Fluorescent, CFL, HID & Emergency Ballasts 2013 Ballast Catalog... · 61362 MH 150 BAL M102 5TAP ... How TO Read Our Ballast Code ... 61392 CAP 175W MH M557/M107 ...

Ballast Catalog 2013

Fluorescent, CFL, HID & Emergency Ballasts

Ballast

Contents

Electronic Ballast

Introduction

T561332 E2-28-P-UV-N 15PK .....................................................11, 1261333 E3/4-28-P-UV-N 15PK ..................................................13, 1461334 E2-54-P-UV-H 15PK .....................................................15, 1661342 E2-54-P-UV-H-LEADS ..................................................17, 1861345 E2/4-54-P-347V-N-LEADS ..................................................1961335 E3/4-54-P-UV-H 15PK ..................................................20, 2161343 E3/4-54-P-UV-H-LEADS ...............................................22, 23

T861344 E1/2-59-P-UV-H-LEADS ...............................................25, 2661324 E1-32-I-UV-L .................................................................27, 2861320 E1-32-I-UV N ................................................................29, 3061328 E1-32-I-UV-H ................................................................31, 3261346 E2-32-I-120V-N ...................................................................3361325 E2-32-I-UV-L .................................................................34, 3561321 E2-32-I-UV-N ................................................................36, 3761329 E2-32-I-UV-H ................................................................38, 3961315 E2-32-P-UV-N ...............................................................40, 4161311 E2-32-P-347V-N .................................................................4261326 E3-32-I-UV-L .................................................................43, 4461322 E3-32-I-UV-N ................................................................45, 4661330 E3-32-I-UV-H ................................................................47, 4861347 E4-32-I-120V-N .............................................................49, 5061327 E4-32-I-UV-L .......................................................................5161323 E4-32-I-UV-N ................................................................52, 5361331 E4-32-I-UV-H ................................................................54, 5561314 E4-32-P-UV-N ...................................................56, 57, 58, 5961312 E4-32-P-347V-N .................................................................60

T1261340 E1/2-20-P-UV-N ............................................................62, 6361341 E1/2-34/40-P-UV-N ......................................................64, 6561313 E2-F96/HO-P-UV-N .................................................66, 67, 6861310 E2-F96-I-UV-N ........................................................69, 70, 71

CFL 61336 E1/2-13/18-P-UV-N-CF .................................................73, 7461337 E1/2-18-P-UV-N-CF ......................................................75, 7661338-E1/2-26/42-P-UV-N-CF ................................................77, 7861338 E1/2-32/43-P-UV-N-CF .................................................79, 80

HID BALLAST STANDARD METAL HALIDE61362 MH 150 BAL M102 5TAP ....................................................8261363 MH175 BAL M57 5TAP .......................................................8361365 MH 250 BAL M58 5TAP ......................................................8461370 MH 400 BAL M59 5TAP ......................................................8561374 MH 1000 BAL M47 5TAP ....................................................86

Introduction ......................................................................................4Application & Installation Data ....................................................... 4-5Troubleshooting ................................................................................5Ballast Glossary ............................................................................ 6-8How TO Read Our Ballast Code .......................................................9

PULSE START METAL HALIDE61360 MH 70 BAL M98 PS 5TAP ...................................................8761361 MH 100 BAL M90 PS 5TAP .................................................8861366 MH 250 BAL M138/M153 PS QUAD T ................................8961368 MH 320 BAL M132/M154 PS 5TAP ....................................9061369 MH 350 BAL M131/M154 PS 5TAP ....................................9161372 MH 400 BAL M135/M155 PS QUAP T ................................92

HIGH PRESSURE SODIUM61380 HPS 70 BAL S62 5TAP .......................................................9461381 HPS 100 BAL S54 5TAP .....................................................9561382 HPS 150 BAL S55 5TAP .....................................................9661384 HPS 250 BAL S50 5TAP .....................................................9761385 HPS 400 BAL S51 5TAP .....................................................9861386 HPS 1000 BAL S52 5TAP ...................................................99

EMERGENCY BALLAST61351 EB450 ...............................................................................10161355 EB500 ...............................................................................10161356 EB500-LP .........................................................................10161352 EB700 ...............................................................................10161350 EB750-CFL/2P ..................................................................10161349 EB750-CFL/4P ..................................................................10161357 EB800-LP T5/HO ..............................................................10161358 EB1300-LP .......................................................................10161353 EB1400 .............................................................................10161354 EB3000 .............................................................................101

CAPACITORS61390 CAP 70W MH M98/M143 .................................................10361391 CAP 100W MH M90/M140 ...............................................10361392 CAP 175W MH M557/M107 ............................................10361393 CAP 175W MH M137/M152 .............................................10361394 CAP 250W MH M58/H37 ..................................................10361395 CAP 250W MH M135/M153 .............................................10361396 CAP 400W MH M59/H33 ..................................................10361397 CAP 400W MH M135/M155 .............................................10361398 CAP 70W HPS S62 ...........................................................10361399 CAP 100W HPS S54 .........................................................10361400 CAP 150W HPS S55 .........................................................10361401 CAP 250W HPS S50 .........................................................10361402 CAP 400W HPS S51 .........................................................10361403 CAP 150W MH M102 ........................................................10361404 CAP 320/350 MH150/132/131 .........................................103

IGNITORS61420 High Pressure Sodium-S52 ...............................................10361421 High Pressure Sodium-S51/S50 ........................................10361422 High Pressure Sodium-S55/S54/S62 ................................10361423 Metal Halide ......................................................................103

Lamp Type Description "Order Code" Page No.

INDEX BY LAMP TYPELamp Type Description "Order

Code" Page No.

T5 F9T5 NORMAL OUTPUT E1/2-18-P-UV-N-CF 61337 75, 76

F14T5 NORMAL OUTPUT E1/2-18-UV-N-CF 61337 75, 76

F21T5 NORMAL OUTPUT E1/2-18-UV-N-CF 61337 75, 76E1/2-26/42-UV-N-CF 61338 77, 78

F28T5 NORMAL OUTPUT E2-28-P-UV-N 61332 11, 12E3/4-28-P-UV-N 61333 13, 14E1/2-18-UV-N-CF 61337 75, 76

F35T5 NORMAL OUTPUT E2-28-P-UV-N 61332 11, 12E3/4-28-P-UV-N 61333 13, 14

F39T5 NORMAL OUTPUT E2/4-54-P-347V-N-LEADS 61345 19

F39T5 HIGH OUTPUT E2-54-P-UV-H 61334 15, 16E3/4-54-P-UV-H 61335 20, 21E2-54-P-UV-H-LEADS 61342 17, 18E3/4-54-P-UV-H-LEADS 61343 22, 23E2/4-54-P-347V-N-LEADS 61345 19

F54T5 NORMAL OUTPUT E2/4-54-P-347V-N-LEADS 61345 19F54T5 HIGH OUTPUT E2-54-P-UV-H 61334 15, 16

E2/4-54-P-UV-H-LEADS 61342 17, 18

E2-54-P-347/480-H 61346 33

E3/4-54-P-UV-H-LEADS 61343 22, 23

E3/4-54-P-UV-H 61335 20, 21

T8F17T8 LOW OUTPUT E1-32-I-UV-L 61324 27, 28

F17T8 NORMAL OUTPUT E1-32-I-UV-N 61320 29, 30E1/2-18-P-UV-N-CF 61337 75, 76E2-32-I-UV-N 61321 36, 37E2-32-P-UV-N 61315 41E2-32-P-347V-N 61311 42E3-32-I-UV-N 61322 45, 46E4-32-I-UV-N 61323 52, 53E4-32-I-120V-N 61347 49E4-32-P-347V-N 61312 60E4-32-P-UV-N 61314 56, 57, 58, 59

F17T8 HIGH OUTPUT E1-32-I-UV-H 61328 31, 32E2-32-I-UV-H 61329 38, 39E3-32-I-UV-H 61330 47, 48E4-32-I-UV-H 61331 54, 55

F25T8 LOW OUTPUT E1-32-I-UV-L 61324 27, 28

E2-32-I-UV-L 61325 34, 35E3-32-I-UV-L 61326 43, 44

F25T8 NORMAL OUTPUT E1/2-18-P-UV-N-CF 61337 75, 76E1-32-I-UV-N 61320 29, 30E2-32-I-UV-N 61321 36, 37E2-32-I-120V-N 61346 33E2-32-P-UV-N 61315 41E3-32-I-UV-N 61322 45, 46E4-32-I-UV-N 61323 52, 53E4-32-I-120V-N 61347 49E4-32-P-347V-N 61312 60E4-32-P-UV-N 61314 56, 57, 58, 59

F25T8 HIGH OUTPUT E1-32-I-UV-H 61328 31, 32E2-32-I-UV-H 61329 38, 39E2-32-P-347V-N 61311 42E3-32-I-UV-H 61330 47, 48E4-32-I-UV-H 61331 54, 55

F28T8 LOW OUTPUT E2-32-I-UV-L 61325 34, 35E3-32-I-UV-L 61326 43, 44E4-32-I-UV-L 61327 50, 51

F28T8 NORMAL OUTPUT E2-32-I-UV-N 61321 36, 37E2-32-I-120V-N 61346 33E2-32-P-UV-N 61315 41E2-32-P-347V-N 61311 42E3-32-I-UV-N 61322 45, 46E4-32-I-UV-N 61323 52, 53E4-32-I-120V-N 61347 49

F30T8 LOW OUTPUT E2-32-I-UV-L 61325 34, 35

E3-32-I-UV-L 61326 43, 44E4-32-I-UV-L 61327 50, 51

F30T8 NORMAL OUTPUT E2-32-I-UV-N 61321 36, 37E2-32-I-120V-N 61346 33E2-32-P-UV-N 61315 41E2-32-P-347V-N 61311 42E3-32-I-UV-N 61322 45, 46E4-32-I-UV-N 61323 52, 53E4-32-I-120V-N 61347 49

F32T8 LOW OUTPUT E1-32-I-UV-L 61324 27, 28E2-32-I-UV-L 61325 34, 35E3-32-I-UV-L 61326 43, 44E4-32-I-UV-L 61327 50, 51

F32T8 (25W) NORMAL OUTPUT E4-32-I-120V-N 61347 49

E4-32-I-UV-N 61323 52, 53

F32T8 NORMAL OUTPUT E1-32-I-UV-L 61324 27, 28E1-32-I-UV-N 61320 29, 30E2-32-I-UV-N 61321 36, 37E2-32-I-120V-N 61346 33E2-32-P-UV-N 61315 41E2-32-P-347V-N 61311 42E3-32-I-UV-N 61322 45, 46E4-32-I-UV-N 61323 52, 53E4-32-I-120V-N 61347 49E4-32-P-347V-N 61312 60E4-32-P-UV-N 61314 56, 57, 58, 59

F32T8 HIGH OUTPUT E1-32-I-UV-H 61328 31, 32E2-32-I-UV-H 61329 38, 39E3-32-I-UV-H 61330 47, 48E4-32-I-UV-H 61331 54, 55

F36T8 NORMAL OUTPUT E2-32-I-UV-N 61321 36, 37

F36T8 HIGH OUTPUT E3-32-I-UV-H 61330 47, 48

F38T8 NORMAL OUTPUT E4-32-I-UV-N 61323 52, 53E4-32-I-120V-N 61347 49

F59T8 HIGH OUTPUT E1/2-59-P-UV-H-LEADS 61344 25, 26

F40T8 NORMAL OUTPUT E2-32-I-UV-N 61321 36, 37E2-32-I-120V-N 61346 33E2-32-P-UV-N 61315 41E2-32-P-347V-N 61311 42E3-32-I-UV-H 61330 47, 48E4-32-I-UV-N 61323 52, 53E4-32-I-120V-N 61347 49

F40T8 LOW OUTPUT E2-32-I-UV-L 61325 34, 35E3-32-I-UV-L 61326 43, 44E4-32-I-UV-L 61327 50, 51

T12F20T12 NORMAL OUTPUT E1/2-20-P-UV-N 61340 62, 63

F40T12 NORMAL OUTPUT E1/2-34/40-P-UV-N 61341 64, 65

F48T12 HO NORMAL OUTPUT E2-F96/HO-P-UV-N 61313 66, 67, 68



F72T12 NORMAL OUTPUT E2-F96-I-UV-N 61310 69, 70, 71

F96T12 NORMAL OUTPUT E2-F96-I-UV-N 61310 69, 70, 71

F96T12 ES NORMAL OUTPUT E2-F96-I-UV-N 61310 69, 70, 71


CIRCLINEFC9T5 E1/2-13/18-P-UV-N-CF 61336 73, 74

Lamp Type Description"Order Code"

Page No.

PL Double TwinPLC 13 WATT NORMAL OUTPUT

E1/2-13/18-P-UV-N-CF 61336 73, 74

PLC 18 WATT NORMAL OUTPUT

E1/2-13/18-P-UV-N-CF 61336 73, 74

PL Triple TubePLT 13 WATT NORMAL OUTPUT

E1/2-13/18-P-UV-N-CF 61336 73, 74

E1/2-18-P-UV-N-CF 61337 75, 76

PLT 26 WATT NORMAL OUTPUT

E1/2-18-P-UV-N-CF 61337 75, 76

E1/2-26/42-P-UV-N-CF 61338 77, 78

E1/2-32/42-P-UV-N-CF 61339 79, 80


E1/2-32/42-P-UV-N-CF 61339 79, 80

E1/2-26/42-P-UV-N-CF 61338 77, 78


E1/2-32/42-P-UV-N-CF 61339 79, 80

E1/2-26/42-P-UV-N-CF 61338 77, 78

PL 4 Pin High LumenPLL 24 WATT NORMAL OUTPUT

E1/2-26/42-P-UV-N-CF 61338 77, 78

PLL 36 WATT NORMAL OUTPUT

E1/2-32/42-P-UV-N-CF 61339 79, 80

E1/2-26/42-P-UV-N-CF 61338 77, 78


E1/2-32/42-P-UV-N-CF 61339 79, 80

PLL 40 WATT LOW OUTPUT E2-32-I-UV-L 61325 34, 35

E4-32-I-UV-L 61327 50, 51


E1/2-32/42-P-UV-N-CF 61339 79, 80

E1/2-26/42-P-UV-N-CF 61338 77, 78

E2-32-I-UV-N 61321 36, 37

E4-32-I-UV-N 61323 52, 53

PLL 40 WATT HIGH OUTPUT E3-32-I-UV-H 61330 47, 48

E4-32-I-UV-H 61331 54, 55


E1/2-32/42-P-UV-N-CF 61339 79, 80

E1/2-26/42-P-UV-N-CF 61338 77, 78

E2/4-54-P-347V-N-LEADS 61345 19

PLL 50 WATT HIGH OUTPUT E2-54-P-UV-H 61334 15, 16

E3/4-54-P-UV-H 61335 20, 21

E3/4-54-P-UV-H-LEADS 61342 17, 18

E3/4-54-P-UV-H-LEADS 61343 22, 23


E1/2-32/42-P-UV-N-CF 61339 79, 80

E2/4-54-P-347V-N-LEADS 61345 19

PLL 55 WATT HIGH OUTPUT E2-54-P-UV-H 61334 15, 16

E3/4-54-P-UV-H 61335 20, 21

E3/4-54-P-UV-H-LEADS 61342 17, 18

E3/4-54-P-UV-H-LEADS 61343 22, 23

ANSI Code Description"Order Code"

Page No.

Standard Metal Halide

M102 MH 150W Ballast 61362 82

M57 MH 175W Ballast 61363 83

M58 MH 250W Ballast 61365 84

M59 MH 400W Ballast 61370 85

M47 MH 1000W Ballast 61374 86

Pulse Start Metal Halide

M98 MH 70W Ballast 61360 87

M90 MH 100W Ballast 61361 88

M138 MH 250W Ballast 61366 89

M132 MH 320W 88% Ballast 61368 90

M131 MH 350W 88% Ballast 61369 97

M135 MH 400W Ballast 61372 92

HPS

S62 HPS 70W Ballast 61380 94






Capacitors MH

M98/M143 CAP 70W MH 61390 103

M90/M140 CAP 100W MH 61391 103

M137/M152 CAP 175W MH 61393 103

M58/H37 CAP 250W MH 61394 103

M138/M153 CAP 250W MH 61395 103

M59/H33 CAP 400W MH 61396 103

M135/M155 CAP 400W MH 61397 103

Capacitors HPS

S62 CAP 70W HPS 61398 103

S54 CAP 100W HPS 61399 103

S55 CAP 150W HPS 61400 103

S50 CAP 250W HPS 61401 103

S51 CAP 400W HPS 61402 103

Ignitors

S52 High Pressure Sodium 61420 103

S51/S50 High Pressure Sodium 61421 103

S55/S54/S62 High Pressure Sodium 61422 103

Metal Halide 61423 103

4

HAVELLSWe are

HAVELLS USA, INC.

One of the world’s largest leading global designers and providers of lighting systems, with presence in over 50 countries. We offer high-quality and high-volume manufacturing capability at strategic locations, with the support of one of the most recognized brands in the industry. Our headquarters are located in Delhi, India.

MissionFocus on excellence Combining innovative products with inspired solutions, Havells USA, Inc. helps lighting professionals turn creative design into reality. Building on our global expertise in lamps and fixtures, we strive to create positive, energy-efficient work and leisure environments for people all over the world.

Operations Havells maintain sale operations in every region around the world. This is a leading brand in Europe, Asia, North, Central and South America. In addition, we manufacture these products in 18 plants, located at 13 countries (Europe, Northern Africa, Asia, Central and South America). Furthermore, Havells operates by outsource manufacturing in China. We offer quality guaranteed through direct supervision. To achieve it, we established the Asian Excellence Center (AEC).

Distribution CentersIn the USA, we have seven distribution centers around the country: Blackwood, NJ; Commerce City, CO; Whittier, CA; Irving and Houston, TX; Indianapolis, IN and headquarters in Atlanta, GA.

We have• Design and engineering capabilities• Strong creative R & D for lighting technology • One-stop shop offering comprehensive range of lamps and a broad

selection of fixtures • Supply chain management expertise with a rationalized

manufacturing base • Environmental responsibility awareness • Leading global market presence

Major Target Segment This leading brand worldwide distributes products of excellent quality and great variety to satisfy clients who want high standards. Our target segment goes from retail and display up to commercial, residential, industrial, outdoor, hotels and leisure.

HAVELLS USA World-class lighting from a global manufacturerContact us: Telephone: [email protected]

Nominal Voltage Lowest Permissible Voltage

Highest Permissible Voltage

120 or 118 110 125

208 191 217

240 or 236 220 250

277 or 265 254 289

347 319 375

480 440 500

Application and installation Data for Fluorescent Lamp BallastImpressed VoltageThe voltage available at the ballast must be within the limits set forth below. Operation outside these limits may result in damage to the lamp or ballast. High voltage will cause excessive heating, shorten ballast life, and reduce system efficiency. Low voltage can shorten lamp life, and lamps may fail to start.

Input Voltage To Ballast (60 Hertz)Grounding and WiringThe National Electrical Code Section 410-17 requires that all fixtures and lighting equipment, including ballast cases, must be grounded. Failure to properly ground the ballast and fixture combination could result in shock hazard and certain lamps may fail to start.

Fluorescent ballasts have painted cases. The paint must be penetrated at the point where the ground connection is made to insure a good connection. This connection can be made by using a star washer in combination with one of the mounting bolts that are used to secure the ballast to the fixture or mounting surface.

The wiring to and from the ballast must be protected in conformance with the National Electrical Code. Proper insulation materials and wire size should be used, all connections should be of an approved method, and wiring and connections should have proper physical protection, such as permanently affixed and grounded conduit or enclosed wireway channels.

CAUTION: Electrical Safety Practice required that all installation, check out, and maintenance be performed only with the entire circuit power to fixture or equipment turned off.

Operating TemperaturesBallasts, like other electric equipment, generate heat during normal operation. To prevent damage to the ballast and fixture, and to maintain proper light Output Ballast from the lamps, the fixture and the installation should be designed to keep operation temperatures as low as possible. It is recommended that

USA, INC.

5

Fluorescent Systems TroubleshootingWhile normally the ballast is the first component of a lighting fixture that is checked in case of trouble with more than one lamp, as often as not the trouble lies elsewhere.

The purpose of this section is to assist in locating the source of trouble which causes a particular condition or symptom. By following this troubleshooting guide, you may be able to locate the source of trouble in minimum time and with least expense. While the guide lists many common system problems, it is presumptuous to assume that it all covers all possibilities. For further information, contact your SLI Lighting representative.

Lamp will not Start

Possible Causes Corrective Maintenance

1) Lamp failure 1) Replace lamp

2) Poor lamp-to-lamp-holder contact

2) Twist lamp in socket, reset. Poor lamp holder. Replace lamp holder.

3) Incorrect wiring3) Refer to wiring diagrams

4) Low voltage supply4) Measure voltage supply with lamps on, refer to Voltage table

5) Dirty lamps or lamp pins5) Clean surfaces on lamps pins

6) Defective starters (applies only to preheat)

6) Replace starter

7) Lamp bulb-wall temperature to low or high

7) Check ambient. Refer to lamp manufacturer data

8) Fixture not grounded 8) Ground fixture

9) Improper ballast application

9) Check Lamp/Ballast Selection Tables

10) Defective ballast 10) Replace ballast

ballasts be mounted with as much of their surfaces as possible in direct contact with metal portions of the fixture which are themselves in direct contact with the surrounding air.

To meet the requirements of Underwriters’ Laboratories, Inc., the fixture and application must be so designed that the ballast case hot spot does not exceed 90°C. Operation above these limits will shorten ballast life; in addition, it may cause damage to adjacent materials or on the thermally protected ballasts, cause the lighting to go out or cycle on and off.

Several factors affect temperature and must be considered in all applications:

These variables illustrate the necessity for thorough testing of the ballast, fixture, and mounting combination to assure proper and safe application in accordance with applicable UL standards.

1. SUPPLY VOLTAGE Case Temperature increases about 1°C for

every 1% above rated supply voltage

2. AMBIENT TEMPERATURE Case temperature increases from 0.7° to

0.9°C for each 1°C increase in ambient temperature.

3. FIXTURE MOUNTING Where the fixture is surface mounted, there

can be as much as a 10°C difference in the ballast temperature, depending on ceiling material and insulation. A surface-mounted fixture may also operate up to 15°C higher than one that is pendant mounted.

4. FIXTURE DESIGN Variations in number of lamps, fixture

enclosure, size, material, lenses, and ballast location can account for up to a 20°C temperature differential.

5. BALLAST & LAMPS Manufacturing variables can affect

temperatures by as much as 5°C.

Very Low Starting


1) Input voltage too low1) Measure input voltage with lamp on

2) Inadequate lamp/ starting-aid strip (applies only to rapid start and trigger start circuits

2) Put lamp within ½” of (starting plane) grounded metal reflector


3) Twist lamp in socket, reset Poor lamp holder, replace lamp holder

4) Defective starter (applies only to preheat)

4) Change starter

5) Defective lamp(s) 5) Replace lamp(s)

6) Improper circuit wiring 6) Refer to wiring diagram


7) Check Lamp/Ballast

8) High humidity 8)

9) Bulb-wall temperature too low or high

9) Thermal test lamp at mid point, refer to lamp manufacturer data

10) Dirty lamp surface10) Clean all lamp and fixture surfaces


Audible Ballast


1) Loose fixture louvers, panels, or other parts

1) Tighten parts

2) Ballast not mounted 2) Tighten parts

3) Improper ballast selection

3) Check Lamp/ Ballast Selection Tables


Short Lamp LifePossible Causes Corrective Maintenance

1) Improper voltage1) Measure voltage supply with lamps or refer to Voltage table

2) Improper wiring 2) Refer to wiring diagrams


3) Twist in socket, reset. Poor lamp holder, replace lamp holder

4) Extremely short duty cycles (many lamp stars per day)

4) Check with lamp manufacturer on lamp life data


5) Replace starter



7) Refer to Lamp/Ballast Selection Tables


Lamp Flicker ( Spiraling or Swirling Effect)Possible Causes Corrective Maintenance

1) New lamps1) Should be operated 100 hours for proper seasoning


2) Replace starter

3) Drafts on lamp from air conditioning system (lamp too cold)

3) Shield lamp(s) from air current, sleeve lamp(s)


5) Improper voltage5) Measure supply voltage with lamps on, refer to Voltage Table


6) Refer to Lamp/Ballast Selection Tables


Excessive Ballast Heating (over 90°C Case Temp)


1) Improper fixtures design or ballast application

1) Check fixture manufacturer

2) Voltage too high2) Measure input voltage with lamps on, refer to Voltage Table

3) Improper wiring or installation

3) Refer to wiring diagrams

4) Poor lamp maintenance (instant start and preheat systems)

4) Replace lamp(s)

5) Wrong type lamps5) Refer to Lamp/Ballast Selection Tables

6) Wrong number of lamps6) Refer to Lamp/Ballast Selection Tables


BlinkingPossible Causes Corrective Maintenance

1) Improper fixtures design application

1) Refer to fixture manufacturer

2) High voltage2) Measure input voltage with lamp on, refer to Voltage Table

3) Improper wiring or installation

3) Refer to wiring diagrams

4) Poor lamp(s) maintenance (instant start and preheat systems)

4) Replace lamp(s)

5) Wrong type lamps5) Refer to Lamp/Ballast Selection Tables

6) Wrong number of lamps6) Refer to Lamp/Ballast Selection Tables

7) High ambient temperature

7) Check ambient – refer to Lamp Manufacturer Data


6

Ballast GlossaryANSI (American National Standards Institute) an organization that establishes standards of product performance for numerous industries. The main ANSI standard for fluorescent is C82.

Auto-Transformer A transformer in which the primary and secondary coils are electrically connected together. Most ballasts use this circuit to make them smaller, less costly and more efficient.

Ballast Factor A ratio of the light produced by a lamp operated by a given ballast to the light produced by a lamp operated by a reference ballast. Expressed as a percentage. Also called light Output Ballast.

Ballast Losses This is the wattage loss internal to the ballast and is power not used for producing light. These losses are dissipated as heat. Ballast losses account for the most of the difference between lamp efficiency and system efficiency.

BEF (Ballast efficiency factor) is the ratio of ballast light Output Ballast to input power. Used to compare different ballast on a light Output Ballast to power consumption basis.BEF - % light Output Ballast/input power (watts)

Case Temperature Usually the hottest spot on the outside of the ballast case.

Cathode Heat The voltage of power supplied to the lamp cathodes (the terms “cathodes” and “electrodes” are used interchangeable) in rapid start and preheat start circuits. This voltage brings the cathodes to the proper operating temperatures.In rapid start circuits, the cathodes heating voltage is nominally 3.6 volts.

Cathode Heat Cutout Used in rapid start and trigger start circuits to save energy. Reduces the cathode heating voltage from the specified level to a lower voltage after the lamp has started. Usually used in low frequency electronic ballasts.

Choke Another term for inductor. A coil of wire on an iron core, which limits or “chokes” AC current.

Circuit Interrupting Lampholder A safety device required by UL when certain voltage limits are exceeded. Also called “disconnect lampholder”. Consists of a lampholder which incorporates a switch that opens and closes when lamps are inserted or removed from the lampholder. Input power is wired through the switch, so that power is removed from the ballast whenever a lamp-end is out of a socket.

Class B An operating temperature classification for electrical components established by UL. Class B allows up to 130 C.

Class H An operating temperature classification or electrical components established by UL. Class H allows operation up to 180 C.

Class P The UL classification for thermally protected ballasts. Internal thermal cutout removes input power whenever specified temperature limits are exceeded, about 100 to 110 C (see “Thermal Cycling”.)

Core and Coil A ballast which is not encased in

a metal enclosure. The core consists of the iron lamination. The coil is the turns of magnet wire. A core and coil ballast may or may not have metal covers.Common in small fluorescent ballasts and most HID ballasts.

Cost of Light A measure of the cost of producing light. The IES unit for cost-of-light is $ per million lumen-hours.

Current Wave-Shaping A patented circuit technique where the ballast is designed in a special way to reduce current crest factor it makes the form of the current wave smoother, increases efficiency and lamp life.

Dielectric Withstand (HI-POT) A test performed by UL to insure the ability of the insulation to prevent short-circuits. Dielectric is another name for insulation. This test checks the potential of the insulation to break-down. To perform the test, a very high voltage is applied between the components and the ballast case, and the test looks for insulation breakdown or a way for current to jump to ground or dead metal. Test voltages may be a high as 150v. The failure criterion is breakdown to full conduction.Also called “hipot test” (an acronym for high potential; and there was a common commercial tester with the brand name “Hipot”).

Dimming Ballast A ballast which has special circuitry to enable it to operate the lamp load at reduced light levels. The light reduction may be continuous or in discrete steps.Dimming ballasts typically require a control unit to function. The control unit is sometimes called an auxiliary.

Efficiency As a measure of the ability to produce light, it is lumens per watt (LPW). This is more properly termed efficacy.

True efficiency as a measure of its power pass-thru would be the power delivered to the load divided by the total input power. (Example: If the input power to a ballast is 96 watts and the power delivered to the lamps is 80 watts, then the efficiency of the ballast would be 83%. The ballast loss would be 27% or 16 watts).

Electromagnetic Ballast A ballast which operates principally through the use of current carrying coils assembled on a magnetic core, versus electronic components, to operate lamps.

EMI/RFI Electro-magnetic interference or radio frequency interference. This is unintentionally generated power that has a potential to interfere with other devices operating at high frequencies. EMI/RFI above 10kHz is controlled by the FCC, and is usually reduced by filters, suppressors, or other devices.

Filament A coiled coil of wire in the end of a fluorescent lamp which emits electons when heated allowing the lamp to start. (Also known as a cathode.)

Filament Sputtering The throwing off of the coating on a lamp filament caused by incorrect ballasting. The loss of this coating results in darkened lamp ends and reduced lamp life.

Glow Switch A device containing a glow bottle used to start preheat lamps. The glow bottle starter is a voltage sensitive device which

determines whether the switch is in the start or operate mode.

Grounding The connection of an electrical conductor with the earth, so that the electricity passes off into it. Ballast cases must be grounded.

Hertz The unit of frequency (abbreviated Hz). One cycle per second = one hertz.

HO High Output Ballast. A family of rapid start lamps and ballasts which run at 800 mA nominal current.

Hot Spot The small incandescent spot on a lamp electrode from which the electron emission takes place. The hot spot must come to the proper temperature for the lamp to give rated performance. Poor hot spot formation can result in short lamp life and end discoloration.

Indoor A usage or application classification of ballasts by Underwriters Laboratories (UL). An indoor ballast is only acceptable for use indoors (UL 935 para. 4.1A). Indoor ballasts will start lamps down to 50 F (60 F for energy saving lamps).

Initial Lumens The lumen Output Ballast of a fluorescent lamp measured after 100 hours of operation.

Instant Start A method of starting lamps by applying a sufficiently high voltage to break down the arc tube and initiate the flow of current. During starting the cathode should establish the hot spot in 10 to 30 milliseconds.Also a line of ballasts and lamps which utilize instant start, usually T12 at 425 mA, but also T8 and T6 at 300 mA, 2 ft. to 8 ft., with single pin bases.

Integrated Circuit (IC) A siliconsemi-conductor chip containing an electri¬cal circuit of capacitors, resistors, andtransistors. A single integrated chip can re¬place thousands of individual components.

Inverter A device or circuit which changes current from DC to AC.

Lag A relationship between the voltage and current in a circuit; in this case the current lags behind the voltage. Lag ballasts typically use inductors as the predominant ballasting element.

Lamp Current Crest Factor (LCCF) The ratio of peak lamp current to the RMS (average) lamp current. Lamp manufacturers require a LCCF of less than 1.70 in order to achieve full lamp life. Values less than 1.70 do not achieve higher than rated lamp life.

Lamp Flicker The high speed oscillation of the light from a fluorescent lamp. The result can be a visible strobe-like effect.

Lead A relationship between the voltage and current in a circuit; in this case the current leads the voltage.Lead ballasts typically use capacitors as the predominant ballasting element.

Lead/Lag A type of circuit in which two independent branches operate lamps, one with a lead (or capacitive) branch and the other with a lag (or inductive) branch. Used in switch start and instant start circuits.One advantage of a lead/lag ballast is that the ballast is that the two lamps

7

operate out of phase in such a manner that when one is off, the other is on. This eliminates ripple in the light Output Ballast.Another advantage of lead/lag is that the lamps operate independent of each other if one burns out the other continues to operate properly. This is a parallel circuit.

Leakage Current The current which UNINTENTIONALLY flows between an electrical device and ground. This current results from leakage paths created by capacitive coupling or other direct paths.UL sets very tight limits on leakage currents to reduce shock hazard. Ballasts have a leakage max limit of .5 mA or .75 mA, depending upon its application.The National Electric Code requires grounding to pass off any leakage current. Excessive leakage current can trip ground fault circuit interrupters (GFI).

Life The rated life of a ballast is defined as the time of failure for the 50th percentile. In other words, it is the time for half of a large population of ballasts to fail.Some ballasts will fail before the rated life and some will continue to operate beyond the rated life.Standard electromagnetic ballasts typically have a life of approximately 40,000 to 60,000 hours.Life of a ballast is inversely related to operating temperature. Ten degree centigrade rule for each 10°C change in case temp causes a 2 times change in life; (e.g. +10°C gives half life, -0°C gives double life).

Load The Output Ballast which is being operated or driven by a ballast, usually one or more lamps.

Low Leakage A special classification of ballasts by UL which is intended for use in medical equipment.These ballasts have significantly lower leakage currents than standard ballasts.

Low Power Factor (LPF) Power factor which has not been corrected above 90%. Any power factor under 90%. Typically uncorrected power factor is 40 to 60%.Also called “normal power factor” (NPF).

LPW Lumens per watt.

Lumen A unit for measuring the amount of light produced by a given source. One lumen per square foot equals one foot candle.

Mean Lumens The lumen Output Ballast of a fluorescent lamp after 40 percent of its rated life.

1500 mA A family of rapid start lamps and ballasts which operate at a nominal current of 1500 mA. The lamps may have various designations, such as power groove, VHO, SHO, T10, T10J.

Nominal Input Voltage The designed input, or rated voltage for a ballasts.The nominal voltage allows for normal variation around the nominal or center voltage.The voltage limits do not permit other nominal voltages; that is, if one has a nominal voltage within the voltage range of a ballast, that does not mean that it is suitable for that circuit. For example: the permissible input voltage range for a 120V nom. Ballast may be 110V to 125V. This does not mean that the ballast is suitable for use on a supply circuit which has a nominal voltage 125V.

Outdoor A usage or application classification of ballasts by Underwriters Laboratories (UL).Outdoor ballasts are further classified as Type

1, Type 2, Weatherproof.Type 1 – for use in an outdoor fixture in a metal enclosureType 2 – for use in an outdoor fixture in an enclosure (not necessarily metal) such as a plastic sign.Weatherproof – suitable for exposure to the weather without an additional enclosure.

Parallel A type of circuit in which the electrical path splits to permit the current to flow in both paths simultaneously. This operates each lamp independently, allowing one lamp to operate if the other one fails.

Phosphor A substance that emits visible light when subjected to ultra-violet light. Used to coat the inside of fluorescent lamps. Various phosphors are used to achieve desired light levels, color and lamp efficiencies.

Potting Compound The solid material that fills the inside of the ballasts, usually a mixture of asphalt and silica.

Power Factor A measure of how well the ballast utilizes the input amps to generate the power delivered to the lamps. A high power factor (HPF) ballast uses less amps than a low power factor (LPF) ballast for the same load.Technically, the power factor is the ratio of the real power to the apparent power. Real power is watts, as measured with a wattmeter. Apparent power is input volts times input amps, measured with voltmeters and ammeters.It is expressed as a percent or a number from 0 to 1. A HPF ballast has a power factor greater than 90% or .90. Power factor is a concern because using a LPF ballast in place of a HPF ballast may overload some circuits. Also, some power companies charge a penalty for users with low power factor.

Preheat Start A circuit where the lamp electrodes are heated by a switch, glow bottle starter, or electronic circuit prior to operating the lamp. Preheat lamps must be used with preheat ballasts. Preheat start is also called “switch start”.

Rapid Start A circuit where the electrode heating voltage and the starting voltage are applied to the lamp simultaneously. The lamps light when the electrodes have reached the proper temperature. The electrode heat remains on all the time the lamps are burning (continuous cathode heat).Also a family of lamps and ballasts that utilize the continuous electrode heat. The family may contain the F40 line (which runs at 430 mA), the HO line (which runs at 900 mA), and the PG/VHO/HO line (which runs at 1500 mA).

Reactor A ballast which utilizes only an inductance as the ballasting element. A reactor ballast does not have a transformer to step-up the voltage. It is two wire device which is placed in series with the lamp. Also called a “choke” or “inductor.”

Rectification A failure mode in a lamp where one electrode uses up its emission mix before the other and the ballast has enough voltage to start the lamp. In this case, the lamp will pass current only in one direction, hence rectify the current.When lamp is rectifying it is running in a total or partial DC mode, which can be harmful to the ballast. Long lamps (e.g. 8 ft.) and slimline lamps, are more prone to rectification. Proper lamp replacement will minimize this problem.Also, in electronic ballasts, rectification is the

process of changing current from AC to DC. This is a necessary and beneficial part of the circuit design.

Recessed Lampholder Also called “recessed double contact.”The lampholder used for the HO and VHO lamp lines, in which both of the lamp contacts and the lampholder contacts are recessed to prevent accidental touching.

Resonance When current flows in an AC circuit which is tuned to a particular frequency, the oscillations may reinforce each other to generate higher amps or volts.Resonance may be used intentionally in a ballast to generate higher voltage to start a lamp. Resonance may occur unintentionally if circuit elements are changed or disturbed in a ballast circuit causing harmful effects.

Series Sequence A type of circuit design for 2 lamps ballasts which starts the lamps one at a time and then operates the lamps in series. Typically used in (2) instant start ballasts.

Shock Current In a ballast, when one end of a lamp is inserted into the high voltage socket, the lamp may breakdown and provide a current flow if there is a ground path at the other end of the amp; for example, through a grounded person. The current which flows under these conditions is called shock current, since it presents a risk of shock to the rounded person. Normal UL regulations seek to limit the exposure to shock current.

Slimline A family of ballast and lamps which use the instant start circuitry. The lamps have single pin bases and is most often T12, T8, and T6.

Soft Start A description of a lamp starting where the electrodes have come up to the proper temperature before full lamp conduction, and there is a nice transition from the glow state to full conduction. A hard start would describe a lamp which instant starts, or comes on sharply without time for the electrodes to heat up.

Sound Rating A procedure for describing the amount of sound which may be generated by a ballast.“A” is the quietest, “D” or “E” is the most noticeable. This makes sound rating a qualitative, subjective rating system as opposed to a quantitative one.There is no industry standard for sound rating; however, different manufacturers tend to agree on levels. Havells (or any other ballast mfg.) does not publish decibels numbers for sound. This is because the numbers which are measured in the testing process bear no relationship to the numbers one would measure in the end usage. The actual sound generated is affected greatly by many things external to the ballast; such as fixture geometry, secureness of mounting; room dimensions, room absorbance, etc.Further, the perception of sound emanating from a ballast is affected by the ambient (or background) sound level. Therefore, sound rating is on a subjective scale.NOTE: A ballast should never be shimmed to reduce noise.

Starter May be a fluorescent or HID starter.A fluorescent starter is used to heat the lamp electrodes prior to starting.A HID starter is used to generate high voltage pulses which breakdown the arc-tube to initiate the discharge. HID starters are also called “starting aids” or “ignitors”.

8

Starting Aid/Starting Plane A grounded metal strip, usually part of the lighting fixture, which must be provided within a set distance along the length of rapid start and switch start fluorescent lamps to facilitate lamp starting.

Starting Voltage The voltage necessary to breakdown the arc-tube and initiate the discharge. The starting voltage is higher than the lamp operating voltage.There are usually two starting voltages which must be specified, peak, and RMS. The peak voltage is referenced to the grounded starting plane. The RMS voltage is measured across the lamp.

Tandem Wired The practice of wiring one ballast to lamps in two different fixtures to reduce the number of ballasts required. As an example, three 2 lamp fixtures can be wired with two 3 lamp ballasts vs. three 2 lamp ballasts.

T5, T8, T10, T12 The designation used to describe different fluorescent lamps by their outside diameter. This alphanumeric portion of the designator refers to the lamp’s diameter in 1/8 of an inch increments. A T12 lamp is 1 ½ inch in diameter, or 12 x 1/8 inch.

Temperature Rise A means of measuring the operating temperatures in a ballast, usually specifying a temperature rise above a given ambient temperature. Another method of specifying temperature is absolute, used when a certain maximum temperature, irrespective of ambient, should not be exceeded.

Thermal Cycling In ballasts that have internal thermal protectors, which sense an over-temperature condition, the thermal protector removes power from the ballast and shuts it down. If the cutout is an automatic reset type, when the ballast has cooled, the power will be reapplied and come back on. The process repeats, causing the lamps to cycle on and off. The on/off time may be a half hour or longer.Thus thermal cycling may be caused by improper ballast application, environment, such as ambient temperature too high, poor fixture thermal management, improper ballast mounting, or ballast end of life.

Thermal Factor When one lamp and ballast combination is compared to another in the same fixture, the thermal factor is a modifier to the coefficient of utilization (CU).This takes into account the fact that the new lamp and ballast may perform different thermally than the combination on which the original CU measurement was made.Thermal factor results from the sensitivity of the lamp to lamp wall temperature.

Thermal Protector The device inside of the ballast which senses the temperature and removes input power whenever the limit is exceeded. This usually consists of a bimetal switch.Thermal protection may be of two varieties, automatic resetting or non-resetting (like a fuse). When a non-resetting protector operates, the ballast may be permanently inoperable, and must be replaced.If the thermal protection meets certain UL specifications, the ballast can be classified as “Class P”.

Time Delay Relay Some sign ballasts incorporate a switch which delays the application of the starting voltage for a period of time after the electrode voltage. This switch is called a time

delay relay. Delaying the starting voltage for a few seconds ensures that the electrodes have reached the proper temperature prior to running the lamp. This significantly increases lamp life. This is particularly important in applications that are difficult to reach, such as signs on high poles.

Total Harmonic Distortion (THD) Excessive THD (defined by ANSI as greater than 32%) may cause adverse effects to the electrical system. THD levels below 20% provide optimal system compatibility, but levels below 10% may not add any practical benefit. 10% THD types may also introduce excessive in-rush current unless circuitry is added that limits in-rush levels.

Trigger Start A variation of the preheat start circuit, which is analogous to the rapid start circuit. In this circuit, the ballast supplies continuous voltage to the electrodes to heat them to the proper temperature. Upon starting, the electrode voltage is reduced about one half to reduce the losses.

Type 1 A UL classification of ballasts suitable for outdoor applications as long as it is in a metal enclosure. (See “outdoor”).

UL Listed (UL) A UL listing on a ballast product signifies that the unit has passed all of the testing requirements of UL-935, and therefore can be installed in any fixture that has been certified to accept a UL listed ballast. This in effect by UL definition makes the ballast an end item for its purpose.

UL Recognized (UR) As with many items other than ballasts, most items are made to be a sub-component of a much larger system. This means that the ballast is listed only as a component of some other larger system, that as a whole must be UL listed with the ballast only as a sub-component. A UL component therefore is not an end item and is always only a part of a complete system.

Weatherproof A usage or application classification of a ballast by Underwriters Laboratories.

A weatherproof ballast is acceptable for exposure to the weather without an additional enclosure. (UL 935 para 4.1 D).

Weatherproof ballasts have special moisture resistant construction and may have wires which exit through a nipple which may be connected directly into the system electrical conduit.

9

How To Read Our Ballast Code

Electronic Ballast

T5 BALLAST

11

T5 BallastE2-28-P-UV-N @ 120VOrdering Code: 61332

WIRING DIAGRAM: ENCLOSURE:

Lamp TypeNo. of Lamps

Rated Lamp Watts

Min Start Temp (°F/C)

Input Current (Amps)

Input Power (ANSI Watts)

Ballast Factor

MAX THD %

Power Factor

Max Lamp Current Crest

FactorBEF

35W T5 2 35 -4/-20 .69 84 0.9 10 0.99 1.7 1.07

35W T5 1 35 -4/-20 .35 42 1.02 10 0.99 1.7 2.43

28W T5 2 28 -4/-20 .56 68 .93 10 0.99 1.7 1.37

28W T5 1 28 -4/-20 .29 35 1.07 10 0.99 1.7 3.06

Ballast Type Electronic

Starting Method Program Start

Lamp Connection Series

Input Voltage 120-277V

Input Frequency 60 Hz

Status Active

Safety Approval UL/CUL

Overall (L) Width (W) Height (H) Mounting (M)

32.5 cm 6.4 cm 3 cm 31.7 cm

12.8” 2.52” 1.18” 12.5”

Data is based upon tests performed by HAVELLS in a controlled environment and representative performance. Actual performance can vary depending on operating conditions. Specifications are subject to change without notice. All specifications are nominal unless otherwise noted.

LAMP

LAM P

BALLAST

BALLAST

BALLAST

LAMP

LAM P

LAMP

LAMP

LAM P

ML

W

H

12

T5 BallastE2-28-P-UV-N @ 277VOrdering Code: 61332



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

35W T5 2 35 -4/-20 0.3 85 0.95 10 0.99 1.7 1.12

35W T5 1 35 -4/-20 0.16 44 1.03 15 0.98 1.7 2.34

28W T5 2 28 -4/-20 0.25 69 0.96 10 0.99 1.7 1.39

28W T5 1 28 -4/-20 0.13 37 1.08 20 0.97 1.7 2.92






Status Active



32.5 cm 6.4 cm 3 cm 31.7 cm

12.8” 2.52” 1.18” 12.5”

LAMP

LAM P

BALLAST

BALLAST

BALLAST

LAMP

LAM P

LAMP

LAMP

LAM P

ML

W

H


13

T5 BallastE3/4-28-P-UV-N @ 120V

Ordering Code: 61333



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

35W T5 4 35 -4/-20 1.38 168 0.90 10 0.99 1.7 1.07

35W T5 3 35 -4/-20 1.01 128 0.93 10 0.99 1.7 1.07

28W T5 4 28 -4/-20 1.12 136 0.93 10 0.99 1.7 0.68

28W T5 3 28 -4/-20 0.88 105 0.96 10 0.99 1.7 0.91




Input Voltage 120-277


Status Active



32.5 cm 6.4 cm 3 cm 31.7 cm

12.8” 2.52” 1.18” 12.5”


14




Input Voltage 120-277


Status Active


T5 BallastE3/4-28-P-UV-N @ 277VOrdering Code: 61333



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

35W T5 4 35 -4/-20 0.6 170 0.95 10 0.99 1.7 1.12

35W T5 3 35 -4/-20 0.46 128 0.93 10 0.99 1.7 1.07

28W T5 4 28 -4/-20 0.5 138 0.96 10 0.99 1.7 0.70

28W T5 3 28 -4/-20 0.38 105 0.96 10 0.99 1.7 0.91


32.5 cm 6.4 cm 3 cm 31.7 cm

12.8” 2.52” 1.18” 12.5”


15




Input Voltage 120V


Status Active


T5 BallastE2-54-P-UV-H @ 120VOrdering Code: 61334



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

54W T5 2 54 -22/-30 0.97 116 0.99 10 0.99 1.7 0.85

54W T5 1 54 -22/-30 0.5 60 0.98 10 0.99 1.7 1.63

PLL55W 2 55 -22/-30 0.89 107 0.88 10 0.99 1.7 0.82

PLL55W 1 55 -22/-30 0.46 56 0.9 10 0.99 1.7 1.61

39W T5 2 39 -22/-30 0.76 92 0.98 10 0.99 1.7 1.07

PLL 50W 2 50 -22/-30 0.93 112 1.04 10 0.99 1.7 0.93

PLL 50W 1 50 -22/-30 0.48 58 1.06 10 0.99 1.7 1.83


32.5 cm 3.4 cm 2.9 cm 31.7 cm

12.8” 1.34” 1.14” 12.5”


16

T5 BallastE2-54-P-UV-H @ 277VOrdering Code: 61334



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

54W T5 2 54 -22/-30 .43 118 1 10 0.98 1.7 0.85

54W T5 1 54 -22/-30 .23 63 1.02 15 0.97 1.7 1.62

PLL55W 2 55 -22/-30 .4 113 .92 15 0.98 1.7 0.81

PLL55W 1 55 -22/-30 .21 59 .95 20 0.97 1.7 1.61

39W T5 2 39 -22/-30 .33 92 1.02 15 0.97 1.7 1.11

PLL 50W 2 50 -22/-30 .4 112 1.08 10 0.98 1.7 0.96

PLL 50W 1 50 -22/-30 .21 59 1.1 15 0.97 1.7 1.86




Input Voltage 277V


Status Active



32.5 cm 3.4 cm 2.9 cm 31.7 cm

12.8” 1.34” 1.14” 12.5”


17

T5 BallastE2-54-P-UV-H-LEADS @120V




Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

54W T5 2 54 -22/-30 0.97 116 0.99 10 0.99 1.7 0.85

54W T5 1 54 -22/-30 0.5 60 0.98 10 0.99 1.7 1.63

PLL55W 2 55 -22/-30 0.89 107 0.88 10 0.99 1.7 0.82

PLL55W 1 55 -22/-30 0.46 56 0.9 10 0.99 1.7 1.61

39W T5 2 39 -22/-30 0.76 92 0.98 10 0.99 1.7 1.07

PLL 50W 2 50 -22/-30 0.93 112 1.04 10 0.99 1.7 0.93

PLL 50W 1 50 -22/-30 0.48 58 1.06 10 0.99 1.7 1.83

PLL50W 3 50 -4/-20 1.43 171 1.05 10 0.99 1.7 .61




Input Voltage 120


Status Active



32.5 cm 3.4 cm 2.9 cm 31.7 cm

12.8” 1.34” 1.14” 12.5”


18

T5 BallastE2-54-P-UV-H-LEADS @ 277VOrdering Code: 61342



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

54W T5 2 54 -22/-30 0.43 118 1 10 0.98 1.7 0.85

54W T5 1 54 -22/-30 0.23 63 1.02 15 0.97 1.7 1.62

PLL55W 2 55 -22/-30 0.4 113 0.92 15 0.98 1.7 0.81

PLL55W 1 55 -22/-30 0.21 59 0.95 20 0.97 1.7 1.61

39W T5 2 39 -22/-30 0.33 92 1.02 15 0.97 1.7 1.11

PLL 50W 2 50 -22/-30 0.4 112 1.08 10 0.98 1.7 0.96

PLL 50W 1 50 -22/-30 0.21 59 1.1 15 0.97 1.7 1.86

PLL50W 3 50 -4/-20 1.43 171 1.05 10 0.99 1.7 .61




Input Voltage 277


Status Active



32.5 cm 3.4 cm 2.9 cm 31.7 cm

12.8” 1.34” 1.14” 12.5”


19


T5 BallastE-2/4-54-P-347V-N-LEADS


Ballast Type ELECTRONIC

Starting Method PROGRAM START

Lamp Connection SERIES

Input Voltage 347V

Input Frequency 50/60 HZ

Status Active



45cm 4.3cm 2.9cm 43.8cm

17.71” 1.7” 1.14” 17.24”

Standard Lead Length (inch/cm)in. cm. in. cm.

Black 18.8 48 Yellow/Blue

White 18.8 48 Blue/White 46.4 118

Blue 30.9 78.5 Brown 30.9 78.5

Red 30.9 78.5 Orange 30.9 78.5

Yellow 46.4 118 Orange/Black

Gray 22 55 Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

54WT5 4 54 -22/-30 0.67 230 0.97 10 0.98 1.7 0.42

54WT5 3 54 -22/-30 0.51 176 1 10 0.98 1.7 0.57

54WT5 2 54 -22/-30 0.34 118 0.99 10 0.98 1.7 0.84

54WT5 1 54 -22/-30 0.17 60 1.02 10 0.97 1.7 1.70

PLL55W 4 55 -22/-30 0.58 198 0.88 10 0.98 1.7 0.44

PLL55W 3 55 -22/-30 0.45 153 0.9 10 0.98 1.7 0.59

PLL55W 2 55 -22/-30 0.29 102 0.92 10 0.98 1.7 0.90

PLL55W 1 55 -22/-30 0.16 56 0.95 10 0.97 1.7 1.70

39WT5 4 39 -22/-30 0.49 170 1 10 0.98 1.7 0.59

PLL50W 4 50 -22/-30 0.65 224 1.08 10 0.98 1.7 0.48

PLL50W 3 50 -22/-30 0.49 169 1.08 10 0.98 1.7 0.64

PLL50W 2 50 -22/-30 0.3 103 1.1 10 0.97 1.7 1.07


20

T5 BallastE3/4-54-P-UV-H @ 120 VoltOrdering Code: 61335



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

54W T5 4 54 -4/-20 1.94 232 .99 10 0.99 1.7 .43

54W T5 3 54 -4/-20 1.48 178 1.05 10 0.98 1.7 .59

PLL55W 4 55 -4/-20 1.78 214 .88 10 0.99 1.7 .41

PLL55W 3 55 -4/-20 1.3 156 .95 15 0.98 1.7 .61

39W T5 4 39 -4/-20 1.52 184 .98 10 0.99 1.7 .53

39W T5 3 39 -4/-20 1.17 140 1 10 0.99 1.7 .71

PLL50W 4 50 -4/-20 1.86 224 1.04 10 0.99 1.7 .46

PLL50W 3 50 -4/-20 1.43 171 1.05 10 0.99 1.7 .61




Input Voltage 120V


Status Active



32.5 cm 6.4 cm 3 cm 31.7 cm

12.8” 2.52” 1.18” 12.5”


21

T5 BallastE3/4-54-P-UV-H @ 277 Volt




Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

54W T5 4 54 -4/-20 .86 236 1 10 .98 1.7 .42

54W T5 3 54 -4/-20 .64 178 1.05 10 .98 1.7 .59

PLL55W 4 55 -4/-20 .8 226 .92 15 .98 1.7 .41

PLL55W 3 55 -4/-20 .56 156 .95 15 .98 1.7 .61

39W T5 4 39 -4/-20 .66 184 1.02 15 .97 1.7 .55

39W T5 3 39 -4/-20 .51 140 1 10 .99 1.7 .71

PLL50W 4 50 -4/-20 .8 224 1.08 10 .98 1.7 .48

PLL50W 3 50 -4/-20 .62 171 1.05 10 .99 1.7 .61




Input Voltage 120V


Status Active



32.5 cm 6.4 cm 3 cm 31.7 cm

12.8” 2.52” 1.18” 12.5”


22

T5 BallastE3/4-54-P-UV-H-LEADS @120VOrdering Code: 61343



Rated Lamp Watts


Max. Case Temp



Ballast Factor

MAX THD %

Power Factor


FactorBEF

54W T5 4 54 -22/-30 90°C 1.92 230 0.97 10 0.99 1.7 0.42

54W T5 3 54 -22/-30 90°C 1.47 176 1 10 0.99 1.7 0.57

PLL55W 4 55 -22/-30 90°C 1.64 198 0.88 10 0.99 1.7 0.44

PLL55W 3 55 -22/-30 90°C 1.26 153 0.9 10 0.99 1.7 0.59

39W T5 4 39 -22/-30 90°C 1.42 170 1 10 0.99 1.7 0.59

PLL50W 4 50 -22/-30 90°C 1.88 224 1.08 10 0.99 1.7 0.48

PLL50W 3 50 -22/-30 90°C 1.42 169 1.08 10 0.99 1.7 0.64





Input Frequency 50/60 Hz

Status Active



45 cm 4.3 cm 2.9 cm 43.8 cm

17.71” 1.7” 1.14” 17.24”




Blue 30.9 78.5 Brown 30.9 78.5

Red 30.9 78.5 Orange 30.9 78.5


Gray Black/ White

Violet Red/ White


23

T5 BallastE3/4-54-P-UV-H-LEADS @277V




Rated Lamp Watts


Max. Case Temp (°F/C)



Ballast Factor

MAX THD %

Power Factor


FactorBEF

54W T5 4 54 -22/-30 90°C 0.86 232 0.99 10 0.98 1.7 0.43

54W T5 3 54 -22/-30 90°C 0.67 180 1.05 15 0.97 1.7 0.57

PLL55W 4 55 -22/-30 90°C 0.72 198 0.92 15 0.98 1.7 0.46

PLL55W 3 55 -22/-30 90°C 0.57 154 0.95 20 0.97 1.7 0.62

39W T5 4 39 -22/-30 90°C 0.64 174 1.04 15 0.97 1.7 0.60

PLL50W 4 50 -22/-30 90°C 0.82 224 1.1 10 0.98 1.7 0.49

PLL50W 3 50 -22/-30 90°C 0.63 170 1.13 15 0.97 1.7 0.66






Status Active



45 cm 4.3 cm 2.9 cm 43.8 cm

17.71” 1.7” 1.14” 17.24”




Blue 30.9 78.5 Brown 30.9 78.5

Red 30.9 78.5 Orange 30.9 78.5


Gray Black/ White

Violet Red/ White


T8 BALLAST

25

T8 BallastE1/2-59-P-UV-H-LEADS @120 Volts




Starting Method Program Instant Start

Lamp Connection Parallel

Input Voltage 120


Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”



White 18.8 48 Blue/White

Blue 30.9 78.5 Brown

Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F59T8 2 59 32/0 0.89 107 0.89 10 0.99 1.7 0.83

F59T8 1 59 32/0 0.55 66 1.07 10 0.99 1.7 1.62

*Available individually boxed. Use order #61305.


26

T8 BallastE1/2-59-P-UV-H-LEADS @ 277 VoltsOrdering Code: 61344



Starting Method Program Instant Start


Input Voltage 120


Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F59T8 2 59 32/0 0.39 107 0.9 10 0.99 1.7 0.84

F59T8 1 59 32/0 0.25 67 1.09 10 0.98 1.7 1.63



27

T8 BallastE1-32-I-UV-L @ 120V



Starting Method Active Instant Start




Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 78.5 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 1 32 0/-18 0.22 26 0.78 10 0.99 1.7 3.00

F25T8 1 25 0/-18 0.16 19 0.82 10 0.99 1.7 4.32

F17T8 1 17 0/-18 0.11 13 0.85 10 0.99 1.7 6.54



28

T8 BallastE1-32-I-UV-L @ 277VOrdering Code: 61324






Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 1 32 0/-18 0.1 26 0.78 10 0.99 1.7 3.00

F25T8 1 25 0/-18 0.07 19 0.82 10 0.99 1.7 4.32

F17T8 1 17 0/-18 0.05 13 0.85 15 0.98 1.7 6.54



29

T8 BallastE1-32-I-UV-N @ 120VOrdering Code: 61320







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 1 32 0/-18 .26 31 .89 10 0.99 1.7 2.87

F25T8 1 25 0/-18 .21 25 .91 10 0.99 1.7 3.64

F17T8 1 17 0/-18 .16 19 .93 10 0.99 1.7 4.89


30








Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 1 32 0/-18 0.12 32 0.91 10 0.99 1.7 2.84

F25T8 1 25 0/-18 0.1 26 0.92 10 0.99 1.7 3.54

F17T8 1 17 0/-18 0.08 21 0.94 15 0.98 1.7 4.48


31

T8 BallastE1-32-I-UV-H @ 120V







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 1 32 0/-18 .34 42 1.23 10 0.99 1.7 2.93

F25T8 1 25 0/-18 .3 36 1.25 10 0.99 1.7 3.47

F17T8 1 17 0/-18 .25 30 1.27 10 0.99 1.7 4.23



32

T8 BallastE1-32-I-UV-H @ 277VOrdering Code: 61328






Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 1 32 0/-18 .16 42 1.23 10 0.99 1.7 2.93

F25T8 1 25 0/-18 .13 36 1.25 10 0.99 1.7 3.47

F17T8 1 17 0/-18 .11 30 1.27 15 0.98 1.7 4.23



33

T8 BallastE2-32-I-120V-N



Starting Method ACTIVE INSTANT START

Lamp Connection PARALLEL

Input Voltage 120V

Input Frequency 60 HZ

Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5 “ 1.7 “ 1.14 “ 8.9 “





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18 0.43 49 0.78 10 0.99 1.7 1.59

F32T8 1 32 0/-18 0.27 32 0.94 10 0.99 1.7 2.94

F25T8 2 25 0/-18 0.33 40 0.81 10 0.99 1.7 2.03

F25T8 1 25 0/-18 0.21 25 0.95 10 0.99 1.7 3.80

F17T8 2 17 0/-18 0.24 29 0.83 10 0.99 1.7 2.86

F17T8 1 17 0/-18 0.15 18 1.10 10 0.99 1.7 6.11

F40T8 1 40 35/0 0.32 38 0.89 10 0.99 1.7 2.34

F30T8 2 30 32/0 0.41 48 0.83 10 0.99 1.7 1.73

F30T8 1 30 32/0 0.26 31 0.96 10 0.99 1.7 3.10

F28T8 2 28 32/0 0.37 45 0.82 10 0.99 1.7 1.82



34







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18° .43 51 .78 10 .99 1.7 1.53

F32T8 1 32 0/-18° .27 32 .94 10 .99 1.7 2.94

F25T8 2 25 0/-18° .33 40 .81 10 .99 1.7 2.03

F25T8 1 25 0/-18° .21 25 .95 10 .99 1.7 3.80

F17T8 2 17 0/-18° .24 29 .83 10 .99 1.7 2.86

F40T8 1 40 32/0 .32 38 .89 10 .99 1.7 2.34

F30T8 2 30 32/0 .41 50 .83 10 .99 1.7 1.66

F30T8 1 30 32/0 .26 31 .96 10 .99 1.7 3.10

F28T8 2 28 32/0 .37 45 .82 10 .99 1.7 1.82



35









Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18° .18 52 .78 10 .98 1.7 1.50

F32T8 1 32 0/-18° .12 33 .94 15 .97 1.7 2.85

F25T8 2 25 0/-18° .15 42 .81 10 .98 1.7 1.93

F25T8 1 25 0/-18° .09 27 .95 20 .96 1.7 3.52

F17T8 2 17 0/-18° .10 30 .83 15 .96 1.7 2.77

F40T8 1 40 32/0 .14 38 .89 15 .97 1.7 2.34

F30T8 2 30 32/0 .18 50 .83 15 .96 1.7 1.66

F30T8 1 30 32/0 .11 31 .96 20 .96 1.7 3.10

F28T8 2 28 32/0 .16 45 .82 15 .97 1.7 1.82


36


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18° .48 57 .88 10 .99 1.7 1.54

F32T8 1 32 0/-18° .3 36 1.06 10 .99 1.7 2.94

F25T8 2 25 0/-18° .37 46 .90 10 .99 1.7 1.96

F25T8 1 25 0/-18° .25 30 1.13 10 .99 1.7 3.77

F17T8 2 17 0/-18° .28 33 .95 10 .99 1.7 2.88

F17T8 1 17 0/-18° .17 20 1.45 10 .99 1.7 7.25

F40T8 1 40 0/-18° .37 44 1.03 10 .99 1.7 2.34

F30T8 2 30 32/0 .47 56 .93 10 .99 1.7 1.66

F30T8 1 30 32/0 .29 35 1.08 10 .99 1.7 3.09

F28T8 2 28 32/0 .42 50 .90 10 .99 1.7 1.80








Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White

*Available individually boxes. Use order #61308.


37

T8 BallastE2-32-I-UV-N @ 277V




Starting Method Instant Start




Status Active


Operating Frequency 44 kHz


24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18° .20 57 .88 10 .99 1.7 1.54

F32T8 1 32 0/-18° .13 36 1.06 10 .98 1.7 2.94

F25T8 2 25 0/-18° .16 46 .9 10 .99 1.7 1.96

F25T8 1 25 0/-18° .11 30 1.13 15 .98 1.7 3.77

F17T8 2 17 0/-18° .12 33 .95 10 .98 1.7 2.88

F17T8 1 17 0/-18° .07 20 1.45 10 .99 1.7 7.25

F40T8 1 40 0/-18° .16 44 1.03 10 .99 1.7 2.34

F30T8 2 30 32/0 .20 56 .93 10 .98 1.7 1.66

F30T8 1 30 32/0 .12 35 1.08 15 .98 1.7 3.09

F28T8 2 28 32/0 .18 50 .90 10 .98 1.7 1.80

*Available individually boxes. Use order #61308.


38







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18 .61 73 1.18 10 0.99 1.7 1.62

F25T8 2 25 0/-18 .47 56 .87 10 0.99 1.7 1.55

F17T8 2 17 0/-18 .35 42 .88 10 0.99 1.7 2.10



39








Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18 .27 .74 1.2 10 0.99 1.7 1.62

F25T8 2 25 0/-18 .21 .58 .88 10 0.98 1.7 1.52

F17T8 2 17 0/-18 .16 .43 .88 15 0.97 1.7 2.05



40

T8 BallastE2-32-P-UV-N @120VOrdering Code: 61315



Starting Method PROGRAM RAPID START



Input Frequency 50-60 HZ

Status ACTIVE



24.1 cm 4.3cm 2.9cm 22.6cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18 0.52 63 0.89 10 0.99 1.7 1.41

F25T8 2 25 0/-18 0.4 49 0.92 10 0.99 1.7 1.88

F17T8 2 17 0/-18 0.3 37 0.96 10 0.99 1.7 2.59

F30T8 2 30 32/0 0.46 56 0.93 10 0.99 1.7 1.66

F28T8 2 28 32/0 0.42 51 0.9 10 0.99 1.7 1.76

F40T8 1 40 32/0 0.37 45 1 10 0.99 1.7 2.22

F32T8 1 32 0/-18 0.3 36 1.05 10 0.99 1.7 2.92

F25T8 1 25 0/-18 0.25 30 1.1 10 0.99 1.7 3.67

F30T8 1 30 32/0 0.29 35 1.08 10 0.99 1.7 3.09


41

T8 BallastE2-32-P-UV-N @277V







Input Frequency 50-60 HZ

Status ACTIVE



24.1 cm 4.3cm 2.9cm 22.6cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18 0.23 64 0.90 10 0.98 1.7 1.41

F25T8 2 25 0/-18 0.19 50 0.93 15 0.97 1.7 1.86

F17T8 2 17 0/-18 0.14 38 0.97 15 0.96 1.7 2.55

F30T8 2 30 32/0 0.24 56 0.93 15 0.97 1.7 1.66

F28T8 2 28 32/0 0.22 51 0.9 15 0.97 1.7 1.76

F40T8 1 40 32/0 0.19 45 1 15 0.97 1.7 2.22

F32T8 1 32 0/-18 0.15 37 1.06 15 0.95 1.7 2.86

F25T8 1 25 0/-18 0.13 30 1.1 20 0.94 1.7 3.67

F30T8 1 30 0/-18 0.16 36 1.09 15 0.99 1.7 3.03


42

T8 BallastE2-32-P-347V-NOrdering Code: 61311





Input Voltage 347V

Input Frequency 60 HZ

Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 2 32 0/-18 0.18 62 0.89 10 0.99 1.7 1.44

F25T8 2 25 0/-18 0.15 52 0.95 10 0.99 1.7 1.83

F17T8 2 17 0/-18 0.11 38 0.97 15 0.99 1.7 2.55

F30T8 2 30 32/0 0.24 56 0.93 20 0.98 1.7 1.66

F28T8 2 28 32/0 0.22 51 0.9 20 0.98 1.7 1.76

F40T8 1 40 32/0 0.19 45 1 20 0.96 1.7 2.22

F32T8 1 32 0/-18 0.11 37 1.06 15 0.99 1.7 2.86

F25T8 1 25 0/-18 0.08 30 1.1 15 0.98 1.7 3.67

F30T8 1 30 0/-18 0.16 36 1.09 15 0.96 1.7 3.03


43








Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 3 32 0/-18 .61 73 .78 10 .99 1.7 1.07

F25T8 3 25 0/-18 .48 57 .77 10 .99 1.7 1.35

F17T8 3 17 0/-18 .34 41 .78 10 .99 1.7 1.90

F30T8 3 30 32/0 .58 70 .78 10 .99 1.7 1.11

F28T8 3 28 32/0 .56 68 .78 10 .99 1.7 1.15



44







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 3 32 0/-18 .26 73 .78 10 .99 1.7 1.07

F25T8 3 25 0/-18 .2 57 .77 10 .99 1.7 1.35

F17T8 3 17 0/-18 .15 41 .78 15 .99 1.7 1.90

F30T8 3 30 32/0 .25 70 .78 10 .99 1.7 1.11

F28T8 3 28 32/0 .25 68 .78 10 .99 1.7 1.15



45








Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 3 32 0/-18 0.69 83 0.88 10 0.99 1.7 1.06

F25T8 3 25 0/-18 0.53 64 0.91 10 0.99 1.7 1.42

F17T8 3 17 0/-18 0.40 47 0.96 10 0.99 1.7 2.04

F30T8 3 30 32/0 0.66 80 0.88 10 0.99 1.7 1.10

F28T8 3 28 32/0 0.62 74 0.88 10 0.99 1.7 1.19



46







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 3 32 0/-18 .31 .86 0.9 10 0.99 1.7 1.05

F25T8 3 25 0/-18 .25 .68 0.93 10 0.99 1.7 1.37

F17T8 3 17 0/-18 .2 .50 0.97 10 0.98 1.7 1.94

F30T8 3 30 32/0 .29 .80 0.9 10 0.99 1.7 1.13

F28T8 3 28 32/0 .27 .74 0.9 10 0.99 1.7 1.22



47








Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red Orange


Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 3 32 0/-18 .87 104 1.18 10 0.99 1.7 1.13

F25T8 3 25 0/-18 .72 86 1.23 10 0.99 1.7 1.43

F17T8 3 17 0/-18 .58 69 1.23 10 0.98 1.7 1.78

F40T8 2 40 32/0 .82 98 1.30 10 0.99 1.7 1.33

PLL40 2 40 0/-18 .77 92 1.10 10 0.99 1.7 1.20

F36T8 2 36 0/-18 .63 75 1.25 10 0.99 1.7 1.67



48







Status Active

Active Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”





Red Orange


Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 3 32 0/-18 .38 104 1.18 10 0.99 1.7 1.13

F25T8 3 25 0/-18 .31 86 1.23 15 0.99 1.7 1.43

F17T8 3 17 0/-18 .25 69 1.23 25 0.98 1.7 1.78

F40T8 2 40 32/0 .35 98 1.3 15 0.99 1.7 1.33

PLL40 2 40 0/-18 .33 92 1.1 15 0.99 1.7 1.20

F36T8 2 36 0/-18 .28 75 1.25 15 0.99 1.7 1.67



49

T8 BallastE4-32-I-120V-N @ 120VOrdering Code: 61347






Status Active




24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 (25) 4 25 60/16 0.77 .92 0.89 00 0.99 1.6 0.97

F32T8 (25) 3 25 60/16 0.62 75 1.00 10 0.99 1.6 1.33

F32T8 4 32 0/-18 0.88 106 .87 10 0.99 1.7 0.82

F32T8 3 32 0/-18 0.74 89 .94 10 0.99 1.7 1.06

F30T8 4 30 32/0 0.87 104 .87 10 0.99 1.7 0.84

F30T8 3 28 32/0 0.67 80 .94 10 0.99 1.7 1.18

F28T8 4 30 32/0 0.83 100 0.87 10 0.99 1.7 0.87

F38T8 3 28 32/0 0.63 76 .94 10 0.99 1.7 1.24

F25T8 4 25 0/-18 0.67 81 0.91 10 0.99 1.7 1.12

F25T8 3 25 0/-18 0.56 67 0.98 10 0.99 1.7 1.46

F17T8 4 17 0/-18 0.48 57 .92 15 0.99 1.7 1.61

F17T8 3 17 0/-18 0.42 49 1 15 0.99 1.7 2.04

F40T8 3 40 32/0 0.89 107 .87 10 0.99 1.7 0.81



50







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 0/-18 .79 95 .78 10 .99 1.7 .82

F32T8 3 32 0/-18 .64 76 .85 10 .99 1.7 1.12

F30T8 4 30 32/0 .78 92 .78 10 .99 1.7 .85

F30T8 3 30 32/0 .63 76 .85 10 .99 1.7 1.12

F28T8 4 28 32/0 .65 82 .78 10 .99 1.7 .95

F28T8 3 28 32/0 .62 75 .85 10 .99 1.7 1.13

F17T8 4 17 0/-18 .43 52 .77 15 .99 1.7 1.48

F17T8 3 17 0/-18 .36 43 .81 15 .99 1.7 1.88

F40T8 3 40 32/0 .77 92 .72 10 .99 1.7 .78

PLL40 3 40 0/-18 .68 82 .86 10 .99 1.7 1.05


*Available indivdually boxed. Use order #61307.


51









Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 0/-18 .34 96 .78 10 .99 1.7 0.81

F32T8 3 32 0/-18 .28 77 .85 10 .99 1.7 1.10

F30T8 4 30 32/0 .33 92 .78 10 .99 1.7 .85

F30T8 3 30 32/0 .27 76 .85 10 .99 1.7 1.12

F28T8 4 28 32/0 30 82 .78 10 .99 1.7 .95

F17T8 4 17 0/-18 .19 53 .77 10 .99 1.7 1.45

F17T8 3 17 0/-18 .16 44 .83 15 .98 1.7 1.89

F40T8 3 40 32/0 .33 92 .73 10 .99 1.7 .79

PLL40 3 40 0/-18 .31 84 .9 10 .99 1.7 1.07

*Available indivdually boxed. Use order #61307.


52







Status Active




24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 (25) 4 25 60/16 0.77 .92 0.89 00 0.99 1.6 0.97

F32T8 (25) 3 25 60/16 0.62 75 1.00 10 0.99 1.6 1.33

F32T8 4 32 0/-18 0.88 106 .87 10 0.99 1.7 0.82

F32T8 3 32 0/-18 0.74 89 .94 10 0.99 1.7 1.06

F30T8 4 30 32/0 0.87 104 .87 10 0.99 1.7 0.84

F30T8 3 28 32/0 0.67 80 .94 10 0.99 1.7 1.18

F28T8 4 30 32/0 0.83 100 0.87 10 0.99 1.7 0.87

F38T8 3 28 32/0 0.63 76 .94 10 0.99 1.7 1.24

F25T8 4 25 0/-18 0.67 81 0.91 10 0.99 1.7 1.12

F25T8 3 25 0/-18 0.56 67 0.98 10 0.99 1.7 1.46

F17T8 4 17 0/-18 0.48 57 .92 15 0.99 1.7 1.61

F17T8 3 17 0/-18 0.42 49 1 15 0.99 1.7 2.04

F40T8 3 40 32/0 0.89 107 .87 10 0.99 1.7 0.81



53








Status Active




24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 (25W)

4 25 60/16 0.33 91 0.89 10 0.98 1.6 0.98

F32T8 (25W)

3 25 60/16 0.27 73 1.00 10 0.98 1.6 1.37

F32T8 4 32 0/-18 0.39 108 0.88 10 0.99 1.7 0.81

F32T8 3 32 0/-18 0.33 91 0.96 15 0.98 1.7 1.05

F30T8 4 30 32/0 0.38 105 0.88 10 0.99 1.7 0.84

F30T8 3 28 32/0 0.3 83 0.96 10 0.99 1.7 1.16

F28T8 4 30 32/0 0.37 102 0.88 10 0.99 1.7 0.86

F38T8 3 28 32/0 0.29 78 0.96 10 0.99 1.7 1.23

F25T8 4 25 0/-18 0.3 83 0.92 15 0.98 1.7 1.11

F25T8 3 25 0/-18 0.27 71 0.99 25 0.95 1.7 1.39

F17T8 4 17 0/-18 0.24 62 0.93 35 0.93 1.7 1.50

F17T8 3 17 0/-18 0.21 53 1.01 40 0.92 1.7 1.91

F40T8 3 40 32/0 0.4 110 0.89 15 0.99 1.7 0.81



54







Status Active



24.1 cm 5.9 cm 4 cm 22.6 cm

9.5” 2.33” 1.57” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 0/-18 1.17 140 1.2 10 .99 1.7 0.86

F32T8 3 32 0/-18 0.93 109 1.28 10 .99 1.7 1.17

F25T8 3 25 0/-18 0.74 87 1.34 10 .99 1.7 1.54

PLL40 3 40 0/-18 0.96 113 1.12 10 .99 1.7 .99



55







Status Active



24.1 cm 5.9 cm 4 cm 22.6 cm

9.5” 2.33” 1.57” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 0/-18 .494 134 1.2 10 .99 1.7 0.90

F32T8 3 32 0/-18 .4 111 1.31 15 .98 1.7 1.18

F25T8 3 25 0/-18 .33 91 1.35 25 .95 1.7 1.48

F17T8 3 17 0/-18 .27 73 1.38 25 .92 1.7 1.89

PLL40 3 40 0/-18 .41 113 1.12 10 .98 1.7 0.99



56

T8 BallastE-4-32-P-UV-N @ 120VOrdering Code: 61314




Lamp Connection SERIES/ PARALLEL



Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”



White 18.8 48 Blue/White 30.9 78.5

Blue 30.9 78.5 Brown 46.4 118



Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 32/0 1.01 119 0.88 10 0.99 1.7 0.74

F25T8 4 25 32/0 0.84 99 0.96 10 0.99 1.7 0.97

F17T8 4 17 32/0 0.67 79 1.01 10 0.99 1.7 1.28

F32T8 3 32 32/0 0.76 89 0.94 10 0.99 1.7 1.06

F25T8 3 25 32/0 0.66 78 1.02 10 0.99 1.7 1.31

F17T8 3 17 32/0 0.49 57 1.08 10 0.99 1.7 1.89


57

T8 BallastE-4-32-P-UV-N @230VOrdering Code: 61314







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”




Blue 30.9 78.5 Brown 46.4 118



Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 32/0 1.01 119 0.88 10 0.99 1.7 0.74

F25T8 4 25 32/0 0.84 99 0.96 10 0.99 1.7 0.97

F17T8 4 17 32/0 0.67 79 1.01 10 0.99 1.7 1.28

F32T8 3 32 32/0 0.76 89 0.94 10 0.99 1.7 1.06

F25T8 3 25 32/0 0.66 78 1.02 10 0.99 1.7 1.31

F17T8 3 17 32/0 0.49 57 1.08 10 0.99 1.7 1.89


58

T8 BallastE-4-32-P-UV-N @277VOrdering Code: 61314







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”




Blue 30.9 78.5 Brown 46.4 118



Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 32/0 0.44 119 0.86 10 0.98 1.7 0.72

F25T8 4 25 32/0 0.37 99 0.92 10 0.98 1.7 0.93

F17T8 4 17 32/0 0.29 79 0.96 10 0.98 1.7 1.22

F32T8 3 32 32/0 0.33 89 0.94 10 0.98 1.7 1.06

F25T8 3 25 32/0 0.29 78 1.02 10 0.98 1.7 1.31

F17T8 3 17 32/0 0.21 57 1.08 10 0.97 1.7 1.89


59

T8 BallastE4-32-P-UV-N @ 347V






Input Voltage 347V


Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”




Blue 30.9 78.5 Brown 46.4 118



Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 32/0 .35 119 .88 10 0.99 1.7 .74

F25T8 4 25 32/0 .29 99 .96 15 0.98 1.7 .97

F17T8 4 17 32/0 .23 79 1.01 15 0.98 1.7 1.28

F32T8 3 32 32/0 .26 89 .94 15 0.98 1.7 1.06

F25T8 3 25 32/0 .23 78 1.02 15 0.98 1.7 1.31

F17T8 3 17 32/0 .17 57 1.08 20 0.97 1.7 1.89


60

T8 BallastE4-32-P-347V-NOrdering Code: 61312




Lamp Connection SERIES/PARALLEL

Input Voltage 347V


Status Active



24.1cm 4.3cm 2.9cm 22.6cm

9.5” 1.7” 1.14” 8.9”




Blue 30.9 78.5 Brown 46.4 118



Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F32T8 4 32 32/0 0.35 119 0.88 10 0.99 1.7 0.74

F25T8 4 25 32/0 0.29 99 0.96 15 0.98 1.7 0.97

F17T8 4 17 32/0 0.23 79 1.01 15 0.98 1.7 1.28

F32T8 3 32 32/0 0.26 89 0.94 15 0.98 1.7 1.06

F25T8 3 25 32/0 0.23 78 1.02 15 0.98 1.7 1.31

F17T8 3 17 32/0 0.17 57 1.08 20 0.97 1.7 1.89


T12 BALLAST

62

T12 BallastE1/2-20-P-UV-N 120VOrdering Code: 61340


Starting Method Program Rapid Start




Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F20T12 2 20 0/-18 0.31 37 0.80 10 0.99 1.7 2.16

F20T12 1 20 0/-18 0.16 20 0.82 10 0.99 1.7 4.10



63

T12 BallastE1/2-20-P-UV-N 277VOrdering Code: 61340






Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F20T12 2 20 0/-18 0.13 37 0.80 10 0.99 1.7 2.16

F20T12 1 20 0/-18 0.07 20 0.82 15 0.99 1.7 4.10



64

T12 BallastE1/2-34/40-P-UV-N 120VOrdering Code: 61341






Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F40T12 2 40 0/-18 0.6 72 0.87 10 0.99 1.7 1.21

F40T12 1 40 0/-18 0.35 42 0.92 10 0.99 1.7 2.19




65

T12 BallastE1/2-34/40-P-UV-N 277V







Status Active



24.1 cm 4.3 cm 2.9 cm 22.6 cm

9.5” 1.7” 1.14” 8.9”







Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F40T12 2 40 0/-18 0.26 72 0.87 10 0.99 1.7 1.21

F40T12 1 40 0/-18 0.15 42 0.92 10 0.99 1.7 2.19




66

T12 BallastE2-F96/HO-P-UV-N @ 120VOrdering Code: 61313






Status Active



29.4 cm 6.1 cm 4.7 cm 28.2 cm

11.57” 2.4” 1.85” 11.1”


Black 47 120 Yellow/Blue

White 47 120 Blue/White

Blue 71 180 Brown

Red 71 180 Orange

Yellow 71 180 Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F96T12HO 2 110 -22/-30 1.62 194 0.84 10 0.99 1.7 0.78

F96T12HO 1 110 -22/-30 0.91 110 0.86 10 0.99 1.7 1.47

F72T12HO 2 85 -22/-30 1.3 160 0.90 10 0.99 1.7 0.78

F60T12HO 2 75 -22/-30 1.2 140 1 10 0.99 1.7 1.47

F48T12HO 2 60 -22/-30 1 120 1.10 10 0.99 1.7 0.78


M

L

H

W


67

T12 BallastE2-F96/HO-P-UV-N @ 230V







Status Active



29.4 cm 6.1 cm 4.7 cm 28.2 cm

11.57” 2.4” 1.85” 11.1”




Blue 71 180 Brown

Red 71 180 Orange


Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F96T12HO 2 110 -22/-30 0.83 192 0.83 10 0.99 1.7 0.78

F96T12HO 1 110 -22/-30 0.49 113 0.85 10 0.99 1.7 1.47

F72T12HO 2 85 -22/-30 0.7 160 0.90 10 0.99 1.7 0.78

F60T12HO 2 75 -22/-30 0.61 140 1 10 0.99 1.7 1.47

F48T12HO 2 60 -22/-30 0.52 120 1.10 10 0.99 1.7 0.78


M

L

H

W


68

T12 BallastE2-F96/HO-P-UV-N @ 277VOrdering Code: 61313






Status Active



29.4 cm 6.1 cm 4.7 cm 28.2 cm

11.57” 2.4” 1.85” 11.1”




Blue 71 180 Brown

Red 71 180 Orange


Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F96T12HO 2 110 -22/-30 0.69 192 0.83 10 0.99 1.7 0.78

F96T12HO 1 110 -22/-30 0.41 113 0.85 10 0.99 1.7 1.47

F72T12HO 2 85 -22/-30 0.58 160 0.90 10 0.99 1.7 0.78

F60T12HO 2 75 -22/-30 0.51 140 1 10 0.99 1.7 1.47

F48T12HO 2 60 -22/-30 120 1.10 10 0.99 1.7 0.78


M

L

H

W


69

T12 BallastE2-F96-I-UV-N @ 120VOrdering Code: 61310






Status Active



24.1 cm 5.9 cm 4 cm 22.6 cm

9.5” 2.33” 1.45“ 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F96T12 2 75 0/-18 1.15 138 0.91 10 0.99 1.7 0.66

F96T12 1 75 0/-18 0.58 70 0.98 10 0.99 1.7 1.40

F72T12 2 57 0/-18 0.91 109 0.93 10 0.99 1.7 0.85

F72T12 1 57 0/-18 0.48 58 1 10 0.99 1.7 1.72

F96T12/ES 2 60 60/16 0.88 106 0.9 10 0.99 1.7 0.5

F96T12/ES 1 60 60/16 0.46 55 0.98 10 0.99 1.7 1.78



M

L

H

W


70







Status Active



24.1 cm 5.9 cm 4 cm 22.6 cm

9.5” 2.33” 1.45“ 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F96T12 2 75 0/-18 0.60 138 0.91 10 0.99 1.7 0.66

F96T12 1 75 0/-18 0.30 70 0.98 10 0.99 1.7 1.40

F72T12 2 57 0/-18 0.47 109 0.93 10 0.99 1.7 0.85

F72T12 1 57 0/-18 0.25 58 1 15 0.99 1.7 1.72

F96T12/ES 2 60 60/16 0.46 106 0.9 10 0.99 1.7 0.85

F96T12/ES 1 60 60/16 0.24 55 0.98 15 0.99 1.7 1.78



M

L

H

W


71







Status Active



24.1 cm 5.9 cm 3.7 cm 22.6 cm

9.5” 2.33” 1.45“ 8.9”





Red 46.4 118 Orange

Yellow Orange/Black

Gray Black/ White

Violet Red/ White


Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

F96T12 2 75 0/-18 0.50 138 0.91 10 0.99 1.7 0.66

F96T12 1 75 0/-18 1.25 70 0.98 15 0.99 1.7 1.40

F72T12 2 57 0/-18 0.39 109 0.93 10 0.99 1.7 0.85

F72T12 1 57 0/-18 0.21 58 1 20 0.99 1.7 1.72

F96T12/ES 2 60 60/16 0.38 106 0.9 10 0.99 1.7 0.85

F96T12/ES 1 60 60/16 0.20 55 0.98 20 0.99 1.7 1.78



M

L

H

W


CFL

73

CFLE1/2-13/18-P-UV-N-CF 120V




Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

PLT18W 2 18 -4/-20 0.34 40 1.07 10 0.99 1.7 2.68

PLC18W 2 18 -4/-20 0.34 41 1.15 10 0.99 1.7 2.80

PLC13W 2 13 -4/-20 0.28 34 0.29 10 0.99 1.7 0.85

PLC13W 2 13 -4/-20 0.29 35 1.34 10 0.99 1.7 3.83

2D16W 2 16 -4/-20 0.31 38 0.94 10 0.99 1.7 2.47

PLT18W 1 18 -4/-20 0.17 21 1.26 15 0.99 1.7 6.00

PLC18W 1 18 -4/-20 0.18 22 1.33 15 0.99 1.7 6.05

PLT13W 1 13 -4/-20 0.18 19 1.5 17 0.99 1.7 7.89

PLC13W 1 13 -4/-20 0.17 18 1.5 17 0.99 1.7 8.33

2D21W 1 21 -4/-20 0.17 20 0.76 15 0.99 1.7 3.80

2D16W 1 16 -4/-20 0.18 21 0.97 15 0.99 1.7 4.62

FC9T5 1 22 -4/-20 0.17 20 1.08 15 0.99 1.7 5.40






Status Active



5.36” 2.48” 1.18” 4.84”


74

CFLE1/2-13/18-P-UV-N-CF 277VOrdering Code: 61336



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

PLT18W 2 18 -4/-20 0.15 41 1.1 15 0.99 1.7 2.68

PLC18W 2 18 -4/-20 0.15 41 1.12 15 0.98 1.7 2.73

PLT13W 2 13 -4/-20 0.13 .35 1.3 15 0.98 1.7 3.71

PLC13W 2 13 -4/-20 0.13 36 0.31 15 0.98 1.7 0.86

2D16W 2 16 -4/-20 0.14 38 0.92 15 0.98 1.7 2.42

PLT18W 1 18 -4/-20 0.08 22 1.29 15 0.97 1.7 5.86

PLC18W 1 18 -4/-20 0.08 22 1.33 15 0.97 1.7 6.05

PLT13W 1 13 -4/-20 0.07 20 1.47 17 0.96 1.7 7.35

PLC13W 1 13 -4/-20 0.07 19 1.47 17 0.96 1.7 7.74

2D21W 1 21 -4/-20 0.08 21 0.77 15 0.97 1.7 3.67

2D16W 1 16 -4/-20 0.08 22 0.98 15 0.97 1.7 4.45

FC9T5 1 22 -4/-20 0.08 21 1.08 15 0.97 1.7 5.14






Status Active



12.5 cm 6.4 cm 2.9 cm 11.4 cm

.9” 2.5” 1.14” 4.48”


75

CFLE1/2-18-P-UV-N-CF 120V


Standard Lead Length (inch/cm)



Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

PLT 18W 2 18 -4/-20 0.32 39 0.85 10 0.99 1.7 2.18

PLT 13W 2 13 -4/-20 0.27 33 0.91 10 0.99 1.7 2.76

F17T8 2 17 -4/-20 0.28 34 0.88 10 0.99 1.7 2.59

2D 16 2 16 -4/-20 0.28 35 0.72 10 0.99 1.7 2.06

2D 16 1 16 -4/-20 0.15 18 0.74 10 0.99 1.7 4.11

2D 38 1 38 -4/-20 0.21 25 0.42 10 0.99 1.7 1.68

2D 28 1 28 -4/-20 0.21 25 0.57 10 0.99 1.7 2.28

2D 21 1 21 -4/-20 0.17 20 0.6 10 0.99 1.7 3.00

F25T8 1 25 -4/-20 0.15 18 0.45 10 0.99 1.7 2.50

28W T5 1 28 -4/-20 0.29 35 1.01 10 0.99 1.7 2.89

21W T5 1 21 -4/-20 0.22 27 0.93 10 0.99 1.7 3.44

14W T5 1 14 -4/-20 0.14 19 1.01 10 0.99 1.7 5.32

9W T5 1 9 -4/-20 0.12 14 0.98 10 0.99 1.7 7.00

PLT 26W 1 26 -4/-20 0.19 23 0.74 10 0.99 1.7 3.22

PLT 18W 1 18 -4/-20 0.17 20 0.92 10 0.99 1.7 4.60

PLT 13W 1 13 -4/-20 0.14 17 0.94 10 0.99 1.7 5.53






Status Active


in. cm. in. cm.



Blue 6.69 17 Brown

Red 6.69 17 Orange


Gray Black/ White

Violet Red/ White


12.7 cm 6.3 cm 3 cm 11.2 cm

5” 2.48” 1.18” 4.4”


76

CFLE1/2-18-P-UV-N-CF 277VOrdering Code: 61337




Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

PLT 18W 2 18 -4/-20 0.15 39 0.86 15 0.98 1.7 2.21

PLT 13W 2 13 -4/-20 0.12 33 0.98 10 0.98 1.7 2.97

F17T8 2 17 -4/-20 0.13 34 0.91 10 0.98 1.7 2.68

2D 16 2 16 -4/-20 0.13 34 0.7 10 0.98 1.7 2.06

2D 16 1 16 -4/-20 0.07 18 0.74 15 0.96 1.7 4.11

2D 38 1 38 -4/-20 0.1 26 0.43 10 0.98 1.7 1.65

2D 28 1 28 -4/-20 0.1 25 0.57 15 0.97 1.7 2.28

2D 21 1 21 -4/-20 0.08 20 0.6 15 0.96 1.7 3.00

F25T8 1 25 -4/-20 0.07 17 0.46 20 0.95 1.7 2.71

28W T5 1 28 -4/-20 0.14 36 1.05 10 0.98 1.7 2.92

21W T5 1 21 -4/-20 0.1 28 0.93 10 0.98 1.7 3.32

14W T5 1 14 -4/-20 0.08 19 1.03 15 0.96 1.7 5.42

9W T5 1 9 -4/-20 0.06 14 0.98 20 0.95 1.7 7.00

PLT 26W 1 26 -4/-20 0.09 23 0.74 15 0.97 1.7 3.22

PLT 18W 1 18 -4/-20 0.08 21 0.92 15 0.97 1.7 4.38

PLT 13W 1 13 -4/-20 0.07 18 0.97 20 0.95 1.7 5.39






Status Active


in. cm. in. cm.



Blue 6.69 17 Brown

Red 6.69 17 Orange


Gray Black/ White

Violet Red/ White


12.7 cm 6.3 cm 3 cm 11.2 cm

5” 2.48” 1.18” 4.4”


77

CFLE1/2-26/42-P-UV-N-CF 120V





Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

PLT-32W 2 32 -4/-20 0.59 70 0.84 10 0.99 1.7 1.20

PLT-26W 2 26 -4/-20 0.5 59 0.93 10 0.99 1.7 1.58

PLL-36W 2 36 -4/-20 0.52 62 0.81 10 0.99 1.7 1.31

PLL-24W 2 24 -4/-20 0.45 54 0.88 10 0.99 1.7 1.63

F21T5 2 21 -4/-20 0.54 64 1.24 10 0.99 1.7 1.94

2D28W 2 28 -4/-20 0.5 60 0.72 10 0.99 1.7 1.20

2D21W 2 21 -4/-20 0.39 46 0.7 10 0.99 1.7 1.52

PLT-42W 1 42 -4/-20 0.39 46 0.88 10 0.99 1.7 1.91

PLT-32W 1 32 -4/-20 0.29 34 0.88 10 0.99 1.7 2.59

PLL-50W 1 50 -4/-20 0.4 48 0.8 10 0.99 1.7 1.67

PLL-40W 1 40 -4/-20 0.36 43 1.01 10 0.99 1.7 2.35

PLL-36W 1 36 -4/-20 0.29 34 0.83 10 0.99 1.7 2.44

2D28W 1 28 -4/-20 0.27 32 0.71 10 0.99 1.7 2.22

2D21W 1 21 -4/-20 0.21 25 0.72 10 0.99 1.7 2.88






Status Active


in. cm. in. cm.



Blue 6.69 17 Brown

Red 6.69 17 Orange


Gray Black/ White

Violet Red/ White


12.7 cm 6.3cm 3 cm 11.2 cm

5” 2.48” 1.18” 4.4”


78





Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

PLT-32W 2 32 -4/-20 0.26 70 0.84 10 0.99 1.7 1.20

PLT-26W 2 26 -4/-20 0.22 59 0.93 20 0.97 1.7 1.58

PLL-36W 2 36 -4/-20 0.23 62 0.81 15 0.98 1.7 1.31

PLL-24W 2 24 -4/-20 0.21 54 0.88 20 0.97 1.7 1.63

21WT5 2 21 -4/-20 0.24 64 1.24 15 0.98 1.7 1.94

2D28W 2 28 -4/-20 0.23 60 0.72 15 0.98 1.7 1.20

2D21W 2 21 -4/-20 0.18 46 0.7 20 0.97 1.7 1.52

PLT-42W 1 42 -4/-20 0.18 46 0.88 20 0.97 1.7 1.91

PLT-32W 1 32 -4/-20 0.13 34 0.88 30 0.95 1.7 2.59

PLL-50W 1 50 -4/-20 0.18 48 0.8 20 0.97 1.7 1.67

PLL-40W 1 40 -4/-20 0.17 43 1.01 30 0.96 1.7 2.35

PLL-36W 1 36 -4/-20 0.13 34 0.83 30 0.95 1.7 2.44

2D28W 1 28 -4/-20 0.13 32 0.71 30 0.95 1.7 2.22

2D21W 1 21 -4/-20 0.1 25 0.72 50 0.91 1.7 2.88






Status Active


in. cm. in. cm.



Blue 6.69 17 Brown

Red 6.69 17 Orange


Gray Black/ White

Violet Red/ White


12.7 cm 6.3cm 3 cm 11.2 cm

5” 2.48” 1.18” 4.4”


79

CFLE1/2-32/42-P-UV-N-CF 120V




Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

PLT42W 2 42 -4/-20 0.74 88 0.92 10 0.99 1.7 1.05

PLT32W 2 32 -4/-20 0.55 66 0.96 10 0.99 1.7 1.45

PLT26W 2 26 -4/-20 0.46 56 1.07 10 0.99 1.7 1.91

PLL40W 2 40 -4/-20 0.66 79 0.85 10 0.99 1.7 1.08

PLL39W 2 39 -4/-20 0.54 64 0.67 10 0.99 1.7 1.05

PLL36W 2 36 -4/-20 0.51 62 0.91 10 0.99 1.7 1.47

PLT42W 1 42 -4/-20 0.38 45 0.99 15 0.99 1.7 2.20

PLT32W 1 32 -4/-20 0.3 35 0.99 20 0.98 1.7 2.83

PLL55W 1 55 -4/-20 0.36 43 0.67 20 0.99 1.7 1.56

PLL50W 1 50 -4/-20 0.39 47 0.88 20 0.99 1.7 1.87

PLL40W 1 40 -4/-20 0.36 42 0.91 20 0.99 1.7 2.17

PLL39W 1 39 -4/-20 0.3 35 0.67 25 0.98 1.7 1.91

PLL36W 1 36 -4/-20 0.28 33 0.89 25 0.98 1.7 2.70

PLT26W 1 26 -4/-20 0.24 28 1 30 0.97 1.7 3.57






Status Active



12.7 cm 7.7cm 3.4 cm 11.7 cm

5” 3” 1.34” 4.6”


80




Rated Lamp Watts




Ballast Factor

MAX THD %

Power Factor


FactorBEF

PLT42W 2 42 -4/-20 0.32 88 0.92 20 0.99 1.7 1.05

PLT32W 2 32 -4/-20 0.24 66 0.96 20 0.98 1.7 1.45

PLT26W 2 26 -4/-20 0.21 56 1.07 20 0.98 1.7 1.91

PLL40W 2 40 -4/-20 0.29 80 0.85 20 0.98 1.7 1.06

PLL39W 2 39 -4/-20 0.24 66 0.67 20 0.98 1.7 1.02

PLL36W 2 36 -4/-20 0.23 64 0.91 20 0.98 1.7 1.42

PLT42W 1 42 -4/-20 0.18 48 0.99 30 0.96 1.7 2.06

PLT32W 1 32 -4/-20 0.13 36 0.99 50 0.91 1.7 2.75

PLL55W 1 55 -4/-20 0.16 44 0.67 35 0.95 1.7 1.52

PLL50W 1 50 -4/-20 0.18 48 0.88 25 0.96 1.7 1.83

PLL40W 1 40 -4/-20 0.17 44 0.91 35 0.95 1.7 2.07

PLL39W 1 39 -4/-20 0.14 36 0.67 50 0.92 1.7 1.86

PLL36W 1 36 -4/-20 0.13 35 0.89 45 0.92 1.7 2.54

PLT26W 1 26 -4/-20 0.13 31 1 60 0.88 1.7 3.23






Status Active



12.7 cm 7.7cm 3.4 cm 11.7 cm

5” 3” 1.34” 4.6”


HID BALLAST

82

Input Volts (Volts) 120 208 240 277 480 3 x 4 CORE, CWALine Current

Nominal Operating (Amps) 1.660 0.960 0.830 0.720 0.420

Max. Open Circuit (Amps) 1.660 0.960 0.830 0.720 0.420

Regulation

Line Volts ± 10%

Lamp Watts ± 8%

UL Temperature Ratings

Insulating Class N

Coil Temperature Code A A A A A

Nominal Input Watts (W) 135

Nominal Open Circuit Voltage (Volts) 210

Power Factor 90%

Current Crest Factor 1.65 A 63

MM

Input Voltage at Lamp Dropout (Volts) 90 156 180 208 360 B 97

Min. Ambient Starting Temp. -40°C C 72

60 Hz TEST PROCEDURES D 62

High Potential Test E 90

1 Minute (Volts) 2000 F 100

1 Second (Volts) 2500 Capacitor Model: HQCC-18/300V

Open Circuit Voltage Test (Volts) Temp Rating: -40°C~105°C

Min 189 Height: 80 mm

Max 231 Width: 40 mm

Short Circuit Current Test (Amps)

Secondary Current Min 1.80

Max 2.70

Recommended Fuse (Amps) 5 3 2 2 1

Weight (kG)

Lead Lengths (mm) 250~350

CAPACITOR Specifications

Microfarads (mF) 18

Volts (min) (Volts) 300 Ignitor Model: HQIG-3MCL

IGNITOR Specifications Temp Rating: -40°C~105°C

Max. Input Voltage to Reference Ballasts (Volts) 108 187 216 249 432 A: 65mm B: 10mm

Pulse Height Scope 3~4kV C: 32mm D: 29mm

Min. Pulse Width @ 2.7kV (mS) 1.8

HID BALLASTMH150 BAL M102 5TAPOrder Code : 61362Class 200°C(N) 60Hz CWAMetal Halide Lamp


83




Regulation

Line Volts ± 10%

Lamp Watts ± 8%


Insulating Class N




Power Factor 90%


MM






1 Second (Volts) 2500 Capacitor Model: HQCS-12






Max 2.25


Weight (kG)



Microfarads (mF) 12

Volts (min) (Volts) 540

HID BALLASTMH175 BAL M57/M107 5TAP

Order Code : 61363Class 200°C (N) 60 Hz CWA

Metal Halide Lamp


84

Input Volts (Volts) 120 208 240 277 480 4 ¼ x 4 ¾ CORE, CWALine Current



Regulation

Line Volts ± 10%

Lamp Watts ± 10%


Insulating Class N




Power Factor 90%


MM












Max 3.20


Weight (kG)



Microfarads (mF) 15


HID BALLASTMH250 BAL M58 5TAPOrder Code : 61365Class 200°C (N) 60 Hz CWAMetal Halide Lamp


85

Input Volts (Volts) 120 208 240 277 480 4 ¼ x 4 ¾ CORE, CWALine Current



Regulation

Line Volts ± 10%

Lamp Watts ± 10%


Insulating Class N




Power Factor 90%


MM












Max 4.88


Weight (kG)



Microfarads (mF) 24


HID BALLASTMH400 BAL M59 5TAP

Order Code : 61370Class 200°C(N) 60Hz CWA

Metal Halide Lamp


86

HID BALLASTMH1000 BAL M47 5TAPOrder Code : 61374Class 200°C(N) 60Hz CWAMetal Halide Lamp

Input Volts (Volts) 120 208 240 277 480 4 ¼ x 6 CORE, CWALine Current



Regulation

Line Volts ± 10%

Lamp Watts ± 13%


Insulating Class N

Coil Temperature Code B A A B A



Power Factor 90%


MM












Max 6.50


Weight (kG)



Microfarads (mF) 24



87




Regulation

Line Volts ± 10%

Lamp Watts ± 8%


Insulating Class N




Power Factor 90%


MM












Max 1.35


Weight (kG)



Microfarads (mF) 10






HID BALLASTMH70 BAL M98 PS 5TAP


Pulse Start Metal Halide Lamp


88




Regulation

Line Volts ± 10%

Lamp Watts ± 8%


Insulating Class N




Power Factor 90%


MM












Max 1.65


Weight (kG)



Microfarads (mF) 12






HID BALLASTMH100 BAL M90 PS 5TAPOrder Code : 61361Class 200°C(N) 60Hz CWAPulse Start Metal Halide Lamp


89

Input Volts (Volts) 120 208 240 277 4 ½ x 4 ¾ CORE, CWALine Current

Nominal Operating (Amps) 2.500 1.500 1.280 1.100

Max. Open Circuit (Amps) 2.500 1.500 1.300 1.100

Regulation

Line Volts ± 10%

Lamp Watts ± 8%


Insulating Class N

Coil Temperature Code A A A A



Power Factor 90%


MM

Input Voltage at Lamp Dropout (Volts) 78 135 156 180 B 97











Max 3.15

Recommended Fuse (Amps) 8 5 4 3

Weight (kG)



Microfarads (mF) 15



Max. Input Voltage to Reference Ballasts (Volts) 108 187 216 249 A: 65mm B: 10mm



HID BALLASTMH250 BAL M138/M153 PS QUAD T

Order Code : 61366Class 200°C (N) 60 Hz CWA



90

Input Volts (Volts) 120 208 240 277 480 4 ¼ x 4 3/4 CORE, CWALine Current



Regulation

Line Volts ± 10%

Lamp Watts ± 10%


Insulating Class N




Power Factor 90%


MM












Max 3.95


Weight (kG)



Microfarads (mF) 21






HID BALLASTMH320 BAL M132/M154 PS 5TAPOrder Code : 61368Class 200°C(N) 60Hz CWAPulse Start Metal Halide Lamp


91

Input Volts (Volts) 120 208 240 277 480 4 ¼ x 4 3/4 CORE, CWALine Current



Regulation

Line Volts ± 10%

Lamp Watts ± 10%


Insulating Class N




Power Factor 90%


MM












Max 4.29


Weight (kG)



Microfarads (mF) 21






HID BALLASTMH350 BAL M131/M154 PS 5TAP




92

HID BALLASTMH400 BAL M135/M155 PS QUAD TOrder Code : 61372Class 200°C(N) 60Hz CWAPulse Start Metal Halide Lamp

Input Volts (Volts) 120 208 240 277 4 ¼ x 4 ¾ CORE, CWALine Current

Nominal Operating (Amps) 4.000 2.300 2.000 1.750

Max. Open Circuit (Amps) 3.800 2.200 1.900 1.700

Regulation

Line Volts ± 10%

Lamp Watts ± 8%


Insulating Class N

Coil Temperature Code A B B B



Power Factor 90%


MM

Input Voltage at Lamp Dropout (Volts) 78 135 156 180 B 96











Max 4.88

Recommended Fuse (Amps) 12 7 6 5

Weight (kG)



Microfarads (mF) 26 Ignitor Model: HQIG-3MCL



Max. Input Voltage to Reference Ballasts (Volts) 108 187 216 249 A: 65mm B: 10mm




HIGH PRESSURE SODIUM

94

HIGH PRESSURE SODIUMHPS70 BAL S62 5TAPOrder Code : 61380Class 200°C(N) 60Hz HX-HPFHigh Pressure Sodium Lamp

Input Volts (Volts) 120 208 240 277 480 3 x 4 CORE, HX-HPFLine Current



Regulation

Line Volts ± 5%

Lamp Watts ± 12%


Insulating Class N




Power Factor 90%


MM












Max 2.40


Weight (kG)



Microfarads (mF) 3

Volts (min) (Volts) 540 Ignitor Model: HQIG-3MHL






95

HIGH PRESSURE SODIUMHPS100 BAL S54 5TAP

Order Code : 61381Class 200°C(N) 60Hz HX-HPF

High Pressure Sodium Lamp




Regulation

Line Volts ± 5%

Lamp Watts ± 12%


Insulating Class N




Power Factor 90%


MM












Max 3.15


Weight (kG)



Microfarads (mF) 4







96





Regulation

Line Volts ± 5%

Lamp Watts ± 12%


Insulating Class N

Coil Temperature Code A A B A A



Power Factor 90%


MM












Max 4.80


Weight (kG)



Microfarads (mF) 5




Pulse Height Scope 2.50~4.0kV C: 32mm D: 29mm



97




Input Volts (Volts) 120 208 240 277 480 4 1/4 x 4 3/4 CORE, CWALine Current



Regulation

Line Volts ± 10%

Lamp Watts ± 13%


Insulating Class N




Power Factor 90%


MM






1 Second (Volts) 2500 Capacitor Model: HQCC-33






Max 4.50


Weight (kG)



Microfarads (mF) 33

Volts (min) (Volts) 250 Ignitor Model: HQIG-3MCM






98


Input Volts (Volts) 120 208 240 277 480 4 1/4 x 4 3/4 CORE, CWALine Current



Regulation

Line Volts ± 10%

Lamp Watts ± 13%


Insulating Class N




Power Factor 90%


MM












Max 6.90


Weight (kG)



Microfarads (mF) 55







99




Input Volts (Volts) 120 208 240 277 480 4 1/4 x 6 CORE, CWALine Current



Regulation

Line Volts ± 10%

Lamp Watts ± 13%


Insulating Class N

Coil Temperature Code B B B B B



Power Factor 90%


MM












Max 7.52


Weight (kG)



Microfarads (mF) 26







EMERGENCY BALLAST

101

EMERGENCy BALLASTS Intended use Field installed for fluorescent fixtures with emergency power to illuminate accompanying lamps. Ballasts will provide a minimum of 90 minutes of power at specified lumens upon power interruption.

Features• Long life, high temperature Ni-CAD Battery • 90 minutes plus operation • UL listed • 3 year Warranty • 120/277 voltage input • LED indicator light • Single Pole Test Switch • Meets all NEC and NFPA codes

Ordering information

Ballast dimensions

Ab

c

Unit Dimensions in inchesCodes Description A B C

61351 EB450 9.4 1.5 2.4

61355 EB500 9.4 1.1 2.4

61356 EB500-LP 14.2 1.2 1.1

61352 EB700 9.4 1.5 2.4

61350 EB750-CFL/2P 9.4 1.5 2.4

61349 EB750-CFL/4P 9.4 1.5 2.4

61357 EB800-LP T5/HO 17.5 1.2 1.1

61358 EB1300-LP 21.5 1.2 1.1

61353 EB1400 13.3 1.5 2.4

61354 EB3000 16.3 1.75 5.5

Lumen output450 - 450 lumens500 - 500 lumens700 - 700 lumens750 - 750 lumens800 - 800 lumens1300 - 1300 lumens1400 - 1400 lumens3000 - 3000 lumens

Special Lamp typesCFL/2P - Compact fluorescent 2 pinCFL/4P - Compact fluorescent 4 pin

Ballast SizeLP - LOW profile

EB - Emergency Ballast

EB 500 CFL/4P LP


CAPACITORS & IGNITORS

103

Order Code Description ANSI Code

61390 CAP 70W MH M98/M143

61391 CAP 100W MH M90/M140

61392 CAP 175W MH M557/M107

61393 CAP 175W MH M137/M152

61394 CAP 250W MH M58/H37

61395 CAP 250W MH M135/M153

61396 CAP 400W MH M59/H33

61397 CAP 400W MH M135/M155

61398 CAP 70W HPS S62

61399 CAP 100W HPS S54

61400 CAP 150W HPS S55

61401 CAP 250W HPS S50

61402 CAP 400W HPS S51

61403 CAP 150W MH M102

61404 CAP 320/350 MH150/132/131

IGNITORS

61420 High Pressure Sodium S52

61421 High Pressure Sodium S51/S50

61422 High Pressure Sodium S55/S54/S62

61423 Metal Halide

CAPACITORS & IGNITORS

Notes

HAVELLS, Inc.125 Villanova Drive, Atlanta, GA 30336Ph.1-800-922-6693e-mail : [email protected] www.havells-USA.com

d i s t r i b u t i o n c e n t e r s

Commerce City, CO

Irvine, CA

Irving, TX

Houston, TX

Atlanta, GAHeadquarters

Fluorescent, CFL, HID & Emergency Ballasts 2013 Ballast Catalog... · 61362 MH 150 BAL M102 5TAP ... How TO Read Our Ballast Code ... 61392 CAP 175W MH M557/M107 ...

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