TMG KOREA TMG KOREA CORP WORM GEAR ACTUATORS / BEVEL GEAR ACTUATORS. #99, Hwajeonsandan 2-ro, Gangseo-gu, Busan, Korea

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1 WORM GER TUTORS EVEL GER TUTORS TMG KORE TMG KORE ORP #99, Hwajeonsandan -ro, Gangseo-gu, usan, Korea Tel : Fax : Homepage : tmgkorea@gmail.com [ccounts] accounting@tmg-korea.com [Tech.& esign] design@tmg-korea.com [omestic Sales ept.] sales@tmg-korea.com [Overseas Sales ept.] info@tmg-korea.com

2 EO'S MESSGE usiness Introduction TMG KORE, We've been manufacturing with industrial gear operators, EVEL, WORM, SPUR and specialty products for using with automated valves & whatever user want. TMG KORE has built a reputation for superior quality workmanship and attention to detail that results in valve actuators, hand wheels and specialty products that consistently outperform and outlast the competition. TMG has become the name for excellence in the field of valve, sluice gate and damper actuation products for the oil, gas, power, water and waste treatment industries - worldwide. lso typical machine activities for manufacturing gear operators, such as hobbing of worm-gear teeth, boring and keying of worm segments, broaching operations, drilling, tapping and others are all performed to tight tolerances and are done in our own factory to a planned time schedule in order to meet prescribed customer delivery dates. ssembled units are randomly selected and tested to insure the customer needs. Our exhaustive processing management & system ensure that we are able to respond quickly and efficiently at local and international level - from initial enquiry through to supply & upgrades. SUNG-KWNG, KIM PRESIENT 006's 008's 009's 010's 011's 01's 01's 01's 015's Quality Objectives "Quality ssurance is the Hallmark of TMG KORE." 1. Fixation of Quality Management System. ustomer-oriented Quality. ontinuous Quality Improvement & Training ll processes are based on ISO9001:008 Quality Standards. ompany History 07 : Establishment TMG KORE, as a Gear ox Manufacturer. 0 : Obtained ISO 9001(008) ertificate from S Quality Evaluations. 08 : ertificate of Pattern for utomatic eclutchable Worm Gear (No ) 06 : Moved to New Factory (urrent Location) 07 : esignated as "LEN WORKSHOP" from KOSH 05 : Obtained ertificate of Venture ompany (001KIO) 06 : ertificate of Pattern for ual Worm Gear ox. (No ) 09 : Obtained ertificate of TMG Research ranch Lab from KITP. 1 : wards a Youthful Enterpriser Prize from Korean Government. 1 : ertified as Promising Export Firm from SM, Korea 0 : Selected as ''ompany Specialized in Parts". 0 : Selected as Innobiz Enterprise from SM 05 : E cquisition for Wormevel gear actuator. 0 : Relocation to New Plant at Hwajeon Industrial rea 1 : Participated in 01 Valve World Expo in usseldorf. 0 : Selected as 015 Employment Excellent ompany from usan Metro ity 0 : wards est Enterprize from Korean Government 05 : ertification of E-TEX for Worm & evel Gear ox.

3 TM-V Series SPUR SSEMLY(V-TYPE) ONTENTS 06 WORM GER TUTORS 07 EVEL GER TUTORS 08 TMG ING VIEW 09 TMG ING VIEW 10 TMG PHOTOGRPH VIEW 11 TMG PHOTOGRPH VIEW 1 WORM GER SSEMLY 1 WORM ONSTRUTION 1 EVEL GER SSEMLY 15 EVEL ONSTRUTION 16 SPUR SSEMLY & ONSTRUTION 17 SPUR OULE SSEMLY & ONSTRUTION 18 WORM GER GENERL 19 WORM GER + HIN 0 WORM GER MULTI TURN 1 WORM GER TRVELING WORM GER + SPUR WORM GER + SPUR OULE WORM GER + EVEL 5 WORM GER + WORM 6 ELUTH GER GENERL 7 ELUTH GER + SPUR TM- Series ELUTH GER + SPUR OULE ELUTH GER (PNEUMTI TUTOR) ELUTH GER (PNEUMTI TUTOR + SPUR) ELUTH GER (PNEUMTI TUTOR + SPUR OULE) SU MRINE GER UL WORM GER EVEL GER GENERL EVEL GER + HIN EVEL GER + POSITION INITOR EVEL GER + SPUR EVEL GER + SPUR OULE EVEL GER + SPUR + POSITION INITOR EVEL GER + SPUR OULE + POSITION INITOR EVEL GER + EVEL EVEL GER HEVY UTY EVEL GER HEVY UTY + SPUR EVEL GER HEVY UTY + SPUR OULE EVEL GER HEVY UTY + EVEL EVEL GER WY EVEL GER WY + SPUR EVEL GER WY + SPUR OULE EVEL GER WY + EVEL EVEL GER HEVY UTY + WY EVEL GER HEVY UTY + WY + SPUR EVEL GER HEVY UTY + WY + SPUR OULE EVEL GER HEVY UTY + WY + EVEL UL INPUT EVEL GER MITER GER SPUR ONSTRUTION(V-TYPE) SPUR GER(V-TYPE) FLNGE ENSION M.O.V FLNGE ENSION USHING SPEIFITIONS & OPTION ELUTHLE GER MNUL OPERTING IRETION PERFORMING TEST RESULTS PERFORMING TEST RESULTS PERFORMING TEST RESULTS PERFORMING TEST RESULTS TMG KORE ORP TMG KORE ORP TMG KORE ORP PINTING FILITY & FINL INSPETION TEST PERFORMNE FOR IP 6768 TEST PERFORMNE FOR E-TEX TM-W TEHNIL T TM-W TEHNIL T TM-W TEHNIL T TM- TEHNIL T TM- TEHNIL T TM- TEHNIL T TM- TEHNIL T TM- TEHNIL T TM- TEHNIL T TM- TEHNIL T TMG KORE ERTIFITION PROUTION EQUIPMENTS

4 WORM GER TUTORS For all, utterfly Valve ET. TMG Worm Gear Series Torque Range 1 Nm to 9,1 Nm. (7 Ft-lbs to 671,88 Ft-lbs) Good dvantages with High Efficiency. uilt-in 90, 180 and 60 Flexibility. Stable Self-Locking esign. Superior Gear ontact Ratio. irect Mounting-freely changeable ushing irection. EVEL GER TUTORS For Gate & Glove Valve TMG evel Gear Series evel Gears are using for Multiturn applications. Gate Globe and sluice Gate Valves. esigns are for either rising or non-rising stems. Torque Range 8 Nm to 9,10 Nm. (18 Ft-lbs to 68,6 Ft-lbs) Provided either manual or Motorizable versions. EVEL & WORM GER TUTORS ompletely Weatherproof to IP 67, 68. * IP 67-an be submerged in water during short period of time [ WORM GER GENERL ] [ WORM GER + SPUR ] [ WORM GER + EVEL ] ompletely Weatherproof to IP 67, 68. * IP 67-an be submerged in water during short period of time [ EVEL GER GENERL ] [ EVEL GER + SPUR ] [ EVEL GER + EVEL ] TM- Series TMG KORE [ WORM GER + FLNGE ] 06 l TMG KORE [ WORM GER +WORM ] [ OVERRIE ELUTHLE ] (WORM GER) [ EVEL GER + FLNGE ] [ EVEL GER + INITOR ] [ EVEL +SPUR + INITOR ] l 07

5 TMG ING VIEW TMG ING VIEW [ WORM GER + TWIN SPUR ] [ WORM GER + MITER ] [ EVEL TWIN SHFT ] [ SU MRINE + ROV FLNGE ] [ SPUR GER ] [ EVEL INITOR + LIMITE SW ] [ MITER + TORQUE TENER ] [ ELUTH PNEUMTI ] TM- Series TMG KORE [ ELUTH + MOTOR PTER ] [ ELUTHLE WORM ] [ WORM + SPUR + MOTORIZE ] [ ELUTH WINH ] 08 l TMG KORE l 09

6 TMG PHOTOGRPH VIEW TMG PHOTOGRPH VIEW [ WORM LOKING EVIE ] [ WORM + M.O.V FLNGE ] [ WORM + SPUR ] [ WORM + SPUR OULE ] [ TM - ] [ TM - W1M ] [ TM - V15 ] [ MITER INITOR + TORQUE TENER ] [ MOV SPUR GER ] [ ELUTH FOR PNEUMTI ] [ ELUTH FOR PNEUMTI [ ELUTH ] + SPUR OULE ] [ EVEL GENERL ] SPEIL & ORERME [ ELUTHLE WINH ] [ EVEL POSITION INITOR ] [ UL WORM GER ] [ EVEL + SPUR OULE + M.O.V FLNGE ] [ MITER GER ] [ ELUTH + SPUR + EVEL ] [ EVEL HEVY UTY ] [ SPUR GER + M.O.V FLNGE ] [ ELUTH + ONTROL VLVE ] [ EVEL WY ] [ ELUTH + MOTOR PTER ] TM- Series TMG KORE [ WORM S MOV ] [ SU MRINE GER ] 10 l TMG KORE l 11

7 WORM GER SSEMLY HEX.OLT (INITOR) INITOR PLTE HEX.OLT (OVER) WORM GER ONSTRUTION WORM GER ONSTRUTION O-RING OVER OVER GSKET STEM USH TPER ROLL ERING GSKET FRONT P HEX.OLT (SP) GRESE FITTING O-RING THRUST WSHER WORM THRUST WSHER O-RING FIX RING WORM PKING SEL HEX.NUT HEX.OLT EYE P HEX. OLT O-RING P GSKET TPER ROLL ERING MTERILS OF ONSTRUTION ESRIPTION Housing over Worm Worm Wheel Stem ush Front ap End ap Indicator Plate Thrust Washer Fixing Ring Taper Roll earing Grease Fitting Key O-Ring Gasket HEX. Nut HEX. olt SI OPTION NME uctile Iron uctile Iron arbon Steel uctile Iron uctile Iron arbon Steel arbon Steel arbon Steel arbon Steel Special Steel Special Steel arbon Steel arbon Steel una N lloy Steel lloy Steel ENSION JIS F-0 F-0 S F-0 F-0 S S S0+Zn SS1 SK5 SUJ S0 + Zn S Non-asbestos SM SM NR STM GR. W MIN STING : HOUSING, OVER, P S STINLESS STEEL (SUS0 OR 16) OR S80. WORM GER : LUMINIUM RONZE (L) OR HS WORM SHFT : ELETRO & GLVNIZE OTING, NIKEL PLTING, OLORING N NOIZING. O-RING SELING : VITON O-RING V75 GRE : SUS0 OR 16 FRITE HW UPON USTOMER REQUEST TMG STNR GERS RE LSSIFIE FOR NORML GROUN SERVIE. SPEIL SPEIFITION ITTE THT HNGES RE ME IN OUR STNR PROUTS TO MEET THE INTENE PPLITION. PLESE ONTT US, IF YOU ONSIER NY PPLITION. REMRK TM- Series TMG KORE 1 l TMG KORE l 1

8 EVEL GER SSEMLY EVEL PINION SET SREW RIL LL ERING OLLR GRESE PLUG WRENH OLT EVEL GER ONSTRUTION EVEL GER ONSTRUTION O-RING GRESE NIPPLE P GSKET HOUSING O-RING SNP RING THRUST LL ERING RIIL LL ERING EVEL GER LOK NUTS STEM USH RIVE SLEEVE THRUST LL ERING O-RING SE GSKET SE WRENH OLT MTERILS OF ONSTRUTION ESRIPTION Housing ase evel Gear evel Pinion rive Sleeve Locknut Stem bush ap Wrench olt Radial all earing Thrust all earing Plug O-Ring ollar earing Washer earing Nut Grease Fitting Set Screw End ap Gasket ase Gasket SI OPTION NME uctile Iron uctile Iron arbon Steel arbon Steel uctile Iron arbon Steel RSS uctile Iron lloy Steel Special Steel Special steel arbon Steel una N Steel Pipe arbon Steel arbon Steel arbon Steel Stainless Steel ENSION JIS F-0 F-0 S S F-0 S HS F-0 SM SUJ SUJ S0 STPG S S S0 + Zn SUS0 Nonasbestos Nonasbestos NR STM GR GR. + Zn 76-0 MIN STING : HOUSING, OVER, P S STINLESS STEEL (SUS0 OR 16) OR S80. EVEL SHFT : ELETRO & GLVNIZE OTING, NIKEL PLTING, OLORING N NOIZING. O-RING SELING : VITON O-RING V75 GRE : SUS0 OR 16 FRITE HW UPON USTOMER REQUEST TMG STNR GERS RE LSSIFIE FOR NORML GROUN SERVIE. SPEIL SPEIFITION ITTE THT HNGES RE ME IN OUR STNR PROUTS TO MEET THE INTENE PPLITION. PLESE ONTT US, IF YOU ONSIER NY PPLITION. REMRK TM- Series TMG KORE 1 l TMG KORE l 15

9 SPUR SSEMLY & ONSTRUTION RETINER (OIL SEL) HEX. OLT HELIL PINION OVER RIL LL ERING ILE GER SPUR OULE SSEMLY & ONSTRUTION RETINER (OIL SEL) HEX. OLT OVER RIL LL ERING SPUR OULE SSEMLY & ONSTRUTION HELIL PINION HELIL GER RIL LL ERING SNP RING OVER GSKET OVER GSKET RIL LL ERING MTERILS OF ONSTRUTION ESRIPTION NME Housing uctile Iron over uctile Iron Helical Gear arbon Steel Helical Pinion arbon steel Key arbon Steel Radial all earing Special Steel Snap Ring arbon Steel Gasket Retainer (Oil Seal) una N SNP RING HELIL GER SPUR HOUSING ENSION JIS F-0 F-0 S S S SUJ S Non-asbestos NR STM REMRK Forging RIL LL ERING HELIL GER MTERILS OF ONSTRUTION ESRIPTION NME Housing uctile Iron over uctile Iron 1st Helical Gear arbon Steel Idle Gear arbon Steel nd Helical Gear arbon Steel Helical Pinlon arbon Steel Key arbon Steel Snap Ring arbon Steel Gasket Retainer (Oil Seal) una N ILE GER RIL LL ERING SPUR HOUSING ENSION JIS F-0 F-0 S S S S S S Non-asbestos NR STM REMRK Forging Forging TM- Series TMG KORE HEX. olt lloy Steel SM -1 HEX. olt lloy Steel SM l TMG KORE l 17

10 WORM GER GENERL WORM GER + HIN ENSION TM-WT TM-WS TM-W0 TM-W1 TM-W TM-W TM-Wα TM-W TM-W5 TM-W5α TM-W6 TM-W7 TM-W7α TM-W8 TM-W9 TM-W10 TM-W11 TM-W1 F-07 F-1 F-1 F-0 F-0 F- F- 18 l TMG KORE P.. ø N-H-P -M M M M M M M M M M0-6 8-M0-6 8-M6-8 1-M6-8 1-M M M6-0-M-65 0-M-65 ø H H1 H K K1 K L L1 L øp SPEIFITION FOR 1 TURN WORM GER TM-WT TM-WS TM-W0 TM-W1 TM-W TM-W TM-Wα TM-W TM-W5 TM-W5α TM-W6 TM-W7 TM-W7α TM-W8 TM-W9 TM-W10 TM-W11 TM-W1 : 1 : 1 8 : 1 : 1 : 1 8 : 1 5 : 1 56 : 1 60 : 1 6 : 1 6 : 1 68 : 1 66 : 1 6 : 1 6 : 1 6 : 1 68 : 1 7 : , , , x5 5x5 1x8 1x8 1x8 1x8 1x8 1x8 1x8 1x Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø0 ( 6 x 6 ) Ø8 ( 8 x 7 ) Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) Ø80 ( 6 x ) Ø0 ( x 6 ) Ø60 ( 80 x ) Ø0 ( 90 x ) F-07 F-1 F-1 F-0 F-0 F- F- F-05 F-07 F-1 F-1 F-0 F- F- F- (Max. stem height) , ,87.1,1.6 5,6. 6,66. 9, , , ,1. 5,97., , ,9. 75,17.0 6,.6 0, ,81.5,8.5,18.1,89.8 6, , ,18., , ,56. 86,0.1 10,9.6 0,7. 1, , , 1,711, ENSION TM-W0 TM-W1 TM-W TM-W TM-Wα TM-W TM-W5 TM-W5α TM-W6 TM-W7 TM-W7α TM-W8 TM-W9 TM-W10 TM-W11 TM-W P.. ø N-H-P 15 -M M M M M M M M0-6 8-M0-6 8-M6-8 1-M6-8 1-M M M6-0-M-65 0-M-65 SPEIFITION FOR 1 TURN WORM GER TM-W0 TM-W1 TM-W TM-W TM-Wα TM-W TM-W5 TM-W5α TM-W6 TM-W7 TM-W7α TM-W8 TM-W9 TM-W10 TM-W11 TM-W1 F-1 F-1 F-0 F-0 F- F- 8 : 1 : 1 : 1 8 : 1 5 : 1 56 : 1 60 : 1 6 : 1 6 : 1 68 : 1 : 1 : 1 6 : 1 6 : 1 68 : 1 7 : 1 (Max. stem height) ø H H1 H K K1 K L L1 L øp x x x x x , x , x , x8 The specification and image of these products can be chan ged without prior notice. Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) Ø80 ( 6 x ) Ø0 ( x 6 ) Ø60 ( 80 x ) Ø0 ( 90 x ) F-1 F-1 F-0 F-0 F- F- F-1 F-1 F-0 F- F- F- 1, ,87.1,1.6 5,6. 6,66. 9, , , ,1. 5,97., , ,9. 75,17.0 6,.6 0, ,81.5,8.5,18.1,89.8 6, , ,18., , ,56. 86,0.1 10,9.6 0,7. 1, , ,5 1,76,75 l 19 TM- Series TMG KORE

11 WORM GER MULTI TURN WORM GER TRVELING ENSION (Max. stem height) (Max. stem height) TM-W0MT TM-W1MT F-1 F-1 P.. ø N-H-P 15 -M M ø H H1 H K K1 K L L1 L øp STOPPER GUIE GSKET GUIE USH TM-WMT TM-WMT TM-WαMT TM-WMT TM-W5MT TM-W5αMT TM-W6MT TM-W7MT TM-W7αMT TM-W8MT TM-W9MT TM-W10MT TM-W11MT TM-W1MT SPEIFITION FOR MULTI TURN WORM GER TM-W0MT TM-W1MT TM-WMT TM-WMT TM-WαMT TM-WMT TM-W5MT TM-W5αMT TM-W6MT TM-W7MT TM-W7αMT TM-W8MT F-0 F-0 F- F : 1 : 1 : 1 8 : 1 5 : 1 56 : 1 60 : 1 6 : 1 6 : 1 68 : 1 66 : 1 6 : M0-5 8-M M M M0-8-M0-8-M0-8-M6-1-M6-1-M6-0-M6-0-M6-0-M-65 0-M Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) ,176 1,97 1, x x x x x x x , x8 F-1 F-1 F-0 F-0 F- F- F-1 F-1 F-0 F- F- F- 1, ,87.1,1.6 5,6. 6,66. 9, , , ,1. 5,97., , ,81.5,8.5,18.1,89.8 6, , ,18., , ,56. 86, ENSION TM-W0TR F-1 TM-W1TR TM-WTR TM-WTR TM-WαTR TM-WTR TM-W5TR TM-W5αTR TM-W6TR TM-W7TR TM-W7αTR F-1 F-0 F-0 F- F- TM-W8TR P.. ø N-H-P 15 -M M M M M M M M0-6 8-M0-6 8-M6-8 1-M6-8 1-M6- ø H H1 H K K1 K PIN WRENH OLT PROTETIVE P TRVELING WORM L (180 ) SET SREW L (60 ) L1 L øp x8 1x8 1x8 1x TM- Series TMG KORE TM-W9MT 6 : 1 Ø80 ( 6 x ) 176,9. 10, TM-W9TR 60 0-M x8 TM-W10MT TM-W11MT 6 : 1 68 : 1 Ø0 ( x 6 ) Ø60 ( 80 x ) 75,17.0 6,.6 0,7. 1,8.9 1,5 1,71 TM-W10TR TM-W11TR M6-0-M ,176 1, x8 1x8 TM-W1MT 7 : 1 Ø0 ( 90 x ) 0, ,88.,60 TM-W1TR 6 0-M , ,180 1,1 1, 9 1x8 0 l TMG KORE l 1

12 WORM GER + SPUR WORM GER + SPUR OULE ENSION TM-W0S TM-W1S TM-WS TM-WS TM-WαS TM-WS TM-W5S TM-W5αS TM-W6S TM-W7S TM-W7αS TM-W8S TM-W9S TM-W10S TM-W11S TM-W1S F-1 F-1 F-0 F-0 F- F- l TMG KORE P.. ø N-H-P 15 -M M M M M M M M0-6 8-M0-6 8-M6-8 1-M6-8 1-M M M6-0-M-65 0-M-65 ø H H1 H K K1 K L L1 L øp SPEIFITION FOR 1 TURN WORM GER TM-W0S TM-W1S TM-WS TM-WS TM-WαS TM-WS TM-W5S TM-W5αS TM-W6S TM-W7S TM-W7αS TM-W8S TM-W9S TM-W10S TM-W11S TM-W1S 76 : 1 80 : : 1 10 : 1 10 : : : 1 8 : 1 56 : 1 7 : 1 0 : 1 10 : 1 10 : 1 0 : 1 : 1 : ,176 1,97 1, , x8 1x8 1x8 1x8 1x8 1x8 1x8 1x Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) Ø80 ( 6 x ) Ø0 ( x 6 ) Ø60 ( 80 x ) Ø0 ( 90 x ) F-1 F-1 F-0 F-0 F- F- 8 F-1 F-1 F-0 F- F- F- (Max. stem height) 1, ,87.1,1.6 5,6. 6,66. 9, , , ,1. 5,97., , ,9. 75,17.0 6,.6 0, ,81.5,8.5,18.1,89.8 6, , ,18., , ,56. 86,0.1 10,9.6 0,7. 1, , ,010 1,615 1,766,0 ENSION TM-W0S TM-W1S TM-WS TM-WS TM-WαS TM-WS TM-W5S TM-W5αS TM-W6S TM-W7S TM-W7αS TM-W8S TM-W9S TM-W10S TM-W11S TM-W1S SPEIFITION FOR 1 TURN WORM GER TM-W0S TM-W1S TM-WS TM-WS TM-WαS TM-WS TM-W5S TM-W5αS TM-W6S TM-W7S TM-W7αS TM-W8S TM-W9S TM-W10S TM-W11S TM-W1S F-1 F-1 F-0 F-0 F- F : 1 15 : 1 80 : 1 : : : 1 10 : 1 00 : 1 10 : 1 5 : : 1 : : 1 5 : 1 8 : 1 99 : 1 56 : 1 10 : 1 7 : : 1 0 : 1 16 : 1 10 : 1 15 : 1 10 : 1 15 : 1 0 : 1 0 : 1 : 1 10 : 1 : 1 59 : 1 P.. ø N-H-P 15 -M M M M M M M M0-6 8-M0-6 8-M6-8 1-M6-8 1-M M M6-0-M-65 0-M-65 (Max. stem height) ø H H1 H K K1 K L L1 L øp x x x x x8 51 1, x , x , x8 Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) Ø80 ( 6 x ) Ø0 ( x 6 ) Ø60 ( 80 x ) Ø0 ( 90 x ) F-1 F-1 F-0 F-0 F- F- F-1 F-1 F-0 F- F- F- 1, ,87.1,1.6 5,6. 6,66. 9, , , ,1. 5,97., , ,9. 75,17.0 6,.6 0, ,81.5,8.5,18.1,89.8 6, , ,18., , ,56. 86,0.1 10,9.6 0,7. 1, , ,0 1,6 1,796, l TM- Series TMG KORE

13 WORM GER + EVEL WORM GER + WORM ENSION TM-W0 TM-W1 TM-W TM-W TM-Wα TM-W TM-W5 TM-W5α TM-W6 TM-W7 TM-W7α TM-W8 TM-W9 TM-W10 TM-W11 TM-W1 F-1 F-1 F-0 F-0 F- F- l TMG KORE P.. ø N-H-P 15 -M M M M M M M0-6 8-M0-6 8-M0-6 8-M6-8 1-M6-8 1-M M M6-0-M-65 0-M-65 SPEIFITION FOR 1 TURN WORM GER TM-W0 TM-W1 TM-W TM-W TM-Wα TM-W TM-W5 TM-W5α TM-W6 TM-W7 TM-W7α TM-W8 TM-W9 TM-W10 TM-W11 TM-W1 76 : 1 80 : : 1 10 : 1 10 : : 1 10 : 1 8 : 1 56 : 1 7 : 1 6 : 1 1 : 1 1 : 1 8 : 1 : 1 : 1 (Max. stem height) ø H H1 H K K1 K L L1 L L øp x x x x x x9 51 1, x , x , x9 900 Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) Ø80 ( 6 x ) Ø0 ( x 6 ) Ø60 ( 80 x ) Ø0 ( 90 x ) F-1 F-1 F-0 F-0 F- F- F-1 F-1 F-0 F- F- F- 1, ,87.1,1.6 5,6. 6,66. 9, , , ,1. 5,97., , ,9. 75,17.0 6,.6 0, ,81.5,8.5,18.1,89.8 6, , ,18., , ,56. 86,0.1 10,9.6 0,7. 1, , ,05 1,678 1,881,5 ENSION TM-W0W TM-W1W TM-WW TM-WW TM-WαW TM-WW TM-W5W TM-W5αW TM-W6W TM-W7W TM-W7αW TM-W8W TM-W9W TM-W10W TM-W11W TM-W1W F-1 F-1 F-0 F-0 F- F P.. ø N-H-P 15 -M M M M M M M M0-6 8-M0-6 8-M6-8 1-M6-8 1-M M M6-0-M-65 0-M-65 ø H H1 H K K1 K L L1 L L øp SPEIFITION FOR 1 TURN WORM GER TM-W0W TM-W1W TM-WW TM-WW TM-WαW TM-WW TM-W5W TM-W5αW TM-W6W TM-W7W TM-W7αW TM-W8W TM-W9W TM-W10W TM-W11W TM-W1W 1,9 : 1 1,60 : 1 1,8 : 1 1,6 : 1 1,768 : 1,18 : 1,80 : 1,80 : 1, : 1, : 1,77 : 1,60 : 1,60 : 1,07 : 1,6 : 1,6 : ,176 1,97 1, , x5 5x5 5x5 5x5 5x Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) Ø80 ( 6 x ) Ø0 ( x 6 ) Ø60 ( 80 x ) Ø0 ( 90 x ) F-1 F-1 F-0 F-0 F- F- F-1 F-1 F-0 F- F- F- (Max. stem height) 1, ,87.1,1.6 5,6. 6,66. 9, , , ,1. 5,97., , ,9. 75,17.0 6,.6 0, ,81.5,8.5,18.1,89.8 6, , ,18., , ,56. 86,0.1 10,9.6 0,7. 1, , ,1 1,5 1,801, l 5 TM- Series TMG KORE

14 ELUTH GER GENERL ELUTH GER + SPUR ENSION TM-WT TM-WS TM-W0 TM-W1 TM-W TM-W TM-Wα TM-W TM-W5 TM-W5α TM-W6 TM-W7 TM-W7α TM-W8 F-07 F-1 F-1 F-0 F-0 F- F- 6 l TMG KORE P.. ø N-H-P -M M M M M M M M M M0-6 8-M0-6 8-M6-8 1-M6-8 1-M6- ø H H1 H K K1 K L L1 L øp SPEIFITION FOR 1 TURN WORM GER TM-WT TM-WS TM-W0 TM-W1 TM-W TM-W TM-Wα TM-W TM-W5 TM-W5α TM-W6 TM-W7 TM-W7α TM-W8 1 : 1 : 1 6 : 1 8 : 1 1 : 1 7 : 1 5 : 1 5 : 1 : 1 60 : 1 6 : 1 66 : 1 6 : 1 56 : x5 5x5 1x8 1x8 1x8 1x Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø0 ( 6 x 6 ) Ø8 ( 8 x 7 ) Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) F-07 F-1 F-1 F-0 F-0 F- F- F-05 F-07 F-1 F-1 F-0 F- F- F ,79.,78.,6. 5,8.7 8, ,69.8,76.0 7,1.6, ,7. 9, ,0.0,05.7,1.7,0.0 5,90.8 1,80. 17, ,051.1, , , ENSION TM-W0S TM-W1S TM-WS TM-WS TM-WαS TM-WS TM-W5S TM-W5αS TM-W6S TM-W7S TM-W7αS TM-W8S F-1 F-1 F-0 F-0 F- F P.. ø N-H-P 15 -M M16-6 -M0-5 8-M M M M0-8-M0-8-M0-8-M6-1-M6-1-M6- SPEIFITION FOR 1 TURN WORM GER TM-W0S TM-W1S TM-WS TM-WS TM-WαS TM-WS TM-W5S TM-W5αS TM-W6S TM-W7S TM-W7αS TM-W8S 6.0 : : : : : : : 1 16 : 1.8 : 1 8. : 1.5 : : 1 ø H H1 H K K1 K L L1 L øp x8 1x8 1x8 1x8 00 TW Standard Option N. m Lbf - ft KG Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) F-1 F-1 F-0 F-0 F- F Mount Pattem MX. Torque apacity WEIGHT F-1 F-1 F-0 F- F- F ,79.,78.,6. 5,8.7 8, ,69.8,76.0 7,1.6, ,7. 9, ,0.0,05.7,1.7,0.0 5,90.8 1,80. 17, ,051.1, , ,7.9 l TM- Series TMG KORE

15 ELUTH GER + SPUR OULE ELUTH GER (FOR PNEUMTI TUTOR) ENSION TM-W0S TM-W1S TM-WS TM-WS TM-WαS TM-WS TM-W5S TM-W5αS TM-W6S TM-W7S TM-W7αS TM-W8S 8 l TMG KORE P.. ø N-H-P 15 -M M16-6 -M0-5 8-M M M M0-8-M0-8-M0-8-M6-1-M6-1-M6- SPEIFITION FOR 1 TURN WORM GER TM-W0S TM-W1S TM-WS TM-WS TM-WαS TM-WS TM-W5S TM-W5αS TM-W6S TM-W7S TM-W7αS TM-W8S F-1 F-1 F-0 F-0 F- F : 1 1. : : : 1 7 : 1.6 : 1 7. : 1 86 : : 1. : 1 1,7.7 : 1 1,75.5 : 1 (Max. stem height) ø H H1 H K K1 K L L1 L øp x8 1x8 1x8 1x8 00 TW Standard Option N. m Lbf - ft KG Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) F-1 F-1 F-0 F-0 F- F Mount Pattem MX. Torque apacity WEIGHT F-1 F-1 F-0 F- F- F ,79.,78.,6. 5,8.7 8, ,69.8,76.0 7,1.6, ,7. 9, ,0.0,05.7,1.7,0.0 5,90.8 1,80. 17, ,051.1, , , ENSION TM-WTM TM-WSM F-07 TM-W0M TM-W1M TM-WM TM-WM TM-WαM TM-WM TM-W5M TM-W5αM TM-W6M TM-W7M TM-W7αM F-1 F-1 F-0 F-0 F- F- TM-W8M P.. ø N-H-P -M M M M M M M M M M0-6 8-M0-6 8-M6-8 1-M6-8 1-M6- ø H H1 H K K1 K K L L1 L øp SPEIFITION FOR 1 TURN WORM GER TM-WTM TM-WSM TM-W0M TM-W1M TM-WM TM-WM TM-WαM TM-WM TM-W5M TM-W5αM TM-W6M TM-W7M TM-W7αM TM-W8M 1 : 1 : 1 6 : 1 8 : 1 1 : 1 7 : 1 5 : 1 5 : 1 : 1 60 : 1 6 : 1 66 : 1 6 : 1 56 : 1 (Max. stem height) x x x x x x8 Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø0 ( 6 x 6 ) Ø8 ( 8 x 7 ) Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Ø180 ( x 5 ) Ø05 ( x 8 ) Ø5 ( x 8 ) F-07 F-1 F-1 F-0 F-0 F- F- F-05 F-07 F-1 F-1 F-0 F- F- F ,79.,78.,6. 5,8.7 8, ,69.8,76.0 7,1.6, ,7. 9, ,0.0,05.7,1.7,0.0 5,90.8 1,80. 17, ,051.1, , , l 9 TM- Series TMG KORE

16 ELUTH GER + SPUR (FOR PNEUMTI TUTOR) ELUTH GER + SPUR OULE (FOR PNEUMTI TUTOR) ENSION (Max. stem height) ENSION (Max. stem height) P.. ø N-H-P ø H H1 H K K1 K K L L1 L øp P.. ø N-H-P ø H H1 H K K1 K K L L1 L øp TM-W0SM F M TM-W0SM F M TM-W1SM TM-WSM TM-WSM TM-WαSM TM-WSM TM-W5SM TM-W5αSM TM-W6SM TM-W7SM TM-W7αSM F-1 F-0 F-0 F- F M16-6 -M0-5 8-M M M M0-8-M0-8-M0-8-M6-1-M TM-W8SM 8 1-M SPEIFITION FOR 1 TURN WORM GER Mount Pattem MX. Torque apacity WEIGHT TM-W0SM TM-W1SM TM-WSM TM-WSM TM-WαSM TM-WSM TM-W5SM TM-W5αSM TM-W6SM 6.0 : : : : : : : 1 16 : 1.8 : 1 TW Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Standard F-1 F-1 F-0 F-0 F- Option F-1 F-1 F-0 N. m ,79.,78.,6. 5,8.7 8, ,69.8,76.0 7,1.6 Lbf - ft 1.8 1,0.0,05.7,1.7,0.0 5,90.8 1,80. 17, ,051.1 KG x8 1x8 1x8 1x TM-W1SM TM-WSM TM-WSM TM-WαSM TM-WSM TM-W5SM TM-W5αSM TM-W6SM TM-W7SM TM-W7αSM F-1 F-0 F-0 F- F M16-6 -M0-5 8-M M M M0-8-M0-8-M0-8-M6-1-M TM-W8SM 8 1-M SPEIFITION FOR 1 TURN WORM GER Mount Pattem MX. Torque apacity WEIGHT TM-W0SM TM-W1SM TM-WSM TM-WSM TM-WαSM TM-WSM TM-W5SM TM-W5αSM TM-W6SM 18.1 : 1 1. : : : 1 7 : 1.6 : 1 7. : 1 86 : : 1 TW Ø ( 10 x 8 ) Ø ( 1 x 9 ) Ø65 ( 18 x 11 ) Ø75 ( 0 x 1 ) Ø80 ( x 1 ) Ø ( 5 x 1 ) Ø115 ( x 18 ) Ø15 ( x 18 ) Ø1 ( 6 x 0 ) Standard F-1 F-1 F-0 F-0 F- Option F-1 F-1 F-0 N. m ,79.,78.,6. 5,8.7 8, ,69.8,76.0 7,1.6 Lbf - ft 1.8 1,0.0,05.7,1.7,0.0 5,90.8 1,80. 17, ,051.1 KG x8 1x8 1x8 1x TM- Series TMG KORE TM-W7SM 8. : 1 Ø180 ( x 5 ) F- F-,875.1,60.6 TM-W7SM. : 1 Ø180 ( x 5 ) F- F-,875.1, TM-W7αSM.5 : 1 Ø05 ( x 8 ) F- 69,7. 51, TM-W7αSM 1,7.7 : 1 Ø05 ( x 8 ) F- 69,7. 51,09.0 TM-W8SM 55.1 : 1 Ø5 ( x 8 ) F- 9, , TM-W8SM 1,75.5 : 1 Ø5 ( x 8 ) F- 9, , l TMG KORE l 1

17 SU MRINE GER UL WORM GER (Max. stem height) ENSION (Max. stem height) ENSION P.. ø N-H-P ø H H1 H K K1 K L L1 L L øp TYPE FLNGE 1 N-H-P H1 H K K1 K L L1 L øp TM-WS M TM-W5S F M SPEIFITION FOR 1 TURN WORM GER Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG TM-WS TM-W5S 80 : 1 8 : 1 00 : : 1 Ø ( 5 x 1 ) Ø115 ( x 18 ) F-0 9, , , , UL WORM GER SPEIFITION FOR 1 TURN WORM GER UL WORM GER M x 7 00 : 1 Mount Pattem MX. Torque apacity WEIGHT TW Standard Option N. m Lbf - ft KG Ø ( 6 x 6 ) ,80. TM- Series TMG KORE l TMG KORE l

18 ONTENTS TM- Series TMG KORE EVEL GER GENERL EVEL GER + HIN EVEL GER + POSITION INITOR EVEL GER + SPUR EVEL GER + SPUR OULE EVEL GER + SPUR + POSITION INITOR EVEL GER + SPUR OULE + POSITION INITOR EVEL GER + EVEL EVEL GER HEVY UTY EVEL GER HEVY UTY + SPUR EVEL GER HEVY UTY + SPUR OULE EVEL GER HEVY UTY + EVEL EVEL GER WY EVEL GER WY + SPUR EVEL GER WY + SPUR OULE EVEL GER WY + EVEL EVEL GER HEVY UTY + WY EVEL GER HEVY UTY + WY + SPUR EVEL GER HEVY UTY + WY + SPUR OULE EVEL GER HEVY UTY + WY + EVEL UL INPUT EVEL GER MITER GER l TMG KORE l

19 E EVEL GER GENERL EVEL GER + HIN OP EN L O S E OP EN L O S ENSION TM-1 TM- TM- TM- TM-5 TM-6 TM-7 TM-8 TM-9 TM-10 TM-11 TM-1 TM-1 F-1 F-1 F-0 F-0 F- F P.. ø N-H-P 10 -M M M M M M M M0-6 8-M0-6 8-M M M M6-55 ø H H1 H H L1 L øp SPEIFITION FOR MULTI TURN EVEL GER TM-1 TM- TM- TM- TM-5 TM-6 TM-7 TM-8 TM-9 TM-10 TM-11 TM-1 TM-1.5:1 :1.5:1.75:1 :1 5:1 5.5:1 6:1 6.5:1 7:1 7.56:1 8:1 8: X8 1X8 1X8 PF " PF " PF 1" PF " PF " PF " PF 6" PF 10" PF 1" TW Lbf - ft N.m Lbf N KG Ø ( 8 X 7 ) Ø0 ( 8 X 7 ) Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø80 ( X 1 ) Ø90 ( X 1 ) Ø ( 5 X 1 ) Ø ( 8 X 16 ) Ø10 ( X 18 ) Ø1 ( 6 X 0 ) Ø190 ( X 5 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT ,151 1,777,75,107 5,7 9, 1,86 19,0 68, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 9,10 16,96 5, 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 1,5,09 75,60 11,0 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9,00 5,0, ENSION TM-1 TM- TM- TM- TM-5 TM-6 TM-7 TM-8 TM-9 TM-10 TM-11 TM-1 TM-1 F-1 F-1 F-0 F-0 F- F P.. ø N-H-P 10 -M M M M M M M M0-6 8-M0-6 8-M M M M SPEIFITION FOR MULTI TURN EVEL GER TM-1 TM- TM- TM- TM-5 TM-6 TM-7 TM-8 TM-9 TM-10 TM-11 TM-1 TM-1.5 : 1 : 1.5 : 1.75 : 1 : 1 5 : : 1 6 : : 1 7 : : 1 8 : 1 8 : 1 ø H H1 H H L1 L øp c X8 1X8 1X TW Lbf - ft N.m Lbf N KG Ø ( 8 X 7 ) Ø0 ( 8 X 7 ) Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø80 ( X 1 ) Ø90 ( X 1 ) Ø ( 5 X 1 ) Ø ( 8 X 16 ) Ø10 ( X 18 ) Ø1 ( 6 X 0 ) Ø190 ( X 5 ) STEM OVER PF " PF " PF 1" PF " PF " PF " PF 6" PF 10" PF 1" MX. Torque apacity MX. Thrust apacity WEIGHT ,151 1,777,75,107 5,7 9, 1,86 19,0 68, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 9,10 16,96 5, 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 1,5,09 75,60 11,0 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9,00 5,0, TM- Series TMG KORE 6 l TMG KORE l 7

20 E E EVEL GER + POSITION INITOR EVEL GER + SPUR OP EN L O S OP EN L O S ENSION TM-1PI TM-PI TM-PI TM-PI TM-5PI TM-6PI SPEIFITION FOR MULTI TURN EVEL GER TM-1PI TM-PI TM-PI TM-PI TM-5PI F-1 F :1 :1.5:1.75:1 : P.. N-H-P -M M1-0 -M16-0 -M0-0 8-M M16-0 MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG Ø ( 8 X 7 ) Ø0 ( 8 X 7 ) Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) , ,06 1, ,96 5, 8,19 1,7,79 ø H H1 H H L1 L øp ,60 11,0 16,0 11,10 190, STEM OVER PF " PF " PF 1" PF " PF " PF " ENSION TM-S TM-S TM-5S TM-6S TM-7S TM-8S TM-9S TM-10S TM-11S TM-1S TM-1S SPEIFITION FOR MULTI TURN EVEL GER TM-S TM-S TM-5S TM-6S TM-7S TM-8S TM-9S TM-10S TM-11S F-1 F-0 F-0 F- F N 7 : : 1 10 : : : : : 1 8 : 1 0. : 1 P.. ø N-H-P 1 -M M M M M M0-6 8-M0-6 8-M M M M6-55 MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG STEM ø H H1 H H K L1 L øp OVER PF 1" PF " PF " PF " PF 6" x x x8 PF 10" x8 PF 1" Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø80 ( X 1 ) Ø90 ( x 1 ) Ø ( 5 x 1 ) Ø ( 8 x 16 ) Ø10 ( x 18 ) ,151 1,777,75,107 5,7 9, 1, ,06 1,561,9,7 5,568 7,77 1,65 17, 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05, TM- Series TMG KORE TM-6PI 5:1 Ø65 ( 18 X 11 ) 1,777,9 6,769 88,10 57 TM-1S TM-1S : 1 : 1 10 Ø1 ( 6 x 0 ) Ø190 ( X 5 ) 19,0 68,6 5,7 9,10 8,5 1,5,09 1,9,00 5,0,000 1,00 8 l TMG KORE l 9

21 E E EVEL GER + SPUR OULE EVEL GER + SPUR + POSITION INITOR OP EN L O S OP EN L O S ENSION TM-S TM-S TM-5S TM-6S TM-7S TM-8S TM-9S TM-10S TM-11S TM-1S TM-1S F-1 F-0 F-0 F- F P.. ø N-H-P 1 -M M M M M M0-6 8-M0-6 8-M M M M SPEIFITION FOR MULTI TURN EVEL GER TM-S TM-S TM-5S TM-6S TM-7S TM-8S TM-9S TM-10S TM-11S TM-1S 7:1 1:1 7.5:1 15:1 10:1 5:1 1.5:1 1.:1 16.5:1 9.5:1 18:1 5:1 19:1.5:1 8:1 11:1 0.:1 10.9:1 :1 00:1 ø H H1 H H L1 L øp x8 1x8 1x8 1x8 PF 1" PF " PF " PF " PF 6" PF 10" PF 1" TW Lbf - ft N.m Lbf N KG Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø80 ( X 1 ) Ø90 ( x 1 ) Ø ( 5 x 1 ) Ø ( 8 x 16 ) Ø10 ( x 18 ) Ø1 ( 6 x 0 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT ,151 1,777,75,107 5,7 9, 1,86 19, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9, ENSION TM-SPI TM-SPI TM-5SPI TM-6SPI TM-7SPI TM-8SPI TM-9SPI TM-10SPI TM-11SPI TM-1SPI TM-1SPI F-1 F-0 F-0 F- F P.. ø N-H-P 1 -M M M M M M0-6 8-M0-6 8-M M M M6-55 SPEIFITION FOR MULTI TURN EVEL GER TM-SPI TM-SPI TM-5SPI TM-6SPI TM-7SPI TM-8SPI TM-9SPI TM-10SPI TM-11SPI TM-1SPI 7 : : 1 10 : : : : : 1 8 : 1 0. : 1 : 1 STEM ø H H1 H H K L1 L øp OVER X6 00 PF 1" X6 0 PF " PF " PF " PF 6" x x x8 PF 10" X8 PF 1" MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø80 ( X 1 ) Ø90 ( x 1 ) Ø ( 5 x 1 ) Ø ( 8 x 16 ) Ø10 ( x 18 ) Ø1 ( 6 x 0 ) ,151 1,777,75,107 5,7 9, 1,86 19, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9, TM- Series TMG KORE TM-1S :1 00:1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0,000 1,01 TM-1SPI : 1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0,000 1,008 l TMG KORE l 1

22 E EVEL GER + SPUR OULE + POSITION INITOR EVEL GER + EVEL OP EN L O S E OP EN L O S ENSION TM-SPI TM-SPI TM-5SPI TM-6SPI TM-7SPI TM-8SPI TM-9SPI TM-10SPI TM-11SPI TM-1SPI TM-1SPI TM-SPI TM-SPI TM-5SPI TM-6SPI TM-7SPI TM-8SPI TM-9SPI TM-10SPI TM-11SPI TM-1SPI F-1 F-0 F-0 F- F :1 1:1 7.5:1 15:1 10:1 5:1 1.5:1 1.:1 16.5:1 9.5:1 18:1 5:1 19:1.5:1 8:1 11:1 0.:1 10.9:1 :1 00:1 P.. ø N-H-P 1 -M M M M M M0-6 8-M0-6 8-M M M M6-55 ø H H1 H H L1 L øp SPEIFITION FOR MULTI TURN EVEL GER X6 6X6 1x8 1x8 1x8 1X8 PF 1" PF " PF " PF " PF 6" PF 10" PF 1" TW Lbf - ft N.m Lbf N KG Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø80 ( X 1 ) Ø90 ( x 1 ) Ø ( 5 x 1 ) Ø ( 8 x 16 ) Ø10 ( x 18 ) Ø1 ( 6 x 0 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT ,151 1,777,75,107 5,7 9, 1,86 19, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9, ENSION TM- TM- TM-5 TM-6 TM-7 TM-8 TM-9 TM-10 TM-11 TM-1 TM-1 TM- TM- TM-5 TM-6 TM-7 TM-8 TM-9 TM-10 TM-11 TM-1 F-1 F-0 F-0 F- F : : 1 10 : 1 15 : : 1 1 : 1 6 : 1 : : 1 : 1 P.. N-H-P 1 -M M M M M M0-6 8-M0-6 8-M M M M6-55 SPEIFITION FOR MULTI TURN EVEL GER MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG STEM ø H H1 H H K K1 L1 L øp OVER PF 1" PF " PF " PF " PF 6" X8 PF 10" X8 PF 1" Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø80 ( X 1 ) Ø90 ( X 1 ) Ø ( 5 X 1 ) Ø ( 8 X 16 ) Ø10 ( X 18 ) Ø1 ( 6 X 0 ) ,151 1,777,75,107 5,7 9, 1,86 19, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9, TM- Series TMG KORE TM-1SPI :1 00:1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0,000 1,056 TM-1 8 : 1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0,000 1,056 l TMG KORE l

23 E EVEL GER HEVY UTY EVEL GER HEVY UTY + SPUR OP EN L O S E OP EN L O S ENSION TM-5H TM-6H TM-7H TM-8H TM-9H TM-10H TM-11H TM-1H TM-1H ø 05 P.. N-H-P 8-M16-0 SPEIFITION FOR MULTI TURN EVEL GER TM-5H TM-6H TM-7H TM-8H TM-9H TM-10H TM-11H TM-1H F-0 F-0 F- F : 1 5 : : 1 6 : : 1 7 : : 1 8 : M M0-8-M0-8-M0-8-M M M M6-55 ø H H1 H H L1 L øp X8 1X8 1X8 TW Lbf - ft N.m Lbf N KG Ø55 ( 16 X 10 ) Ø ( 0 X 1 ) Ø8 ( X 1 ) Ø ( 5 X 1 ) Ø115 ( X 18 ) Ø10 ( 6 X 0 ) Ø1 ( X ) Ø1 ( X 5 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT 1,151 1,777,75,107 5,7 9, 1,86 19,0 1,561,9,7 5,568 7,77 1,65 17, 5,7,79 8, 5,78 651,96 786,81 1,056,60 1,169,006 1,719,788 1,080,000 1,,000,0,000,900,000,0,000,0,000 5,00,000 7,6, ,0 PF " PF " PF 6" PF 10" PF 1" ENSION TM-5SH TM-6SH TM-7SH TM-8SH TM-9SH TM-10SH TM-11SH TM-1SH TM-1SH F-0 F-0 F- F P.. ø N-H-P 05 8-M M M0-8-M0-8-M0-8-M M M M6-55 SPEIFITION FOR MULTI TURN EVEL GER TM-5SH TM-6SH TM-7SH TM-8SH TM-9SH TM-10SH TM-11SH TM-1SH 10 : : : : : 1 8 : 1 0. : 1 : 1 ø H H1 H H K L1 L øp X8 PF 1" x8 1x8 1x8 TW Lbf - ft N.m Lbf N KG Ø55 ( 16 X 10 ) Ø ( 0 X 1 ) Ø8 ( X 1 ) Ø ( 5 X 1 ) Ø115 ( X 18 ) Ø10 ( 6 X 0 ) Ø1 ( X ) Ø1 ( X 5 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT 1,151 1,777,75,107 5,7 9, 1,86 19,0 1,561,9,7 5,568 7,77 1,65 17, 5,7,79 8, 5,78 651,96 786,81 1,056,60 1,169,006 1,719,788 1,080,000 1,,000,0,000,900,000,0,000,0,000 5,00,000 7,6, , PF " PF " PF 6" PF 10" TM- Series TMG KORE TM-1H 8 : 1 Ø15 ( X 8 ) 68,6 9,10,11,0 9,0,000 1,96 TM-1SH : 1 Ø15 ( X 8 ) 68,6 9,10,11,0 9,0,000 1,61 l TMG KORE l

24 E EVEL GER HEVY UTY + SPUR OULE EVEL GER HEVY UTY + EVEL OP EN L O S E OP EN L O S ENSION TM-5SH TM-6SH TM-7SH TM-8SH TM-9SH TM-10SH TM-11SH TM-1SH TM-1SH ø 05 P.. N-H-P 8-M16-0 SPEIFITION FOR MULTI TURN EVEL GER TM-5SH TM-6SH TM-7SH TM-8SH TM-9SH TM-10SH TM-11SH TM-1SH F-0 F-0 F- F :1 5:1 1.5:1 1.:1 16.5:1 9.5:1 18:1 5:1 19:1.5:1 8:1 11:1 0.:1 10.9:1 :1 00: M M0-8-M0-8-M0-8-M M M M6-55 ø H H1 H H L1 L øp x8 1x8 1x8 1X8 TW Lbf - ft N.m Lbf N KG Ø55 ( 16 X 10 ) Ø ( 0 X 1 ) Ø8 ( X 1 ) Ø ( 5 X 1 ) Ø115 ( X 18 ) Ø10 ( 6 X 0 ) Ø1 ( X ) Ø1 ( X 5 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT 1,151 1, ,75,107 5,7 9, 1,86 19,0 1,561,9,7 5,568 7,77 1,65 17, 5,7,79 8, 5,78 651,96 786,81 1,056,60 1,169,006 1,719,788 1,080,000 1,,000,0,000,900,000,0,000,0,000 5,00,000 7,6, ,65 PF " PF " PF 6" PF 10" PF 1" ENSION TM-5H TM-6H TM-7H TM-8H TM-9H TM-10H TM-11H TM-1H TM-1H P.. ø N-H-P 05 8-M M M0-8-M0-8-M0-8-M M M M6-55 SPEIFITION FOR MULTI TURN EVEL GER TM-5H TM-6H TM-7H TM-8H TM-9H TM-10H TM-11H TM-1H F-0 F-0 F- F- 10 : 1 15 : : 1 1 : 1 6 : 1 : : 1 : 1 ø H H1 H H K K1 L1 L øp X8 PF 1" X8 TW Lbf - ft N.m Lbf N KG Ø55 ( 16 X 10 ) Ø ( 0 X 1 ) Ø8 ( X 1 ) Ø ( 5 X 1 ) Ø115 ( X 18 ) Ø10 ( 6 X 0 ) Ø1 ( X ) Ø1 ( X 5 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT 1,151 1,777,75,107 5,7 9, 1,86 19,0 1,561,9,7 5,568 7,77 1,65 17, 5,7,79 8, 5,78 651,96 786,81 1,056,60 1,169,006 1,719,788 1,080,000 1,,000,0,000,900,000,0,000,0,000 5,00,000 7,6, ,000 PF " PF " PF 6" PF 10" TM- Series TMG KORE TM-1SH :1 00:1 Ø15 ( X 8 ) 68,6 9,10,11,0 9,0,000 1,61 TM-1H 8 : 1 Ø15 ( X 8 ) 68,6 9,10,11,0 9,0,000,76 6 l TMG KORE l 7

25 E E EVEL GER WY EVEL GER WY + SPUR OP EN L O S OP EN L O S ENSION TM-W TM-W TM-5W TM-6W TM-7W TM-8W TM-9W TM-10W TM-11W TM-1W TM-1W P.. ø N-H-P M16-0 -M0-0 8-M M M0-8-M0-8-M0-8-M M M M SPEIFITION FOR MULTI TURN EVEL GER TM-W TM-W TM-5W TM-6W TM-7W TM-8W TM-9W TM-10W TM-11W F-1 F-0 F-0 F- F-.5 : 1.75 : 1 : 1 5 : : 1 6 : : 1 7 : : 1 ø H H1 H H L1 L øp X8 1X8 1X8 PF 1" PF " PF " PF " PF 6" PF 10" PF 1" TW Lbf - ft N.m Lbf N KG Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 10 ) Ø80 ( X 1 ) Ø90 ( X 1 ) Ø ( 5 X 1 ) Ø ( 8 X 16 ) Ø10 ( X 18 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT ,151 1,777,75,107 5,7 9, 1, ,06 1,561,9,7 5,568 7,77 1,65 17, 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05, ENSION TM-SW TM-SW TM-5SW TM-6SW TM-7SW TM-8SW TM-9SW TM-10SW TM-11SW TM-1SW TM-1SW SPEIFITION FOR MULTI TURN EVEL GER TM-SW TM-SW TM-5SW TM-6SW TM-7SW TM-8SW TM-9SW TM-10SW TM-11SW F-1 F-0 F-0 F- F : : 1 10 : : : : : 1 8 : 1 0. : 1 P.. ø N-H-P 1 -M M M M M M0-6 8-M0-6 8-M M M M6-55 MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG STEM ø H H1 H H K L1 L øp OVER X6 00 PF 1" X6 0 PF " PF " PF " PF 6" x x x8 PF 10" X8 PF 1" Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 10 ) Ø80 ( X 1 ) Ø90 ( X 1 ) Ø ( 5 X 1 ) Ø ( 8 X 16 ) Ø10 ( X 18 ) ,151 1,777,75,107 5,7 9, 1, ,06 1,561,9,7 5,568 7,77 1,65 17, 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05, TM- Series TMG KORE TM-1W 8 : 1 Ø1 ( 6 X 0 ) 19,0 5,7 8,5 1,9,00 6 TM-1SW : 1 Ø1 ( 6 X 0 ) 19,0 5,7 8,5 1,9, TM-1W 8 : 1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0, TM-1SW : 1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0,000 1,06 8 l TMG KORE l 9

26 E EVEL GER WY + SPUR OULE EVEL GER WY + EVEL OP EN L O S E OP EN L O S ENSION TM-SW TM-SW TM-5SW TM-6SW TM-7SW TM-8SW TM-9SW TM-10SW TM-11SW TM-1SW TM-1SW F-1 F-0 F-0 F- F ø P.. N-H-P -M16-0 -M0-0 8-M M M0-8-M0-8-M0-8-M M M M6-55 SPEIFITION FOR MULTI TURN EVEL GER TM-SW TM-SW TM-5SW TM-6SW TM-7SW TM-8SW TM-9SW TM-10SW TM-11SW TM-1SW 7:1 1:1 7.5:1 15:1 10:1 5:1 1.5:1 1.:1 16.5:1 9.5:1 18:1 5:1 19:1.5:1 8:1 11:1 0.:1 10.9:1 :1 00:1 ø H H1 H H L1 L øp X6 6X6 1x8 1x8 1x8 1X8 STEM OVER 0 PF 1" 0 PF " PF " PF " PF 6" 900 PF 10" PF 1" MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 10 ) Ø80 ( X 1 ) Ø90 ( X 1 ) Ø ( 5 X 1 ) Ø ( 8 X 16 ) Ø10 ( X 18 ) Ø1 ( 6 X 0 ) ,151 1,777,75,107 5,7 9, 1,86 19, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9, ENSION TM-W TM-W TM-5W TM-6W TM-7W TM-8W TM-9W TM-10W TM-11W TM-1W TM-1W F-1 F-0 F-0 F- F P.. ø N-H-P 1 -M M M M M M0-6 8-M0-6 8-M M M M6-55 SPEIFITION FOR MULTI TURN EVEL GER TM-W TM-W TM-5W TM-6W TM-7W TM-8W TM-9W TM-10W TM-11W TM-1W 7 : : 1 10 : 1 15 : : 1 1 : 1 6 : 1 : : 1 : 1 STEM ø H H1 H H K K1 L1 L øp OVER PF 1" PF " PF " PF " PF 6" X8 PF 10" X8 PF 1" MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 10 ) Ø80 ( X 1 ) Ø90 ( X 1 ) Ø ( 5 X 1 ) Ø ( 8 X 16 ) Ø10 ( X 18 ) Ø1 ( 6 X 0 ) ,151 1,777,75,107 5,7 9, 1,86 19, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9, TM- Series TMG KORE TM-1SW :1 00:1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0,000 1,0 TM-1W 8 : 1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0,000 1,056 l TMG KORE l 51

27 E E EVEL GER HEVY UTY + WY EVEL GER HEVY UTY + WY + SPUR OP EN L O S OP EN L O S ENSION TM-5HW TM-6HW TM-7HW TM-8HW TM-9HW TM-10HW TM-11HW TM-1HW TM-1HW P.. ø N-H-P 05 8-M M M0-8-M0-8-M0-8-M M M M6-55 SPEIFITION FOR MULTI TURN EVEL GER TM-5HW TM-6HW TM-7HW TM-8HW TM-9HW TM-10HW TM-11HW TM-1HW F-0 F-0 F- F- : 1 5 : : 1 6 : : 1 7 : : 1 8 : 1 ø H H1 H H L1 L øp X8 1X8 1X8 PF " PF " PF 6" PF 10" PF 1" 0 0 TW Lbf - ft N.m Lbf N KG Ø55 ( 16 X 10 ) Ø ( 0 X 1 ) Ø8 ( X 1 ) Ø ( 5 X 1 ) Ø115 ( X 18 ) Ø10 ( 6 X 0 ) Ø1 ( X ) Ø1 ( X 5 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT 1,151 1, ,75,107 5,7 9, 1,86 19,0 1,561,9,7 5,568 7,77 1,65 17, 5,7,79 8, 5,78 651,96 786,81 1,056,60 1,169,006 1,719,788 1,080,000 1,,000,0,000,900,000,0,000,0,000 5,00,000 7,6, , ENSION SPEIFITION FOR MULTI TURN EVEL GER TM-5SHW TM-6SHW TM-7SHW TM-8SHW TM-9SHW TM-10SHW TM-11SHW TM-1SHW TM-1SHW TM-5SHW TM-6SHW TM-7SHW TM-8SHW TM-9SHW TM-10SHW TM-11SHW TM-1SHW F-0 F-0 F- F : : : 1 18 : : 1 8 : 1 0. : 1 : 1 P.. ø N-H-P 05 8-M M M0-8-M0-8-M0-8-M M M M6-55 MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG ø H H1 H H K L1 L øp Ø55 ( 16 X 10 ) Ø ( 0 X 1 ) Ø8 ( X 1 ) Ø ( 5 X 1 ) Ø115 ( X 18 ) Ø10 ( 6 X 0 ) Ø1 ( X ) Ø1 ( X 5 ) X8 PF 1" 1,151 1,777,75,107 5,7 9, 1,86 19, ,561,9,7 5,568 7,77 1,65 17, 5,7,79 8, 5,78 651,96 786,81 1,056,60 1,169,006 1,719, ,080,000 1,,000 1x8 1x8 1x8,0,000,900,000,0,000,0,000 5,00,000 7,6, STEM OVER ,0 PF " PF " PF 6" PF 10" TM- Series TMG KORE TM-1HW 8 : 1 Ø15 ( X 8 ) 68,6 9,10,11,0 9,0,000 1,556 TM-1SHW : 1 Ø15 ( X 8 ) 68,6 9,10,11,0 9,0,000 1,67 5 l TMG KORE l 5

28 E E EVEL GER HEVY UTY + WY + SPUR OULE EVEL GER HEVY UTY + WY + EVEL OP EN L O S OP EN L O S ENSION TM-5SHW TM-6SHW TM-7SHW TM-8SHW TM-9SHW TM-10SHW TM-11SHW TM-1SHW TM-1SHW SPEIFITION FOR MULTI TURN EVEL GER TM-5SHW TM-6SHW TM-7SHW TM-8SHW TM-9SHW TM-10SHW TM-11SHW TM-1SHW F-0 F-0 F- F :1 5:1 1.5:1 1.:1 16.5:1 9.5:1 18:1 5:1 19:1.5:1 8:1 11:1 0.:1 10.9:1 :1 00:1 P.. ø N-H-P 05 8-M M M0-8-M0-8-M0-8-M M M M6-55 ø H H1 H H L1 L øp PF " PF " PF 6" PF 10" PF 1" x8 1x8 1x8 1X8 TW Lbf - ft N.m Lbf N KG Ø55 ( 16 X 10 ) Ø ( 0 X 1 ) Ø8 ( X 1 ) Ø ( 5 X 1 ) Ø115 ( X 18 ) Ø10 ( 6 X 0 ) Ø1 ( X ) Ø1 ( X 5 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT 1,151 1, ,75,107 5,7 9, 1,86 19,0 1,561,9,7 5,568 7,77 1,65 17, 5,7,79 8, 5,78 651,96 786,81 1,056,60 1,169,006 1,719,788 1,080,000 1,,000,0,000,900,000,0,000,0,000 5,00,000 7,6, ,5 ENSION SPEIFITION FOR MULTI TURN EVEL GER TM-5HW TM-6HW TM-7HW TM-8HW TM-9HW TM-10HW TM-11HW TM-1HW TM-1HW TM-5HW TM-6HW TM-7HW TM-8HW TM-9HW TM-10HW TM-11HW TM-1HW F-0 F-0 F- F : 1 15 : : 1 1 : 1 6 : 1 : : 1 : 1 P.. ø N-H-P 05 8-M M M0-8-M0-8-M0-8-M M M M6-55 MX. Torque apacity MX. Thrust apacity WEIGHT TW Lbf - ft N.m Lbf N KG ø H H1 H H K K1 L1 L øp Ø55 ( 16 X 10 ) Ø ( 0 X 1 ) Ø8 ( X 1 ) Ø ( 5 X 1 ) Ø115 ( X 18 ) Ø10 ( 6 X 0 ) Ø1 ( X ) Ø1 ( X 5 ) X8 PF 1" 1,151 1,777,75,107 5,7 9, 1,86 19, ,561,9,7 5,568 7,77 1,65 17, 5, ,79 8, 5,78 651,96 786,81 1,056,60 1,169,006 1,719, ,080,000 1,,000 1X8,0,000,900,000,0,000,0,000 5,00,000 7,6, STEM OVER ,060 PF " PF " PF 6" PF 10" TM- Series TMG KORE TM-1SHW :1 00:1 Ø15 ( X 8 ) 68,6 9,10,11,0 9,0,000 1,1 TM-1HW 8 : 1 Ø15 ( X 8 ) 68,6 9,10,11,0 9,0,000,6 5 l TMG KORE l 55

29 UL INPUT EVEL GER MITER GER ENSION TM-I TM-I TM-5I TM-6I TM-7I TM-8I TM-9I TM-10I TM-11I TM-1I TM-1I F-1 F-0 F-0 F- F P.. ø N-H-P 1 -M M M M M M0-6 8-M0-6 8-M M M M SPEIFITION FOR MULTI TURN EVEL GER TM-I TM-I TM-5I TM-6I TM-7I TM-8I TM-9I TM-10I TM-11I TM-1I.5 : 1.75 : 1 : 1 5 : : 1 6 : : 1 7 : : 1 8 : 1 ø H H1 H H L1 L øp X8 1X8 1X8 PF 1" PF " PF " PF " PF 6" PF 10" TW Lbf - ft N.m Lbf N KG Ø8 ( 10 X 8 ) Ø8 ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø80 ( X 1 ) Ø90 ( X 1 ) Ø ( 5 X 1 ) Ø ( 8 X 16 ) Ø10 ( X 18 ) Ø1 ( 6 X 0 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT ,151 1,777,75,107 5,7 9, 1,86 19, ,06 1,561,9,7 5,568 7,77 1,65 17, 5,7 8,19 1,7,79 6,769 79,09 90,5 11,5 8,9,97 8,5 16,0 11,10 190,10 88,10, 1, 9,600 1,107,0 1,05,0 1,9, ENSION TM-MITER F10 TM-MITER F1 F-1 P.. ø N-H-P ø H H K K1 L L1 L øp 10 -M M SPEIFITION FOR MULTI TURN EVEL GER MX. Thrust apacity WEIGHT MX. Torque apacity Lbf N KG TM-MITER F10 TM-MITER F1 1 : 1 1 : 1 Ø ( 10 X 8 ) Ø ( 10 X 8 ) F TM- Series TMG KORE TM-1I 8 : 1 10 Ø190 ( X 5 ) 68,6 9,10 1,5,09 5,0, l TMG KORE l 57

30 SPUR GER SSEMLY (V-TYPE) SPUR GER ONSTRUTION (V-TYPE) STEM OVER OLT M.O.V FLNGE O-RING PLUG EYE OLT RETINER HOUSING LOK NUTS MTERILS OF ONSTRUTION 1st HELIL GER RIVE SLEEVE STEM USH THRUST WSHER RIVE SLEEVE THRUST LL ERING GSKET O-RING RIL LL ERING SNP RING nd HELIL GER HELIL PINION ILE GER RIL LL ERING SE STNR OPTION NO OP-01. OP-0. OP-0. OP-0. OP-05. OP-06. OP-07. ESRIPTION Housing ase rive Sleeve 1st Helical Gear 1st Idle Gear nd Helical Gear nd Helical Pinion rive ush Lock Nuts Thrust all earing Radial all earing Snap Ring rive Sleeve Key Idle Gear Key Wrench olt olt Plug O-Ring Thrust Washer Set Screw Gasket M.O.V Flange Stem over Retainer Eye olt Stem Nut Hand Wheel Key Name Plate Washer HEX.olt (SW) Indicator olt MTERIL NME JIS STM uctile Iron F uctile Iron F uctile Iron F arbon Steel S arbon Steel S arbon Steel S arbon Steel S arbon Steel S arbon Steel S Special Steel SUJ -5 Special Steel SUJ -5 arbon Steel - M65 arbon Steel S lloy Steel S lloy Steel SM -1 SM -1 arbon Steel S0 07 GR. una N NR arbon Steel SS1 8 GR. Stainless Steel SUS 76-0 Nonasbestos arbon Steel S Steel Pipe STPG 5 una N NR arbon Steel S0 + Zn 07 GR. + Zn ronze HS Steel Pipe STPG arbon Steel S luminium arbon Steel SS1 8 GR. lloy Steel SUS arbon Steel S0 07 GR. REMRK TM- Series TMG KORE OP-08. HEX. Nut arbon Steel S0 07 GR. OP-09. Indicator Plastic l TMG KORE l 59

31 SPUR GER(V-TYPE) FLNGE ENSION FLNGE ENSIONS (ISO 5101) ENSION TM-V10 TM-V15 TM-V0 TM-V F ø P.. N-H-P -M0-5 8-M M M0- SPEIFITION FOR MULTI TURN EVEL GER TM-V10 TM-V15 TM-V0 TM-V ø H H1 H H H L L1 øp PF " PF " MIN MX TW Lbf - ft N.m Lbf N KG 1 : 1 1 : 1 1 : 1 1 : 1 10 : 1 10 : 1 10 : 1 10 : Ø ( 1 X 9 ) Ø55 ( 16 X 10 ) Ø65 ( 18 X 11 ) Ø8 ( X 1 ) STEM OVER MX. Torque apacity MX. Thrust apacity WEIGHT ,1.,197.9, ,5,980 5, 8,5.0 1,75.0 6, ,9.0 17,000 11,10 80,10 0, SPEIFITION FOR MULTI TURN EVEL GER NO. F-05 F-07 F-1 F-1 F-19 F-0 F- F- WORM Series Mounting ase Mounting ase Type "" EVEL Series Mounting ase Mounting ase Type "" MTERIL P.. ø H.max. olt Thread h.min Number of SREWS M6 M8 M10 M1 M16 M0 1"-0UN 516"-18UN 8"-16UN 1"-1UN "-11UN "-10UN Mounting ase Type "" Mounting ase Type "" M16 M16 M16 M0 M0 M6 M6 M6 Mounting ase Type "" "-11UN "-11UN "-11UN "-10UN 1"-8UN 1 1"-7UN 1 1"-7UN 1 1"-7UN Mounting ase Type "" Mounting ase Type "" TM- Series FLNGE ENSION 60 l TMG KORE l 61

32 M.O.V FLNGE ENSION HEXGON PTER SQURE NUT Motor Flange or manual handwheel Flange for mounting a multi-turn actuator The flange sizes are according to EN ISO 510 ( optional IN 10 ) s an alternative, the device is equipped with a handwheel if the gearbox is to be operated manually IR WRENH GENERL TYPE GENERL TYPE WORM GER SPUR TYPE FLNGE TYPE,F-1 MX Ø" WTM WSM Ø0 5 W0M W1M Ø0 5 WM WM Ø 5 WαM Ø 5 WM W5M Ø 5 W5αM Ø60 5 W6M W7M Ø60 5 W7αM Ø W8M W9M Ø W10M W11M Ø 80 5 SPUR TYPE WORM GER FLNGE TYPE,F-1 MX Ø" WT WS W0S, S W1S, S Ø5 5 WS, S WS, S Ø0 5 WαM Ø0 5 WS, S W5M Ø 80 5 W5αM Ø 80 5 W6S, S W7M Ø 80 5 W7αM Ø 80 5 W8S, S W9S, S Ø 80 5 W10S, S W11S, S Ø GENERL TYPE EVEL GER FLNGE TYPE,F-1 MX Ø" 1M M Ø5 5 M M Ø 5 5M 6M Ø 5 7M 8M Ø 5 9M Ø 5 10M 11M Ø M 1M Ø SPUR TYPE EVEL GER FLNGE TYPE,F-1 MX Ø" 1S, S S, S S, S S, S Ø5 5 5S, S 6S, S Ø0 5 7S, S 8S, S Ø S, S Ø S, S 11S, S Ø S, S 1S, S Ø 80 5 Ø Ø1~Ø17 Ø17~Ø Ø~Ø0 Ø0~Ø8 Ø8~Ø Ø~Ø Ø~Ø Ø~Ø65 Ø65~Ø75 5x5 1x8 1x9 16x10 18x11 0x1 ENSION ENSION O. H h P P1 Ød Ød NUT N-SPOKES TM-WT x TM-WS x5 10 M8 TM-W0 00 (8") (1") 0 10 M8 TM-W " M10 (1") 10 TM-W M10 TM-W M10 5 TM-Wα M1 5 TM-W M1 5 TM-W M1 6 TM-W5α M1 6 TM-W x8 1 M1 6 TM-W (") 15 1x8 1 M1 6 TM-W7α x8 1 M1 6 TM-W x8 1 M1 6 TM-W x8 1 M1 6 TM-W x8 1 M1 6 TM-W x8 1 M1 6 TM-W x8 1 M1 6 ENSION O. H h P P1 Ød Ød NUT N-SPOKES TM M10 TM (1") (8") 5 10 M10 TM M1 TM M1 TM M1 5 TM (") 15 (1") 0 1 M1 5 TM x8 1 M1 6 TM x8 1 M1 6 TM x8 1 M1 6 TM x10 1 M1 6 TM (1") 0 (") 16x10 1 M1 6 TM x10 1 M1 6 TM- Series ENSION 6 l TMG KORE l 6

33 USHING ushing type The separated bushing makes it easier for gearbox to be mounted to valve. On request, the bushing is supplied with a suitable hole. The bushing with bore is placed on the valve shaft and secured against axial movement. The gearbox can then be mounted to the valve flange. SPEIFITION & OPTIONS Valve Spindle over Tubes 1. ecide the position of indicator with four bolts.. esignate the definite position by fastening bolt finally after setting up open & close. INITOR PLTE Specification For Mounting Pattern & ushing WORM GER 1. Stem bush type enables key way to be free. STEM USH. When worm gear combines with bush. assemble spline is equal position with groove of key (In case unequal position) It brings about turing aside the angle. FIX SPRING. e tied up the fixing spring by using drive o stick after combination both of them. Fix Type No-Lost Motion This type eliminates the gap in the lug drive between the evel Gear and rive Sleeve. It is the preferred method for Electric ctuators having positioning control capability. Hammer low Type Lost Motion (Hammer low) This type eliminates the gap in the lug drive between the evel Gear and rive Sleeve Enabling a momentary impact. It is the preferred method for all Manual operation and for Electric ctuators of Wedge Gates and Globe Valves. TM- Series SPEIFIRION & OPTIONS 6 l TMG KORE l 65

34 ELUTHLE GER MNUL OPERTING IRETION Operating irection W lock Wise W ounter lock Wise R Right Input - lock Wise R Right input - ounter lock Wise L Left input - lock Wise L Left input - ounter lock Wise Operating For Right Input Operating For Left Input Right Left Left Right Lever Operation Manual 1. VIEW SIE ENGGE ISENGGE FRONT. OPERTING FOR LOKING EVIE LOK. LEVER IRETION (VIEW For ENGGE To ISENGGE.) ENGGE POSITION SWITH 1. PRESS UTTON & GOING UP THE LEVER. UTION! PRESS TO ENGGE TO ISENGGE ENGGE ISENGGE (WITH UNLOK) UNLOK ISENGGE POSITION. PRESS UTTON & GOING OWN THE LEVER. "Use the Handle or Sub handle, When the Lever does not move, because of getting out of Gear." View point 1. Right Input. W input - W output is common standard Operating position "R" TMG Standard. Right input, W input - W output Operating position "R". View point. Left Input, W input - W output is common standard Operating position "L".. Left Input, W input - W output Operating position "L". TM- Series OPERTING IRETION 66 l TMG KORE l 67

35 PERFORMING TEST RESULTS PERFORMING TEST RESULTS PRT Simulation & Gear unit evaluation PRT NME MTERIL ELEMENT NOE PHYSIL PROPERTY THIKNESS(m) YOUNG'S MOULUS(Gpa) MEHNIL PROPERTIES POISSONS RTIO YIEL S(Mpa) TM-W IRON-ST 865 SOLI UTS(Mpa) PRT Simulation & Gear unit evaluation PRT NME MTERIL ELEMENT NOE PHYSIL PROPERTY THIKNESS(m) YOUNG'S MOULUS(Gpa) MEHNIL PROPERTIES POISSONS RTIO YIEL S(Mpa) TM-10 IRON-ST SOLI UTS(Mpa) Gear unit Evaluation Gear unit details Mechanical dvantage evaluation: Output Torque (N-m) Manufactu OP OP OP OP verage Torque Torque Torque Torque OP Iteration 1 Iteration Iteration Iteration Torque,000.0,000.0,000.0, , , ,000.0 Manufacturer TMG Korea Model No. TM-W7SM Max Output Torque 519. N-m Gear ratio 1088 M. 7 M. range(±10% of M.).8 to 99. Max Input Torque N-m 15, , , VP Torque Iteration 1 verage OP Torque Max. M OP Torque Ieration ctual M.. Nominal M Input Torque (N-m) Mechanical dvantage (M..) ctual M.. OPTorque Iteration Min M.. 선형 (Max M..) 16. Min M Max M Nominal M.. 5 5,568 5,6 5,555 5, ,19 1,155 1,1 1, ,5 19,86 19,51 19, ,00,9,5, ,515 7,86 7,6 7, ,997,699,815, ,866 7,789 7,907 7, ,666,9 16,7, IP-67 test:(6-protection against usl;7-protection against the effect of temporary immersion) Test conducted Inspection after GU disassembly onclusion Mechanical dvantage test Ingree protection test The Gear unit was immersed in a barrel containing water at a height of 0.5m from the surface of water for duration of 0 minutes. No Traces of water found inside the Gear unit The ctual Mechanical advantage of the Gear Unit is within acceptable limits The Gear unit has successfully passed the water jet ingress protection test Gear unit Evaluation Gear unit details Manufacturer TMG Korea Model No. TM- Max Output Torque 106 N-m Gear ratio.75 M..75 M. range(±10% of M.).075 to.715 Max Input Torque 10 N-m Mechanical dvantage evaluation: Output Torque (N-m) Manufactu OP OP OP OP Torque Torque Torque Torque Iteration 1 Iteration Iteration Iteration verage OP Torque Mechanical dvantage (M..) ctual M.. Min M.. Max M.. Nominal M ,068 1,057 1,05 1, IP-67 test:(6-protection against usl;7-protection against the effect of temporary immersion) OutputTorque (N-m) Max. M..,715 Nominal M.,75 Min M..,075 VP Torque Iteration 1 verage VP Torque Max. M..8 OP Torque Ieration ctual M.. Nominal M Input Torque (N-m).6 OPTorque Iteration Min M Mechanical dvantage Gear unit model number - TMG TM- Maximum Input Torque for TM - as per TMG atalogue Maximum Input Torque at which failure occurred Factor Number of Times the Max IP Torque at which failure occurred Failure location Maximum Input Torque for TM - as per TMG atalogue Maximum Input Torque at which failure occurred Factor Number of Times the Max IP Torque at which failure occurred Test conducted Inspection after GU disassembly onclusion Mechanical dvantage test Ingree protection test 10 N-m 8 N-m 7 times t the WY in the OP shaft (Keyway sheared:refer Photo below) Gear unit model number - TMG TM-5 Failure location N-m 1 N-m.5 times t the WY in the OP shaft (Refer Photos below) The Gear unit was immersed in a barrel containing water at a height of 0.5m from the surface of water for duration of 0 minutes. No Traces of water found inside the Gear unit The ctual Mechanical advantage of the Gear Unit is within acceptable limits The Gear unit has successfully passed the water jet ingress protection test TM- Series PERFORMING TEST RESULTS 68 l TMG KORE l 69

36 PERFORMING TEST RESULTS PERFORMING TEST RESULTS NONESTRUTIVE INSPETION TEST RESULTS OF ERTHQUKE PROOF (FOR NULER GENERTION) UT Test MT Test PT Test MT Test LOW TEMPERTURE EXPERIMENT TM- Series PERFORMING TEST RESULTS l TMG KORE l 71

37 TMG KORE ORP. TMG KORE ORP Quarter-Turn Gear Installation & Operation Instruction TMG KORE ocument No.tmg-0900 Instruction Tips: ll TMG KORE operators & accessories have been designed to transmit the rated output torque of the operator with a safety factor. When designing mounting kits, torque transmission devices. or specifying mounting hardware the operator rating should be considered. 10. Rotate the operator handwheel counterclockwise moving the valve from the closed to the open position checking to make sure the operator turns smoothly though the complete cycle. Visual verify that the full open position has be achieved. TMG KORE recommends using grade 5 and higher bolts with rock washers for mounting operators to valve operator flanges and valve adaptation kits. TMG KORE components should not be installed areas where those components will be subjected to high temperatures, corrosive atmospheres, or high pressures without prior knowledge by TMG KORE or unless originally designed for that purpose. oing so may affect the product warranty. Installation efore assembly is begun please insure that the output bore and mounting bolt patterns have been machined correctly. The following steps should be taken to install the TMGKORE manual quarter-turn operator. TMG KORE recommends operator mounting while on the test stand with the valve in the closed position. These instruction assume a W(lockwise) to close valve 1. heck to insure that the valve and operator are in the same position. If the positions do not correspond, rotate the operator handwheel(or actuators) either clockwise or counterclockwise until the correct position is achieved.. For applictions where the valve stem includes a keyway, install the key in the valve stem making sure that it is fully seated in the keyway.. The operators travel stops have been visually set at the factory to 90 degrees of travel. This setting may not correspond to actual application settings. Loosen the travel stop lock nut on each side of the operator and rotate the travel stop bolt counterclockwise about six turns. Rotating the stop bolt more than 6 turns may allow the worm and worm gear to rotate out of contact.. efore installing the operator, liberally grease the valve stem and operator bore. This will reduce the possibility of corrosion between the two components. 5. lign the operator with the valve stem and lower the operator into position on the valve flange or mounting kit. 6. Tighten the valve to operator mounting bolts. 7. Rotate the handwheel until the valve is in the closed position visually checking the disc, ball, or plug position. 8. Rotate the closed side travel stop bolt clockwise until it comes into contact with the worm wheel. 9. Tighten the travel stop lock nut against the housing. The closed side stop is now set. 11. Rotate the open side travel stop bolt clockwise until it comes into contact with the worm wheel. 1. Tighten the travel stop lock nut against the housing. The open side is now set. 1. Rotate the valve from closed to open several times to insure proper operation. Safety : TMG KORE operators have been designed and manufactured to the highest quality standards. In most cases, operator and handwheel packages have been sized to produce rated torque with a maximum of 80 Ibs, of handwheel rim effort. The use of larger handwheels, cheater bars, etc. will void the torque transmitting devises as well as being dangerous to the user. dditionally, the use of chainwheels operators that are not recommend for those applicaions sill result voiding operator warranty. Operation : Once the valve assembly has been installed, operation of quarter-turn manual gear operators is very simple. ssuming a clockwise to close valve as in the assembly instructions, rotating the handwheel clockwise will result in clock output rotation or clockwise to close. Reversing rotation of the handwheel, counterclockwise, will result in counterclock rotation of the output or counterclockwise to open. General Maintenance Manual Scope : It is the purpose of this document to provide general storage and maintenance instructions for all TMG KORE quarter-turn and multi-turn products. instructions:. Storage : For best results, TMG KORE operators should be stored in a clean, dry area in their shipping containers. If operators are stored in high humidity areas, steps should be taken to reduce the amount of moisture the units will be exposed to. Operator input shafts are plated to prevent corrosion. If operators are being stored for a long period of time, operator mounting surfaces should be lightly greased to prevent corrosion.. Maintenance : TMG KORE manual operators do not require periodic maintenance. They are for most applications, lubricated for life, with all components designed to have a life equal to or exceeding the wear life of operator gear. TM- Series TMG KORE ORP. 7 l TMG KORE l 7

38 TMG KORE ORP.. Lubrication : If for any reason, lubrication replacement is necessary, TMG KORE recommends replacement of that lubrication with : TMG KORE Standard Grease Specification : NLGI Grade : Lithum Grease Grease ase : Polyurea omplex olor : lack nti - Wear EP dditives : Yes ropping Point : SM 65 80eg (60eg) 0eg (eg ) all Wear KG Load STM 596 : 0(0.) Timken OK Load Lbs. STM 9 : 60 ase Oil : 899 ase Oil 10eg. F. Sus : 80 ase Oil Viscosity Index(min) STM : 1Pour Point STM 97 : 5eg. (-15eg ) PINTING FILITY & FINL INSPETION. TRNSFORMTION TRNSFORMTION FORMUL TRNSFORMTION Painting facilities ry facilities 9 m 56 m Primary filter facilities secondly adsorption facilities dsorption facilities m m m m. Spare Parts : TMG KORE warranty's work performed by the factory trained personnel only. Please consult the factory to arrange assistance. Temperature Range For GRESE PPLITION. HIGHEST TEMPERTURE HIGH TEMPERTURE NORML TEMPERTURE LOW TEMPERTURE -5 ~ 00-5 ~ 00-0 ~ 10 - ~ ~ 57-1 ~ 9 - ~ 8 - ~ 6 LOWEST TEMPERTURE TRNSFORMTION ELSIUS To Fahrenheit Fahrenheit To ELSIUS SPEIL GRESE 1. Silicone Grease.. EO Grease.. Incombustibility Grease. mbient temperatures The gearbox is suitable for operation at ambient temperatures of - to l TMG KORE - ~ 180 FORMUL = x1.8+ =( -)1.8-9 ~ 6 l 75 TM- Series PINTING FILITY & FINL INSPETION

39 TEST PERFORMNE FOR IP6768 TEST PERFORMNE FOR E-TEX 1. TEST PROEURE 1.1 TEST FOR INGRESS PROTETION -IP6X- This examination retracts air that become 80 times of bulk of specimen tank that abstraction is tested doing not exceed 60 bulks per time inside tank repeatedly TEST FOR INGRESS PROTETION -IPX8- The test is made by completely continuous immersing the enclosure in water as specified by the manufacture so that the following conditions are satisfied. - The lowest point of enclosures is located 0mm below the surface of the water. - The duration of the test is hours. THERML TEST OVERPRESSURE TEST. TEST RESULT.1 TEST FOR INGRESS PROTETION -IP6X- The protection is satisfactory.. TEST FOR INGRESS PROTETION -IPX8- The protection is satisfactory. 76 l TMG KORE IP6X TEST IP8X TEST Picture of test specimen overhaul after test IP6X TEST IP8X TEST Picture of test specimen overhaul after test YLING TEST UNER LOING l 77 TM- Series TEST PERFORMNE FOR E-TEX

40 TM-W TEHNIL T TM-W TEHNIL T TEHNIL T FOR TMG WORM GER Ratio Max.Output Torque Mechanical dvantage Max.Input Torque ore iameter (Stem.Max) Mounting Flange (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø (Iso 5101) TEHNIL T FOR TMG WORM GER Ratio Max.Output Torque Mechanical dvantage Max.Input Torque ore iameter (Stem.Max) Mounting Flange (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø (Iso 5101) TM-WT.0 : x 6 F-07 TM-W6 6.0 : 1, , , x 0 F- TM-WS.0 : x 7 TM-W6S 56.0 : TM-W0 8.0 : , x 8 F-1 TM-W6S 10.0 : TM-W0S 76.0 : TM-W : TM-W0S 15.0 : TM-W6W.0 : TM-W : TM-W : 1 9, , ,67.6, x 5 F- TM-W0W TM-W1 TM-W1S TM-W1S TM-W1 TM-W1W TM-W TM-WS TM-WS TM-W TM-WW TM-W TM-WS TM-WS TM-W TM-WW TM-Wα TM-WαS TM-WαS TM-Wα TM-WαW TM-W TM-WS TM-WS TM-W TM-WW TM-W5 TM-W5S TM-W5S TM-W5 TM-W5W TM-W5α TM-W5αS TM-W5αS TM-W5α TM-W5αW 19.0 : 1.0 : : 1.0 : : 1.0 : 1.0 : : : : : : : : : : : : : : : : : 1.0 : : : : : : : : : : : : : 1 1,81.5,8.5,18.1,89.8 6, , ,18. 1,87.1,1.6 5,6. 6,66. 9, , , , x 9 18 x 11 0 x 1 x 1 5 x 1 x 18 x 18 F-1 F-0 F-0 TM-W7S TM-W7S TM-W7 TM-W7W TM-W7α TM-W7αS TM-W7αS TM-W7α TM-W7αW TM-W8 TM-W8S TM-W8S TM-W8 TM-W8W TM-W9 TM-W9S TM-W9S TM-W9 TM-W9W TM-W10 TM-W10S TM-W10S TM-W10 TM-W10W TM-W11 TM-W11S TM-W11S TM-W11 TM-W11W TM-W1 TM-W1S TM-W1S TM-W1 TM-W1W 7.0 : : : 1.0 : : : : : : : : : : : : : : : : : : : : : : 1.0 : : 1.0 : : : 1.0 : : 1.0 : : 1 67,56. 86,0.1 10,9.6 0,7. 1, ,88., , ,9. 75,17.0 6,.6 0, , , ,01.5 1, , ,060.6, , ,65., , ,66.0 5,18. 1,06.9,1.0 1, , , ,757. 1,.. 1, ,15. 1, , ,8.5, , ,76.8,5.6 1,090.7,0.1 1,159. 6,18.9 7,08.9 1,5.8 5,76.5, x 8 x 8 6 x x 6 80 x 90 x TM- Series TM-W TEHNIL T REMRK 78 l TMG KORE Ratio to be changeable Max Output Torque ±10% REMRK Ratio to be changeable Max Output Torque ±10% l 79

41 TM-W TEHNIL T TM- TEHNIL T TEHNIL T FOR TMG ELUTH WORM GER Ratio Max.Output Torque Mechanical dvantage Max.Input Torque ore iameter (Stem.Max) Mounting Flange (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø (Iso 5101) TEHNIL T FOR TMG EVEL GER Ratio Max.Output Torque Max.Thrust apacity Mechanical dvantage Max.Input Torque ore iameter (Stem.Max) Mounting Flange (Lbf-ft) (N.m) (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø TW (Iso 5101) TM-WT 1.0 : x 6 F-07 TM-1.5 : ,96 75, TM-WS.0 : x 7 TM : TM-W0 6.0 : x 8 F-1 TM-.0 : , 11, F-1 TM-W0S 6.0 : TM- 6.0 : TM-W0S TM-W1 TM-W1S TM-W1S TM-W TM-WS TM-WS 18.0 : : : : : : : 1 1,0.0,05.7 1,79., x 9 18 x 11 F-1 TM- TM-S TM-S TM- TM-W TM-SW.5 : : : : 1.5 : : ,19 16, F-1 TM-W 7.0 : 1,1.7, x 1 TM-SW 1.0 : TM-WS 98.9 : TM-W 7.0 : TM-WS TM-Wα TM-WαS TM-WαS TM-W TM-WS TM-WS TM-W5 TM-W5S TM-W5S TM-W5α TM-W5αS TM-W5αS TM-W6 TM-W6S TM-W6S TM-W7 TM-W7S TM-W7S TM-W7α TM-W7αS TM-W7αS TM-W8 TM-W8S TM-W8S 7. : : : : : : : 1.0 : : : : : : : 1.9 : : : 1 8. : 1. : : 1.6 : : : : 1.6 : 1,0.0 5,90.8 1,80. 17, ,051.0, , ,7.9 5,8.7 8, ,69.8,76.0 7,1.6, ,7. 9, , , , , , , , ,76.6 1, x 1 5 x 1 x 18 x 18 6 x 0 x 5 x 8 x 8 F-0 F-0 F- F- TM- TM-S TM-S TM- TM-W TM-SW TM-SW TM-W TM-5 TM-5S TM-5S TM-5 TM-5W TM-5SW TM-5SW TM-5W TM-5H TM-5SH TM-5SH TM-5H TM-5HW TM-5SHW TM-5SHW TM-5HW.8 : : : : 1.8 : : : : 1.0 : : : : 1.0 : : : : 1.0 : : : : 1.0 : : : : ,151. 1,151. 1,0.7 1, , ,7,79,79 11,10 190,10 1,080, x9 16x10 16x TM- Series TM- TEHNIL T REMRK 80 l TMG KORE Ratio to be changeable Max Output Torque ±10% REMRK Ratio to be changeable Max Output Torque ±10% l 81

42 TM- TEHNIL T TM- TEHNIL T TEHNIL T FOR TMG EVEL GER Ratio Max. Output Torque Max.Thrust apacity Mechanical dvantage Max.Input Torque ore iameter (Stem. Max) Mounting Flange (Lbf-ft) (N.m) (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø TW (Iso 5101) TEHNIL T FOR TMG EVEL GER Ratio Max. Output Torque Max.Thrust apacity Mechanical dvantage Max.Input Torque ore iameter (Stem. Max) Mounting Flange (Lbf-ft) (N.m) (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø TW (Iso 5101) TM : 1 1,776.6,8.8 6,769 88, x11 TM :1, , ,5 1, , x1 F-0 TM-6S 1.5 : TM-8S 18.0 : TM-6S 1. : TM-8S 5.0 : TM : TM : TM-6W 5.0 : TM-8W 6.0 : ,01. TM-6SW 1.5 : TM-8SW 18.0 : TM-6SW 1. : TM-8SW 5.0 : TM-6W 15.0 : TM-8W 1.0 : TM-6H 5.0 : 1 1,776.6,8.8 8, 1,, x1 80 TM-8H 6.0 :1, , ,96,900, ,01. 5x1 F-0 TM-6SH 1.5 : TM-8SH 18.0 : TM-6SH 1. : TM-8SH 5.0 : TM-6H TM-6HW TM-6SHW TM-6SHW TM-6HW TM-7 TM-7S TM-7S TM-7 TM-7W TM-7SW TM-7SW TM-7W TM-7H TM-7SH TM-7SH TM-7H TM-7HW TM-7SHW TM-7SHW TM-7HW 15.0 : : : 1 1. : : : : : : : : : : : : : : : : : : 1,75.9,75.9,7.8,7.8 79,09 5,78,,0, x1 x1 8 F-0 F-0 TM-8H TM-8HW TM-8SHW TM-8SHW TM-8HW TM-9 TM-9S TM-9S TM-9 TM-9W TM-9SW TM-9SW TM-9W TM-9H TM-9SH TM-9SH TM-9H TM-9HW TM-9SHW TM-9SHW TM-9HW 1.0 :1 6.0 : :1 5.0 :1 1.0 :1 6.5 : :1.5 :1 6.0 :1 6.5 : :1.5 :1 6.0 :1 6.5 : :1.5 :1 6.0 :1 6.5 : :1.5 :1 6.0 :1 5,7.0 5,7.0 7,77. 7,77. 11,5 786,81 9,600,0, , , , , , x1 x18 10 F- F- TM- Series TM- TEHNIL T REMRK 8 l TMG KORE Ratio to be changeable Max Output Torque ±10% REMRK Ratio to be changeable Max Output Torque ±10% l 8

43 TM- TEHNIL T TM- TEHNIL T TEHNIL T FOR TMG EVEL GER Ratio Max.Output Torque Max.Thrust apacity Mechanical dvantage Max.Input Torque ore iameter (Stem.Max) Mounting Flange (Lbf-ft) (N.m) (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø TW (Iso 5101) TEHNIL T FOR TMG EVEL GER Ratio Max.Output Torque Max.Thrust apacity Mechanical dvantage Max.Input Torque ore iameter (Stem.Max) Mounting Flange (Lbf-ft) (N.m) (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø TW (Iso 5101) TM :1 9,. 1,65.8 8,9 1,107,0 6. 1,81.,008. 8x16 15 F- TM-11 SPIRL 7.6 : 1 19,5.5 6,10.,97 1,05,0 6.8,81., x18 1 TM-10S 8.0 : TM-11S SPIRL 0. : ,197. TM-10S 11.0 : TM-11S SPIRL 10.9 : TM-10.0 : TM-11 SPIRL 7.8 : TM-10W 7.0 :1 6. 1,81.,008. TM-11W SPIRL 7.6 : 1 6.8,81.,88.9 TM-10SW 8.0 : TM-11SW SPIRL 0. : ,197. TM-10SW 11.0 : TM-11SW SPIRL 10.9 : TM-10W.0 : TM-11W SPIRL 7.8 : TM-10H 7.0 :1 9,. 1,65.8 1,056,60,0, ,81., x0 1 F- TM-11H SPIRL 7.6 : 1 19,5.5 6,10. 1,169,006 5,00, ,81., x 1 TM-10SH 8.0 : TM-11SH SPIRL 0. : ,197. TM-10SH 11.0 : TM-11SH SPIRL 10.9 : TM-10H TM-10HW TM-10SHW TM-10SHW TM-10HW TM-11 TM-11S TM-11S TM-11 TM-11W TM-11SW TM-11SW TM-11W TM-11H TM-11SH TM-11SH TM-11H TM-11HW TM-11SHW TM-11SHW TM-11HW.0 :1 7.0 :1 8.0 : :1.0 :1 7.6 :1 0. : :1 7.8 :1 7.6 :1 0. : :1 7.8 :1 7.6 :1 0. : :1 7.8 :1 7.6 :1 0. : :1 7.8 :1 1,8.6 1,8.6 17,.8 17,.8,97 1,169,006 1,05,0 5,00, , , , , , , , , , , x18 x 1 1 TM-11H SPIRL TM-11HW SPIRL TM-11SHW SPIRL TM-11SHW SPIRL TM-11HW SPIRL TM-1 TM-1S TM-1S TM-1 TM-1W TM-1SW TM-1SW TM-1W TM-1H TM-1SH TM-1SH TM-1H TM-1HW TM-1SHW TM-1SHW TM-1HW 7.8 : : 1 0. : : : : 1.0 : : 1.0 : : 1.0 : : 1.0 : : 1.0 : : 1.0 : : 1.0 : : 1.0 : 1 19,0. 19,0. 5, , ,5 1,719,788 1,9,00 7,6, , , , , , ,88.9 1, , , , , x0 x5 15 TM- Series TM- TEHNIL T REMRK 8 l TMG KORE Ratio to be changeable Max Output Torque ±10% REMRK Ratio to be changeable Max Output Torque ±10% l

44 TM- TEHNIL T TM- TEHNIL T TEHNIL T FOR TMG EVEL GER Ratio Max.Output Torque Max.Thrust apacity Mechanical dvantage Max.Input Torque ore iameter (Stem.Max) Mounting Flange (Lbf-ft) (N.m) (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø TW (Iso 5101) TEHNIL T FOR TMG SPUR GER Ratio Max.Output Torque Max.Thrust apacity Mechanical dvantage Max.Input Torque ore iameter (Stem.Max) Mounting Flange (Lbf-ft) (N.m) (Lbf-ft) (N.m) (±10 %) (Lbf-ft) (N.m) Ø TW (Iso 5101) TM-1 SPIRL 8.0 : 1 8,5. 8,.0 8,5 1,9,00 7.,96.0 5, x0 TM-V : ,6 17, ,00.8 1,8.1 1x9 55 TM-1S SPIRL.0 : ,..0 : TM-1S SPIRL TM-1 SPIRL 00.0 : : : TM-1W SPIRL 8.0 : 1 7.,96.0 5, : TM-1SW SPIRL.0 : ,. 8.0 : TM-1SW SPIRL 00.0 : : TM-1W SPIRL 8.0 : TM-1H SPIRL 8.0 : 1 8,5. 8,.0 1,719,788 7,6,000 7.,96.0 5,7.1 1 x5 15 TM-V : 1 1,1. 1,5.0 10,0 11, ,., x10 6 TM-1SH SPIRL.0 : ,. TM-1SH SPIRL 00.0 : : ,07.7 TM-1H SPIRL TM-1HW SPIRL TM-1SHW SPIRL TM-1SHW SPIRL TM-1HW SPIRL TM-1 SPIRL TM-1S SPIRL TM-1S SPIRL TM-1 SPIRL TM-1W SPIRL TM-1SW SPIRL TM-1SW SPIRL TM-1W SPIRL TM-1H SPIRL TM-1SH SPIRL TM-1SH SPIRL TM-1H SPIRL TM-1HW SPIRL TM-1SHW SPIRL TM-1SHW SPIRL TM-1HW SPIRL 8.0 : : 1.0 : : : : 1.0 : : : : 1.0 : : : : 1.0 : : : : 1.0 : : : 1 68, , ,10. 9,10. 1,5,09,11,0 5,0,000 9,0, , ,57., ,766. 9,57., ,766. 9,57., ,766. 9,57., , ,7.1 1, ,.0, ,9.6 1,.0, ,9.6 1,.0, ,9.6 1,.0, , x5 x8 10 TM-V0 TM-V.0 : : : : : 1.0 : 1.0 : : : : : 1.0 : 1.0 : : : : 1,197.9,078.7, ,.0 06,606,05 80,10 0, ,0.1 1, ,6.,8.6 1, ,1.6,06. 1, ,65.0,87.0 1,.5 1, x11 x1 97 F-0 TM- Series TM- TEHNIL T REMRK 86 l TMG KORE Ratio to be changeable Max Output Torque ±10% REMRK Ratio to be changeable Max Output Torque ±10% l 87

45 TMG KORE ERTIFITION PROUTION EQUIPMENTS [ E-TEX FOR WORM GER OX ] [ WORM GER OX FOR TUTOR ] [ ERTIFITE OF PTENT ] [ E-TEX FOR EVEL GER OX ] [ EVEL GER OX FOR TUTOR ] [ ERTIFITE OF PTENT ] [ OMPNY SPEILIZE IN PRTS ] [ ISO9001:008 ] [ VENTURE USINESS ] N GER HOING MHINE TUTOR OPERTION SETTING VLVE WORL EXPO 01 WTER LEKGE TEST TM- Series PROUTION EQUIPMENTS 88 l TMG KORE l 89