLE SPRG WASHERS Guide to using tables Outside Diameter maximum size of outside diameter. If the spring is to be enclosed hole sizes must be greater than this dimension. Thickness of the Spring Section Overall Height Unloaded of a single spring washer Lee Stock Number ordering reference. Inside Diameter minimum size of hole at centre. Mandrel sizes must be less than this dimension SIDE MIMUM Manufactured from 300 series stainless steel and passivated to ASTM A967 MAXIMUM BELLEVILLE SPRG WASHERS THICKNESS OVERALL HEIGHT UNLOADED CALCULATED LOAD AT FLAT N LB W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W3 ADDITIONAL FORMATION W W W W3 Our Belleville Spring Washers are manufactured from 300 series stainless steel with passivation finish in W3 accordance with ASTM A W W W W1 A Belleville Spring Washer is a washer in the 0.51 form of a cone, 0.81 having constant material W1 thickness, and used as W1 a compression spring W W2 Unlike compression springs Belleville Spring Washers provide exceptionally high loads in restricted spaces. 146 Load flexibility can be varied by stacking the washers in various configurations (see below). To minimise friction and optimise load ensure stacks of springs are guided over a shaft or in a cylinder. PRICE GROUP Price Group reference to the price list Calculated Load at Flat load when the spring washer is fully compressed FIVE SERIES SIX PARALLEL COMBATION OF PARALLEL AND SERIES Series Force is equal to that of a single spring washer. Deflection amounts to that of a single spring washer multiplied by the number used. Parallel Force amounts to that of a single spring washer multiplied by the number of stacked. Deflection is equal to that of a single spring washer. Combination Force is equal to that of a single spring multiplied by the number in each parallel series. Deflection is equal to a single spring washer multiplied by the number of series. 145

148 BELLEVILLE SPRG WASHERS Manufactured from 300 series stainless steel and passivated to ASTM A967 SIDE MIMUM MAXIMUM THICKNESS OVERALL HEIGHT UNLOADED CALCULATED LOAD AT FLAT N LB W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W2 PRICE GROUP 146

149 BELLEVILLE SPRG WASHERS Manufactured from 300 series stainless steel and passivated to ASTM A967 SIDE MIMUM MAXIMUM THICKNESS OVERALL HEIGHT UNLOADED CALCULATED LOAD AT FLAT N LB W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W18 PRICE GROUP 147

150 BELLEVILLE SPRG WASHERS Manufactured from 300 series stainless steel and passivated to ASTM A967 SIDE MIMUM MAXIMUM THICKNESS OVERALL HEIGHT UNLOADED CALCULATED LOAD AT FLAT N LB W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W21 PRICE GROUP 148

151 BELLEVILLE SPRG WASHERS Manufactured from 300 series stainless steel and passivated to ASTM A967 SIDE MIMUM MAXIMUM THICKNESS OVERALL HEIGHT UNLOADED CALCULATED LOAD AT FLAT N LB W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W W38 PRICE GROUP 149

152 NOTES 150

153 EXTENSION SPRGS Guide to using tables Maximum Load each spring will accept, excess load will cause damage (See note 5). Initial Tension the force that keeps the coils of an extension spring closed and which must be overcome before the coils start to open. Lee Stock Number Please add suffix M for Music Wire or S for Steel when ordering. Outside Diameter arranged through the pages in ascending order of size. Wire Diameter in ascending order of size, within each group of outside diameters. Loops at Random Position, except for springs free length inside loops N MAXIMUM LOAD LB EXTENSION SPRGS N ITIAL TENSION Music Wire (Plated*), (Plated), or Steel (Passivated) LB N/ SPRG LB/ MAXIMUM EXTENDED EI 007A K M EI 007A K M EI 007A K M EI 007A K M EI 007A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 011A K M EI 011A K M EI 011A K M EI 011A K M EI 011A K M EI 011A K M EI 011A K M EI 007AA J L EI 007AA J L EI 007AA J L EI 007AA J L EI 007AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L Music Wire M S Free Length length of the spring in the unloaded position, measured from inside the end loops. free length inside loops Price Group reference to the price list Maximum Extension the total overall length available before the spring will fail. Spring Rate change in load or force per unit of deflection (See note 5). * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by ADDITIONAL FORMATION To find the load at any working length, when free length, spring rate and initial tension are given, use the formula F = (S x L) + F o (where F is the load; S is the spring rate; L is the deflection from free length; F o is the initial tension). The free length of an extension spring is measured from inside the end loops. To obtain the overall length add two wire diameters to the given length. As with compression springs, in order to achieve long life and service, good design suggests that extension springs are not extended beyond 80% of their deflective capability. Material specifications, finishes and tolerances are detailed on page 237. Please note that the spring rates and maximum loads listed in the following extension spring tables relate only to music wire. When choosing stainless steel multiply the factors by

154 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated*), (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED EI 007A K M EI 007A K M EI 007A K M EI 007A K M EI 007A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 008A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 009A K M EI 011A K M EI 011A K M EI 011A K M EI 011A K M EI 011A K M EI 011A K M EI 011A K M EI 007AA J L EI 007AA J L EI 007AA J L EI 007AA J L EI 007AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 008AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 009AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L EI 011AA J L Music Wire M S * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

155 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated*), (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED EIM020A K M EIM020A K M EIM020A K M EIM020A K M EIM020A K M EIM025A K M EIM025A K M EIM025A K M EIM025A K M EIM025A K M EIM025A K M EIM025A K M EI 010B J L EI 010B J L EI 010B J L EI 010B J L EI 010B J L EI 010B J L EI 010B J L EI 011B J L EI 011B J L EI 011B J L EI 011B J L EI 011B J L EI 011B J L EI 011B J L EI 012B J L EI 012B J L EI 012B J L EI 012B J L EI 012B J L EI 012B J L EI 012B J L EI 013B J L EI 013B J L EI 013B J L EI 013B J L EI 013B J L EI 013B J L EI 013B J L EI 014B J L EI 014B J L EI 014B J L EI 014B J L EI 014B J L EI 014B J L EI 014B J L EI 016B J L EI 016B J L EI 016B J L EI 016B J L EI 016B J L EI 016B J L EI 016B J L Music Wire M S * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Extension Springs meeting the design parameters outlined in Standard D

156 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated*), (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED EIM025B K M EIM025B K M EIM025B K M EIM025B K M EIM025B K M EIM025B K M EIM025B K M EIM030B K M EIM030B K M EIM030B K M EIM030B K M EIM030B K M EIM030B K M EIM030B K M LEM050ZA K M LEM050ZA K M LEM050ZA K M EI 010C J L EI 010C J L EI 010C J L EI 010C J L EI 010C J L EI 010C J L EI 010C J L EI 011C J L EI 011C J L EI 011C J L EI 011C J L EI 011C J L EI 011C J L EI 011C J L EI 012C J L EI 012C J L EI 012C J L EI 012C J L EI 012C J L EI 012C J L EI 012C J L EI 013C J L EI 013C J L EI 013C J L EI 013C J L EI 013C J L EI 013C J L EI 013C J L EI 014C J L EI 014C J L EI 014C J L EI 014C J L EI 014C J L EI 014C J L EI 014C J L LEM055ZB J L LEM055ZB J L LEM055ZB J L Music Wire M S * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

157 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated*), (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED EIM030C K M EIM030C K M EIM030C K M EIM030C K M EIM030C K M EIM030C K M EIM030C K M LEM035A J L LEM035A J L LEM035A J L LEM035A J L LEM035A J L LEM035A J L LEM035A J L LEM035A J L LEM035A K M LEM035A K M LEM035A K M LEM063A J L LEM063A J L LEM063A J L LE 014A J L LE 014A J L LE 014A J L LE 014A J L LE 014A J L LE 014A J L LE 014A J L LE 014A K M LE 014A K M LE 014A K M LE 014A K M LE 014A K M LE 016A J L LE 016A J L LE 016A J L LE 016A J L LE 016A J L LE 016A K M LE 016A K M LE 016A K M LE 016A K M LE 016A L N LE 016A L N LE 016A M P LE 018A J L LE 018A J L LE 018A J L LE 018A J L LE 018A J L LE 018A K M LE 018A K M LE 018A K M LE 018A K M LE 018A L N LE 018A L N LE 018A M P LE 018A M P Music Wire M S * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Extension Springs meeting the design parameters outlined in Standard D

158 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated*), (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 020A J L LE 020A J L LE 020A J L LE 020A J L LE 020A K M LE 020A K M LE 020A K M LE 020A K M LE 020A L N LE 020A L N LE 020A M P LE 020A M P LE 022A J L LE 022A J L LE 022A J L LE 022A K M LE 022A K M LE 022A K M LE 022A K M LE 022A L N LE 022A L N LE 022A M P LE 022A M P LE 022A M P LEM050AB J L LEM050AB J L LEM050AB J L LEM050AB K M LEM050AB BC BD LEM055AB J L LEM055AB J L LEM055AB J L LEM055AB K M LEM070AB K M LEM070AB K M LEM070AB K M EIM030D K M EIM030D K M EIM030D K M EIM030D K M EIM030D K M EIM030D K M EIM030D K M EIM030D K M EIM030D K M LEM080AC J L LEM080AC J L LEM080AC K M LEM045B J L LEM045B J L LEM045B J L LEM045B K M LEM045B K M LEM045B K M LEM045B K M LEM045B L N LEM045B L N LEM045B L N LEM045B M P LEM045B M P LEM045B M P * Finish may be based on Pre-coated Tin wire, or Pre-coated Zinc wire, at Lee Spring s discretion. Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by Music Wire M S

159 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LEM060B J L LEM060B J L LEM060B J L LEM060B K M LEM060B K M LEM060B K M LEM060B K M LEM060B L N LEM060B L N LEM060B L N LEM060B M P LEM060B M P LEM060B M P LEM063B J L LEM063B J L LEM063B K M LEM063B K M LEM090B J L LEM090B K M LEM090B K M LE 014B J L LE 014B J L LE 014B K M LE 014B K M LE 014B K M LE 014B K M LE 014B L N LE 014B L N LE 014B L N LE 014B L N LE 014B M P LE 014B M P LE 014B M P LE 016B J L LE 016B J L LE 016B K M LE 016B K M LE 016B K M LE 016B K M LE 016B L N LE 016B L N LE 016B L N LE 016B L N LE 016B M P LE 016B M P LE 016B M P LE 018B J L LE 018B J L LE 018B K M LE 018B K M LE 018B K M LE 018B K M LE 018B L N LE 018B L N LE 018B L N LE 018B L N LE 018B M P LE 018B M P LE 018B M P Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

160 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 020B J L LE 020B J L LE 020B K M LE 020B K M LE 020B K M LE 020B K M LE 020B L N LE 020B L N LE 020B L N LE 020B L N LE 020B M P LE 020B M P LE 020B M P LE 022B J L LE 022B J L LE 022B J L LE 022B K M LE 022B K M LE 022B K M LE 022B K M LE 022B K M LE 022B L N LE 022B L N LE 022B M P LE 022B M P LE 022B M P LE 024B J L LE 024B J L LE 024B J L LE 024B K M LE 024B K M LE 024B K M LE 024B K M LE 024B K M LE 024B K M LE 024B L N LE 024B L N LE 024B M P LE 024B M P LE 024B M P LE 024B M P LE 026B J L LE 026B J L LE 026B K M LE 026B K M LE 026B K M LE 026B K M LE 026B K M LE 026B L N LE 026B L N LE 026B M P LE 026B M P LE 026B M P LE 026B M P LE 029B J L LE 029B J L LE 029B K M LE 029B K M LE 029B K M LE 029B K M Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

161 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 029B K M LE 029B K M LE 029B L N LE 029B L N LE 029B M P LE 029B M P LE 029B M P LE 029B M P LE 029B M P LE 031B J L LE 031B J L LE 031B K M LE 031B K M LE 031B K M LE 031B L N LE 031B L N LE 031B L N LE 031B M P LE 031B M P LE 031B M P LE 031B M P LE 031B N Q LE 031B N Q LE 034B J L LE 034B K M LE 034B K M LE 034B K M LE 034B L N LE 034B L N LE 034B L N LE 034B M P LE 034B M P LE 034B M P LE 034B M P LE 034B N Q LE 034B N Q LEM070BA J L LEM070BA J L LEM070BA K M LEM070BA L N LEM100BA J L LEM100BA K M LEM100BA L N LEM050BB J L LEM050BB J L LEM050BB J L LEM050BB K M LEM050BB L N LEM080BB J L LEM080BB K M LEM080BB L N LEM080BB M P LEM080BB BC BD LEM110BB K M LEM110BB L N LEM110BB L N LEM055BC J L LEM055BC J L LEM055BC J L LEM055BC K M LEM055BC L N Indicates D Extension Springs meeting the design parameters outlined in Standard D Music Wire M S 159

162 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LEM120BC K M LEM120BC L N LEM120BC M P LEM055C J L LEM055C J L LEM055C J L LEM055C K M LEM055C K M LEM055C K M LEM055C L N LEM055C L N LEM055C M P LEM055C M P LEM055C N Q LEM055C N Q LEM075C J L LEM075C J L LEM075C J L LEM075C K M LEM075C K M LEM075C K M LEM075C L N LEM075C L N LEM075C M P LEM075C M P LEM075C N Q LEM075C N Q LEM075C N Q LEM080C J L LEM080C J L LEM080C J L LEM080C K M LEM080C K M LEM080C K M LEM080C L N LEM080C L N LEM080C M P LEM080C M P LEM080C N Q LEM080C N Q LEM080C N Q LEM080C N Q LEM090C J L LEM090C K M LEM090C K M LEM090C L N LE 018C J L LE 018C J L LE 018C J L LE 018C K M LE 018C K M LE 018C K M LE 018C K M LE 018C L N LE 018C L N LE 018C L N LE 018C M P LE 018C M P LE 018C M P Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

163 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 022C J L LE 022C J L LE 022C J L LE 022C K M LE 022C K M LE 022C K M LE 022C K M LE 022C L N LE 022C L N LE 022C L N LE 022C M P LE 022C M P LE 022C M P LE 026C J L LE 026C J L LE 026C J L LE 026C K M LE 026C K M LE 026C K M LE 026C K M LE 026C K M LE 026C L N LE 026C L N LE 026C L N LE 026C M P LE 026C M P LE 026C M P LE 026C N Q LE 026C P R LE 026C Q S LE 026C Q S LE 026C R T LE 029C J L LE 029C J L LE 029C K M LE 029C K M LE 029C K M LE 029C K M LE 029C K M LE 029C L N LE 029C L N LE 029C L N LE 029C M P LE 029C M P LE 029C M P LE 029C N Q LE 029C P R LE 029C Q S LE 029C Q S LE 029C R T LE 031C J L LE 031C J L LE 031C K M LE 031C K M LE 031C K M LE 031C K M LE 031C K M LE 031C L N LE 031C L N Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

164 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 031C L N LE 031C M P LE 031C M P LE 031C M P LE 031C N Q LE 031C P R LE 031C Q S LE 031C R S LE 031C R T LE 034C J L LE 034C J L LE 034C K M LE 034C K M LE 034C K M LE 034C K M LE 034C K M LE 034C L N LE 034C L N LE 034C L N LE 034C M P LE 034C M P LE 034C M P LE 034C N Q LE 034C P R LE 034C Q S LE 034C R T LE 034C S U LE 037C J L LE 037C J L LE 037C K M LE 037C K M LE 037C K M LE 037C K M LE 037C L N LE 037C L N LE 037C L N LE 037C M P LE 037C M P LE 037C M P LE 037C N Q LE 037C N Q LE 037C N Q LE 037C Q S LE 037C R T LE 037C S U LE 041C J L LE 041C K M LE 041C K M LE 041C K M LE 041C K M LE 041C L N LE 041C L N LE 041C L N LE 041C M P LE 041C M P LE 041C M P LE 041C N Q LE 041C N Q LE 041C Q S LE 041C R T LE 041C S U Indicates D Extension Springs meeting the design parameters outlined in Standard D Music Wire M S 162 Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

165 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LEM063CA J L LEM063CA J L LEM063CA K M LEM063CA K M LEM063CA L N LEM100CA J L LEM100CA K M LEM100CA K M LEM100CA L N LEM100CA BC BD LEM140CA L N LEM140CA M P LEM140CA N Q LEM070CB K M LEM070CB K M LEM070CB K M LEM070CB L N LEM070CB M P LEM110CB K M LEM110CB K M LEM110CB L N LEM110CB M P LE 030CD K M LE 030CD K M LE 030CD K M LE 030CD K M LE 030CD L N LE 030CD L N LE 030CD L N LE 030CD M P LE 030CD M P LE 030CD N Q LE 030CD P R LE 037CD K M LE 037CD K M LE 037CD K M LE 037CD K M LE 037CD K M LE 037CD L N LE 037CD L N LE 037CD L N LE 037CD M P LE 037CD M P LE 037CD M P LE 037CD N Q LE 043CD K M LE 043CD K M LE 043CD K M LE 043CD K M LE 043CD L N LE 043CD L N LE 043CD L N LE 043CD M P LE 043CD M P LE 043CD M P LE 043CD N Q LE 049CD K M LE 049CD K M LE 049CD K M Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

166 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 049CD K M LE 049CD L N LE 049CD L N LE 049CD L N LE 049CD M P LE 049CD M P LE 049CD M P LE 049CD N Q LE 055CD L N LE 055CD L N LE 055CD M P LE 055CD M P LE 055CD N Q LE 055CD N Q LE 055CD N Q LE 055CD P R LE 055CD P R LE 055CD P R LE 055CD Q S LEM075CD K M LEM075CD K M LEM075CD K M LEM075CD K M LEM075CD L N LEM075CD L N LEM075CD L N LEM075CD M P LEM075CD M P LEM160CD L N LEM160CD L N LEM160CD M P LEM120CE L N LEM120CE L N LEM120CE M P LEM120CE M P LEM120CE BD BE LEM080CF J L LEM080CF K M LEM080CF K M LEM080CF L N LEM080CF M P LEM180CF N R LEM180CF Q T LEM180CF R U LEM095D J L LEM095D J L LEM095D K M LEM095D K M LEM095D K M LEM095D L N LEM095D L N LEM095D L N LEM095D M P LEM095D M P LEM095D M P LEM095D N Q LEM120D M N LEM120D M P LEM120D M P Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

167 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LEM120D N Q LEM120D N Q LEM120D P R LEM120D P R LEM120D P R LEM120D Q S LEM120D Q S LEM120D Q S LEM120D R T LEM120D R T LEM150D P R LEM150D P R LEM150D Q S LEM150D Q S LEM150D Q S LEM150D R T LEM150D R T LEM150D R T LEM150D R T LEM150D S U LE 026D J L LE 026D K M LE 026D K M LE 026D K M LE 026D L N LE 026D L N LE 031D J L LE 031D J L LE 031D K M LE 031D K M LE 031D K M LE 031D L N LE 031D L N LE 031D L N LE 031D M P LE 031D M P LE 031D M P LE 031D N Q LE 034D J L LE 034D K M LE 034D K M LE 034D K M LE 034D L N LE 034D L N LE 034D M P LE 034D M P LE 034D M P LE 034D M P LE 034D N Q LE 034D N Q LE 034D P R LE 034D P R LE 034D Q S LE 037D J L LE 037D J L LE 037D K M LE 037D K M LE 037D K M LE 037D L N Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

168 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 037D L N LE 037D M P LE 037D M P LE 037D M P LE 037D M P LE 037D N Q LE 037D P R LE 037D Q S LE 037D R S LE 037D R T LE 039D J L LE 039D K M LE 039D K M LE 039D K M LE 039D L N LE 039D L N LE 039D M P LE 039D M P LE 039D M P LE 039D M P LE 039D N Q LE 041D L P LE 041D L P LE 041D M Q LE 041D M Q LE 041D M Q LE 041D N R LE 041D N R LE 041D N R LE 041D P S LE 041D P S LE 041D P S LE 041D Q T LE 041D Q T LE 041D R U LE 041D R U LE 041D R U LE 045D L P LE 045D L P LE 045D M Q LE 045D M Q LE 045D M Q LE 045D N R LE 045D N R LE 045D N R LE 045D P S LE 045D P S LE 045D P S LE 045D Q T LE 045D Q T LE 045D R U LE 045D R U LE 045D S V LE 045D S V LE 045D S V LE 049D L P LE 049D M Q LE 049D M Q LE 049D M Q LE 049D N R LE 049D N R Indicates D Extension Springs meeting the design parameters outlined in Standard D Music Wire M S 166 Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

169 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 049D N R LE 049D P S LE 049D P S LE 049D P S LE 049D Q T LE 049D Q T LE 049D R U LE 049D R U LE 049D S V LE 049D T W LE 049D T W LE 052D N R LE 052D P S LE 052D P S LE 052D P S LE 052D Q T LE 052D Q T LE 052D R U LE 052D R U LE 052D R U LE 052D R U LE 052D S V LE 055D N R LE 055D P S LE 055D P S LE 055D Q T LE 055D Q T LE 055D Q T LE 055D R U LE 055D R U LE 055D R U LE 055D S V LE 055D S V LE 055D T W LE 055D T W LE 055D U X LE 055D U X LE 055D V Y LE 058D N R LE 058D P S LE 058D P S LE 058D P S LE 058D Q T LE 058D Q T LE 058D Q T LE 058D R U LE 058D R U LE 058D R U LE 058D S V LE 058D S V LE 058D T W LE 058D T W LE 058D U X LE 058D U X LE 058D V Y LEM090DB J L LEM090DB K M LEM090DB L N LEM090DB M P LEM090DB M P Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

170 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LEM140DB N R LEM140DB P S LEM140DB Q T LEM140DB R U LEM140DB BD BE LEM200DB Q T LEM200DB Q T LEM200DB R U LE 037DD L N LE 037DD L N LE 037DD L N LE 037DD M P LE 037DD M P LE 037DD M P LE 037DD N Q LE 037DD N Q LE 037DD N Q LE 037DD P R LE 037DD P R LE 045DD M P LE 045DD M P LE 045DD M P LE 045DD N Q LE 045DD N Q LE 045DD N Q LE 045DD P R LE 045DD P R LE 045DD P R LE 045DD Q S LE 045DD Q S LE 055DD N R LE 055DD N R LE 055DD P S LE 055DD P S LE 055DD Q T LE 055DD Q T LE 055DD Q T LE 055DD R U LE 055DD R U LE 055DD R U LE 055DD S V LEM100DE L N LEM100DE M P LEM100DE N Q LEM100DE P R LEM100DE Q S LEM160DE P S LEM160DE Q T LEM160DE R U LEM160DE S V LE 037DE L N LE 037DE M P LE 037DE M P LE 037DE M P LE 037DE N Q LE 037DE N Q LE 037DE N Q LE 037DE P R LE 037DE P R LE 037DE P R LE 037DE Q S Indicates D Extension Springs meeting the design parameters outlined in Standard D Music Wire M S 168 Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

171 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 046DE N R LE 046DE P S LE 046DE P S LE 046DE P S LE 046DE Q T LE 046DE Q T LE 046DE Q T LE 046DE R U LE 046DE R U LE 046DE R U LE 046DE S V LE 055DE N R LE 055DE P S LE 055DE P S LE 055DE P S LE 055DE Q T LE 055DE Q T LE 055DE Q T LE 055DE R U LE 055DE R U LE 055DE R U LE 055DE S V LEM110DF M Q LEM110DF M Q LEM110DF N R LEM110DF P S LEM110DF Q T LEM180DF P S LEM180DF Q T LEM180DF R U LEM180DF S V LEM180DF BE BF LEM120E M Q LEM120E N R LEM120E N R LEM120E P S LEM120E P S LEM120E P S LEM120E Q T LEM120E Q T LEM120E Q T LEM120E R U LEM160E P S LEM160E P S LEM160E Q T LEM160E Q T LEM160E Q T LEM160E R U LEM160E R U LEM160E R U LEM160E S V LEM160E S V LEM160E S V LEM160E T W LEM160E U X LE 034E M P LE 034E M P LE 034E N Q LE 034E N Q LE 034E P R LE 034E P R Indicates D Extension Springs meeting the design parameters outlined in Standard D Music Wire M S 169

172 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 037E M P LE 037E M P LE 037E N Q LE 037E N Q LE 037E P R LE 037E P R LE 037E P S LE 037E Q T LE 037E Q T LE 037E Q T LE 037E R U LE 037E R U LE 037E S V LE 041E M Q LE 041E M Q LE 041E N R LE 041E N R LE 041E P S LE 041E P S LE 041E Q T LE 041E Q T LE 041E Q T LE 041E Q T LE 041E R U LE 041E R U LE 041E S V LE 045E M Q LE 045E M Q LE 045E M Q LE 045E N R LE 045E N R LE 045E P S LE 045E P S LE 045E P S LE 045E Q T LE 045E Q T LE 045E Q T LE 045E R U LE 045E R U LE 045E S V LE 049E M Q LE 049E 1A N R LE 049E N R LE 049E N R LE 049E P S LE 049E P S LE 049E P S LE 049E Q T LE 049E Q T LE 049E Q T LE 049E R U LE 049E S V LE 049E T W LE 055E P S LE 055E P S LE 055E Q T LE 055E Q T LE 055E Q T LE 055E R U Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

173 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 055E R U LE 055E R U LE 055E S V LE 055E S V LE 055E T W LE 055E U X LE 055E U X LE 063E P S LE 063E P S LE 063E P S LE 063E Q T LE 063E Q T LE 063E Q T LE 063E R U LE 063E R U LE 063E S V LE 063E S V LE 063E T V LE 063E U X LE 063E U X LE 067E P S LE 067E P S LE 067E Q T LE 067E Q T LE 067E R U LE 067E R U LE 067E S V LE 067E S V LE 067E T W LE 067E U X LE 067E V Y LE 067E W Z LE 069E Q T LE 069E 1A Q T LE 069E R U LE 069E R U LE 069E S V LE 069E S V LE 069E T W LE 069E T W LE 069E U X LE 069E V Y LE 069E W Z LE 069E X BA LE 069E X BA LE 075E R U LE 075E 1A R U LE 075E R U LE 075E S V LE 075E S V LE 075E T W LE 075E T W LE 075E U X LE 075E U X LE 075E V Y LE 075E W Z LE 075E X BA LE 075E Y BB Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

174 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LEM120EB M Q LEM120EB N R LEM120EB P S LEM120EB P S LEM120EB Q T LEM200EC R U LEM200EC S V LEM200EC U X LEM200EC W Z LEM140ED N R LEM140ED N R LEM140ED P S LEM140ED R U LEM140ED T W LE 055F N R LE 055F N R LE 055F P S LE 055F P S LE 055F Q T LE 055F Q T LE 055F R U LE 055F S V LE 055F T W LE 063F R U LE 063F R U LE 063F S V LE 063F S V LE 063F T W LE 063F U X LE 063F V Y LE 063F W Z LE 063F X BA LE 069F R U LE 069F R U LE 069F S V LE 069F S V LE 069F T W LE 069F U X LE 069F V Y LE 069F W Z LE 069F X BA LE 055FG R S LE 055FG R S LE 055FG S T LE 055FG S T LE 055FG T U LE 055FG T U LE 055FG U V LE 055FG V W LE 055FG W X LE 063FG S T LE 063FG S T LE 063FG S T LE 063FG T U LE 063FG T U LE 063FG T U LE 063FG U V LE 063FG V W LE 063FG W X LE 063FG X Y LE 063FG Y Z Indicates D Extension Springs meeting the design parameters outlined in Standard D Music Wire M S 172 Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

175 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 069FG S T LE 069FG S T LE 069FG T U LE 069FG T U LE 069FG U V LE 069FG U V LE 069FG V W LE 069FG W X LE 069FG X Y LE 069FG Y Z LEM160FC R V LEM160FC R V LEM160FC S W LEM160FC T Y LEM160FC V BA LEM160G R V LEM160G R V LEM160G S W LEM160G S W LEM160G S W LEM160G T Y LEM160G T Y LEM160G U Z LEM160G V BA LEM160G W BC LEM160G X BD LE 049G R V LE 049G R V LE 049G R V LE 049G S X LE 049G S X LE 049G T Z LE 049G T Z LE 055G R V LE 055G R V LE 055G R V LE 055G S X LE 055G S X LE 055G T Z LE 063G R V LE 063G R V LE 063G S W LE 063G S W LE 063G T Y LE 063G T Y LE 063G U Z LE 063G V BA LE 063G W BC LE 063G X BD LE 069G S W LE 069G S W LE 069G T X LE 069G T X LE 069G U Z LE 069G U Z LE 069G V BA LE 069G W BB LE 069G X BC LE 069G Y BD Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

176 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 075G S W LE 075G S W LE 075G T X LE 075G T X LE 075G U Z LE 075G V BA LE 075G W BB LE 075G X BC LE 075G Y BD LE 075G Z BE LE 075G BA BF LE 085G T X LE 085G T X LE 085G U Z LE 085G U Z LE 085G V BA LE 085G W BB LE 085G X BC LE 085G Y BD LE 085G Z BE LE 093G T X LE 093G T X LE 093G U Z LE 093G U Z LE 093G V BA LE 093G W BB LE 093G X BC LE 093G Y BD LE 093G Z BE LE 093G BA BF LE 093G BB BG LE 105G V BB LE 105G V BB LE 105G W BC LE 105G W BD LE 105G X BE LE 105G Y BF LE 105G Z BG LE 105G BA BH LE 105G BB BJ LE 112G X BE LE 112G X BE LE 112G Y BF LE 112G Y BF LE 112G Z BG LE 112G BA BH LE 112G BB BJ LE 112G BC BK LE 112G BD BL LE 112G BF BN LE 112G BG BP LE 125G BF BH LE 125G BF BH LE 125G BG BJ LE 125G BG BJ LE 125G BG BJ LE 125G BJ BL LE 125G BL BN LE 125G BM BP LE 125G BN BQ Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

177 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LEM180GH S W LEM180GH S W LEM180GH U Z LEM180GH W BB LEM180GH Z BE LE 055H T X LE 055H T X LE 055H U Z LE 055H U Z LE 063H T X LE 063H T X LE 063H U Z LE 063H W BA LE 063H X BB LE 075H T Y LE 075H T Y LE 075H U Z LE 075H V BA LE 075H W BB LE 075H X BC LE 075H Y BD LE 075H Z BE LE 075H BA BF LE 085H S X LE 085H T Y LE 085H T Y LE 085H U Z LE 085H V BA LE 085H W BB LE 085H X BC LE 085H Y BD LE 085H Z BE LE 085H BA BF LE 085H BB BG LE 085H BC BH LEM200HB S X LEM200HB T Y LEM200HB W BB LEM200HB Y BD LEM200HB BC BH LE 063J Y BC LE 063J Y BC LE 063J Z BD LE 063J Z BD LE 075J Y BE LE 075J Y BE LE 075J Z BF LE 075J Z BF LE 075J BA BG LE 075J BB BG LE 075J BC BJ LE 085J Y BE LE 085J Y BE LE 085J Z BF LE 085J Z BF LE 085J BA BG LE 085J BB BH LE 085J BC BJ LE 095J Y BD LE 095J Y BE LE 095J Z BF Indicates D Extension Springs meeting the design parameters outlined in Standard D Music Wire M S 175

178 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 095J Z BF LE 095J BA BG LE 095J BB BH LE 095J BC BJ LE 095J BD BK LE 095J BE BL LE 095J BF BM LE 095J BG BN LE 095J BH BN LE 095J BJ BP LE 105J Z BE LE 105J Z BE LE 105J BA BF LE 105J BB BG LE 105J BC BH LE 105J BD BJ LE 105J BE BK LE 105J BF BL LE 105J BG BM LE 105J BH BP LE 105J BJ BQ LE 105J BK BQ LE 105J BL BR LE 115J Z BE LE 115J BA BF LE 115J BA BF LE 115J BB BG LE 115J BC BH LE 115J BD BJ LE 115J BE BK LE 115J BF BL LE 115J BG BM LE 115J BJ BQ LE 115J BL BS LE 115J BM BS LE 115J BN BT LE 125J BB BF LE 125J BC BJ LE 125J BD BK LE 125J BE BL LE 125J BF BM LE 125J BG BN LE 125J BH BP LE 125J BJ BQ LE 125J BK BR LE 125J BK BQ LE 125J BL BR LE 125J BM BS LE 125J BN BT LE 135J BE BL LE 135J BE BL LE 135J BF BM LE 135J BG BN LE 135J BH BP LE 135J BJ BQ LE 135J BK BR LE 135J BL BS LE 135J BM BT LE 135J BN BR LE 135J BP BS Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

179 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 135J BQ BT LE 135J BR BU LE 148J BF BL LE 148J BG BM LE 148J BH BN LE 148J BJ BP LE 148J BK BQ LE 148J BL BR LE 148J BM BS LE 148J BN BT LE 148J BP BU LE 148J BQ BV LE 148J BR BW LE 148J BS BX LE 148J BT BY LE 085JK BA BF LE 085JK BB BG LE 085JK BC BH LE 085JK BD BJ LE 085JK BE BK LE 085JK BF BL LE 085JK BG BM LE 085JK BH BN LE 085JK BJ BQ LE 105JK BA BF LE 105JK BB BG LE 105JK BC BH LE 105JK BD BJ LE 105JK BE BK LE 105JK BF BL LE 105JK BG BM LE 105JK BH BN LE 105JK BJ BQ LE 125JK BD BJ LE 125JK BE BK LE 125JK BF BL LE 125JK BG BM LE 125JK BH BN LE 125JK BJ BP LE 125JK BK BQ LE 125JK BL BR LE 125JK BM BS LE 095K BB BH LE 095K BB BH LE 095K BC BJ LE 095K BD BK LE 095K BE BL LE 095K BF BM LE 095K BG BN LE 095K BH BP LE 095K BJ BQ LE 095K BK BR LE 115K BF BK LE 115K BF BK LE 115K BG BL LE 115K BH BM LE 115K BJ BN LE 115K BK BP LE 115K BK BQ LE 115K BL BR Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

180 free length inside loops Loops at Random Position, except for springs EXTENSION SPRGS Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 115K BM BS LE 115K BN BT LE 135K BJ BL LE 135K BJ BL LE 135K BK BM LE 135K BK BM LE 135K BL BP LE 135K BL BP LE 135K BM BR LE 135K BM BR LE 135K BN BS LE 135K BP BT LE 148K BK BP LE 148K BK BP LE 148K BL BQ LE 148K BL BQ LE 148K BM BR LE 148K BM BR LE 148K BN BS LE 148K BN BS LE 148K BP BT LE 148K BQ BU LE 125L BJ BN LE 125L BK BP LE 125L BL BQ LE 125L BM BR LE 125L BN BS LE 125L BP BT LE 125L BQ BU LE 125L BR BV LE 148L BP BS LE 148L BQ BT LE 148L BR BU LE 148L BS BV LE 148L BT BW LE 148L BU BX LE 148L BV BY LE 148L BW BZ LE 177L BQ BW LE 177L BR BX LE 177L BS BY LE 177L BT BZ LE 177L BU CA LE 177L BV CB LE 177L BW CC LE 177L BX CD LE 148N BR BX LE 148N BS BY LE 148N BT BZ LE 148N BU CA LE 148N BV CB LE 148N BW CC LE 148N BX CD LE 148N BY CE LE 177N BS BY LE 177N BT BZ LE 177N BU CA LE 177N BV CB LE 177N BW CC LE 177N BX CD Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D Spring rates and maximum loads relate only to music wire. When using stainless steel, multiply by

181 EXTENSION SPRGS free length inside loops Loops at Random Position, except for springs Music Wire (Plated), or Steel (Passivated) N MAXIMUM LOAD LB N ITIAL TENSION LB N/ SPRG LB/ MAXIMUM EXTENDED LE 177N BY CE LE 177N BZ CF LE 207N BT BZ LE 207N BU CA LE 207N BV CB LE 207N BW CC LE 207N BX CD LE 207N BY CE LE 207N BZ CF LE 207N CA CG LE 177P BU CA LE 177P BV CB LE 177P BW CC LE 177P BX CD LE 177P BY CE LE 177P BZ CF LE 177P CA CG LE 177P CB CH LE 207P BV CB LE 207P BW CC LE 207P BX CD LE 207P BY CE LE 207P BZ CF LE 207P CA CG LE 207P CB CH LE 207P CC CJ Music Wire M S Indicates D Extension Springs meeting the design parameters outlined in Standard D

182 Benefit from the Lee Spring Difference Lee Spring offers around 23,000 stock springs packed with all these extras at no additional charge. Plating On all music wire stock springs Grinding On all standard stock compression springs Passivation On, 316 & 17-7 stainless steel stock springs Expert engineering assistance On stock and custom springs Certificate of compliance On all stock springs Guaranteed RoHS compliance Live customer service support Enhanced CAD downloads On stock spring designs Comprehensive website with on-line ordering postage to many locations On stock spring designs 180

183 TORSION SPRGS Tolerances Tolerances on Outside Diameter CHES MILLIMETERS ± ±.10mm ± ±.13mm ± ±.18mm ± ±.26mm ± ±.33mm ± ±.38mm ± ±.51mm ± ±.64mm ± ±.76mm ± ±.89mm ± ± 1.02mm ± ± 1.14mm ± ± 1.27mm ± ± 1.40mm Over ±.060 Over ± 1.52mm Tolerances on Free Position: From 3 to 10 total coils (Incl.) ± 10 From 11 to 20 total coils (Incl.) ±

184 Radius please note that R (radius) where force is applied, is always 1/2 of A (length of leg). Dotted lines of legs show loaded position where values of T (Torque) will be achieved at R (Radius) Lee Stock Number Please add suffix M for Music Wire or S for Steel when ordering. Wire Diameter in ascending order of size. Maximum Torque the greatest torque value capable for design. However, if properly mounted and the values shown under T (Torque) are reduced by approximately 20%, the life of the spring will be considerably improved (See note 6). Left Hand or Right Helix Deflection to Maximum Torque the degrees of angular movement between the legs to achieve maximum torque. ADDITIONAL FORMATION To translate torque values to direct load: Use 1 F = Load applied at Radius R. T = Torque TORSION SPRGS Guide to using tables Length of Leg lengths of leg are shown on A in the sketches below. TORSION SPRGS 90º Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST (R) TORQUE TO MAX. MANDREL TOTAL RADIUS OF LEG SIZE NO. OF Music (see footnotes) TORQUE APPROX. wire COILS N- -LB DEG ( ) M S LTL012A L M LTR012A 01 L M LTL012A L M LTR012A 07 L M LTL014A L M LTR014A 01 L M LTL014A L M LTR014A 07 L M LTL015B L M LTR015B 01 L M LTL015B L M LTR015B 07 L M LTML040A L M LTMR040A 01 L M LTML040A L M LTMR040A 07 L M LTML040C L M LTMR040C 01 L M LTML040C L M LTMR040C 07 L M LTML040G L M LTMR040G 01 L M LTML040G L M LTMR040G 07 L M LTL017C L M LTR017C 01 L M LTL017C L M LTR017C 07 L M LTL018C L M LTR018C 01 L M LTL018C L M LTR018C 07 L M LTML050B L M LTMR050B 01 L M LTML050B L M LTMR050B 07 L M LTML050E L M LTMR050E 01 L M LTML050E L M LTMR050E 07 L M LTML050J L M LTMR050J 01 L M LTML050J L M LTMR050J 07 L M LTL020D L M LTR020D 01 L M LTL020D L M LTR020D 07 L M LTL021D L M LTR021D 01 L M LTL021D L M LTR021D 07 L M Formula LTL023D L K LTR023D 01 L K LTL023D L M LTR023D 07 L M Outside Diameter of spring body. To calculate torque values other than those listed (Position of Ends), a direct proportion may be used. Inspection of Load. Loads should always be checked at the Radius (R value). 183 Suggested Mandrel size allows approximately a 10% clearance for the various deflections shown in examples below. If greater deflections are required, we suggest a suitable reduction in mandrel size. Price Group reference to the price list Number of Coils total coils in each spring. Direction of Wind. Good design dictates that torsion springs should be used in the direction that winds the coil. When ordering be sure to specify either Left or Right Hand wind. F= T R Material specifications, finishes and tolerances are detailed on page 237. Body Length overall length, see sketch below. 6 Please note that the torque listed in the following torsion spring tables relates only to music wire. When choosing stainless steel multiply the factors by

185 TORSION SPRGS 90º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST (R) TORQUE TO MAX. MANDREL TOTAL RADIUS OF LEG SIZE NO. OF Music (see footnotes) TORQUE APPROX. wire COILS N- -LB DEG ( ) M S LTL012A L M LTR012A 01 L M LTL012A L M LTR012A 07 L M LTL014A L M LTR014A 01 L M LTL014A L M LTR014A 07 L M LTL015B L M LTR015B 01 L M LTL015B L M LTR015B 07 L M LTML040A L M LTMR040A 01 L M LTML040A L M LTMR040A 07 L M LTML040C L M LTMR040C 01 L M LTML040C L M LTMR040C 07 L M LTML040G L M LTMR040G 01 L M LTML040G L M LTMR040G 07 L M LTL017C L M LTR017C 01 L M LTL017C L M LTR017C 07 L M LTL018C L M LTR018C 01 L M LTL018C L M LTR018C 07 L M LTML050B L M LTMR050B 01 L M LTML050B L M LTMR050B 07 L M LTML050E L M LTMR050E 01 L M LTML050E L M LTMR050E 07 L M LTML050J L M LTMR050J 01 L M LTML050J L M LTMR050J 07 L M LTL020D L M LTR020D 01 L M LTL020D L M LTR020D 07 L M LTL021D L M LTR021D 01 L M LTL021D L M LTR021D 07 L M LTL023D L K LTR023D 01 L K LTL023D L M LTR023D 07 L M 183

186 90º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST (R) TORQUE TO MAX. MANDREL TOTAL RADIUS OF LEG SIZE NO. OF Music (see footnotes) TORQUE APPROX. wire COILS N- -LB DEG ( ) M S LTML060D L M LTMR060D 01 L M LTML060D L M LTMR060D 07 L M LTML060H L M LTMR060H 01 L M LTML060H L M LTMR060H 07 L M LTML060L M N LTMR060L 01 M N LTML060L L M LTMR060L 07 L M LTL025E L M LTR025E 01 L M LTL025E M N LTR025E 07 M N LTL028E M N LTR028E 01 M N LTL028E M P LTR028E 07 M P LTML075F L M LTMR075F 01 L M LTML075F L M LTMR075F 07 L M LTML075K L M LTMR075K 01 L M LTML075K L M LTMR075K 07 L M LTML075Q R S LTMR075Q 01 R S LTML075Q P Q LTMR075Q 07 P Q LTL030F M N LTR030F 01 M N LTL030F N P LTR030F 07 N P LTL032F M N LTR032F 01 M N LTL032F N P LTR032F 07 N P LTL035G M N LTR035G 01 M N LTL035G Q R LTR035G 07 Q R LTL038G N P LTR038G 01 N P LTL038G S T LTR038G 07 S T LTML100J L M LTMR100J 01 L M LTML100J L M LTMR100J 07 L M LTML100N N P LTMR100N 01 N P LTML100N M N LTMR100N 07 M N LTML100T U V LTMR100T 01 U V LTML100T T U LTMR100T 07 T U 184 Torque shown relates only to music wire. When using stainless steel, multiply by

187 TORSION SPRGS 90º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST (R) TORQUE TO MAX. MANDREL TOTAL RADIUS OF LEG SIZE NO. OF Music (see footnotes) TORQUE APPROX. wire COILS N- -LB DEG ( ) M S LTL040H M N LTR040H 01 M N LTL040H N P LTR040H 07 N P LTL045H N P LTR045H 01 N P LTL045H Q R LTR045H 07 Q R LTL048J N P LTR048J 01 N P LTL048J Q R LTR048J 07 Q R LTML125M N P LTMR125M 01 N P LTML125M M N LTMR125M 07 M N LTML125R R S LTMR125R 01 R S LTML125R R S LTMR125R 07 R S LTML125V W Y LTMR125V 01 W Y LTML125V V X LTMR125V 07 V X LTL051J Q R LTR051J 01 Q R LTL051J S T LTR051J 07 S T LTL054K R R LTR054K 01 R R LTL054K T U LTR054K 07 T U LTL059K S T LTR059K 01 S T LTL059K U V LTR059K 07 U V LTML150P P Q LTMR150P 01 P Q LTML150P P Q LTMR150P 07 P Q LTML150U V W LTMR150U 01 V W LTML150U U V LTMR150U 07 U V LTML150X X Z LTMR150X 01 X Z LTML150X X Z LTMR150X 07 X Z LTL063L T V LTR063L 01 T V LTL063L W X LTR063L 07 W X LTL070M V X LTR070M 01 V X LTL070M X Z LTR070M 07 X Z LTL075M X Z LTR075M 01 X Z LTL075M Z BB LTR075M 07 Z BB 185

188 90º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST (R) TORQUE TO MAX. MANDREL TOTAL RADIUS OF LEG SIZE NO. OF Music (see footnotes) TORQUE APPROX. wire COILS N- -LB DEG ( ) M S LTL078N Z BB LTR078N 01 Z BB LTL078N BB BD LTR078N 07 BB BD LTML200S T U LTMR200S 01 T U LTML200S T U LTMR200S 07 T U LTML200W X Z LTMR200W 01 X Z LTML200W X Z LTMR200W 07 X Z LTML200Y Z BA LTMR200Y 01 Z BA LTML200Y Y BA LTMR200Y 07 Y BA LTL085N BB BD LTR085N 01 BB BD LTL085N BD BF LTR085N 07 BD BF LTL095P BD BF LTR095P 01 BD BF LTL095P BF BH LTR095P 07 BF BH LTL105Q BE BG LTR105Q 01 BE BG LTL105Q BF BH LTR105Q 07 BF BH LTL115R BF BH LTR115R 01 BF BH LTL115R BG BJ LTR115R 07 BG BJ LTL125S BG BJ LTR125S 01 BG BJ LTL125S BH BK LTR125S 07 BH BK LTL135T BJ BL LTR135T 01 BJ BL LTL135T BK BM LTR135T 07 BK BM 186 Torque shown relates only to music wire. When using stainless steel, multiply by

189 TORSION SPRGS 120º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM TORQUE (see footnotes) DEFLECTION TO MAX. TORQUE (R) RADIUS (A) OF LEG SUGGESTED MANDREL SIZE (L) BODY APPROX. N- -LB DEG ( ) M S LTL016A M N LTR016A 10 M N LTL020B N P LTR020B 10 N P LTL024C P Q LTR024C 10 P Q LTL026C P Q LTR026C 10 P Q LTL029C P Q LTR029C 10 P Q LTL032C Q Q LTR032C 10 Q Q LTL035C Q Q LTR035C 10 Q Q LTL038E S S LTR038E 10 S S LTL040E S T LTR040E 10 S T LTL042D Q R LTR042D 10 Q R LTL045D Q R LTR045D 10 Q R LTL049E S T LTR049E 10 S T LTL055E S T LTR055E 10 S T LTL059E T T LTR059E 10 T T LTL063E T U LTR063E 10 T U LTL072F W W LTR072F 10 W W LTL080F X Y LTR080F 10 X Y LTL085G Y Y LTR085G 10 Y Y LTL092G Y Y LTR092G 10 Y Y LTL095G Y Y LTR095G 10 Y Y LTL105H Y Z LTR105H 10 Y Z LTL112H Z Z LTR112H 10 Z Z LTL125H Z BA LTR125H 10 Z BA LTL135H BA BA LTR135H 10 BA BA TOTAL NO. OF COILS PRICE LIST Music Wire 187

190 180º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST TORQUE TO MAX. (R) MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL012A L M LTR012A 02 L M LTL012A L M LTR012A 04 L M LTL014A L M LTR014A 02 L M LTL014A L M LTR014A 04 L M LTL015B L M LTR015B 02 L M LTL015B L M LTR015B 04 L M LTML040A L M LTMR040A 02 L M LTML040A L M LTMR040A 04 L M LTML040C L M LTMR040C 02 L M LTML040C L M LTMR040C 04 L M LTML040G L M LTMR040G 02 L M LTML040G L M LTMR040G 04 L M LTL017C L M LTR017C 02 L M LTL017C L M LTR017C 04 L M LTL018C L M LTR018C 02 L M LTL018C L M LTR018C 04 L M LTML050B L M LTMR050B 02 L M LTML050B L M LTMR050B 04 L M LTML050E L M LTMR050E 02 L M LTML050E L M LTMR050E 04 L M LTML050J M N LTMR050J 02 M N LTML050J M N LTMR050J 04 M N LTL020D L M LTR020D 02 L M LTL020D L M LTR020D 04 L M LTL021D L M LTR021D 02 L M LTL021D L M LTR021D 04 L M LTL023D L K LTR023D 02 L K LTL023D L M LTR023D 04 L M 188 Torque shown relates only to music wire. When using stainless steel, multiply by

191 TORSION SPRGS 180º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED TORQUE (R) (L) BODY PRICE LIST TO MAX. MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTML060D L M LTMR060D 02 L M LTML060D L M LTMR060D 04 L M LTML060H M N LTMR060H 02 M N LTML060H L M LTMR060H 04 L M LTML060L N P LTMR060L 02 N P LTML060L M N LTMR060L 04 M N LTL025E L M LTR025E 02 L M LTL025E L M LTR025E 04 L M LTL028E M N LTR028E 02 M N LTL028E M P LTR028E 04 M P LTML075F M N LTMR075F 02 M N LTML075F L M LTMR075F 04 L M LTML075K N P LTMR075K 02 N P LTML075K M N LTMR075K 04 M N LTML075Q P Q LTMR075Q 02 P Q LTML075Q P Q LTMR075Q 04 P Q LTL030F M N LTR030F 02 M N LTL030F M P LTR030F 04 M P LTL032F M N LTR032F 02 M N LTL032F M P LTR032F 04 M P LTL035G M N LTR035G 02 M N LTL035G N P LTR035G 04 N P LTL038G N P LTR038G 02 N P LTL038G N P LTR038G 04 N P LTML100J N P LTMR100J 02 N P LTML100J M N LTMR100J 04 M N LTML100N N P LTMR100N 02 N P LTML100N M N LTMR100N 04 M N LTML100T S T LTMR100T 02 S T LTML100T R S LTMR100T 04 R S 189

192 180º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST TORQUE TO MAX. (R) MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL040H N S LTR040H 02 N S LTL040H N P LTR040H 04 N P LTL045H N P LTR045H 02 N P LTL045H N P LTR045H 04 N P LTL048J N P LTR048J 02 N P LTL048J Q R LTR048J 04 Q R LTML125M N P LTMR125M 02 N P LTML125M M N LTMR125M 04 M N LTML125R R S LTMR125R 02 R S LTML125R P R LTMR125R 04 P R LTML125V W X LTMR125V 02 W X LTML125V R S LTMR125V 04 R S LTL051J Q R LTR051J 02 Q R LTL051J Q R LTR051J 04 Q R LTL054K R R LTR054K 02 R R LTL054K R T LTR054K 04 R T LTL059K S T LTR059K 02 S T LTL059K T V LTR059K 04 T V LTML150P P Q LTMR150P 02 P Q LTML150P P Q LTMR150P 04 P Q LTML150U U V LTMR150U 02 U V LTML150U R S LTMR150U 04 R S LTML150X Y BA LTMR150X 02 Y BA LTML150X V X LTMR150X 04 V X LTL063L T V LTR063L 02 T V LTL063L V X LTR063L 04 V X LTL070M V X LTR070M 02 V X LTL070M X Z LTR070M 04 X Z LTL075M X Z LTR075M 02 X Z LTL075M Z BB LTR075M 04 Z BB 190 Torque shown relates only to music wire. When using stainless steel, multiply by

193 TORSION SPRGS 180º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED TORQUE (R) (L) BODY PRICE LIST TO MAX. MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL078N Z BB LTR078N 02 Z BB LTL078N BB BD LTR078N 04 BB BD LTML200S R S LTMR200S 02 R S LTML200S P Q LTMR200S 04 P Q LTML200W X Z LTMR200W 02 X Z LTML200W V X LTMR200W 04 V X LTML200Y Z BB LTMR200Y 02 Z BB LTML200Y Y BA LTMR200Y 04 Y BA LTL085N BB BD LTR085N 02 BB BD LTL085N BD BF LTR085N 04 BD BF LTL095P BD BF LTR095P 02 BD BF LTL095P BF BH LTR095P 04 BF BH LTL105Q BE BG LTR105Q 02 BE BG LTL105Q BF BH LTR105Q 04 BF BH LTL115R BF BH LTR115R 02 BF BH LTL115R BG BJ LTR115R 04 BG BJ LTL125S BG BJ LTR125S 02 BG BJ LTL125S BH BK LTR125S 04 BH BK LTL135T BJ BL LTR135T 02 BJ BL LTL135T BK BM LTR135T 04 BK BM 191

194 210º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM TORQUE (see footnotes) DEFLECTION TO MAX. TORQUE (R) RADIUS (A) OF LEG SUGGESTED MANDREL SIZE (L) BODY APPROX. N- -LB DEG ( ) M S LTL016A M N LTR016A 20 M N LTL020B N P LTR020B 20 N P LTL024C P Q LTR024C 20 P Q LTL026C P Q LTR026C 20 P Q LTL029C P Q LTR029C 20 P Q LTL032C Q Q LTR032C 20 Q Q LTL035C Q Q LTR035C 20 Q Q LTL038D Q R LTR038D 20 Q R LTL040D Q R LTR040D 20 Q R LTL042D S S LTR042D 20 S S LTL045D S S LTR045D 20 S S LTL049E S T LTR049E 20 S T LTL055E T T LTR055E 20 T T LTL059E V W LTR059E 20 V W LTL063E V W LTR063E 20 V W LTL072F X Y LTR072F 20 X Y LTL080F X Y LTR080F 20 X Y LTL085G Y Z LTR085G 20 Y Z LTL092G Y Z LTR092G 20 Y Z LTL095G Y Z LTR095G 20 Y Z LTL105H Y Z LTR105H 20 Y Z LTL112H Z Z LTR112H 20 Z Z LTL125H Z BA LTR125H 20 Z BA LTL135H BA BA LTR135H 20 BA BA TOTAL NO. OF COILS PRICE LIST Music Wire 192 Torque shown relates only to music wire. When using stainless steel, multiply by

195 TORSION SPRGS 270º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED TORQUE (R) (L) BODY PRICE LIST TO MAX. MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL012A L M LTR012A 03 L M LTL012A L M LTR012A 05 L M LTL014A L M LTR014A 03 L M LTL014A L M LTR014A 05 L M LTL015B L M LTR015B 03 L M LTL015B L M LTR015B 05 L M LTML040A L M LTMR040A 03 L M LTML040A L M LTMR040A 05 L M LTML040C L M LTMR040C 03 L M LTML040C L M LTMR040C 05 L M LTML040G L M LTMR040G 03 L M LTML040G L M LTMR040G 05 L M LTL017C L M LTR017C 03 L M LTL017C L M LTR017C 05 L M LTL018C L M LTR018C 03 L M LTL018C L M LTR018C 05 L M LTML050B L M LTMR050B 03 L M LTML050B L M LTMR050B 05 L M LTML050E L M LTMR050E 03 L M LTML050E L M LTMR050E 05 L M LTML050J M P LTMR050J 03 M P LTML050J M N LTMR050J 05 M N LTL020D L M LTR020D 03 L M LTL020D L M LTR020D 05 L M LTL021D L M LTR021D 03 L M LTL021D L M LTR021D 05 L M LTL023D L M LTR023D 03 L M LTL023D L M LTR023D 05 L M 193

196 270º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST TORQUE TO MAX. (R) MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTML060D L M LTMR060D 03 L M LTML060D L M LTMR060D 05 L M LTML060H L M LTMR060H 03 L M LTML060H L M LTMR060H 05 L M LTML060L N P LTMR060L 03 N P LTML060L M N LTMR060L 05 M N LTL025E L M LTR025E 03 L M LTL025E L M LTR025E 05 L M LTL028E M N LTR028E 03 M N LTL028E M P LTR028E 05 M P LTML075F L M LTMR075F 03 L M LTML075F L M LTMR075F 05 L M LTML075K N P LTMR075K 03 N P LTML075K M N LTMR075K 05 M N LTML075Q P Q LTMR075Q 03 P Q LTML075Q P Q LTMR075Q 05 P Q LTL030F M N LTR030F 03 M N LTL030F M P LTR030F 05 M P LTL032F M N LTR032F 03 M N LTL032F M P LTR032F 05 M P LTL035G M N LTR035G 03 M N LTL035G N P LTR035G 05 N P LTL038G N P LTR038G 03 N P LTL038G N P LTR038G 05 N P LTML100J M N LTMR100J 03 M N LTML100J M N LTMR100J 05 M N LTML100N M N LTMR100N 03 M N LTML100N M N LTMR100N 05 M N LTML100T R S LTMR100T 03 R S LTML100T P Q LTMR100T 05 P Q 194 Torque shown relates only to music wire. When using stainless steel, multiply by

197 TORSION SPRGS 270º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED TORQUE (R) (L) BODY PRICE LIST TO MAX. MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL040H S T LTR040H 03 S T LTL040H N P LTR040H 05 N P LTL045H N P LTR045H 03 N P LTL045H N P LTR045H 05 N P LTL048J Q R LTR048J 03 Q R LTL048J Q R LTR048J 05 Q R LTML125M N P LTMR125M 03 N P LTML125M L M LTMR125M 05 L M LTML125R P Q LTMR125R 03 P Q LTML125R P R LTMR125R 05 P R LTML125V S T LTMR125V 03 S T LTML125V P Q LTMR125V 05 P Q LTL051J Q R LTR051J 03 Q R LTL051J Q R LTR051J 05 Q R LTL054K R S LTR054K 03 R S LTL054K R T LTR054K 05 R T LTL059K T U LTR059K 03 T U LTL059K T V LTR059K 05 T V LTML150P P Q LTMR150P 03 P Q LTML150P M N LTMR150P 05 M N LTML150U R S LTMR150U 03 R S LTML150U P Q LTMR150U 05 P Q LTML150X V X LTMR150X 03 V X LTML150X U W LTMR150X 05 U W LTL063L T V LTR063L 03 T V LTL063L V X LTR063L 05 V X LTL070M V X LTR070M 03 V X LTL070M X Z LTR070M 05 X Z LTL075M X Z LTR075M 03 X Z LTL075M Z BB LTR075M 05 Z BB 195

198 270º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST TORQUE TO MAX. (R) MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL078N Z BB LTR078N 03 Z BB LTL078N BB BD LTR078N 05 BB BD LTML200S Q R LTMR200S 03 Q R LTML200S P Q LTMR200S 05 P Q LTML200W V X LTMR200W 03 V X LTML200W V X LTMR200W 05 V X LTML200Y X Z LTMR200Y 03 X Z LTML200Y W Y LTMR200Y 05 W Y LTL085N BB BD LTR085N 03 BB BD LTL085N BD BF LTR085N 05 BD BF LTL095P BD BF LTR095P 03 BD BF LTL095P BF BH LTR095P 05 BF BH LTL105Q BE BG LTR105Q 03 BE BG LTL105Q BF BH LTR105Q 05 BF BH LTL115R BF BH LTR115R 03 BF BH LTL115R BG BJ LTR115R 05 BG BJ LTL125S BG BJ LTR125S 03 BG BJ LTL125S BH BK LTR125S 05 BH BK LTL135T BJ BL LTR135T 03 BJ BL LTL135T BK BM LTR135T 05 BK BM 196 Torque shown relates only to music wire. When using stainless steel, multiply by

199 TORSION SPRGS 300º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM TORQUE (see footnotes) DEFLECTION TO MAX. TORQUE (R) RADIUS (A) OF LEG SUGGESTED MANDREL SIZE (L) BODY APPROX. N- -LB DEG ( ) M S LTL016A M N LTR016A 30 M N LTL020B M N LTR020B 30 M N LTL024C N P LTR024C 30 N P LTL026C N P LTR026C 30 N P LTL029C N P LTR029C 30 N P LTL032C P Q LTR032C 30 P Q LTL035C Q Q LTR035C 30 Q Q LTL038D Q Q LTR038D 30 Q Q LTL040D Q Q LTR040D 30 Q Q LTL042D R S LTR042D 30 R S LTL045D R S LTR045D 30 R S LTL049E S S LTR049E 30 S S LTL055E U V LTR055E 30 U V LTL059E V W LTR059E 30 V W LTL063E V W LTR063E 30 V W LTL072F W W LTR072F 30 W W LTL080F X Y LTR080F 30 X Y LTL085G Y Y LTR085G 30 Y Y LTL092G Y Y LTR092G 30 Y Y LTL095G Z Z LTR095G 30 Z Z LTL105H BA BA LTR105H 30 BA BA LTL112H BA BA LTR112H 30 BA BA LTL125H BA BB LTR125H 30 BA BB LTL135H BB BC LTR135H 30 BB BC TOTAL NO. OF COILS PRICE LIST Music Wire 197

200 360º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST TORQUE TO MAX. (R) MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL012A L M LTR012A 06 L M LTL012A L M LTR012A 08 L M LTL014A L M LTR014A 06 L M LTL014A L M LTR014A 08 L M LTL015B L M LTR015B 06 L M LTL015B L M LTR015B 08 L M LTML040A L M LTMR040A 06 L M LTML040A L M LTMR040A 08 L M LTML040C L M LTMR040C 06 L M LTML040C L M LTMR040C 08 L M LTML040G L M LTMR040G 06 L M LTML040G L M LTMR040G 08 L M LTL017C L M LTR017C 06 L M LTL017C L M LTR017C 08 L M LTL018C L M LTR018C 06 L M LTL018C M N LTR018C 08 M N LTML050B L M LTMR050B 06 L M LTML050B L M LTMR050B 08 L M LTML050E L M LTMR050E 06 L M LTML050E L M LTMR050E 08 L M LTML050J M N LTMR050J 06 M N LTML050J M N LTMR050J 08 M N LTL020D L M LTR020D 06 L M LTL020D M N LTR020D 08 M N LTL021D L M LTR021D 06 L M LTL021D L N LTR021D 08 L N LTL023D L M LTR023D 06 L M LTL023D M N LTR023D 08 M N 198 Torque shown relates only to music wire. When using stainless steel, multiply by

201 TORSION SPRGS 360º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED TORQUE (R) (L) BODY PRICE LIST TO MAX. MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTML060D L M LTMR060D 06 L M LTML060D L M LTMR060D 08 L M LTML060H L M LTMR060H 06 L M LTML060H L M LTMR060H 08 L M LTML060L M N LTMR060L 06 M N LTML060L M N LTMR060L 08 M N LTL025E L M LTR025E 06 L M LTL025E M N LTR025E 08 M N LTL028E M P LTR028E 06 M P LTL028E Q R LTR028E 08 Q R LTML075F L M LTMR075F 06 L M LTML075F L M LTMR075F 08 L M LTML075K L M LTMR075K 06 L M LTML075K L M LTMR075K 08 L M LTML075Q M N LTMR075Q 06 M N LTML075Q M N LTMR075Q 08 M N LTL030F M P LTR030F 06 M P LTL030F Q Q LTR030F 08 Q Q LTL032F M P LTR032F 06 M P LTL032F R S LTR032F 08 R S LTL035G N P LTR035G 06 N P LTL035G U V LTR035G 08 U V LTL038G N P LTR038G 06 N P LTL038G X Z LTR038G 08 X Z LTML100J L M LTMR100J 06 L M LTML100J L M LTMR100J 08 L M LTML100N M N LTMR100N 06 M N LTML100N M N LTMR100N 08 M N LTML100T P R LTMR100T 06 P R LTML100T N P LTMR100T 08 N P 199

202 360º Left Hand or Right Helix TORSION SPRGS Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED (L) BODY PRICE LIST TORQUE TO MAX. (R) MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL040H N P LTR040H 06 N P LTL040H R S LTR040H 08 R S LTL045H N P LTR045H 06 N P LTL045H U V LTR045H 08 U V LTL048J Q R LTR048J 06 Q R LTL048J T U LTR048J 08 T U LTML125M M N LTMR125M 06 M N LTML125M M N LTMR125M 08 M N LTML125R M N LTMR125R 06 M N LTML125R M N LTMR125R 08 M N LTML125V S T LTMR125V 06 S T LTML125V S T LTMR125V 08 S T LTL051J Q R LTR051J 06 Q R LTL051J X X LTR051J 08 X X LTL054K S T LTR054K 06 S T LTL054K X X LTR054K 08 X X LTL059K T V LTR059K 06 T V LTL059K X Y LTR059K 08 X Y LTML150P M N LTMR150P 06 M N LTML150P M N LTMR150P 08 M N LTML150U R S LTMR150U 06 R S LTML150U Q R LTMR150U 08 Q R LTML150X V X LTMR150X 06 V X LTML150X U W LTMR150X 08 U W LTL063L W Y LTR063L 08 W Y LTL063L V X LTR063L 06 V X LTL070M X Z LTR070M 06 X Z LTL070M Y BA LTR070M 08 Y BA LTL075M Z BB LTR075M 06 Z BB LTL075M BA BC LTR075M 08 BA BC 200 Torque shown relates only to music wire. When using stainless steel, multiply by

203 TORSION SPRGS 360º Left Hand or Right Helix Music Wire (Plated) or Steel (Passivated) (T) MAXIMUM DEFLECTION (A) SUGGESTED TORQUE (R) (L) BODY PRICE LIST TO MAX. MANDREL TOTAL (see footnotes) RADIUS OF LEG SIZE NO. OF Music TORQUE APPROX. Wire COILS N- -LB DEG ( ) M S LTL078N BB BD LTR078N 06 BB BD LTL078N BC BE LTR078N 08 BC BE LTML200S P Q LTMR200S 06 P Q LTML200S N P LTMR200S 08 N P LTML200W V X LTMR200W 06 V X LTML200W U W LTMR200W 08 U W LTML200Y Y BA LTMR200Y 06 Y BA LTML200Y X X LTMR200Y 08 X X LTL085N BD BF LTR085N 06 BD BF LTL085N BE BF LTR085N 08 BE BF LTL095P BF BH LTR095P 06 BF BH LTL095P BG BJ LTR095P 08 BG BJ LTL105Q BF BH LTR105Q 06 BF BH LTL105Q BG BJ LTR105Q 08 BG BJ LTL115R BG BJ LTR115R 06 BG BJ LTL115R BH BK LTR115R 08 BH BK LTL125S BH BK LTR125S 06 BH BK LTL125S BJ BL LTR125S 08 BJ BL LTL135T BK BM LTR135T 06 BK BM LTL135T BL BP LTR135T 08 BL BP 201

204 CUSTOM SPRG DESIGN & MANUFACTURE Conical Springs Swivel Hook Springs Drawbar Springs Springs can be designed to an almost unlimited variety of configurations and over the years Lee Spring has manufactured literally tens of thousands of custom designed springs. Custom designs are usually considered when either the performance characteristics required (e.g. environmental conditions, product life cycle, and load capabilities) or physical size and configuration requirements exceed the scope of what is available from Lee Spring s comprehensive stock range. On page 239 you will find a Glossary which will help explain the terminology used when specifying custom springs as well as specification forms (from page 227) for several types of common springs. We have included brief guidelines to further assist selection. Lee Spring also has the capability to many other types of springs, washers, wire forms and stampings as well as assemblies of these products. Please contact us to discuss your particular application. 202

205 CONSTANT FORCE SPRGS Guide to using tables Width is the width of material used to make a spring. Lee Stock Number ordering reference. Life Cycles is the number of times a spring can be loaded and unloaded between two points without permanently changing its properties. Thickness is the thickness of material used to make a spring. Length is the length of a spring fully unwound. CONSTANT FORCE SPRGS Steel 301 LIFE CYCLES THICKNESS (T) WIDTH (W) ITIAL DEFLECTION (If) WORKG DEFLECTION (Wf) SIDE (ID) DRUM (DD) LOAD (P) +/- 20% N LB LCF S Y LCF S Y LCF S Y LCF S Z LCF S BC LCF S BG LCF S BG LCF S BH LCF S BW LCF S CD LCF S Z LCF S Z LCF S Z LCF S BA LCF S BC LCF S BG LCF S BG LCF S BJ LCF S BR LCF S BY LCF S Z LCF S Z LCF S BA LCF S BA LCF S BG LCF S BM LCF S BQ LCF S BQ LCF S BW LCF S CE LCF S Z LCF S BA LCF S BA LCF S BB LCF S BG LCF S BG LCF S BM LCF S BQ LCF S BW LCF S CE PRICE GROUP Inside Diameter is the natural inside diameter of a spring before assembling with a drum. Price Group reference to price list. Load is the force applied to a spring that causes a deflection. Drum Diameter is the outside diameter of a drum/shaft over which a spring fits firmly. Working Deflection is the deflection to which a spring can be safely subjected to without permanently changing its properties. Initial Deflection is the minimum deflection of a spring needed to attain the specified load. ADDITIONAL FORMATION Manufactured from high yield 301 stainless steel strip our constant force springs exert a near constant restraining force to resist uncoiling. This natural inbuilt stress resists load at an even rate and so makes the springs suitable for use in retractor mechanisms. Common applications include counterbalance springs, car seat belt and cable retractors. Four life cycle ranges are offered: 2,500, 4,000, 13,000 and 25,000 covering loads from 1.02 to 73.42N (0.23 to 16.50lb). Mounting 204 Constant force springs are generally tightly coiled on a drum with either the free end or the drum attached to the load. This relationship can also be reversed. Important points to note: The drum diameter should be 10 to 20% larger than the inside diameter of the spring. A minimum of one and one-half coils should remain on the drum at maximum extension. The strip from which these springs are manufactured becomes unstable at long extensions and so should be guided to prevent twisting or kinking on recoil. Idler pulleys must be larger in diameter than the natural diameter and should never be used to cause back-bending against the natural radius of curvature. 203

206 CONSTANT FORCE SPRGS Steel 301 LIFE CYCLES THICKNESS (T) WIDTH (W) ITIAL DEFLECTION (If) WORKG DEFLECTION (Wf) SIDE (ID) DRUM PRICE (DD) LOAD (P) +/- 20% GROUP N LB LCF S Y LCF S Y LCF S Y LCF S Z LCF S BC LCF S BG LCF S BG LCF S BH LCF S BW LCF S CD LCF S Z LCF S Z LCF S Z LCF S BA LCF S BC LCF S BG LCF S BG LCF S BJ LCF S BR LCF S BY LCF S Z LCF S Z LCF S BA LCF S BA LCF S BG LCF S BM LCF S BQ LCF S BQ LCF S BW LCF S CE LCF S Z LCF S BA LCF S BA LCF S BB LCF S BG LCF S BG LCF S BM LCF S BQ LCF S BW LCF S CE 204

207 BATTERY SPRGS Guide to using tables OD Base outside diameter at the base of the spring. Wire Diameter in ascending order of size. Lee Stock Number ordering reference. Battery Size size of battery the springs have been to designed to work with Interior Mount Battery Springs BATTERY SPRGS BATTERY OD ID ID APPROX STALLED CENTRE TO PRICE SIZE BASE TOP EYELET LOAD HEIGHT CENTRE GROUP N LB MUSIC NICKEL COATED LB 024A 01 AA AA N/A N/A P LB 024A 01 AAA AAA N/A N/A P LB 032A 01 C C N/A N/A P LB 036A 01 D D N/A N/A P BERYLLIUM COPPER SILVER COATED LBC 028A 01 AA AA N/A N/A S LBC 028A 01 AAA AAA N/A N/A S LBC 038A 01 C C N/A N/A U LBC 040A 01 D D N/A N/A X Exterior Mount Battery Springs Centre to BATTERY OD ID ID APPROX STALLED CENTRE TO PRICE SIZE BASE TOP EYELET LOAD HEIGHT CENTRE GROUP N LB MUSIC NICKEL COATED LB 024B 01 AA AA P LB 024B 01 AAA AAA P LB 032B 01 C C P LB 036B 01 D D P BERYLLIUM COPPER SILVER COATED LBC 028B 01 AA AA S LBC 028B 01 AAA AAA S LBC 038B 01 C C U LBC 040B 01 D D X Adaptable Mount Battery Springs Installed Height BATTERY OD ID ID APPROX STALLED CENTRE TO PRICE SIZE BASE TOP EYELET LOAD HEIGHT END GROUP ADDITIONAL FORMATION MUSIC NICKEL COATED Four mounting configurations are offered interior, exterior, adjustable and double - all of N LB LB 024C 01 AA AA N/A N/A N LB 024C 01 AAA AAA N/A N/A N which have been developed to work with the four most popular battery sizes: AA, AAA, C LB 032C 01 C C N/A N/A N LB 036C 01 D D N/A N/A N BERYLLIUM COPPER SILVER COATED and D. Custom designs are also possible. ID Top Free Length inside diameter at length of the spring in the top of the spring. the unloaded position. LBC 028C 01 AA AA N/A N/A R LBC 028C 01 AAA AAA N/A N/A R LBC 038C 01 C C N/A N/A U Battery springs are produced in nickel coated music wire for several reasons. LBC 040C 01 D D N/A N/A Z Most alkaline batteries Double use Mount nickel Battery plated Springs containers and so nickel coatings on contact surfaces are generally preferred. The use of similar materials also removes the possibility of galvanic corrosion and enhances resistance to wear. Additionally, nickel helps to break down the oxide that can form on battery contact surfaces, it offers excellent corrosion resistance and is an excellent conductor of electricity. We can now offer our battery springs in silver coated beryllium copper. Beryllium copper is among the hardest, strongest, and most wear-resistant of copper alloys. Silver coating further enhances electrical and thermal conductivity. Electric conductivity is 65 to 70% that of copper while strength and fatigue resistance are comparable with higher beryllium alloys. The light silver-plating also facilitates easy soldering. Beryllium copper is corrosion resistance in many environments, and is both non-magnetic and non-sparking. ID Eyelet inside diameter of the eyelet inside the base of the spring. Price Group reference to the price list. Centre/End Length distance between points as shown in graphical images below. the length to which the spring will be compressed when assembled. Approximate Load the load or force required to reach the installed height. Interior Mount Battery Springs Adaptable Mount Battery Springs Exterior Mount Battery Springs Double Mount Battery Springs 205

208 Interior Mount Battery Springs BATTERY SIZE BATTERY SPRGS N LB MUSIC NICKEL COATED LB 024A 01 AA AA N/A N/A P LB 024A 01 AAA AAA N/A N/A P LB 032A 01 C C N/A N/A P LB 036A 01 D D N/A N/A P BERYLLIUM COPPER SILVER COATED LBC 028A 01 AA AA N/A N/A S LBC 028A 01 AAA AAA N/A N/A S LBC 038A 01 C C N/A N/A U LBC 040A 01 D D N/A N/A X BATTERY SIZE OD BASE Exterior Mount Battery Springs OD BASE ID TOP ID TOP ID EYELET ID EYELET APPROX LOAD APPROX LOAD STALLED HEIGHT STALLED HEIGHT CENTRE TO CENTRE CENTRE TO CENTRE N LB MUSIC NICKEL COATED LB 024B 01 AA AA P LB 024B 01 AAA AAA P LB 032B 01 C C P LB 036B 01 D D P BERYLLIUM COPPER SILVER COATED LBC 028B 01 AA AA S LBC 028B 01 AAA AAA S LBC 038B 01 C C U LBC 040B 01 D D X PRICE GROUP PRICE GROUP Adaptable Mount Battery Springs BATTERY SIZE OD BASE ID TOP N LB MUSIC NICKEL COATED LB 024C 01 AA AA N/A N/A N LB 024C 01 AAA AAA N/A N/A N LB 032C 01 C C N/A N/A N LB 036C 01 D D N/A N/A N BERYLLIUM COPPER SILVER COATED LBC 028C 01 AA AA N/A N/A R LBC 028C 01 AAA AAA N/A N/A R LBC 038C 01 C C N/A N/A U LBC 040C 01 D D N/A N/A Z ID EYELET APPROX LOAD STALLED HEIGHT CENTRE TO END PRICE GROUP Double Mount Battery Springs BATTERY SIZE OD BASE ID TOP N LB MUSIC NICKEL COATED LB 024D 01 AA AA N/A N/A T LB 024D 01 AAA AAA N/A N/A T LB 032D 01 C C N/A N/A T LB 036D 01 D D N/A N/A T BERYLLIUM COPPER SILVER COATED LBC 028D 01 AA AA N/A N/A V LBC 028D 01 AAA AAA N/A N/A Y LBC 038D 01 C C N/A N/A BB LBC 040D 01 D D N/A N/A BE ID EYELET APPROX LOAD STALLED HEIGHT CENTRE TO CENTRE PRICE GROUP 206

209 CONTUOUS EXTENSION SPRGS Guide to using tables Free Length overall length of the spring. Initial Tension the force that keeps the coils of an extension spring closed and which must be overcome before the coils start to open. Lee Stock Number Please add suffix M for Music Wire or S for Steel when ordering. Outside Diameter arranged through the pages in ascending order of size. Wire Diameter in ascending order of size, within each group of outside diameters CONTUOUS EXTENSION SPRGS Music Wire (Lightly Oiled) or Steel (Natural) N ITIAL TENSION LB APPROX OF COILS PER STIFFNESS K LEC 014A BB BB LEC 014A BC BC LEC 014A BD BF LEC 016A BB BB LEC 016A BC BC LEC 016A BD BF LEC 018A BB BB LEC 018A BC BC LEC 018A BD BF LEC 020A BB BB LEC 020A BC BC LEC 020A BD BF LEC 022A BB BB LEC 022A BC BC LEC 022A BD BF LEC 018C BC BC LEC 018C BD BE LEC 018C BE BJ LEC 022C BC BC LEC 022C BD BE LEC 022C BE BJ LEC 026C BC BC LEC 026C BD BE LEC 026C BE BJ LEC 029C BC BC LEC 029C BD BE LEC 029C BE BJ LEC 031C BC BC ADDITIONAL FORMATION Continuous length extension springs are available in three lengths: 12, 24 & 36 inch. LEC 031C BD BE LEC 031C BE BJ LEC 034C BC BC LEC 034C BD BE LEC 034C BE BJ LEC 037C BC BC LEC 037C BD BE Continuous length extension springs are designed to be cut to the length required by the user. All continuous length springs are right hand wound. Material specification, finishes and tolerances are detailed on the specification page 237. Please note that the stiffness and initial tension listed in the following extension spring tables relate only to music wire. When choosing stainless steel multiply the factors by To determine the spring rate (Newtons per mm of extension) at the final cut length use the following formula: Music Wire M S Number of Coils coils in each unit length. Price Group reference to the price list. Stiffness factor used to calculate spring rate based on the final cut length. 7 Rate = K x where K = Stiffness N N = Number of coils per mm x body length in mm To determine load at an extended length multiply deflection by the spring rate and add initial tension. VARIOUS LOOPS OR HOOKS CAN BE FORMED ON THE ENDS OF CONTUOUS EXTENSION SPRGS. Step 1 Step 2 Step 3 Step 4 Fold Spring 180 at desired length and cut. Cut shorter than needed by one-half the coil body diameter. Across from cut end, bend last coil up at 45 angle. To form double loop, bend last two coils up 45. Do not use heat! Twist cut end of loop into center of coil body. This may require pliers. You may have to twist past center to allow the loop to flex back. Cut end of newly formed loop to obtain any gap needed for mounting. 207

210 CONTUOUS EXTENSION SPRGS Music Wire (Lightly Oiled) or Steel (Natural) N ITIAL TENSION LB APPROX OF COILS PER STIFFNESS K LEC 014A BB BB LEC 014A BC BC LEC 014A BD BF LEC 016A BB BB LEC 016A BC BC LEC 016A BD BF LEC 018A BB BB LEC 018A BC BC LEC 018A BD BF LEC 020A BB BB LEC 020A BC BC LEC 020A BD BF LEC 022A BB BB LEC 022A BC BC LEC 022A BD BF LEC 018C BC BC LEC 018C BD BE LEC 018C BE BJ LEC 022C BC BC LEC 022C BD BE LEC 022C BE BJ LEC 026C BC BC LEC 026C BD BE LEC 026C BE BJ LEC 029C BC BC LEC 029C BD BE LEC 029C BE BJ LEC 031C BC BC LEC 031C BD BE LEC 031C BE BJ LEC 034C BC BC LEC 034C BD BE LEC 034C BE BJ LEC 037C BC BC LEC 037C BD BE LEC 037C BE BJ LEC 041C BC BC LEC 041C BD BE LEC 041C BE BJ LEC 026D BD BE LEC 026D BE BH LEC 026D BG BL LEC 031D BD BE LEC 031D BE BH LEC 031D BG BL LEC 034D BD BE LEC 034D BE BH LEC 034D BG BL LEC 037D BD BE LEC 037D BE BH LEC 037D BG BL Music Wire M S 208

211 CONTUOUS EXTENSION SPRGS Music Wire (Lightly Oiled) or Steel (Natural) N ITIAL TENSION LB APPROX OF COILS PER STIFFNESS K LEC 039D BD BE LEC 039D BE BH LEC 039D BG BL LEC 041D BD BE LEC 041D BE BH LEC 041D BG BL LEC 045D BD BE LEC 045D BE BH LEC 045D BG BL LEC 049D BD BE LEC 049D BF BH LEC 049D BG BL LEC 052D BD BE LEC 052D BF BH LEC 052D BH BM LEC 055D BD BE LEC 055D BF BH LEC 055D BH BM LEC 058D BD BE LEC 058D BF BH LEC 058D BH BM LEC 034E BE BG LEC 034E BG BK LEC 034E BJ BP LEC 037E BE BG LEC 037E BG BK LEC 037E BJ BP LEC 041E BE BG LEC 041E BG BK LEC 041E BJ BP LEC 045E BE BG LEC 045E BG BK LEC 045E BJ BP LEC 049E BE BG LEC 049E BG BK LEC 049E BJ BP LEC 055E BE BG LEC 055E BH BL LEC 055E BK BQ LEC 063E BF BG LEC 063E BH BL LEC 063E BK BQ LEC 067E BF BG LEC 067E BH BM LEC 067E BK BR LEC 075E BF BJ LEC 075E BH BN LEC 075E BL BS LEC 049G BK BM LEC 049G BN BR LEC 049G BP BV Music Wire M S 209

212 CONTUOUS EXTENSION SPRGS Music Wire (Lightly Oiled) or Steel (Natural) N ITIAL TENSION LB APPROX OF COILS PER STIFFNESS K LEC 055G BK BM LEC 055G BN BR LEC 055G BQ BV LEC 063G BK BM LEC 063G BN BS LEC 063G BQ BX LEC 069G BL BP LEC 069G BN BS LEC 069G BQ BZ LEC 075G BL BP LEC 075G BP BT LEC 075G BS BZ LEC 085G BL BP LEC 085G BP BT LEC 085G BS BZ LEC 093G BM BP LEC 093G BP BT LEC 093G BT CC LEC 105G BM BQ LEC 105G BQ BV LEC 105G BT CD LEC 112G BM BQ LEC 112G BQ BV LEC 112G BT CD LEC 085JK BN BS LEC 085JK BS BZ LEC 085JK BV CG LEC 105JK BP BT LEC 105JK BT CD LEC 105JK BZ CH LEC 125JK BR BV LEC 125JK BX CE LEC 125JK CD CJ Music Wire M S 210

213 SPECIALITY PARTS - MIL-SPEC SPRGS Guide to using tables Free Length The overall height of the spring in the unloaded position. Active Coils Those coils which are free to deflect under load. Deflection Per Coil Amount of movement per coil to achieve the design load. Deflection The amount of spring movement under the design load. Lee Spring Stock Number Outside Diameter Spring outer diameter, parts listed in ascending order. Wire Diameter Wire diameter of spring wire. UNPLATED (U) ADDITIONAL FORMATION Be sure to specify the complete numbers as designated by AS24585 and AS MIL- SPEC Springs begin with the prefix MS24585 or MS24586 followed by a hyphen and the part number, e.g., MS or MS24586-C13. The following chart (right) is a helpful reference: MUSIC CAD. PLATE (C) ZC PLATE (Z) SPECIALITY PARTS: MIL-SPEC COMPRESSION STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL Ends are Ground. (MS24585) LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG Price Group Reference for price list. Rate Change in load or force per unit of deflection. Solid Height Length when fully compressed. Load: The design load or force to compress spring by its deflection design. MIL-SPEC Unplated Cadmium Plated Zinc Plated Steel MS MS MS MS24585-C1 Compression MS24585 through through through through MS MS MS MS24585-C527 MS MS MS MS24586-C1 Extension MS24586 through through through through MS MS MS MS24586-C354 MATERIALS: All MIL-SPEC springs are available in the four authorised AS24585 and AS24586 materials: Uncoated Music Wire per ASTM A228. Cadmium Plated Music Wire in accordance with SAE-AMS-QQ-P-416, Type II, Class 2. Zinc Plated Music Wire in accordance with ASTM B633, Type II, Fe/Zn5. Corrosion Resistant Steel per ASTM A313 with passivation treatment in accordance with ASTM A967. DFARS Compliant material only. ABOUT DFARS COMPLIANCE DFARS regulates the supply country for certain materials. It applies to Steel but does not apply to Music Wire. For a complete explanation of DFARS Compliance, please contact us for engineering assistance. MIL-SPEC SPRGS AVAILABLE. When you need MIL-SPEC Springs, Lee Spring simplifies the purchasing process by offering the full range of MIL-SPEC Compression Springs and Extension Springs. Simplified pricing no complicated price grids. Paperwork included no additional charges for material certifications or traceability. DFARS Compliance all Steel MIL-SPEC springs meet DFARS specifications. Quick RFQ turnaround quantities over ABOUT MIL-SPEC SPRGS These products are part of the United States Defense Standard. They are used to help achieve standardisation objectives set by the U.S. Department of Defense. They are known interchangeably as military standards, MIL-SPEC, MIL-STD, or MilSpecs. These high precision designs meet stringent technical requirements and are used in a multitude of Military and Aerospace applications, both defense and non-defense related. MIL-SPEC springs are increasingly specified by other non-defense government organisations, technical organisations, and highly regulated industries. The MIL-SPEC standard for compression springs for loads below 20 lbs. is AS24585; this standard was formerly MS The MIL-SPEC standard for extension springs for loads below 30 lbs. is AS24586; this was formerly MS

214 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG 212

215 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH 213

216 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG 214

217 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG 215

218 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG 216

219 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS24585-C BF BG BG MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BF BG BF BG 217

220 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS MS24585-C BF BG BF BG MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BJ BG BJ MS MS MS24585-C BF BH BH MS MS MS24585-C BF BH BH MS MS MS24585-C BF BH BH MS MS MS24585-C BF BH BH MS MS MS24585-C BF BH BH MS MS MS24585-C BF BH BH MS MS MS24585-C BF BH BH MS MS MS24585-C BF BH BH MS MS MS24585-C BF BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS MS24585-C BG BH BG BH MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BF BG BG MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS24585-C BG BH BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ 218

221 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS24585-C BF BH BH MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS MS24585-C BF BH BF BH MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BJ BJ BJ BJ MS MS MS MS24585-C BJ BJ BJ BJ MS MS MS MS24585-C BJ BJ BJ BJ MS MS MS MS24585-C BJ BJ BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ 219

222 SPECIALITY PARTS: MIL-SPEC COMPRESSION Ends are Ground. (MS24585) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL LOAD DEFLECTION SOLID HEIGHT N N/ U C Z S MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BJ BJ BJ MS MS MS24585-C BJ BJ BJ MS MS MS24585-C BJ BJ BJ MS MS MS24585-C BJ BJ BJ MS MS MS24585-C BJ BJ BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BG BJ BG BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS MS24585-C BH BJ BH BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BG BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BH BJ BJ MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK MS MS MS24585-C BJ BK BK 220

223 SPECIALITY PARTS: MIL-SPEC EXTENSION Loops In-line position (MS24586) free length inside loops UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL MAX LOAD IT TENSION MAX EXT N N N/ U C Z S MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS24586-C BH BH BJ MS MS MS24586-C BH BH BJ MS MS MS24586-C BH BH BJ MS MS MS24586-C BH BH BJ MS MS MS24586-C BH BH BJ MS MS MS24586-C BH BH BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH 221

224 free length inside loops SPECIALITY PARTS: MIL-SPEC EXTENSION Loops In-line position (MS24586) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL MAX LOAD IT TENSION MAX EXT N N N/ U C Z S MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH MS MS MS24586-C BG BH BH MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BJ BJ BJ BJ 222

225 SPECIALITY PARTS: MIL-SPEC EXTENSION Loops In-line position (MS24586) free length inside loops UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL MAX LOAD IT TENSION MAX EXT N N N/ U C Z S MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BH BG BH MS MS MS MS24586-C BG BJ BG BJ MS MS MS MS24586-C BG BJ BG BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BL BL MS MS MS24586-C BJ BL BL MS MS MS24586-C BJ BL BL MS MS MS24586-C BJ BL BL MS MS MS24586-C BK BM BM MS MS MS24586-C BK BM BM MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BH BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BH BJ BH BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BK BJ BK MS MS MS MS24586-C BJ BK BJ BK MS MS MS MS24586-C BJ BK BJ BK MS MS MS MS24586-C BJ BK BJ BK MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ 223

226 free length inside loops SPECIALITY PARTS: MIL-SPEC EXTENSION Loops In-line position (MS24586) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL MAX LOAD IT TENSION MAX EXT N N N/ U C Z S MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BJ BJ MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BL BL MS MS MS24586-C BK BL BL MS MS MS24586-C BK BM BM MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BJ BJ BJ MS MS MS MS24586-C BJ BK BJ BK MS MS MS MS24586-C BJ BK BJ BK MS MS MS MS24586-C BJ BK BJ BK MS MS MS MS24586-C BJ BL BJ BL MS MS MS MS24586-C BK BL BK BL MS MS MS MS24586-C BK BL BK BL MS MS MS MS24586-C BK BL BK BL MS MS MS MS24586-C BK BM BK BM MS MS MS MS24586-C BK BM BK BM MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BL BQ BL BQ MS MS MS MS24586-C BL BQ BL BQ MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BK BK MS MS MS24586-C BJ BL BL MS MS MS24586-C BJ BL BL MS MS MS24586-C BJ BL BL MS MS MS24586-C BK BM BM MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS MS24586-C BJ BK BJ BK MS MS MS MS24586-C BJ BL BJ BL MS MS MS MS24586-C BJ BL BJ BL MS MS MS MS24586-C BJ BL BJ BL MS MS MS MS24586-C BJ BL BJ BL MS MS MS MS24586-C BJ BM BJ BM MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BQ BK BQ MS MS MS MS24586-C BK BQ BK BQ MS MS MS MS24586-C BL BQ BL BQ MS MS MS MS24586-C BL BQ BL BQ 224

227 SPECIALITY PARTS: MIL-SPEC EXTENSION Loops In-line position (MS24586) free length inside loops UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL MAX LOAD IT TENSION MAX EXT N N N/ U C Z S MS MS MS24586-C BJ BL BJ MS MS MS24586-C BK BM BK MS MS MS24586-C BK BM BK MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS24586-C BK BN BN MS MS MS24586-C BL BQ BQ MS MS MS24586-C BL BQ BQ MS MS MS MS24586-C BJ BL BJ BL MS MS MS MS24586-C BJ BM BJ BM MS MS MS MS24586-C BJ BM BJ BM MS MS MS MS24586-C BJ BN BJ BN MS MS MS MS24586-C BJ BN BJ BN MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BQ BK BQ MS MS MS MS24586-C BK BQ BK BQ MS MS MS MS24586-C BL BQ BL BQ MS MS MS MS24586-C BL BS BL BS MS MS MS MS24586-C BM BT BM BT MS MS MS MS24586-C BM BU BM BU MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BJ BL BJ BL MS MS MS MS24586-C BJ BL BJ BL MS MS MS MS24586-C BJ BN BJ BN MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BN BK BN MS MS MS MS24586-C BK BQ BK BQ MS MS MS MS24586-C BK BS BK BS MS MS MS MS24586-C BL BS BL BS MS MS MS MS24586-C BL BT BL BT MS MS MS MS24586-C BM BU BM BU MS MS MS MS24586-C BM BW BM BW MS MS MS MS24586-C BM BW BM BW MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BW BN BW MS MS MS24586-C BM BT BT MS MS MS24586-C BM BT BT MS MS MS24586-C BM BT BT MS MS MS24586-C BM BT BT MS MS MS24586-C BM BT BT MS MS MS24586-C BM BT BT MS MS MS24586-C BM BU BU MS MS MS24586-C BM BU BU MS MS MS24586-C BM BU BU MS MS MS24586-C BM BU BU MS MS MS24586-C BM BU BU MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW 225

228 free length inside loops SPECIALITY PARTS: MIL-SPEC EXTENSION Loops In-line position (MS24586) UNPLATED (U) MUSIC CAD. PLATE (C) ZC PLATE (Z) STALESS STEEL PASSIVATED (S) OD WD ACTIVE COILS DEFLECTION PER COIL MAX LOAD IT TENSION MAX EXT N N N/ U C Z S MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BW BW MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BW BN BW MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BN BZ BN BZ MS MS MS MS24586-C BN BZ BN BZ MS MS MS MS24586-C BN BZ BN BZ MS MS MS MS24586-C BN BZ BN BZ MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BN BX BX MS MS MS24586-C BQ BZ BZ MS MS MS24586-C BQ BZ BZ MS MS MS24586-C BQ BZ BZ MS MS MS24586-C BQ BZ BZ MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BN BX BN BX MS MS MS MS24586-C BQ BZ BQ BZ MS MS MS MS24586-C BQ BZ BQ BZ MS MS MS MS24586-C BQ BZ BQ BZ MS MS MS MS24586-C BQ BZ BQ BZ MS MS MS MS24586-C BQ CA BQ CA 226

229 WAVE SPRGS SPECIFICATION FORM LOAD Equal Deflection and Load LOAD Reduced Operating Height REDUX TM Wave Spring Coil Spring RADIAL WALL HEIGHT THICKNESS OPES HOLE CLEARS ROD TURNS LOAD AT WORKG HEIGHT WAVES PER TURN DICATE UNITS OF MEASURE (. & LB.), ( & N) 1. MATERIAL 2. THICKNESS 3. RADIAL WALL 4. DIRECTION OF WD OPT LH RH SIDE 5. HEIGHT 6. +/- BETWEEN & 7. LOAD 1 8. LOAD 2 9. HOLE 10. ROD 11. OF TURNS 12. WAVES PER TURN 13. SQUARENESS 14. FISH 15. FREQUENCY OF COMPRESSION CYCLES/SEC. AND WORKG RANGE HEIGHT 1 TO HEIGHT OPERATG TEMP. F/ C 17. OTHER: QUANTITY TO QUOTE FOR CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 227

230 CONSTANT FORCE SPRGS SPECIFICATION FORM If Wf E T If = Initial deflection to reach rated load Wf = Max. working deflection DD I.D. B DIA. A W R DICATE UNITS OF MEASURE (. & LB.), ( & N) 1. MATERIAL 2. MATERIAL THICKNESS 3. MATERIAL WIDTH SIDE DIA 6. DRUM DIA 7. LOAD WORKG DEFLECTION 8. LIFE CYCLES 9. STANDARD END CONFIGURATION: (OTHER CONFIGURATIONS AVAILABLE UPON REQUEST) DIMENSION A DIMENSION B (DIA) END RADIUS R PICKUP E 10. FISH 11. OPERATG TEMP. F/ C 12. OTHER: QUANTITY TO QUOTE FOR CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 228

231 COMPRESSION SPRGS SPECIFICATION FORM Compression springs are generally specified to work in a bore or over a rod. They can be supplied with end coils closed and ground square for optimum alignment and reduced solid height. Springs can also be pre-stressed during manufacture to maintain length at elevated stress levels. I II III IV CLOSED & GROUND ENDS. RH LH CLOSED ENDS, NOT GROUND. OPEN ENDS, NOT GROUND. OPEN ENDS, GROUND. SIDE +/- +/- OR WORKS OVER MAX +/- OR WORKS DICATE UNITS OF MEASURE ( & LB), (mm & kg) DICATE UNITS OF MEASURE ( & LB), ( & N) 1. MATERIAL 2. DIA. 3. DIRECTION OF WD OPT LH RH 4. STYLE OF END I II III IV 5. SQUARENESS 6. +/- BETWEEN & 7. LOAD 1 8. LOAD 2 9. No. OF ACTIVE COILS 10. TOTAL No. OF COILS 11. FISH 12. FREQUENCY OF COMPRESSION CYCLES/SEC AND WORKG RANGE 1 TO OPERATG TEMP F/ C 14. OTHER QUANTITY TO QUOTE FOR CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 229

232 CONICAL SPRGS SPECIFICATION FORM Conical springs are specified where the large end is designed to work in a bore and the small end fits over a rod. Springs of this type offer reduced solid height compared to straight compression springs, especially when they are capable of telescoping. I II CLOSED & GROUND ENDS. CLOSED ENDS, NOT GROUND. SIDE MAX DICATE UNITS OF MEASURE ( & LB), (mm & kg) DICATE UNITS OF MEASURE ( & LB), ( & N) 1. MATERIAL 2. DIA. 3. DIRECTION OF WD OPT LH RH 4. STYLE OF END I II 5. +/- BETWEEN & 6. LOAD 1 +/- +/- +/- 8. No. OF ACTIVE COILS 9. TOTAL No. OF COILS 10. FISH 11. FREQUENCY OF COMPRESSION CYCLES/SEC AND WORKG RANGE 1 TO OPERATG TEMP F/ C 13. OTHER 7. LOAD 2 QUANTITY TO QUOTE FOR CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 230

233 EXTENSION SPRGS SPECIFICATION FORM Extension springs feature a close wound body with loops on both ends to facilitate attachment. They are supplied wound with initial tension that can be varied within a limited range to achieve different loading characteristics. Other features such as loop diameter, opening and relative position can be modified to ensure a proper fit. END STYLE LOOP TYPE I MACHE LOOPS RECOENDED LOOP. M 1/2 I.D. MAX 1.1 x I.D. II III IV CROSSOVER SIDE LOOPS EXTENDED HOOKS I.D. I.D. I.D. I.D. A OPENG 1.1 x I.D. AS REQUIRED B LOOP/HOOK A LOOP/HOOK B +/- OPENG. OPENG. A ACTIVE COILS B OPENGS +/- +/- +/- +/- +/- DICATE UNITS OF MEASURE ( & LB), ( & N) 9. MAXIMUM EXTENDED (SIDE ENDS) WITHOUT SET 1. MATERIAL 2. DIA. 3. DIRECTION OF WD OPT LH RH 4. END STYLE A I II III IV B I II III IV (SEE ABOVE) 5. ITAL TENSION +/- 6. +/- BETWEEN & 7. LOAD 1 8. LOAD RELATIVE LOOP POSITION RANDOM OR ALIGNED AT DEGREES +/- DEGREES 11. FISH 12. FREQUENCY OF EXTENSION CYCLES/SEC AND WORKG RANGE 1 TO OPERATG TEMP F/ C 14. OTHER QUANTITY TO QUOTE FOR CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 231

234 SWIVEL HOOK SPRGS SPECIFICATION FORM Swivel hook springs are best suited to heavy duty or high cycle applications. Unlike standard extension springs of similar dimension the hooks on these springs can be designed for optimum life cycle requirements and can also rotate to suit alignment conditions. HOOKS HOOK ID 1. MATERIAL 2. DIA. 3. HOOK A ID 4. HOOK B ID +/- +/- +/- OPENG. +/- OPENG. HOOK OPENG +/- A CONE APPROX. COILS EACH END. B APPROX. CLOSE WOUND COILS. +/- DICATE UNITS OF MEASURE ( & LB), ( & N) 8. MAXIMUM EXTENDED (SIDE ENDS) WITHOUT SET 1. MATERIAL 2. DIA. 3. DIRECTION OF WD OPT LH RH 4. ITAL TENSION +/- 5. +/- BETWEEN & 6. LOAD 1 9. FISH 10. FREQUENCY OF EXTENSION CYCLES/SEC AND WORKG RANGE 1 TO OPERATG TEMP F/ C 12. OTHER 7. LOAD 2 QUANTITY TO QUOTE FOR CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 232

235 TORSION SPRGS SPECIFICATION FORM Torsion springs are designed to operate over a mandrel. They are wound left or right hand as required to withstand the loads applied. Spring legs are specified to ensure proper fit and function. TABLE 1 I II III TABLE 2 DIRECTION OF WD Straight Offset Ends IV V Short Hook Ends VI Double Torsion LH RH Hinge Ends Straight Torsion Ends Special Ends A B BODY F OF LEG A # OF COILS +/- 1 P 2 MANDREL OF MOMENT ARM +/- DICATE UNITS OF MEASURE ( & LB), (mm & kg) DICATE UNITS OF MEASURE ( & LB), ( & N) 1. MATERIAL 2. DIA. 3. DIRECTION OF WD LH RH (SEE TABLE 2) OF LEG B +/- 8. TORQUE 2 +/- AT 2 9. OF SPACE AVAILABLE 10. MAXIMUM WOUND POSITION FROM POSITION 11. F ANGLE OR POSITION 4. END STYLE A I II III IV V VI (SEE TABLE 1) 5. STYLE OF END B I II III IV V VI (SEE TABLE 1) 6. +/- BETWEEN PER TURN (360 ) 7. TORQUE 1 +/- AT FISH 13. FREQUENCY OF ROTATION CYCLES/SEC AND WORKG RANGE TO DEFLECTION 13. OPERATG TEMP F/ C QUANTITY TO QUOTE FOR CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 233

236 BATTERY SPRGS SPECIFICATION FORM Battery springs can be configured to meet custom specifications and materials. When designing Battery springs, determine contact location based on the American National Standards Institute s and IEC standard dimensions. Refer to ANSI Standard C18 and International Electrotechnical Commission IEC86. DICATE UNITS OF MEASURE (. & LB.), ( & KG) DICATE UNITS OF MEASURE ( & LB), ( & N) 1. SPRG TYPE I II III IV 7. +/- COMPANY: 1. SPRG TYPE 2. BATTERY I II TYPE III AA IV AAA C D 8. CENTRE ADDRESS: TO CENTRE/END +/- 3. MATERIAL 2. BATTERY TYPE AA AAA C D EYELET ID +/- 3. MATERIAL 5. BASE OD +/- CITY: 10. OF ACTIVE COILS 6. TOP ID +/- STATE: ZIP: TOTAL OF COILS 7. +/- CONTACT: 5. BASE OD 8. CENTER TO CENTER/END +/- +/- 12. PHONE: APPROX 9. EYELET ID +/- 6. TOP ID OF ACTIVE COILS +/- TOTAL OF COILS 13. FAX: FISH APPROX. QUANTITY TO QUOTE FOR QUANTITIES TO BE QUOTED: 13. FISH END USE OR APPLICATION: CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 234

237 BELLEVILLE SPRGS SPECIFICATION FORM When a compression spring application requires a high load in a small space Bellville washers provide a solution. The conical form of these springs enables them to support high loads with relatively small deflections and solid heights compared with helical springs. Belleville springs are often used to solve vibration, thermal expansion, relaxation and bolt creep problems. OD ID h t ARRANGEMENT TYPE A. Single Disk B. Parallel C. Series Ho D. Series-Parallel Deflection Flat Disks: Deflection Flat Disks: Deflection Flat Disks in Series: Disks in Parallel: Deflection Flat DICATE UNITS OF MEASURE ( & LB), ( & N) 1. MATERIAL 2. THICKNESS (t) 3. OD +/- OR WORKS 4. ID +/- OR WORKS OVER 5. HEIGHT (Ho) +/- 6. (h) 7. (h/t) 8. ARRANGEMENT TYPE A B C D 9. STACK HEIGHT 10. OPERATG TEMP F/ C 11. FISH 12. OTHER QUANTITY TO QUOTE FOR CUSTOMER NAME: A/C No: ENQUIRY TAKEN BY: DATE TO SUPPLIER: CUSTOMER CONTACT DATE PRICE RECEIVED: TEL No: 235

238 Custom Springs, Wire Forms, Stampings and Fourslide Parts Lee Spring Offers Support for Every Stage of Custom Design, Manufacturing And Distribution Applications/concurrent engineering staff Regulatory expertise including RoHS, REACH and DFARS Proof of concept methodologies CAD assisted product design, drawing and modeling In-house prototype production services for rapid turnaround Global supply chain network for both production and distribution Blanket agreement and consignment inventory management capabilities Short and long production run capabilities In-house tooling production including EDM Proprietary integrated quality control system Extensive experience working with Aerospace/Military specifications (AS9100), automotive specifications (TS16949) and FDA Trial Support (21 CFR Part 820) ISO 9001 registered quality management system From Start to Finish, Lee Spring has the Custom Capabilities You Need! Spring Types and Dimensions Compressed Springs Outside Diameter: /0.25 mm mm Wire Diameter: /0.05 mm mm Extension Springs Outside Diameter: /0.25 mm mm Wire Diameter: /0.05 mm mm Torsion Springs Outside Diameter: /0.25 mm mm Wire Diameter: /0.05 mm mm Wave Springs Outside Diameter: /5.33 mm mm Inside Diameter: /3.81 mm mm Constant Force Min. Outside Diameter: /8.636 mm Inside Diameter: /7.11 mm mm Min. Length: / mm Wire Forms Wire Diameters: /0.25 mm 6 mm Maximum Finished Length: 60 /1524 mm Stampings Strip Width: up to 3 /76.20 mm Strip Thickness: to /0.13 mm 1.57 mm Fourslide Parts Strip Width: /0.25 mm mm Wire Diameter: /0.13 mm 4.75 mm Strip Thickness: /0.08 mm 3.18 mm Distinct production capabilities including: Plastic Compression, Drawbar, Cone, Double Torsion, Specialty Extension and more. Materials Beryllium Copper Inconel Brass Monel Carbon Steel, Hard Drawn Music Wire Carbon Steel, Oil Tempered Phosphor Bronze Chrome Silicon, Oil Tempered Plastic Composites Chrome Vanadium, Oil Tempered Steel, 300 Series Elgiloy * Steel, 17-7 Hastelloy ** Inquire regarding additional materials. Secondary Operations, Finishing and Services Assembly Passivation Color Coding Powder Coating Electropolishing Shot Peening Grinding Spring Setting Heat Treating Plating: Nickel, Zinc, Cadmium Looping Special Finishes: (e.g., Black Oxide) * Elgiloy is a trademark of Elgiloy ltd. Partnership **Hastelloy is a registered trademark of Haynes International Inc. Inconel and Monel are registered trademarks of Special Metals Corporation 236

239 SPECIFICATIONS & TOLERANCES All the 23,000 + different types of Stock springs listed in this catalogue have been selected to reflect the most popular sizes ordered. Design and manufacturing tolerances generally follow the guideline requirements of: BS :2002 and BS EN :2002 for compression springs BS :2002 and BS EN :2002 for extension springs BS :2002 and BS EN :2002 for torsion springs Springs are manufactured from materials to military, aerospace and/or equivalent British or D standards. Material data Subject to the availability of material, springs may be made from either standard: Music wire: ASTM A228, D 17223, BS 5216, EN , IS4454-1, or JIS-G steel: ASTM A313, D 17224, BS 2056, EN , IS4454-4, or JIS-G Oil tempered MB: ASTM A229, D 17223, BS 2803, IS4454-2, or EN Chrome silicon: ASTM A401, D 17223, BS 2803, IS4454-2, or EN Stress relief Standard compression, die, extension and torsion springs as well as Belleville spring washers are stress relieved to remove strains induced during manufacture. Die and heavy duty compression springs are shot peened and prestressed to enhance their performance. Music Wire Springs (excluding die springs) are de-embrittled at no extra cost. Finishing Our Lite Pressure 316 stainless steel springs are ultrasonically cleaned as well as passivated to offer medical and food grade levels of cleanliness. Passivation is in accordance with specification BS EN 2516:1997 or ASTM A967. Zinc plating is in accordance with specification BS EN 12329:2000 or ASTM B633 Class Fe/Zn 5 Type III (0.0002" thick with clear chromate) and baked for hydrogen embrittlement relief. Die springs are painted different colours to denote duty: Medium Load Grey Medium Load Plus Beige Medium Heavy Load Purple Heavy Load Black Extra Heavy Load Orange All our stock springs are RoHS compliant, with the exception of Cadmium-Plated MIL-SPEC Springs. Operational Temperatures Noticeable deterioration in performance of springs will become apparent if the temperature in which the springs are operating exceed the following maximum temperature recommendations. MUSIC 120 C (250 F) STALESS STEEL 260 C (500 F) OIL TEMPERED MB 120 C (250 F) CHROME SILICON 245 C (475 F) Note: For operation in extreme cold temperatures stainless steel must be used or consider special order for exotic alloys. Tolerances Spring manufacturing, as in many other production processes, is not exact. It can be expected to produce variations in such spring characteristics as load, mean coil diameter, free length, and the relationship of ends or hooks. The very nature of spring forms, materials and standard manufacturing processes cause inherent variations. The overall quality level for a given spring design, however, can be expected to be superior with spring manufacturers who specialise in precision, high-quality components. Normal or average tolerances on performance and dimensional characteristics may be expected to be different for each spring design. Manufacturing variations in a particular spring depend largely on variations in spring characteristics, such as index, wire diameter, number of coils, free length, deflection and ratio of deflection to free length. End Information Lite Pressure and instrument series compression springs have ends closed but not ground. Standard compression, heavy duty and die springs have ends closed and ground square (tolerance 3 ). Extension springs have full loops, random position. Direction of Helix Lee Spring Lite Pressure, compression, die and extension springs maybe left or right-hand wound at the company's discretion. If direction of wind is critical, please specify at time of ordering. Continuous length springs are right-hand wound. Note: Other special finishes may be supplied on request at additional cost. 237

240 CONVERSION DATA Quantity To convert from To Multiply by Length Feet (ft) Metres.3048 Millimetres Metres (m) Feet Inches Inches (in) Metres Millimetres 25.4 Area Square Inches (in 2 ) Square Millimetres Square Millimetres (mm 2 ) Square Inches Volume Cubic Inches (in 3 ) Cubic Millimetres Cubic Millimetres (mm 3 ) Cubic Inches Force Pounds Force (lbf) Newtons Kilograms Force Newtons (N) Pounds Force Kilograms Force Kilograms Force (kgf) Newtons Pounds Force Rate Pounds Force per Inch (Ibf/in) Kilograms Force per Millimetre Newtons per Millimetre Newtons per Millimetre (N/mm) Pounds Force per Inch Kilograms Force per Millimetre Kilograms Force per Millimetre Newtons per Millimetre (kgf/mm) Pounds Force per Inch Torque Pound Force-inch (Ibf/in) Kilogram Force-Millimetre Newton-Metre 0.11 Newton-Metre (Nm) Pound Force-inch Ounce Force-inch Kilogram Force-Millimetre Kilogram Force-Millimetre Pound Force-inch (kgf/mm) Newton-Metre Ounce Force-inch Ounce Force-inch (ozf/in) Pound Force-inch Newton-Metre Kilogram Force-Millimetre 0.72 Stress Pound Force per Square Inch kgf/mm (Ibf/in 2 ) hbar N/mm tonf/in Kilogram Force per Square lbf/in Millimetre (kgf/mm 2 ) hbar N/mm tonf/in Hectobars (hbar) lbf/in N/mm 2 10 kgf/mm tonf/in Newton per Square Millimetre lbf/in (N/mm 2 ) kgf/mm hbar 0.1 tonf/in Ton Force per Square Inch lbf/in (tonf/in 2 ) kgf/mm hbar N/mm Pressure Pound Force per Square Inch to kpa Length 1 cm = in 1 in = 25.4 mm 1 m = ft 1 ft = m 1 km = mile 1 mile = km Weight 1 g = oz 1 oz = g 1 kg = lb 1 lb = kg 1 tonne = ton 1 ton = I.0I6 tonne Area 1 m 2 = yard 2 1 in 2 = mm 2 1 hectare = acre 1 yard 2 = m 2 1 acre = hectare 1 sq mile = 259 hectare MATHEMATICAL SYMBOLS + plus or positive -- minus or negative ± plus or minus, positive or negative x multiplied by divided by = equal to identically equal to not equal to / not identically equal to approximately equal to ~ of the order of or similar to > greater than < less than > not greater than < not less than greater than or equal to less than or equal to >> much greater than << much less than square root infinity proportional to sum of Π product of difference therefore angle parallel to perpendicular to : is to 238

241 GLOSSARY Active coils (effective coils, working coils). The coils of a spring that at any instant are contributing to the rate of the spring. Buckling. The unstable lateral distortion of the major axis of a spring when compressed. Closed end. The end of a helical spring in which the helix angle of the end coil has been progressively reduced until the end coil touches the adjacent coil. Compression spring. A spring whose dimension, in the direction of the applied force, reduces under the action of that force. Compression test. A test carried out by pressing a spring to a specified length a specified number of times. Creep. The change in length of a spring over time when subjected to a constant force. Deflection. The relative displacement of the ends of a spring under the application of a force. Elastic deformation. The deformation that takes place when a material is subjected to any stress up to its elastic limit. On removal of the force causing this deformation the material returns to its original size and shape. Elastic limit (limit of proportionality). The highest stress that can be applied to a material without producing permanent deformation. End fixation factor. A factor used in the calculation of buckling to take account of the method of locating the end of the spring. Extension spring. A spring whose length, in the direction of the applied force, increases under the application of that force. Fatigue. The phenomenon that gives rise to a type of failure which takes place under conditions involving repeated or fluctuating stresses below the elastic limit of the material. Fatigue limit. The value, which may be statistically determined, of the stress condition below which material may endure an infinite number of stress cycles. Fatigue strength (endurance limit). A stress condition under which a material will have a life of a given number of cycles. Fatigue test. A test to determine the number of cycles of stress that will produce failure of a component or test piece. Finish. A coating applied to protect or decorate springs. Free length. The length of a spring when it is not loaded. NOTE. In the case of extension springs this may include the anchor ends. Grinding. The removal of metal from the end faces of a spring by the use of abrasive wheels to obtain a flat surface which is square with the spring axis. Helical spring. A spring made by forming material into a helix. Helix angle. The angle of the helix of a helical coil spring. Hysteresis. The lagging of the effect behind the cause of the effect. A measure of hysteresis in a spring is represented by the area between the loading and unloading curves produced when the spring is stressed within the elastic range. Index. The ratio of the mean coil diameter of a spring to the material diameter for circular sections or radial width of cross section for rectangular or trapezoidal sections. Initial tension. The part of the force exerted, when a close coiled spring is axially extended, that is not attributable to the product of the theoretical rate and the measured deflection. Inside coil diameter of a spring. The diameter of the cylindrical envelope formed by the inside surface of the coils of a spring. Loop (eye, hook). The formed anchoring point of a helical spring or wire form. When applied to an extension spring, it is usually called a loop. If closed, it may be termed an eye and if partially open may be termed a hook. Modulus of elasticity. The ratio of stress to strain within the elastic range. NOTE. The modulus of elasticity in tension or compression is also known as Young's modulus and that in shear as the modulus of rigidity. Open end. The end of an open coiled helical spring in which the helix angle of the end coil has not been progressively reduced. Outside coil diameter. The diameter of the cylindrical envelope formed by the outside surface of the coils of a spring. Permanent set (set). The permanent deformation of a spring after the application and removal of a force. Pitch. The distance from any point in the section of any one coil to the corresponding point in the next coil when measured parallel to the axis of the spring. Prestressing (scragging). A process during which internal stresses are induced into a spring. NOTE. It is achieved by subjecting the spring to a stress greater than that to which it is subjected under working conditions and higher than the elastic limit of the material. The plastically deformed areas resulting from this stress cause an advantageous redistribution of the stresses within the spring. Prestressing can only be performed in the direction of applied force. Rate (stiffness). The force that has to be applied in order to produce unit deflection. Relaxation. Loss of force of a spring with time when deflected to a fixed position. NOTE. The degree of relaxation is dependent upon, and increases with, the magnitude of stress, temperature and time. Safe deflection. The maximum deflection that can be applied to a spring without exceeding the elastic limit of the material. Screw insert. A plug screwed into the ends of a helical extension spring as a means of attaching a spring to another component. The plug has an external thread, the diameter, pitch and form of which match those of the spring. Shot peening. A cold working process in which shot is impacted on to the surfaces of springs thereby inducing residual stresses in the outside fibres of the material. NOTE. The effect of this is that the algebraic sum of the residual and applied stresses in the outside fibres of the material is lower than the applied stress, resulting in improved fatigue life of the component. Solid length. The overall length of a helical spring when each and every coil is in contact with the next. Solid force. The theoretical force of a spring when compressed to its solid length. Space (gap). The distance between one coil and the next coil in an open coiled helical spring measured parallel to the axis of the spring. Spring seat. The part of a mechanism that receives the ends of a spring and which may include a bore or spigot to centralise the spring. Stress (bonding stress, shear stress). The force divided by the area over which it acts. This is applied to the material of the spring, and for compression and extension springs is in torsion or shear, and for torsion springs is in tension or bending. Stress correction factor. A factor that is introduced to make allowance for the fact that the distribution of shear stress across the wire diameter is not symmetrical. NOTE. This stress is higher on the inside of the coil than it is on the outside. Stress relieving. A low temperature heat treatment carried out at temperatures where there is no apparent range in the metallurgical structure of the material. The purpose of the treatment is to relieve stresses induced during manufacturing processes. Variable pitch spring. A helical spring in which the pitch of the active coils is not constant. 239

242 NOTES 240

243 NOTES 241

244 Global Flexibility An expanding global presence and an in-depth knowledge of the worldwide marketplace puts Lee Spring at the leading edge of creating market-specific solutions. With steady focus and attention to detail, Lee Spring partners with your business to find solutions that meet your geographic requirements wherever your business takes you in the world. Serving Industries Worldwide Lee Spring is your global source for stock springs, custom springs, and wire products for international industries including: Aerospace Computer and Telecommunications Defense Industrial and Manufacturing Equipment Instrumentation and Controls Medical, Dental and Veterinary Devices Pharmaceutical Delivery Systems Robotics and Automations Sporting Goods and Toys Stampings and Machining Tools and Hardware Transportation Valves and Pumps and more 242

245 LOCATIONS Global Headquarters New York Lee Spring th Street #3C Brooklyn, NY Phone: Fax: North America Locations Arizona 1235 North Hobson Street Gilbert, AZ Missouri 1334 Charlestown Ind. Dr. St. Charles, MO Connecticut 245 Lake Avenue Bristol, CT North Carolina 104 Industrial Ave. Greensboro, NC Europe England Lee Spring Limited Latimer Road Wokingham, Berkshire, RG41 2WA, England Phone: Fax: Germany Lee Spring GmbH Altenaer Straße Lüdenscheid Germany Phone: Fax: Asia China Lee Spring (Suzhou) Co., Ltd. 2nd Floor, Building 1 15 Dong Hong Road, Suzhou Industrial Park Suzhou, Jiangsu China, Phone: Fax: sales@leespring.cn India & Middle East India Lee Spring Company India Pvt Ltd. #21/1OB, 1st Floor Konankunte Cross Kanakapura Main Road Bangaluru India Phone: Fax: india-sales@leespring.com Mexico & Latin America Mexico Lee Spring de Mexico Ave. Apolo 519, Edificio 22 Parque Industrial Kalas del Poniente Santa Catarina, N.L Mexico Phone: Phone (Mexico): Fax: ventas@leespring.com 243

246 CONDITIONS OF SALE TERMS: Net 30 days from date of invoice to all accredited customers. All purchases are subject to Lee Spring's Standard Terms and Conditions of Sale, as described below and on our website. No other terms and conditions apply to any purchase order. All prices are in (pound sterling) or (Euro). For non-account holders we accept Master Card (MC) and Visa. CERTIFICATES OF CONFORMITY: Lee Spring will supply Certificates of Conformity at no charge. ADDITIONAL DOCUMENTATION: Any additional document requirements must be discussed before an order is placed as additional charges may be payable or parts reclassified as Custom items. POSTAGE: Free Postage of Stock Springs to many locations. TERNATIONAL DELIVERIES: F.O.B. to a UK port or other UK business address. SHORTAGES: All claims for shortages must be filed within 15 days from customer's receipt of shipment. RETURNS AND REG: All returns require a Return Material Authorisation (RMA) number. Returns may incur restocking charges. Please call Lee Spring Customer Service +44 (0) to obtain an RMA number prior to returning any merchandise. PRICG: All Prices are subject to change without notice. Prices are based on Lee Spring's standard packaging. MIMUM ORDER: 10 of the same Lee Stock Number per item ordered and or minimum order applies. SMALL ORDER SHIPPG & PROCESSG CHARGE: Prices for orders of less than ( 40.00) are subject to a shipping and handling fee of ( 15.00). This is charged at our discretion. GUIDANCE ON PRICG See separate Stock Spring Price List 1After selecting your stock springs from the catalogue refer to the column headed Price Group and note the relevant letter(s) shown for the material required. 2 3 Using the price list, cross refer the price group letter(s) to the relevant quantity column and read off the price of your springs. Prices for quantities greater than those covered on the price list are available on request. 244

247 HOW TO ORDER postage to many locations on stock spring designs Easy Ordering Call: +44 (0) Visit: leespring.co.uk Fax: +44 (0) Convenient Payment Methods Order using your Lee Spring account or Credit Card. Need Parts Fast? Lee Spring offers expedited services to get you the springs you need when and where you want them. Lee Spring stocks a huge inventory of springs in stock and ready to ship. Need a Quote? Lee Spring can provide a stock or custom quote on the parts you need. Get up to the minute inventory information on all stock parts with just one call. Lee Spring pricing is available online 24/7 for quantities up to 1,000 pieces. For higher quantity, contact Lee Spring by calling +44 (0) , sales@leespring.co.uk or fax +44 (0) Need Engineering or Technical Support? Work directly with an experienced Lee Spring Engineer from design through production. Lee Spring has been manufacturing springs since 1918 and offers the highest quality technical support in the industry. Call +44 (0) to speak directly with an engineer. Convenient Online Ordering! 4 Quickly Order Parts 4 Find Pricing 4 View Product Specification 4 Download CAD Drawings 4 Submit a Quote for Custom Springs and more! Visit Lee Spring online today at leespring.co.uk 245

248 Postage to Many Locations on Stock Spring Designs. Custom Springs Made to Your Specifications Engineering support from design through production Extensive material and finish options Global manufacturing and distribution CAD Assisted product design Governmental and industrial regulatory expertise Prototypes through large production runs Global Flexibility Manufacturing and Distribution Europe North America Latin America Asia See page 243 for locations. Springs In Stock, Ready to ship. Series 23 Rev