Electronic
Contents Electronic High Intensity Discharge. MH & HPS.. to 4 Fluorescent. 5 T5 4W 54W... 6 to 7 Compucase Enterprise Co., Ltd. No. 5, Lane 54, An Ho Road Sec. Tainan, Taiwan, R.O.C Tel: +886-6-356-0606 Fax: +886-6-356-0505 E-mail: service@hec-group.com.tw http://www.hec-group.com.tw Wei Yu International Trading (Shen Zhen) Co., Ltd. No. 77, HePing East Road, Longhua Town, Baoan District, Shenzhen, Quangtong Province, China Tel: +86-0755-8966#87 Fax: +86-0755-8940 E-mail: weiyu@hec-group.com.cn http://www.hec-group.com.tw/cn T8 5W 58W... 8 to CFL/ PL-C/ PL-T 3 to 4 BIAX/ PL-L/ FT 5 to 7 D. 8 Terms and Glossary... 9 Compucase Japan Co., Ltd. 3-4-5-7F Shin-Yokohama, Kouhoku-ku, Yokohama-City, Kanagawa-ken, Japan -0033 Tel: +8-45-470-5948 Fax: +8-45-470-5958 E-mail: support@hec-group.jp http://www.hec-group.jp Compucase Korea Co., Ltd #506, Unitechvil, Ilsan-ku,, Koyang City, Gyeonggi-do, South Korea Tel: +8-3-909-7080 Fax: +8-3-909-7090 Email: sarah-son@hec-group.co.kr http://www.hec-group.co.kr Compucase UK. Ltd. 5 Alston Drive, Bradwell Abbey, Milton Keynes Buckinghemshire MK3 9HA, U.K. Tel: +44-908-37666 Fax: +44-908-37607 E-mail: info@compucase-hec.co.uk http://www.compucase-hec.co.uk Compucase Europe GMBH Im Hüelsenfeld 9, D-407 Hilden, Germany Tel: +49-03-9880 Fax: +49-03-9888 E-mail: info@compucase.de http://www.compucase.de Compucase Corporation 670 Chestnut Street, Unit. C City of Industry, CA 9748, U.S.A. Tel: +-66-336-6588 Fax: +-66-333-988 E-mail: sales@compucaseusa.com http://www.hecgroupusa.com Compucase Spain S.L. World Trade Center Barcelona, Edificio East, Planta 6. Barcelona 08039, Spain Tel: +34-93-508-8-63 Fax: +34-93-508-8-64 E-mail: info@compucase.net http://www.hec-group.net
HIGH INTENSITY DCHARGE HID Features Features: Minimum ing Temperature -30 C/-0 F Maximum Allowable Case Temperature 90 C PIC control protection Constant Control Open/ Short Circuit Protection Thermal and Lamp End-of-Life protection Sound rated "A" for indoor applications.0 High Low Total Harmonic Distortion <0 HID Model Number HID Electronic Model Number Breakdown HDM S - A 70 XRI 3 4 5. Lamp Type HDM = Metal Halide Lamp; HDP = High Pressure Sodium. Number of S = Single Lamp; D = Double 3. A = 0V~77V; J = 00V~40V; = 0V; = 0~40V; 3 = ; 7 = 77V 4. Lamp Watts 0 = 0W; 35 = 35W; 50 = 50W; 70 = 70W; 00 = 00W; 50 = 50W 5. Case Description / Shape X = Economic model; R = Square model; BM = Bottom Mount; I = Slide-in / Ear-less; L = Slim-Long - -
HIGH INTENSITY DCHARGE HID MH & HPS Metal Halide (MH) and High Pressure Sodium (HPS) Rated Lamp Watts Lamp number 0 Watt Lamp, ANSI Code M56 (V) Line Max. T.H.D. 0 0V-77V HDMS-A0X 0 0. 6 A a -/-30 <0 HDMS-A0XI 77 0.09 5 AI a 0 0V-77V HDMS-A0XR B b 0 0. 6 HDMS-A0XRBM B-BM b -/-30 <0 HDMS-A0XRI BI b 77 0.09 5 HDMS-A0XRIBM BI-BM b 35/39 Watt Lamp, ANSI Code M30 35/39 0V-77V HDMS-A35X 0 0.38 45 A a -/-30 <0 HDMS-A35XI 77 0.6 44 AI a 35/39 0V-77V HDMS-A35XR B b 0 0.37 45 HDMS-A35XRBM B-BM b -/-30 <0 HDMS-A35XRI BI b 77 0.6 44 HDMS-A35XRIBM BI-BM b 35/39 0V-77V HDMS-A35R B b 0 0.39 47 HDMS-A35RBM B-BM b -/-30 <0 HDMS-A35RI BI b 77 0.6 45.7 HDMS-A35RIBM BI-BM b 35/39 HDMS-335X -/-30 347 0.3 45 <0 A a 35/39 0V-77V HDMD-A35X D d 0 0.8 96.96 HDMD-A35XBM D-BM d -/-30 <0 HDMD-A35XI DI d 77 0.34 94.79 HDMD-A35XIBM DI-BM d 50 Watt Lamp, ANSI Code M48, M0 50 0V-77V 70 Watt Lamp, ANSI Code M85, M98, M39, M43 HDMS-A50 D c 0 0.49 58.8 HDMS-A50BM D-BM c -/-30 <0 HDMS-A50I DI c 77 0. 57. HDMS-A50IBM DI-BM c 70 0V-77V HDMS-A70 D c 0 0.67 80 HDMS-A70BM D-BM c -/-30 <0 HDMS-A70I DI c 77 0.9 78 HDMS-A70IBM DI-BM c 70 0V-77V HDMS-A70R E c 0 0.66 80 HDMS-A70RBM E-BM c -/-30 <0 HDMS-A70RI EI c 77 0.9 78 HDMS-A70RIBM EI-BM c 70 0V-77V HDMS-A70L 0 0.67 80 F c -/-30 <0 HDMS-A70LI 77 0.9 78 FI c 70 0V-40V HDMS-70R 0 0.35 77.7 E c -/-30 <0 HDMS-70RBM 40 0.3 77.7 E-BM c 70 HDMS-370 -/-30 347 0.3 79 <0 D c Dia. See page 3 for wiring diagrams and page 4 for enclosure dimensions Notes:. All ballasts feature sound rated A, high power factor of, ballast factor of.0, thermal or programmed electronic protection, and maximum Total Harmonic Distortion of 0.. Minimum starting temperature is -30 C/-0 F, and Maximum allowable case temperature is 90 C. 3. All ballasts are Programmed Cold. - -
HIGH INTENSITY DCHARGE Metal Halide (MH) and High Pressure Sodium (HPS) Rated Lamp Watts Lamp number 00 Watt Lamp, ANSI Code M64, M40, M90 00 0V-77V 00 Watt Lamp, ANSI Code S54 00 0V 00 0V-40V 00 77V 50 Watt Lamp, ANSI Code M0 50 0V 50 0V-40V 50 77V (V) Line Max. T.H.D. HDMS-A00 D c 0 0.94 3 HDMS-A00BM D-BM c -/-30 <0 HDMS-A00I DI c 77 0.4 0 HDMS-A00IBM DI-BM c HDPS-00 G c HDPS-00BM G-BM c -/-30 0 0.95 3 <0 HDPS-00I GI c HDPS-00IBM GI-BM c HDPS-00 G c 0 0.54 9 HDPS-00BM G-BM c -/-30 <0 HDPS-00I GI c 40 0.49 8 HDPS-00IBM GI-BM c HDPS-700 G c HDPS-700BM G-BM c -/-30 77 0.4 4 <0 HDPS-700I GI c HDPS-700IBM GI-BM c HDMS-50 G c HDMS-50BM G-BM c -/-30 0.38 67 <0 HDMS-50I GI c HDMS-50IBM GI-BM c HDPS-50 G c HDPS-50BM G-BM c -/-30 0 0.75 64 <0 HDPS-50I GI c HDPS-50IBM GI-BM c HDPS-750 G c HDPS-750BM G-BM c -/-30 77 0.4 68 <0 HDPS-750I GI c HDPS-750IBM GI-BM c Dia. See page 4 for enclosure dimensions. Notes:. All ballasts feature sound rated A, high power factor of, ballast factor of.0, thermal or programmed electronic protection, and maximum Total Harmonic Distortion of 0.. Minimum starting temperature is -30 C/-0 F, and Maximum allowable case temperature is 90 C. 3. All ballasts are Programmed Cold. - 3 -
HIGH INTENSITY DCHARGE Enclosure Dimensions: Case Figure A 5mm [5.98''] 44mm [.73''] 3mm [.''] 43mm [5.63''] AI 3mm [5.''] 44mm [.73''] 3mm [.''] B B-BM mm [4.37''] 77mm [3.03''] 3mm [.6''] 0mm [4.0''] BI BI-BM 95mm [3.7''] 77mm [3.03''] 3mm [.6''] D D-BM 38mm [5.4''] 9mm [3.58''] 3mm [.6''] 8mm [5.03''] DI DI-BM 9mm [4.69''] 9mm [3.58''] 3mm [.6''] Case Figure E E-BM 0mm [4.0''] 0mm [4.0''] 3mm [.6''] 95mm [3.74''] EI EI-BM 0mm [4.0''] 83mm [3.7''] 3mm [.6''] F 05.5mm [8.''] 44mm [.73''] 3mm [.6''] 63mm [6.4''] FI 83mm [7.''] 44mm [.73''] 3mm [.6''] G G-BM 73mm [6.8''] 9mm [3.58''] 44mm [.73''] 63mm [6.4''] GI GI-BM 53mm [6.0''] 9mm [3.58''] 44mm [.73''] Diagrams: a b c d - 4 -
FL Features Features: High frequency operation operates lamps more efficiently and eliminates hum and visible flicker. High and Low Total Harmonic Distortion Lamp End-of-Life Protection Sound rated "A" for indoor applications FL Model Number Fluorescent Electronic Model Number Breakdown. Product Code H = Electronic (Fluorescent). Family Program (PS): CS, TS, ES, EP Rapid (RS): ES Instant (): EP 3. Maximum Number of H ES D - A 39 T5 M 3 4 5 6 7 S = Single Lamp; T = Triple ; D = Double ; Q = Quad 4. = 00V, 0V, 0V; = 0V, 30V, 40V; 3 = ; 7 = 77V; UV = 0V~77V; A = 0V~77V; B = 77V~; C = 0V~40V; J = 00V~40V 5. Lamp Watts 4 = 4W; = W; 3 = 3W; 4 = 4W; 58 = 58W; etc 6. Lamp Type T5 = T5; T8 = T8; D = D: B = BB; PBX = BIAX/PLL; P = PLT/PLC; 7. Case Description / Shape M = Mini-size Case; BM = Bottom Mount - 5 -
For T5 4W 35W FL T5 4W - 35W F4T5 (4W) ing 0-77V PS HESD-AT5 0-4/-0 0.5 7 0.97 0 77-4/-0 0.07 8 0 0.95 0-40V PS HESD-CT5 0-40 -4/-0 0.08 8 0 0.95 CE I f HESS-C35T5 0-40 -4/-0 0.08 8.0 5 0.95 CE I f 77- PS HESD-BT5 77-4/-0 0.07 9 5 347-4/-0 0.06 9 0 0.95 0-77V PS HESD-AT5 0-4/-0 0.8 33 0.9 0 77-4/-0 0.3 34 0.93 5 0-40V PS HESD-CT5 0-40 -4/-0 0.5 34 0.9 5 CE I f 77- PS HESD-BT5 77-4/-0 0.3 35 0 347-4/-0 0. 35 5 FT5 0-77V PS HESD-AT5 0-4/-0 0. 4 0.95 0 77-4/-0 0.09 5 0.97 0 0.97 0-40V PS HESD-CT5 0-40 -4/-0 0. 3 0.93 0 0.97 CE I f HESS-C35T5 0-40 -4/-0 0. 5 5 CE I f 77- PS HESD-BT5 77-4/-0 0.09 5 0.97 0 347-4/-0 0.08 6 0.97 0 0-77V PS HESD-AT5 0-4/-0 0.4 47 0.9 0 77-4/-0 0.7 48 0.93 0 0-40V PS HESD-CT5 0-40 -4/-0 0. 46 0.88 0 CE I f 77- PS HESD-BT5 77-4/-0 0.7 48 0.95 0 347-4/-0 0.5 49 0.96 5 FC9T5 0-77V PS HCSD-UV8P F4T5/HO (4W) 0-4/-0 0.7 0.08 5 77-4/-0 0.08.08 5 0.97 00-40V PS HESD-J4T5 00-4/-0 0.6 6 0 40-4/-0 0. 6 5 0.97 UL/CUL H f 0-77V PS HESD-A4T5 0-4/-0 0. 6 0 77-4/-0 0. 7 7 0-40V PS HESD-C4T5 0-40 -4/-0 0. 7 5 0.97 CE I f 00-40V PS HESD-J4T5 00-4/-0 0.47 47 0.9 0 40-4/-0 0. 48 0.9 0 UL/CUL H f 0-77V PS HESD-A4T5 0-4/-0 0.38 46 0.9 0 77-4/-0 0.8 48 0 0-40V PS HESD-C4T5 0-40 -4/-0 0. 50 0.95 0 CE I f F8T5 (8W) HESD-C35T5 0-40 -4/-0 0.6 35.06 5 CE I f 0-40V PS HESS-C35T5 0-40 -4/-0 0.4 33 0.96 0 0.97 CE I f 77-4/-0 0. 34 0 77- PS HESD-B35T5 347-4/-0 0. 35 30 0.95 0-40V PS HESD-C35T5 0-40 -4/-0 0.3 70 0.93 0 CE I f 77-4/-0 0.4 65 0.94 0 77- PS HESD-B35T5 347-4/-0 0.9 66 0.96 0 F35T5 (35W) HESD-C35T5 0-40 -4/-0 0.9 4 5 CE I f 0-40V PS HESS-C35T5 0-40 -4/-0 0.8 40.5 0.94 0 CE I f 77-4/-0 0.5 40 0 77- PS HESD-B35T5 347-4/-0 0. 4 5 0.97 0-40V PS HESD-C35T5 0-40 -4/-0 0.37 86 0.97 0 CE I f 77-4/-0 0.8 77 0.9 0 77- PS HESD-B35T5 347-4/-0 0.3 78 0.9 0 See page 7 for wiring diagrams and enclosure dimensions - 6 -
For T5 39W 54W FL T5 39W - 54W F39T5/HO (39W) ing 00-40V PS HESD-J39T5 00-4/-0 0.47 47.05 0 40-4/-0 0.9 47.05 5 0.97 0-77V PS HESD-A39T5 0-4/-0 0.4 44 0.77 0 77-4/-0 0.6 44 0.77 0 0.96 HESS-A54T5 0-4/-0 0.4 50. 0 77-4/-0 0.8 5. 5 00-40V PS HESD-J39T5 00-4/-0 0.9 90 0.96 0 40-4/-0 0.37 90 0 HESD-J54T5 00-4/-0 0.9 9 0 40-4/-0 0.38 9 0 0-77V PS HESD-A39T5 0-4/-0 0.68 8 0.86 0 77-4/-0 0.3 8 0.88 5 HESD-A54T5 0-4/-0 0.76 9 0 77-4/-0 0.33 9.0 5 0.97 0-40V PS HESD-C54T5 0-40 -4/-0 0.38 88.04 0 CE I f 77- PS HESD-B54T5 77-4/-0 0.3 83 0.93 0 347-4/-0 0.5 84 0.93 0 F54T5/HO (54W) 00-40V PS HESD-J54T5 00-4/-0 0.6 60.05 0 40-4/-0 0.5 60.05 5 0.97 0-77V PS HESD-A54T5 0-4/-0 0.5 60 0 77-4/-0 0.3 63.0 5 0.97 HESS-A54T5 0-4/-0 0.48 57 0.9 0 77-4/-0 0. 58 0.9 0 0-40V PS HESD-C54T5 0-40 -4/-0 0.6 60 0.94 5 CE I f 77- PS HESD-B54T5 77-4/-0 0. 6 0.97 5 347-4/-0 0.8 6 0.97 5 00-40V PS HESD-J54T5 00-4/-0. 0 0 40-4/-0 0.5 0 0 0-77V PS HESD-A54T5 0-4/-0 0.97 6 0 77-4/-0 0.43 8 0 0-40V PS HESD-C54T5 0-40 -4/-0 0.48 09 0.94 0 CE I f 77- PS HESD-B54T5 77-4/-0 0.43 9 0.9 0 347-4/-0 0.34 9 0.93 0 Enclosure Dimensions: Code B 33mm [5.36''] 63mm 30mm [.48''] [.8''] 3mm [4.84''] Enclosure Code I 34mm [.36''] 33mm [.3''] 8mm [.''] 300mm [.8''] Enclosure H 9mm [.5''] 34mm [.34''] 7mm [.06''] 83mm [.4''] J 35mm [.8''] 34mm [.34''] 9mm [.4''] 37mm [.5''] Diagrams: e e f f h - 7 -
For T8 5W 8W FL T8 5W - 8W F5T8 (5W) ing 0-77V PS HTSD-UV3T8M F7T8 (7W) 3 4 0-77V 0V 0-77V 0V 0-77V 0V 0-77V 0V F8T8 (8W) 0-4/-0 0.3 8 0.77 0 77-4/-0 0. 9 0.77 0 0.95 UL/CUL F b PS HTSD-UV3T8M 0-4/-0 0.6 0 0.93 0 77-4/-0 0.08 0.93 0 0.95 UL/CUL F b HTSS-UV3T8M 0-4/-0 0.5 8 0.88 0 77-4/-0 0.07 8 0.88 0 UL/CUL E a HEPD-A3T8M 0 0/-8 0.7 0.45 0 77 0/-8 0.07 0.45 0 UL/CUL E b HEPS-A3T8M 0 0/-8 0.6 9 0.93 0 77 0/-8 0.08 0.94 5 UL/CUL E a HEPD-3T8M 0 0/-8 0.7 0.45 0 UL/CUL E b HEPS-3T8M 0 0/-8 0.6 9 0.93 0 UL/CUL E a HEPD-33T8M 347 0/-8 0.06 0.45 0 UL/CUL E b HEPS-33T8M 347 0/-8 0.06 0 0.93 5 UL/CUL E a PS HTSD-UV3T8M 0-4/-0 0.8 34 0.89 0 77-4/-0 0.4 34 0.89 0 0.97 UL/CUL F b RS HESD-A3T8M 0 0/-8 0.3 37 0.96 0 77 0/-8 0.4 38 0.97 5 0.96 UL/CUL E b HEPD-A3T8M 0 0/-8 0.8 33 0.95 0 77 0/-8 0. 33 0.95 0 UL/CUL E b HEPT-A3T8M 0 0/-8 0.3 36.05 5 77 0/-8 0.5 39.05 35 0.95 RS HESD-3T8M 0 0/-8 0.3 36 0.96 0 UL/CUL E b HEPD-3T8M 0 0/-8 0.8 33 0.95 0 UL/CUL E b HEPT-3T8M 0 0/-8 0.3 36.05 5 RS HESD-33T8M 347 0/-8 0. 38 0.97 5 UL/CUL E b HEPD-33T8M 347 0/-8 0. 36.03 0 UL/CUL E b HEPT-33T8M 347 0/-8 0. 38.05 35 0.95 RS HESPQ-A3T8M 0 3/0 0.49 57.08 0 77 3/0 0. 57.08 5 0.97 UL/CUL E d HEPQ-A3T8M 0 0/-8 0.4 49 5 77 0/-8 0. 53.0 40 0.9 UL/CUL E d HEPT-A3T8M 0 0/-8 0.4 47 0.96 0 77 0/-8 0. 50 0.97 0 RS HESPQ-3T8M 0 3/0 0.49 57.08 0 UL/CUL E d HEPQ-3T8M 0 0/-8 0.4 48 5 UL/CUL E d HEPT-3T8M 0 0/-8 0.38 45 0.96 0 RS HESPQ-33T8M 347 3/0 0.7 57.08 0 0.97 UL/CUL E d HEPQ-33T8M 347 0/-8 0.5 5 5 UL/CUL E d HEPT-33T8M 347 0/-8 0.4 48 0.96 5 RS HESPQ-A3T8M 0 3/0 0.67 79.0 0 77 3/0 0.9 79 0.96 0 UL/CUL E d HEPQ-A3T8M 0 0/-8 0.48 57 0.9 5 77 0/-8 0.4 6 0.93 35 0.93 UL/CUL E d RS HESPQ-3T8M 0 3/0 0.67 79.0 0 UL/CUL E d HEPQ-3T8M 0 0/-8 0.48 57 0.9 5 UL/CUL E d RS HESPQ-33T8M 347 3/0 0.3 79.0 5 UL/CUL E d HEPQ-33T8M 347 0/-8 0.8 6 0.9 0 UL/CUL E d 0-40 3/0 0. 0 0.95 5 0.9 0-40V PS HEPD-C8T8 0-40 3/0 0.8 39 0.95 0 0.96 UL/CUL K g See page for wiring diagrams and enclosure dimensions - 8 -
For T8 5W FL T8 5W F5T8 (5W) 3 4 0-77V 0V 0-77V 0V 0-77V 0V 0-77V 0V ing PS HTSD-UV3T8M 0-4/-0 0.4 9 0.93 0 77-4/-0 0. 9 0.93 5 0.97 UL/CUL F b HTSS-UV3T8M 0-4/-0 0. 6 0.88 0 77-4/-0 0.09 6 0.88 0 UL/CUL E a RS HESD-A3T8M 0 0/-8 0.5 30. 0 77 0/-8 0.3 30. 0 0.94 UL/CUL E b HEPD-A3T8M 0 0/-8 0.5 30.3 0 77 0/-8 0. 30.3 5 UL/CUL E b HEPS-A3T8M 0 0/-8 0. 5 0.9 0 77 0/-8 0. 6 0.9 0 UL/CUL E a RS HESD-3T8M 0 0/-8 0.6 3. 0 UL/CUL E b HEPD-3T8M 0 0/-8 0.5 30.3 0 UL/CUL E b HEPS-3T8M 0 0/-8 0.5 30.3 0 UL/CUL E a RS HESD-33T8M 347 0/-8 0.08 30. 5 UL/CUL E b HEPD-33T8M 347 0/-8 0.08 30.3 5 UL/CUL E b HEPS-33T8M 347 0/-8 0.08 6 0.9 5 UL/CUL E a PS HTSD-UV3T8M 0-4/-0 0.4 48 0.88 0 77-4/-0 0. 48 0.88 5 UL/CUL F b RS HESD-A3T8M 0 0/-8 0.4 49 0.9 0 77 0/-8 0.9 50 0.93 5 0.97 UL/CUL E b HEPD-A3T8M 0 0/-8 0.37 46 0.9 0 77 0/-8 0.6 46 0.9 0 UL/CUL E b HEPT-A3T8M 0 0/-8 0.4 50.03 0 77 0/-8 0. 53.0 0 RS HESD-3T8M 0 0/-8 0.4 48 0.9 0 UL/CUL E b HEPD-3T8M 0 0/-8 0.37 46 0.9 0 UL/CUL E b HEPT-3T8M 0 0/-8 0.4 49.03 0 RS HESD-33T8M 347 0/-8 0.5 5 0.95 0 UL/CUL E b HEPD-33T8M 347 0/-8 0.3 47 0.95 0 UL/CUL E b HEPT-33T8M 347 0/-8 0.5 5.03 0 RS HESPQ-A3T8M 0 3/0 0.66 78.0 0 77 3/0 0.9 78.0 0 UL/CUL E d HEPQ-A3T8M 0 0/-8 0.56 67 0 77 0/-8 0.7 7 5 0.95 UL/CUL E d HEPT-A3T8M 0 0/-8 0.53 64 0.9 0 77 0/-8 0.5 68 0.93 0 RS HESPQ-3T8M 0 3/0 0.66 78.0 0 UL/CUL E d HEPQ-3T8M 0 0/-8 0.56 67 0 UL/CUL E d HEPT-3T8M 0 0/-8 0.53 64 0.9 0 RS HESPQ-33T8M 347 3/0 0.3 78.0 5 UL/CUL E d HEPQ-33T8M 347 0/-8 0. 69 0 UL/CUL E d HEPT-33T8M 347 0/-8 0.9 65 0.9 5 RS HESPQ-A3T8M 0 3/0 0.84 99 0.96 0 77 3/0 0.37 99 0.9 0 UL/CUL E d HEPQ-A3T8M 0 0/-8 0.67 8 0.9 0 77 0/-8 0.3 83 0.9 5 UL/CUL E d RS HESPQ-3T8M 0 3/0 0.84 99 0.96 0 UL/CUL E d HEPQ-3T8M 0 0/-8 0.67 8 0.9 0 UL/CUL E d RS HESPQ-33T8M 347 3/0 0.9 99 0.96 5 UL/CUL E d HEPQ-33T8M 347 0/-8 0.4 8 0.9 0 UL/CUL E d See page for wiring diagrams and enclosure dimensions - 9 -
For T8 8W 3W FL T8 8W - 40W F8T8 (8W) ing 0V HEPD-3T8M 0 3/0 0.7 3 0 UL/CUL E b RS HESD-A3T8M 0 3/0 0.4 5 0.9 0 77 3/0 0. 5 0.9 5 0.97 UL/CUL E b 0 3/0 0.4 50 0.9 0 0-77V HEPD-A3T8M UL/CUL E b 77 3/0 0.8 50 0.9 0 0 3/0 0.46 56 0.96 0 HEPT-A3T8M 77 3/0 0. 56 0 0V RS HESD-3T8M 0 3/0 0.43 5 0.9 0 UL/CUL E b HEPD-3T8M 0 3/0 0.4 50 0.88 0 UL/CUL E b RS HESD-33T8M 347 3/0 0. 5 0.9 0 UL/CUL E b HEPD-33T8M 347 3/0 0.4 50 0.9 0 UL/CUL E b 3 0-77V HEPT-A3T8M 0 3/0 0.6 74 0.88 0 77 3/0 0.7 74 0.9 0 F30T8 (30W) 0 3/0 0.9 35.08 0 RS HESD-A3T8M UL/CUL E b 77 3/0 0.6 36.09 5 0-77V 0 3/0 0.9 35.08 0 HEPD-A3T8M UL/CUL E b 77 3/0 0. 35.08 5 RS HESD-3T8M 0 3/0 0.3 36.08 0 UL/CUL E b 0V HEPD-3T8M 0 3/0 0.9 35 0 UL/CUL E b RS HESD-33T8M 347 0/-8 0.6 36.09 5 0.96 UL/CUL E b HEPD-33T8M 347 3/0 0. 36. 0 UL/CUL E b RS HESD-A3T8M 0 3/0 0.46 56 0.93 0 77 3/0 0.4 56 0.93 5 0.97 UL/CUL E b 0 3/0 0.47 56 0.93 0 0-77V HEPD-A3T8M UL/CUL E b 77 3/0 0. 56 0.93 0 0 3/0 0.53 64 0.96 0 HEPT-A3T8M 77 3/0 0.4 66 0 0V RS HESD-3T8M 0 3/0 0.48 58 0.93 0 UL/CUL E b HEPD-3T8M 0 3/0 0.47 56 0.88 0 UL/CUL E b RS HESD-33T8M 347 3/0 0.4 56 0.93 0 UL/CUL E b HEPD-33T8M 347 3/0 0.6 56 0.96 0 UL/CUL E b 3 0-77V HEPT-A3T8M 0 3/0 0.66 80 0.88 0 77 3/0 0.9 80 0.9 0 F3T8 (3W) 0-77V 0V 0-4/-0 0.3 36.9 0 HTSD-UV3T8M UL/CUL F b 77-4/-0 0.4 39. 5 0.97 PS 0-4/-0 0.8 34 0.88 0 HTSS-UV3T8M UL/CUL E a 77-4/-0 0. 34 0.88 0 0 0/-8 0.3 36.05 0 RS HESD-A3T8M UL/CUL E b 77 0/-8 0.5 37.06 5 0.95 0 0/-8 0.3 36.06 0 HEPD-A3T8M UL/CUL E b 77 0/-8 0.3 36.06 0 0 0/-8 0.6 3 0.89 0 HEPS-A3T8M UL/CUL E a 77 0/-8 0. 3 0.9 0 RS HESD-3T8M 0 0/-8 0.3 38.05 0 UL/CUL E b HEPD-3T8M 0 0/-8 0.3 36 0 UL/CUL E b HEPS-3T8M 0 0/-8 0.8 33 0.9 0 UL/CUL E a RS HESD-33T8M 347 0/-8 0. 37.06 5 UL/CUL E b HEPD-33T8M 347 0/-8 0. 37.08 0 UL/CUL E b HEPS-33T8M 347 0/-8 0.09 3 0.89 0 UL/CUL E a See page for wiring diagrams and enclosure dimensions - 0 -
For T8 3W 40W F3T8 (3W) 3 4 0-77V 0V 0-77V 0V 0-77V 0V F36T8 (36W) ing PS HTSD-UV3T8M 0-4/-0 0.5 6 0.88 0 77-4/-0 0. 6 0.88 0 UL/CUL F b RS HESD-A3T8M 0 0/-8 0.5 63 0.89 0 77 0/-8 0.3 64 0.9 0 UL/CUL E b HEPD-A3T8M 0 0/-8 0.48 57 0.88 0 77 0/-8 0. 57 0.88 0 UL/CUL E b HEPT-A3T8M 0 0/-8 0.56 68 0.96 0 77 0/-8 0.5 67 0 RS HESD-3T8M 0 0/-8 0.5 6 0.89 0 UL/CUL E b HEPD-3T8M 0 0/-8 0.48 57 0.88 0 UL/CUL E b HEPT-3T8M 0 0/-8 0.53 64 0.96 0 RS HESD-33T8M 347 0/-8 0.8 6 0.89 0 UL/CUL E b HEPD-33T8M 347 0/-8 0.8 57 0.88 0 UL/CUL E b HEPT-33T8M 347 0/-8 0.9 64 0.96 5 RS HESPQ-A3T8M 0 3/0 0.76 89 0.94 0 77 3/0 0.33 89 0.94 0 UL/CUL E d HEPQ-A3T8M 0 0/-8 0.74 89 0.94 0 77 0/-8 0.33 9 0.96 5 UL/CUL E d HEPT-A3T8M 0 0/-8 0.69 83 0.88 0 77 0/-8 0.3 86 0.9 0 RS HESPQ-3T8M 0 3/0 0.76 89 0.94 0 UL/CUL E d HEPQ-3T8M 0 0/-8 0.73 87 0.94 0 UL/CUL E d HEPT-3T8M 0 0/-8 0.69 83 0.89 0 RS HESPQ-33T8M 347 3/0 0.6 89 0.94 5 UL/CUL E d HEPQ-33T8M 347 0/-8 0.5 87 0.95 0 UL/CUL E d HEPT-33T8M 347 0/-8 0.4 83 0.89 0 RS HESPQ-A3T8M 0 3/0.0 9 0.88 0 77 3/0 0.44 9 0.86 0 UL/CUL E d HEPQ-A3T8M 0 0/-8 0.88 06 0.87 0 77 0/-8 0.39 08 0.88 0 UL/CUL E d RS HESPQ-3T8M 0 3/0.0 9 0.88 0 UL/CUL E d HEPQ-3T8M 0 0/-8 0.88 06 0.87 0 UL/CUL E d RS HESPQ-33T8M 347 3/0 0.35 9 0.88 0 UL/CUL E d HEPQ-33T8M 347 0/-8 0.3 05 0.87 0 UL/CUL E d 0-40V PS HESS-C36T8 40-4/-0 0.6 39.06 0 0-4/-0 0.8 39.05 0 CE G e 0-77V HEPT-A3T8M 0 0/-8 0.45 54 0.84 0 77 0/-8 0. 54 0.84 0 0V HEPT-3T8M 0 0/-8 0.45 54 0.84 0 40 3/0 0.3 73 0.95 0 0-40V PS HEPD-C36T8 UL/CUL K g 0 3/0 0.3 73 0.95 0 HEPT-33T8M 347 0/-8 0.6 54 0.84 5 F40T8 (40W) 3 0-77V RS HESD-A3T8M 0 3/0 0.37 45 0 77 3/0 0.9 45 5 0.97 UL/CUL E b HEPD-A3T8M 0 0/-8 0.37 44.03 0 77 0/-8 0.6 44.03 0 UL/CUL E b 0V RS HESD-3T8M 0 3/0 0.8 46 0 UL/CUL E b HEPD-3T8M 0 3/0 0.37 44.03 0 UL/CUL E b RS HESD-33T8M 347 3/0 0.9 45 0 0.96 UL/CUL E b HEPD-33T8M 347 3/0 0. 43 0 UL/CUL E b 0-77V HEPT-A3T8M 0 3/0 0.65 78 0.89 0 77 3/0 0.9 80 0.9 0 0V HEPT-3T8M 0 3/0 0.65 78 0.89 0 HEPT-33T8M 347 3/0 0. 77 0.89 5 0-77V HEPQ-A3T8M 0 3/0 0.89 07 0.87 0 77 3/0 0.4 0 0.89 5 UL/CUL E d 0V HEPQ-3T8M 0 3/0 0.89 07 0.87 0 UL/CUL E d HEPQ-33T8M 347 3/0 0.3 07 0.87 0 UL/CUL E d See page for wiring diagrams and enclosure dimensions - -
For T8 58W 8W 58W FL T8 58W F58T8 (58W) ing 0-77V PS HTSD-UV58T8M 0-40V PS HESS-C58T8 0-77V PS HTSD-UV58T8M 0-4/-0 0.49 58 0 77-4/-0 0. 60 0 0.96 40-4/-0 0.3 56 0.9 0 0-4/-0 0.5 56 0.9 0 0-4/-0 0.95 4 0.95 0 77-4/-0 0.4 4 0.97 0 UL/CUL E b CE G e UL/CUL E b Enclosure Dimensions: Code Enclosure Code Enclosure E 4mm [9.5''] 43mm [.7''] 9mm [.4''] 6mm [8.9''] G 80mm [''] 39mm [.53''] 8mm [.''] 65mm [0.4''] F 74mm [0.8''] 43mm [.7''] 9mm [.4''] 63mm [0.4''] K 358mm [4.09''] 30mm [.8''] 9mm [.4''] 350mm [3.78''] Diagrams: a a b b c d d e g - -
For CFL/ PL-C/ PL-T FL CFL/PLC/PLT PLC3W (CFL3W) ing 0-77V HCSD-UV8P PS 0-77V HCSD-UV8P PLT3W (CFL3W) 0-77V PS HCSD-UV8P 0-77V PS HCSD-UV8P 77- PS HCSD-B8P PLC8W (CFL8W) 0-77V PS HCSD-UV8P 0-77V PS HCSD-UV8P PLT8W (CFL8W) 0-77V PS HCSD-UV8P 77- PS HCSD-B8P 0-77V PS HCSD-UV8P 77- PS HCSD-B8P PLT6W (CFL6W) 0-77V PS HCSD-UV3P-BM HCSS-UV4P 77- PS HCSS-B4P 0-77V PS 77- PS PLT3W (CFL3W) 0-77V PS HCSD-UV3P-BM HCSD-UV4P HCSS-UV4P HCSD-B4P HCSS-B4P HCSD-UV3P-BM HCSD-UV4P HCSS-UV4P 77- PS HCSS-B4P 0-77V PS HCSD-UV3P-BM HCSD-UV4P 77- PS HCSD-B4P 0-4/-0 0.7 8.5 7 77-4/-0 0.07 9.47 7 0.96 0-4/-0 0.9 35.34 0 77-4/-0 0.3 36.3 5 0-4/-0 0.8 9.5 7 77-4/-0 0.07 0.47 7 0.96 0-4/-0 0.8 34.9 0 77-4/-0 0.3 35.3 5 77-4/-0 0.3 36.0 5 347-4/-0 0.06.3 5 0-4/-0 0.8.33 5 77-4/-0 0.08.33 5 0.97 0-4/-0 0.34 4.5 0 77-4/-0 0.5 4. 5 0-4/-0 0.7.6 5 77-4/-0 0.08.9 5 0.97 77-4/-0 0.07 0 5 347-4/-0 0. 35.3 5 0-4/-0 0.34 40.07 0 77-4/-0 0.5 4. 5 77-4/-0 0.4 40 0 347-4/-0 0. 40. 0 0-4/-0 0.9 35 0 77 -/-30 0.3 36 40 0.9 0-4/-0 0. 7 0 77-4/-0 0. 7 5 77-4/-0 0.09 7 0.88 5 347-4/-0 0.08 8 0.88 0 0.97 0-4/-0 0.49 59 0 77 -/-30 0. 58 0 0-4/-0 0.46 56.07 0 77-4/-0 0. 56.07 0 0-4/-0 0.43 53 0 77-4/-0 0.8 53 5 77 -/-30 0. 59 5 347 -/-30 0.8 60 5 0.97 77-4/-0 0.9 53 0.86 0 347-4/-0 0.5 54 0.87 0 0-4/-0 0.9 35 0.9 0 77 -/-30 0.3 36 0.94 0 0.97 0-4/-0 0.3 35 0 77-4/-0 0.3 36 50 0.9 0-4/-0 0.5 30 0.8 0 77-4/-0 0. 30 0.8 5 77-4/-0 0. 30 0.8 5 347-4/-0 0.08 3 0.8 5 0-4/-0 0.56 67 0.88 0 77 -/-30 0.5 68 0.89 0 0-4/-0 0.55 66 0.96 0 77-4/-0 0.4 66 0.96 0 77 -/-30 0.5 69 0.9 5 347 -/-30 0. 70 0.9 5 UL/CUL A h UL/CUL A h UL/CUL A h UL/CUL A h See page 4 for wiring diagrams and enclosure dimensions - 3 -
For CFL/ PL-C/ PL-T PLT4W (CFL4W) ing 0-77V PS HCSD-UV3P-BM HCSD-UV4P HCSS-UV4P 77- PS HCSS-B4P 0-77V PS HCSD-UV4P 77- PS HCSD-B4P PLT57W (CFL57W) 0-77V PS HCSD-UV57P 77- PS HCSD-B57PSHO 0-77V PS HCSD-UV57P 77- PS PLT70W (CFL70W) HCSD-B70PS HCSD-B57PSHO 77- PS HCSD-B70PS 77- PS HCSD-B70PS 0-4/-0 0.37 45 0.89 0 77 -/-30 0.7 46 0.88 5 0-4/-0 0.38 45 5 77-4/-0 0.8 48 30 0.96 0-4/-0 0.3 39 0.83 0 77-4/-0 0.4 39 0.83 5 77-4/-0 0.4 39 0.8 0 347-4/-0 0. 40 0.8 0 0-4/-0 0.74 88 0.9 0 77-4/-0 0.3 88 0.9 0 77 -/-30 0.34 95 0.9 0 347 -/-30 0.7 94 0.9 0 0-4/-0 0.48 58 0.88 0 77-4/-0 0. 58 0.9 5 0.96 77-4/-0 0.5 67.0 0 347-4/-0 0. 67.0 0 0-4/-0 0.95 3 0.84 0 77-4/-0 0.4 0.84 5 77 -/-30 0.4 3 0.9 0 347 -/-30 0.33 4 0.9 0 77-4/-0 0.5 36 0 347-4/-0 0.4 36 0 77 -/-30 0.8 76 0 347 -/-30 0. 77 5 77 -/-30 0.55 49 0.95 0 347 -/-30 0.44 5 0.95 0 UL/CUL A h UL/CUL D h UL/CUL D h UL/CUL D h UL/CUL D h UL/CUL D h Enclosure Dimensions: Code Enclosure Code Enclosure A 5mm 64mm 9mm [4.9''] [.5''] [.4''] 4mm [4.49''] C 65mm 74mm 30mm [6.55''] [.9''] [.8''] 5mm [5.9''] B 33mm 63mm 30mm [5.36''] [.48''] [.8''] 3mm [4.84''] D 98mm 80mm 36mm [7.8''] [3.''] [.4''] 85mm [7.3''] Diagrams: h - 4 -
For BIAX/ PL-L/ FT FL BIAX/PLL/FT FT4W (PLL4W) ing 0-77V PS HCSS-UV4P 77- PS HCSS-B4P FT36W (PLL36W) 0-77V PS HCSD-UV4P HCSS-UV4P HTSD-UV40PBXM 77- PS HCSS-B4P 0-77V PS HCSD-UV3P-BM HCSD-UV4P HTSD-UV40PBXM 77- PS HCSD-B4P FT39W (PLL39W) 0-77V PS HCSD-UV4P HCSS-UV4P 77- PS HCSS-B4P 0-77V PS HCSD-UV4P 77- PS HCSD-B4P FT40W (PLL40W) 0-4/-0 0.8 0.8 5 77-4/-0 0.08 0.8 30 0.95 77-4/-0 0.08 0.8 5 347-4/-0 0.06 3 0.8 0 0.97 0-4/-0 0.8 33 0.89 5 77-4/-0 0.3 35 0.89 45 0.9 0-4/-0 0.3 8 0.73 0 77-4/-0 0. 8 0.73 5 0-4/-0 0.8 34 0.84 0 77-4/-0 0.3 35 0.85 5 0.96 77-4/-0 0. 8 0.73 5 347-4/-0 0.08 9 0.73 5 0-4/-0 0.5 63 0.85 0 77 -/-30 0.4 66 0.87 5 0-4/-0 0.5 6 0.9 0 77-4/-0 0.3 64 0.9 0 0-4/-0 0.53 64 0.79 0 77-4/-0 0.3 64 0.8 0 77 -/-30 0.5 67 0.85 5 347 -/-30 0. 70 0.88 5 0.97 0-4/-0 0.3 35 0.67 5 77-4/-0 0.4 36 0.67 50 0.9 0-4/-0 0.4 9 0.49 0 77-4/-0 0. 9 0.49 5 77-4/-0 0. 9 0.49 0 347-4/-0 0.08 30 0.5 5 0-4/-0 0.54 64 0.67 0 77-4/-0 0.4 66 0.67 0 77 -/-30 0.5 68 0.6 0 347 -/-30 0. 68 0.6 5 UL/CUL E h UL/CUL A h UL/CUL E h HCSD-UV4P 0-4/-0 0.36 4 0.9 0 77-4/-0 0.7 44 0.9 35 0.95 PS HCSS-UV4P 0-4/-0 0.3 37 0.78 0 77-4/-0 0.3 37 0.78 5 0-77V HTSD-UV40PBXM 0-4/-0 0.38 46 0.93 0 77-4/-0 0.7 47 0.94 0 0.97 UL/CUL E h RS HESD-A3T8M 0 3/0 0.34 4 0.96 0 77 3/0 0.8 4 0.96 5 0.97 UL/CUL E b HEPD-A3T8M 0 3/0 0.3 38 0.95 0 77 3/0 0.4 38 0.95 5 UL/CUL E b 0V RS HESD-3T8M 0 3/0 0.33 40 0.96 0 UL/CUL E b HEPD-3T8M 0 3/0 0.3 38 0.95 0 UL/CUL E b 77- PS HCSS-B4P 77-4/-0 0.4 37 0.78 0 347-4/-0 0. 38 0.78 5 RS HESD-33T8M 347 3/0 0.8 4 0.96 0 0.96 UL/CUL E b HEPD-33T8M 347 3/0 0. 39 0 UL/CUL E b See page 7 for wiring diagrams and enclosure dimensions - 5 -
For BIAX/ PL-L/ FT FT40W (PLL40W) 3 ing 0-4/-0 0.66 79 0.85 0 HCSD-UV4P PS 77-4/-0 0.9 80 0.85 0 0-4/-0 0.7 87 0.87 0 HTSD-UV40PBXM UL/CUL E h 77-4/-0 0.3 87 0.89 0 0 3/0 0.53 64 0.76 0 RS HESD-A3T8M UL/CUL E b 0-77V 77 3/0 0.8 64 0.76 5 0 3/0 0.5 58 0.75 0 HEPD-A3T8M UL/CUL E b 77 3/0 0. 58 0.75 5 0 0/-8 0.59 70 0.89 0 HEPQ-A3T8M UL/CUL E d 77 0/-8 0.8 70 0.89 0 0.95 0 0/-8 0.6 7 0.89 0 HEPT-A3T8M 77 0/-8 0.7 73 0.9 0 RS HESD-3T8M 0 3/0 0.5 63 0.76 0 UL/CUL E b 0V HEPD-3T8M 0 3/0 0.5 58 0.77 0 UL/CUL E b HEPQ-3T8M 0 0/-8 0.59 70 0.89 0 UL/CUL E d HEPT-3T8M 0 0/-8 0.59 70 0.89 0 77 -/-30 0.3 88 0.9 0 77- PS HCSD-B4P 347 -/-30 0.6 88 0.9 0 RS HESD-33T8M 347 3/0 0.8 64 0.76 5 UL/CUL E b HEPD-33T8M 347 3/0 0.8 58 0.77 0 UL/CUL E b HEPQ-33T8M 347 0/-8 0. 7 0.89 0 UL/CUL E d HEPT-33T8M 347 0/-8 0. 7 0.89 5 0 0/-8 0.77 93 0.8 0 0-77V HEPQ-A3T8M UL/CUL E d 77 0/-8 0.34 93 0.8 0 0V HEPQ-3T8M 0 0/-8 0.77 93 0.8 0 UL/CUL E d HEPQ-33T8M 347 0/-8 0.7 93 0.8 0 UL/CUL E d FT50W (PLL50W) HCSD-UV4P 0 77-4/-0-4/-0 0.39 0.8 47 48 0.88 0.88 0 5 0.96 0-77V PS 0 77-4/-0-4/-0 0.5 0. 6 6 0 0 HESD-A54T5 0 77-4/-0-4/-0 0.48 0. 58 59.06. 0 5 0.97 HESS-A54T5 HTSD-UV55PBXM 77-4/-0 0. 59. 5 0.97 0-4/-0 0.48 58.06 0 UL/CUL E b 0-40V PS HESD-C54T5 0-40 -4/-0 0.6 55 5 CE I f 77- PS 77 347-4/-0-4/-0 0. 0.7 57 58 0.94 0.95 5 5 HCSD-B4P 77 347 -/-30 -/-30 0.7 0.4 46 47 0.77 0.78 5 0 0.95 HESD-B54T5 0-77V PS 77-4/-0 0.4.08 0 HESD-A54T5 0 77-4/-0-4/-0 0.93 0.4.04.08 0 0 HTSD-UV55PBXM 0-4/-0 0.93 0.04 0 UL/CUL E b 0-40V PS HESD-C54T5 0-40 -4/-0 0.48 03 0.94 0 CE I f 77- PS HESD-B54T5 77-4/-0 0.4 09 0.87 0 347-4/-0 0.3 0 0.87 0 FT55W (PLL55W) 00-40V PS HESD-J54T5 00 40-4/-0-4/-0 0.56 0.3 56 56 0.9 0.9 0 0 HCSD-UV4P 0 77-4/-0-4/-0 0.36 0.6 43 44 0.67 0.67 0 35 0.95 0-77V PS 0 77-4/-0-4/-0 0.49 0. 59 60 0.9 0.93 0 0 HESD-A54T5 0 77-4/-0-4/-0 0.46 0. 56 59 0.9 0.95 0 0 0.97 HESS-A54T5 HTSD-UV55PBXM 77-4/-0 0. 59 0.95 0 0.97 0-4/-0 0.46 56 0.9 0 UL/CUL E b 0-40V PS HESD-C54T5 0-40 -4/-0 0.3 55 0.9 5 CE I f 77- PS HCSD-B4P 77 347 -/-30 -/-30 0.7 0.5 47 47 0.69 0.69 5 0 0.94 HESD-B54T5 77-4/-0 0. 60 0.87 5 347-4/-0 0.8 60 0.87 5 See page 7 for wiring diagrams and enclosure dimensions - 6 -
For BIAX/ PL-L/ FT FT55W (PLL55W) ing 00-4/-0.07 07 0.88 0 00-40V PS HESD-J54T5 40-4/-0 0.45 07 0.88 0 HESD-A54T5 0-4/-0 0.89 07 0.88 0 0-77V PS 77-4/-0 0.4 3 0.9 5 HTSD-UV55PBXM 0-4/-0 0.89 07 0.88 0 UL/CUL E b 77-4/-0 0.4 3 0.9 5 0-40V PS HESD-C54T5 0-40 -4/-0 0.43 99 0.9 0 CE I f 77- PS HESD-B54T5 77-4/-0 0.39 07 0.78 0 347-4/-0 0.3 09 0.78 0 Enclosure Dimensions: Code Enclosure Code Enclosure A 5mm 64mm 9mm [4.9''] [.5''] [.4''] 4mm [4.49''] H 9mm [.5''] 34mm [.34''] 7mm [.06''] 83mm [.4''] B 33mm 63mm 30mm [5.36''] [.48''] [.8''] 3mm [4.84''] I 34mm [.36''] 33mm [.3''] 8mm [.''] 300mm [.8''] C 65mm 74mm 30mm [6.55''] [.9''] [.8''] 5mm [5.9''] J 35mm [.8''] 34mm [.34''] 9mm [.4''] 37mm [.5''] E 4mm 43mm 9mm [9.5''] [.7''] [.4''] 6mm [8.9''] Diagrams: b b c d e f h - 7 -
For D FL D D6W (6W) ing 0-77V PS HCSD-UV8P 0-77V PS HCSD-UV8P DW 0-77V PS HCSD-UV8P D8W (8W) D38W (38W) 0-77V PS HCSS-UV4P 77- PS HCSS-B4P 0-77V PS HCSD-UV4P 0-4/-0 0.8 0.97 5 77-4/-0 0.08 5 0.97 0-4/-0 0.3 38 0.94 0 77-4/-0 0.4 38 0.9 5 0-4/-0 0.7 0 0.76 5 77-4/-0 0.08 0.77 5 0.97 0-4/-0 0.3 8 0.67 0 77-4/-0 0. 8 0.67 5 77-4/-0 0. 8 0.67 5 347-4/-0 0.08 8 0.68 0 0.97 0 -/-40 0.3 37 0.8 5 77 -/-40 0.3 37 0.8 5 Enclosure Dimensions: Code Enclosure B C 33mm 63mm 30mm [5.36''] [.48''] [.8''] 65mm 74mm 30mm [6.55''] [.9''] [.8''] 3mm [4.84''] 5mm [5.9''] Diagrams: h - 8 -
Industry Terms and Glossary Industry Terms and Glossary ANSI (American National Standards Institute) Non-profit organization that generates voluntary product performance standards for many U.S. industries. Standard C8. applies to Electromagnetic s. Standard C8. applies to Electronic s. Efficacy (BEF) Measure used to compare various ballasts based upon light output and input power. BEF = x 00 / Watt. (BF) Measure of light output from a lamp operated by a commercial ballast, as compared to laboratory standard reference ballast specified by ANSI. factor 0.90 means the ballast produces 90 of the light produced by an ANSI C8. reference ballast operating the same lamps. Crest (Lamp Crest ) Ratio of peak lamp current to RMS (average) lamp current. / Watts Total power input to the ballast that the ballast and lamp uses as a system and includes lamp watts and ballast losses. provided to a ballast by a power line or power supply. Instant () Instant start ballasts apply high voltage across the lamp without preheating of the cathode. This is the most energy efficient starting method for fluorescent lamp ballasting. ballasts use.5 to watts less per lamp than rapid start ballasts. Other benefits typically include parallel lamp circuitry, longer remote wiring distances, easier installation due to less complicated wiring. Parallel vs. Series s with parallel lamp circuitry have the benefit of companion lamps remaining lit, even if one of the other lamps operated by the ballast should fail. Systems with series lamp wiring result in all lamps operated on the ballast going out if one should fail. (PF) A measurement of how efficiently an electrical device uses power supplied by the power line. PF = Watts / ( x Amps). Programmed (PS) Electronic ballast that provides precise heating of the lamp filaments and tightly controls the preheat duration before applying starting voltage to ignite the lamp. Rapid : (RS) Electromagnetic or electronic ballast that provides both filament heating and starting voltage to the lamp at the same time in order to ignite the lamp. Total Harmonic Distortion: () A measure of the distortion of an electrical wave form. Excessive (defined by ANSI as greater than 3) may cause adverse effects to the electrical system. 007/08-9 -