12
CL. I, DIV. 2, GROUPS A, B, C & D • CL. I, ZONE 2, GROUP IIC CL. II, DIV. 1, CL. III, GROUPS E, F, G ENCLOSURE TYPE 4X • MARINE & WET LOCATIONS CHAMP ® Induction Luminaires with Induction Lighting System VMVIG and DMVIG Series

Champ Induction Final 2006

Embed Size (px)

Citation preview

Page 1: Champ Induction Final 2006

C L . I , D I V . 2 , G R O U P S A , B , C & D • C L . I , Z O N E 2 , G R O U P I I CC L . I I , D I V . 1 , C L . I I I , G R O U P S E , F , G

E N C L O S U R E T Y P E 4 X • M A R I N E & W E T L O C A T I O N S

CHAMP

® Induction

L u m i n a i r e s w i t h

I n d u c t i o n L i g h t i n g S y s t e m

VMVIG and DMVIG Series

Page 2: Champ Induction Final 2006

Get uninterrupted light for up to 11 years, without changing a lamp.

Cooper Crouse-Hinds® Champ Luminaire with Induction Light Source delivers up to 100,000 hours of white light in a hazardous location, corrosion-resistant watertight package. That’s 5 to 8 times the typical life of conventional fluorescent or HID lamps. And, with no maintenance requiredfor up to 11 years, you’ll reduce your maintenanceand lamp replacement costs.

Compelling reasons to choose the new Champ Induction Luminaire as the light source for industrial and hazardous locations include:

• Crisp white light (80+ color rendering index) provides increased safety by clearly illuminating signs, instrument panels, equipment and more with vibrant natural colors.

• Up to 100,000 hours of lamp life minimizes routine maintenance costs. If you operate this luminaire for 24 hours, 7 days a week, you will not need to change the lamp for up to 11 years!

• Instant illumination — no waiting for lamp warm-up time. Increases productivity and safety.

• Delivers the best possible luminaire temperature rating — T6 (85°C) when used with theChamp restricted breathing option. Ideal for hazardous areas where a low ignition temperature is required.

• Starts in low temperatures — as low as -40°C.

Features• High lumens per watts (72 lpw for the 165W

Champ) will save energy.

• Retains strong light output (retains more than 70% output) throughout the life of the lamp.

• Will not add electrical noise to the circuits — Total Harmonic Distortion is less than 10%.

• Excellent power factor of .96 increases useable watts to an excellent level and reduces energy consumption.

• Internal electronics are enclosed toensure that there is no interference with external instrumentation.

A D D I T I O N A L F E A T U R E S & B E N E F I T S

2

Manufacturing Areas

Waste Water Treatment

Food Processing Facilities

Paper and Pulp Operations

Pharmaceutical Manufacturing

Petrochemical Facilities

Applications Include:

NEW165W Champ Induction

provides as much light as a 175W Metal

Halide but lasts 7 times longer!

CHAMP

® Induction

A P P L I C A T I O N S :Champ Induction Luminaires are ideal:

• Where an extra long life lamp source (up to 100,000 hrs) is required. • In areas that require lamps to reach full illumination immediately.• Where cool temperature ratings on the luminaire globe are needed to ensure safe operation

in hazardous areas.• In hard-to-reach applications where relamping is costly.• Where luminaire maintenance is difficult due to continuous process operation requirements

that restrict or prohibit shut down except in emergency situations.• To provide a cost-effective lighting system (low installed/life cost) by

minimizing or even eliminating routine luminaire maintenance. • In cold environment applications.

The Champ Induction Luminaire is suitable for Class I, Division 2 and Zone 2 areas with the assurance of Cooper Crouse-Hinds quality and reliability. They are ideal for use in hard-to-reach applications and where process requirements demand continuous luminaire operation.

Page 3: Champ Induction Final 2006

3

VMVIG and DMVIG SeriesClass I, Division 2 Groups A, B, C, D • Class I, Zone 2 Group IIC • Class II, Division 1, Class III, Groups E, F, G • Restricted Breathing Suffix S826 for Class I, Division 2 & Zone 2 Marine Locations • Wet Locations • Enclosure Type 3, 3R, 4, 4X and IP66

C E R T I F I C A T I O N S & C O M P L I A N C E S :NEC & CEC: • Class I, Division 2 and Zone 2• Class I, Division 2 Groups A, B, C, D

Class I, Zone 2 Group IIC• Class II, Division 1, Class III, Groups E, F, G• Restricted Breathing Suffix S826 for Class I,

Division 2 & Zone 2• Marine Locations, Wet Locations, Enclosure Type 3,

3R, 4, 4X and IP66• UL and cUL ListedUL Standards: 844, 60079-15, 1598, 1598ACSA Standards: C22.2 No.137, E79 Series

Compliances and aprovals for the lamp system• RFI < 30 MHz EN 55015• RFI > 30 MHz EN 55022• Harmonics EN 61000-3-2• Immunity EN 61547• Safety EN 61347-2-3 & UL935 EN 60928• Performance EN 60929• Vibration & bump tests IEC 68-2-6-Fc IEC 68-2-29-Eb• Quality standards ISO 9001• Environmental standard ISO 14001

S T A N D A R D M A T E R I A L S :• Ballast housings and mountings — copper-free aluminum

(less than 0.4 of 1%)• Exterior hardware — stainless steel• Reflectors (dome and angle) — Krydon® fiberglass-reinforced

polyester material• Globes — heat and impact-resistant internally fluted glass• Guards — copper-free aluminum (55W), stainless steel (85W)

I n d u c t i o n L i g h t i n g S y s t e m

¾ NPT Pendant APM21 NPT Pendant APM3¾ NPT Flexible Pendant HPM2¾ NPT Ceiling Mount CM21 NPT Ceiling Mount CM3¾ NPT Wall Mount TWM21 NPT Wall Mount TWM3¾ NPT Quad Mount QM251 ½ NPT Stanchion Mount — 25 Degree Angle JM51 ½ NPT Stanchion Mount — Straight PM5

A C C E S S O R I E S :MOUNTING MODULES CAT NO.

WATTAGE DOME REFLECTOR ANGLE REFLECTORS CATALOG NO. CATALOG NO.

55W RD70 RA7085W RD739 RA739165W RD739 RA739

S T A N D A R D F I N I S H E S :• Copper-free aluminum — epoxy powder coat• Krydon material — high reflectance white• Stainless steel — natural

Restricted Breathing Construction S826 Class I, Division 2 & Zone 2 suitability Cooler operating temperatures (T-Codes)

O P T I O N S :DESCRIPTION

SUFFIX TO ADDTO CATALOG NO.

55W LUMINARIES

DIMENSIONS

85W LUMINARIES

165W LUMINARIES

See Catalog Section 3L for dimensional information on VMV and DMV Series

A M P E R A G E :Power consumption for specific voltages as follows:

a. 120VAC x 460mA = 55.70 watts b. 230VAC x 260mA = 59.80 watts

c. 120VAC x 710mA = 85.20 watts d. 230VAC x 400mA = 92.00 watts

e. 230VAC x 700mA = 161.00 watts

REFRACTORS

*Optional stainless steel wire guard P241 available with compact refractors.

Glass

Wattage Type II Type III Type V

55W R2 R3 R5

85W GR302 GR303 GR305

165W GR302 GR303 GR305

Plastic Compact

Wattage Type II Type III Type V Type I Type V

55W PR2 PR3 PR5 G241* G245*

85W PGR302 PGR303 PGR305

165W PGR302 PGR303 PGR305

Page 4: Champ Induction Final 2006

O R D E R I N G I N F O R M A T I O N :To complete catalog number, add voltage and option suffix(es).

MOUNTING STYLE HUB SIZE 55W INDUCTION 85W INDUCTION 165W INDUCTION (INCHES) CATALOG NUMBER CATALOG NUMBER CATALOG NUMBER (WITH G24 GLOBE (WITH G303 GLOBE (WITH G303 GLOBE & P21 GUARD) & P33 GUARD) & P33 GUARD)

Pendant ¾ VMVIG2A055GP DMVIG2A085GP DMVIG2A165GP* 1 VMVIG3A055GP DMVIG3A085GP DMVIG3A165GP*

Flexible Pendant ¾ VMVIG2HA055GP DMVIG2HA085GP DMVIG2HA165GP*

Ceiling Mount ¾ VMVIG2C055GP DMVIG2C085GP DMVIG2C165GP* 1 VMVIG3C055GP DMVIG3C085GP DMVIG3C165GP*

Wall Mount ¾ VMVIG2TW055GP DMVIG2TW085GP DMVIG2TW165GP* 1 VMVIG3TW055GP DMVIG3TW085GP DMVIG3TW165GP*

Quad Mount ¾ VMVIG25Q055GP DMVIG25Q085GP DMVIG25Q165GP*

Stanchion Mount 25° Angle 1½ VMVIGJ055GP DMVIGJ085GP DMVIGJ165GP*

Stanchion Mount Straight 1½ VMVIG2P055GP DMVIG2P085GP DMVIG2P165GP*

Luminaire with Globe and Guard — VMVIG055GP DMVIG085GP DMVIG165GP*less Mounting Module

4

L A M P D A T A :

T E M P E R A T U R E P E R F O R M A N C E D A T A :

VMV 55 3500 2800 65 51 80 75DMV 85 6000 4800 70 57 80 75DMV 165 12000 9600 72 58 80 70*Lamp sources with 80+ CRI provide excellent color rendering. CRI scale is 0-100 with 100 considered as ideal

Standard Voltage Suffix 120V, 50/60 Hz /120 Operative range of 108-132 VAC200V-277V, 50/60 Hz /200 277 Operates on 208, 220, 230, 240, 277 VAC

Add the voltage suffix to the above catalog number.Ex. - DMVIG2A165GP/120

I n d u c t i o n L i g h t i n g S y s t e m

VMVIG and DMVIG SeriesClass I, Division 2 Groups A, B, C, D • Class I, Zone 2 Group IIC • Restricted Breathing Suffix S826 for Class I, Division 2 & Zone 2Marine Locations • Wet Locations • Enclosure Type 3, 3R, 4, 4X and IP66

CHAMP

® Induction

Champ Induction DMV 165-watt is now

available in 120 Volt!

CATALOG # WATTS AMBIENT SUPPLY WIRE CLASS I, DIV. 2 CLASS II, DIV. 1, SIMULTANEOUS RESTRICTED BREATHING (SUFFIX S826) TEMP °C TEMP °C TEMP. RATING CLASS III PRESENCE Aex nR IIC, Ex nR IIC GROUPS A, B, C, D TEMP. RATING CLASS I, DIV. 2 CLASS I, DIV. 2/Zone 2 GROUPS E, F, G GROUP IIC

VMVIG055 55 40 60 T2C – – T6 VMVIG055 55 55 75 T2C – – T5DMVIG085 85 40 60 T2D T5 T2D T6DMVIG085 85 55 75 T2D – – T6DMVIG165 165 40 75 T3 – – T5

Champ Induction DMV 85-watt is

now Class II Div. 1–suitable for dust environments!

SYSTEM LUMEN (LM) EFFICACY (LM/W) COLOR LUMEN POWER (W) INITIAL MEAN INITIAL MEAN RENDERING MAINTENANCE INDEX* AFTER 60,000 HRS (%)

Page 5: Champ Induction Final 2006

5

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

75

150

225

300

40°

60°

50°

80°

90°

100°

110°120°140° 130°160°180°

0° 30°10°

70°

20° Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

1.000.690.390.250.16

10'12'16'20'25'

0.500.350.200.130.08

0.200.140.080.050.03

0.100.070.040.030.02

E

0.050.030.020.010.01

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

Note: Photometric data was developed using a 55W induction lamp (3,500 lumens).

B C DA

E

Eff.Ceil.

80*

70*

50*

30*

10*

0*

*Percent Reflectance

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIO

Wall

50* 30* 10*

50* 30* 10*

50* 30* 10*

50* 30* 10*

50* 30* 10*

0*

1

.661

.617

.577

.618

.579

.543

.538

.506

.478

.464

.439

.416

.395

.376

.359

.324

2

.552

.488

.435

.515

.458

.409

.445

.399

.360

.380

.344

.312

.321

.293

.267

.235

3

.473

.402

.346

.441

.377

.326

.381

.329

.286

.325

.283

.249

.273

.240

.212

.183

4

.411

.337

.281

.383

.316

.265

.331

.276

.233

.282

.238

.202

.236

.201

.172

.146

5

.357

.283

.228

.332

.265

.215

.286

.231

.188

.244

.198

.163

.204

.167

.137

.113

6

.314

.242

.190

.293

.227

.179

.253

.198

.157

.215

.170

.135

.180

.143

.114

.092

7

.280

.210

.161

.261

.197

.151

.225

.171

.132

.192

.147

.114

.161

.124

.095

.075

8

.250

.183

.137

.233

.171

.128

.201

.149

.112

.172

.128

.096

.144

.107

.080

.061

9

.224

.159

.116

.209

.149

.109

.181

.130

.095

.154

.111

.081

.129

.093

.067

.050

10

.203

.142

.101

.190

.133

.095

.164

.116

.082

.140

.099

.070

.118

.083

.057

.042

0 174 174 0 – 10 16 5 171 171 10 – 20 50 15 174 174 20 – 30 98 25 210 214 30 – 40 154 35 243 246 40 – 50 208 45 271 266 50 – 60 252 55 284 279 60 – 70 284 65 289 284 70 – 80 306 75 292 287 80 – 90 310 85 288 282 90 – 100 293 90 281 276 100 – 110 252 95 271 268 110 – 120 194 105 241 238 120 – 130 126 115 197 196 130 – 140 48 125 142 142 140 – 150 4 135 60 59 150 – 160 0 145 5 5 160 – 170 0 155 0 0 170 – 180 0 165 0 0 175 0 0 Total 2596 180 0 0

CANDELAS ZONAL LUMENS

FRONT

SIDE

VerticalAngle

Front Side LumensWithZone

Photometric Data: For additional photometric information, see the Resources area of our website. Photometric .ies files for use with our Luxicon® Lighting Layout Software are available to download.

5 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND GUARDVMVIG055GP LAMP: 55W INDUCTION

125

250

375

500 40°

60°

50°

70°

80°

90°

100°

110°

120°130°140°150°160°180°

0° 30°20°10°Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

0.20

0.14

0.08

0.05

0.03

E

0.10

0.07

0.04

0.03

0.02

F

0.05

0.03

0.02

0.01

0.01

2.00

1.39

0.78

0.50

0.32

10'

12'

16'

20'

25'

1.00

0.69

0.39

0.25

0.16

0.50

0.35

0.20

0.13

0.08

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

Note: Photometric data was developed using a 55W induction lamp (3,500 lumens).

B C D EA

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

FF

FF

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

0*

*Percent Reflectance

Wall

50*

30*

10*

50*

30*

10*

50*

30*

10*

50*

30*

10*

50*

30*

10*

0*

1

.646

.617

.591

.630

.604

.581

.602

.580

.561

.576

.558

.542

.552

.538

.524

.510

2

.555

.509

.470

.542

.499

.464

.518

.482

.451

.496

.466

.440

.475

.450

.428

.414

3

.482

.427

.383

.471

.420

.379

.450

.407

.371

.432

.395

.363

.414

.383

.356

.341

4

.420

.361

.316

.411

.356

.313

.394

.346

.308

.378

.336

.303

.363

.327

.298

.283

5

.364

.303

.257

.356

.298

.255

.341

.290

.252

.327

.283

.248

.315

.276

.244

.230

6

.321

.260

.216

.314

.256

.215

.301

.250

.212

.290

.244

.209

.278

.238

.206

.192

7

.285

.225

.183

.279

.222

.182

.268

.217

.180

.258

.212

.178

.248

.207

.176

.162

8

.253

.195

.155

.248

.193

.154

.238

.188

.152

.230

.184

.151

.221

.180

.149

.136

9

.225

.169

.131

.221

.167

.130

.212

.163

.129

.205

.160

.127

.197

.156

.126

.113

10

.203

.149

.114

.200

.148

.113

.192

.145

.112

.186

.142

.111

.179

.139

.110

.098

0 493 493 0 – 10 46 5 488 488 10 – 20 133 15 469 469 20 – 30 223 25 480 478 30 – 40 314 35 503 491 40 – 50 377 45 490 482 50 – 60 408 55 457 458 60 – 70 388 65 392 402 70 – 80 231 75 217 219 80 – 90 53 85 42 42 90 – 100 7 90 10 10 100 – 110 5 95 7 7 110 – 120 9 105 6 4 120 – 130 6 115 11 8 130 – 140 1 125 8 7 140 – 150 1 135 1 1 150 – 160 0 145 1 1 160 – 170 0 155 1 1 170 – 180 0 165 0 0 175 1 1 Total 2202 180 1 1

VerticalAngle

Front Side LumensWithZone

CANDELAS ZONAL LUMENS

FRONT

SIDE

5 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND RD70 DOME REFLECTORVMVIG055GP LAMP: 55W INDUCTION

P h o t o m e t r i c D a t a

Page 6: Champ Induction Final 2006

6

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

5.003.471.951.250.80

10'12'16'20'25'

2.001.390.780.500.32

1.000.690.390.250.16

0.500.350.200.130.08

E F

0.200.140.080.050.03

0.100.070.040.030.02

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

Note: Photometric data was developed using a 85W induction lamp (6,000 lumens).

B C D EA

F

150

300

450

600

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

0*

*Percent Reflectance

Wall

50* 30* 10*

50* 30* 10*

50* 30* 10*

50* 30* 10*

50* 30* 10*

0*

1

.765

.715

.671

.719

.675

.635

.633

.598

.566

.555

.527

.502

.482

.461

.441

.404

2

.642

.571

.511

.602

.538

.484

.528

.477

.432

.460

.419

.383

.397

.365

.336

.301

3

.553

.473

.410

.519

.447

.389

.455

.396

.348

.396

.349

.309

.341

.303

.271

.240

4

.482

.399

.336

.452

.377

.319

.397

.335

.286

.345

.295

.254

.297

.257

.223

.194

5

.419

.336

.275

.394

.318

.261

.345

.282

.234

.300

.248

.207

.258

.215

.181

.155

6

.371

.290

.232

.349

.274

.220

.306

.244

.197

.267

.214

.175

.229

.186

.152

.128

7

.331

.252

.197

.311

.239

.187

.274

.212

.168

.239

.187

.149

.206

.163

.130

.108

8

.296

.220

.168

.279

.209

.160

.245

.186

.143

.214

.163

.127

.185

.142

.110

.090

9

.266

.193

.144

.250

.183

.137

.220

.163

.122

.193

.143

.108

.166

.124

.093

.075

10

.241

.172

.126

.228

.163

.119

.201

.145

.107

.176

.128

.094

.152

.111

.082

.064

0 524 0 – 10 49 5 516 10 – 20 150 15 529 20 – 30 255 25 551 30 – 40 353 35 561 40 – 50 439 45 567 50 – 60 504 55 561 60 – 70 559 65 564 70 – 80 585 75 555 80 – 90 571 85 524 90 – 100 524 90 503 100 – 110 439 95 482 110 – 120 322 105 415 120 – 130 196 115 324 130 – 140 85 125 218 140 – 150 20 135 107 150 – 160 6 145 28 160 – 170 2 155 12 170 – 180 0 165 8 175 1 180 1

CANDELAS ZONAL LUMENS

Total 5059

40°

60°

50°

80°

90°

100°

110°120°140° 130°160°180°

0° 30°10°

70°

20°

WithZone

VerticalAngle Candela Lumens

8 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND GUARDDMVIG085GP LAMP: 85W INDUCTION

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

160°160° 170°170° 180° 150°150° 140°140°

110°

120°

130°

100°

90°

80°

70°

60°

50°

40°

30°

110°

120°

130°

100°

90°

80°

70°

60°

50°

40°

30°

20°10°10° 0°

900

750

600

450

300

150

20°

Note: Photometric data was developed using a 55W induction lamp (3,500 lumens).

0 474 474 474 0 – 10 44 5 489 467 449 10 – 20 126 15 499 443 381 20 – 30 204 25 518 440 354 30 – 40 282 35 549 448 334 40 – 50 329 45 588 440 208 50 – 60 320 55 614 416 46 60 – 70 280 65 584 305 4 70 – 80 228 75 527 132 1 80 – 90 167 85 464 24 2 90 – 100 95 90 424 6 2 100 – 110 33 95 351 3 2 110 – 120 8 105 157 1 2 120 – 130 3 115 25 3 7 130 – 140 0 125 2 2 6 140 – 150 0 135 0 0 2 150 – 160 0 145 0 0 0 160 – 170 0 155 0 0 0 170 – 180 0 165 0 0 0 175 0 0 0 180 0 0 0

CANDELAS ZONAL LUMENS

VerticalAngle

WithZone

Front Side Back Lumens

Total 2120

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

0*

*Percent Reflectance

Wall 1 2 3 4 5 6 7 8 9 10

50* .599 .513 .447 .392 .343 .304 .271 .242 .216 .196

30* .567 .465 .392 .334 .284 .246 .214 .186 .162 .144

10* .539 .425 .349 .290 .240 .204 .174 .148 .126 .110

50* .581 .497 .434 .381 .333 .296 .264 .236 .210 .191

30* .552 .454 .383 .327 .278 .241 .210 .183 .160 .142

10* .526 .417 .343 .286 .237 .201 .172 .147 .125 .109

50* .547 .469 .409 .360 .315 .280 .251 .224 .200 .182

30* .524 .432 .367 .314 .267 .232 .203 .177 .154 .137

10* .502 .401 .331 .277 .230 .196 .168 .143 .122 .106

50* .516 .442 .387 .341 .299 .266 .238 .213 .190 .173

30* .497 .412 .351 .301 .257 .223 .195 .171 .149 .133

10* .479 .386 .320 .269 .224 .191 .164 .140 .119 .104

50* .488 .418 .366 .323 .283 .253 .226 .203 .181 .165

30* .472 .393 .336 .289 .247 .215 .189 .165 .144 .128

10* .458 .371 .310 .261 .218 .186 .160 .136 .116 .102

0* .442 .355 .294 .246 .203 .172 .146 .123 .104 .090

Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

1.00

0.69

0.39

0.25

0.16

2.00

1.39

0.78

0.50

0.32

10'

12'

16'

20'

25'

0.50

0.35

0.20

0.13

0.08

0.20

0.14

0.08

0.05

0.03

0.10

0.07

0.04

0.03

0.02

E F

0.05

0.03

0.02

0.01

0.01

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

B C DA E

F

FRONT

SIDESIDE BACK

5 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND RA70 (30° ANGLE) REFLECTORVMVIG055GP LAMP: 55W INDUCTION

Photometric Data: For additional photometric information, see the Resources area of our website. Photometric .ies files for use with our Luxicon® Lighting Layout Software are available to download.

P h o t o m e t r i c D a t a

CHAMP

® Induction

Page 7: Champ Induction Final 2006

7

Photometric Data: For additional photometric information, see the Resources area of our website. Photometric .ies files for use with our Luxicon® Lighting Layout Software are available to download.

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

160°160° 170°170° 180° 150°150° 140°140°

110°

120°

130°

100°

90°

80°

70°

60°

50°

40°

30°

110°

120°

130°

100°

90°

80°

70°

60°

50°

40°

30°

20°10°10° 0°

900

750

600

450

300

150

20°

Note: Photometric data was developed using a 85W induction lamp (6,000 lumens).

0 931 931 931 0 – 10 89 5 970 926 885 10 – 20 269 15 1077 946 836 20 – 30 440 25 1141 951 757 30 – 40 577 35 1156 939 660 40 – 50 643 45 1160 867 409 50 – 60 616 55 1137 780 120 60 – 70 542 65 1086 586 19 70 – 80 447 75 1006 313 5 80 – 90 328 85 874 81 6 90 – 100 197 90 773 22 6 100 – 110 85 95 648 12 7 110 – 120 23 105 353 9 8 120 – 130 11 115 90 8 11 130 – 140 6 125 9 9 17 140 – 150 3 135 2 7 13 150 – 160 2 145 1 6 4 160 – 170 1 155 1 6 4 170 – 180 0 165 0 5 3 175 0 4 1 180 3 3 3

CANDELAS ZONAL LUMENS

VerticalAngle Front Side Back Lumens

WithZone

Total 4279

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

*Percent Reflectance

Wall 1 2 3 4 5 6 7 8 9 10

50* .706 .606 .529 .465 .408 .363 .324 .289 .259 .235

30* .669 .551 .466 .398 .339 .295 .258 .225 .196 .175

10* .636 .504 .415 .347 .288 .246 .211 .181 .154 .135

50* .684 .587 .513 .452 .396 .353 .315 .282 .252 .229

30* .651 .537 .455 .390 .332 .289 .253 .221 .193 .172

10* .621 .494 .408 .342 .284 .243 .208 .178 .152 .133

50* .643 .552 .484 .427 .374 .334 .299 .268 .240 .218

30* .616 .510 .434 .373 .319 .278 .243 .213 .186 .166

10* .591 .474 .393 .331 .276 .236 .203 .174 .149 .130

50* .605 .520 .456 .403 .354 .316 .284 .254 .228 .207

30* .583 .485 .415 .357 .306 .267 .234 .205 .179 .160

10* .563 .455 .380 .320 .268 .229 .198 .169 .145 .127

50* .571 .490 .431 .381 .335 .300 .269 .241 .217 .197

30* .553 .462 .396 .342 .293 .257 .226 .198 .173 .155

10* .536 .436 .366 .310 .260 .223 .192 .165 .141 .124

0* .517 .417 .347 .292 .242 .206 .176 .150 .127 .1100*

Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

2.00

1.39

0.78

0.50

0.32

5.00

3.47

1.95

1.25

0.80

10'

12'

16'

20'

25'

1.00

0.69

0.39

0.25

0.16

0.50

0.35

0.20

0.13

0.08

0.20

0.14

0.08

0.05

0.03

E F

0.10

0.07

0.04

0.03

0.02

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

B C DA E

F

FRONT

SIDESIDE BACK

8 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND RA739 (30° ANGLE) REFLECTORDMVIG085 LAMP: 85W INDUCTION

250

500

750

1000 40°

60°

50°

70°

80°

90°

100°

110°

120°140°160°180°

0° 30°20°10°Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

0.50

0.35

0.20

0.13

0.08

E

0.20

0.14

0.08

0.05

0.03

F

0.10

0.07

0.04

0.03

0.02

5.00

3.47

1.95

1.25

0.80

10'

12'

16'

20'

25'

2.00

1.39

0.78

0.50

0.32

1.00

0.69

0.39

0.25

0.16

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

Note: Photometric data was developed using a 85W induction lamp (6,000 lumens).

B C D EA

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

FF

FF

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

0*

*Percent Reflectance

Wall

50*

30*

10*

50*

30*

10*

50*

30*

10*

50*

30*

10*

50*

30*

10*

0*

1

.747

.712

.681

2

.641

.587

.541

.626

.576

.533

.598

.555

.519

.571

.536

.505

.547

.518

.492

.475

3

.558

.493

.442

.545

.485

.437

.521

.470

.428

.499

.456

.419

.478

.442

.410

.393

4

.488

.419

.367

.477

.413

.363

.457

.401

.357

.438

.390

.351

.421

.379

.345

.327

5

.424

.353

.301

.415

.348

.298

.398

.339

.294

.382

.330

.289

.367

.321

.285

.268

6

.375

.305

.254

.368

.301

.252

.353

.293

.249

.339

.286

.246

.326

.279

.242

.226

7

.334

.265

.217

.328

.262

.215

.315

.256

.213

.303

.250

.210

.291

.244

.208

.192

8

.298

.230

.184

.292

.228

.183

.281

.223

.181

.270

.218

.179

.260

.213

.177

.162

9

.265

.200

.156

.260

.198

.155

.251

.194

.154

.241

.189

.152

.233

.185

.151

.136

10

.240

.178

.136

.236

.176

.136

.227

.172

.134

.219

.169

.133

.212

.165

.132

.118

.729

.697

.669

.695

.669

.646

.664

.643

.624

.636

.619

.603

.586

0 976 0 – 10 94 5 977 10 – 20 284 15 1004 20 – 30 467 25 1009 30 – 40 626 35 997 40 – 50 733 45 952 50 – 60 760 55 848 60 – 70 712 65 723 70 – 80 485 75 460 80 – 90 163 85 146 90 – 100 15 90 36 100 – 110 12 95 12 110 – 120 14 105 11 120 – 130 14 115 15 130 – 140 7 125 16 140 – 150 2 135 9 150 – 160 1 145 3 160 – 170 1 155 2 170 – 180 0 165 2 175 1 180 1

CANDELAS ZONAL LUMENS

WithZone

VerticalAngle Candela Lumens

Total 4391

8 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND WITH RD739 DOME REFLECTORDMVIG085 LAMP: 85W INDUCTION

Need Photo

P h o t o m e t r i c D a t a

Page 8: Champ Induction Final 2006

8

1 6 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE DMVIG165G LAMP: 165W INDUCTION

1 6 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND GUARDDMVIG165GP LAMP: 165W INDUCTION

180°

550

275

825

1100

170° 160° 150° 140° 130° 120°

110°

100°

90°

80°

70°

60°

50°

40°30°20°10° Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

5.003.471.951.250.80

10'12'16'20'25'

2.001.390.780.500.32

1.000.690.390.250.16

0.500.350.200.130.08

E

0.200.140.080.050.03

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

Note: Photometric data was developed using a 165W induction lamp (12,000 lumens).

B C DA

E

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

*Percent Reflectance

0*

Wall 1 2 3 4 5 6 7 8 9 10

50* .834 .700 .603 .525 .458 .405 .361 .323 .291 .264 30* .781 .623 .516 .435 .367 .316 .275 .241 .211 .188 10* .732 .558 .447 .366 .300 .253 .215 .184 .158 .138

50* .776 .650 .560 .487 .425 .376 .336 .301 .270 .246 30* .728 .581 .482 .406 .343 .295 .257 .225 .197 .176 10* .685 .522 .419 .343 .281 .237 .202 .172 .148 .129

50* .666 .555 .477 .416 .362 .321 .287 .257 .231 .211 30* .629 .500 .415 .350 .295 .255 .222 .194 .170 .152 10* .595 .453 .364 .299 .244 .205 .175 .149 .127 .111

50* .566 .467 .401 .350 .304 .269 .241 .217 .195 .178 30* .537 .425 .352 .297 .250 .215 .188 .164 .144 .129 10* .510 .387 .311 .255 .207 .174 .148 .126 .107 .094

50* .473 .386 .331 .288 .249 .221 .198 .178 .160 .147 30* .451 .354 .293 .247 .206 .178 .155 .135 .118 .106 10* .431 .324 .260 .213 .172 .144 .122 .104 .088 .076

0* .384 .282 .222 .178 .141 .116 .097 .080 .066 .057

CANDELAS ZONAL LUMENS

0 857 5 860 15 926 25 982 35 1012 45 1041 55 1086 65 1123 75 1133 85 1122 90 1112 95 1106 105 1052 115 939 125 754 135 509 145 245 155 36 165 1 175 0 180 0

0 – 10 83 10 – 20 263 20 – 30 454 30 – 40 635 40 – 50 807 50 – 60 975 60 – 70 1113 70 – 80 1198 80 – 90 1223 90 – 100 1205 100 – 110 1111 110 – 120 930 120 – 130 676 130 – 140 396 140 – 150 157 150 – 160 22 160 – 170 0 170 – 180 0

Total 11248

E

E E

WithZone

VerticalAngle Candela Lumens

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

5.003.471.951.250.80

10'12'16'20'25'

2.001.390.780.500.32

1.000.690.390.250.16

0.500.350.200.130.08

E

0.200.140.080.050.03

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

Note: Photometric data was developed using a 165W induction lamp (12,000 lumens).

B C DA

EE

E E

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

0*

*Percent Reflectance

Wall 1 2 3 4 5 6 7 8 9 10

50* .798 .670 .578 .504 .439 .389 .347 .311 .279 .254 30* .747 .596 .495 .418 .353 .304 .265 .232 .204 .182 10* .701 .534 .429 .352 .289 .243 .208 .178 .153 .134

50* .743 .623 .537 .468 .408 .361 .323 .289 .260 .237 30* .697 .557 .462 .390 .330 .284 .248 .217 .191 .170 10* .656 .501 .402 .330 .271 .228 .195 .167 .143 .125

50* .639 .533 .459 .400 .349 .309 .277 .248 .224 .204 30* .603 .481 .399 .338 .285 .246 .215 .188 .165 .147 10* .571 .435 .350 .288 .236 .199 .169 .145 .124 .109

50* .544 .450 .387 .337 .293 .261 .234 .210 .189 .173 30* .516 .409 .340 .287 .242 .209 .183 .160 .140 .125 10* .491 .373 .300 .247 .201 .170 .144 .123 .105 .092

50* .456 .373 .320 .279 .242 .215 .193 .174 .156 .143 30* .435 .342 .283 .239 .201 .173 .152 .133 .116 .104 10* .416 .314 .252 .207 .168 .141 .120 .102 .087 .076

0* .372 .274 .216 .174 .138 .114 .096 .080 .066 .057

180°

275

550

825

1100

170° 160° 150° 140° 130° 120°

110°

100°

90°

80°

70°

60°

50°

40°30°20°10°

CANDELAS ZONAL LUMENS

0 892 5 901 15 946 25 984 35 985 45 998 55 1034 65 1068 75 1083 85 1075 90 1062 95 1055 105 991 115 877 125 698 135 472 145 236 155 51 165 15 175 2 180 2

0 – 10 87 10 – 20 269 20 – 30 455 30 – 40 619 40 – 50 773 50 – 60 928 60 – 70 1061 70 – 80 1143 80 – 90 1171 90 – 100 1147 100 – 110 1046 110 – 120 868 120 – 130 626 130 – 140 367 140 – 150 151 150 – 160 28 160 – 170 4 170 – 180 0

Total 10743

WithZone

VerticalAngle Candela Lumens

Photometric Data: For additional photometric information, see the Resources area of our website. Photometric .ies files for use with our Luxicon® Lighting Layout Software are available to download.

P h o t o m e t r i c D a t a

CHAMP

® Induction

Page 9: Champ Induction Final 2006

9

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

450

900

1800

1350

170° 150° 130° 120° 110°

100°

90°

80°

70°

60°

50°

40°

30°20°10°

140°

Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

10.006.943.912.501.60

10'12'16'20'25'

5.003.471.951.250.80

2.001.390.780.500.32

1.000.690.390.250.16

E

0.500.350.200.130.08

F

0.200.140.080.050.03

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

Note: Photometric data was developed using a 165W induction lamp (12,000 lumens).

F

B C D EA

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

0*

*Percent Reflectance

Wall 1 2 3 4 5 6 7 8 9 10

50* .759 .642 .555 .484 .420 .372 .332 .296 .265 .240 30* .716 .578 .481 .407 .342 .295 .257 .224 .195 .174 10* .678 .524 .423 .348 .284 .240 .204 .174 .148 .129

50* .737 .623 .539 .471 .409 .362 .323 .289 .258 .235 30* .699 .565 .471 .399 .336 .290 .253 .220 .192 .171 10* .663 .515 .417 .344 .281 .237 .202 .172 .147 .128

50* .697 .589 .510 .446 .388 .344 .308 .275 .246 .224 30* .665 .540 .452 .384 .324 .280 .244 .213 .186 .166 10* .636 .497 .405 .335 .274 .232 .198 .169 .144 .126

50* .660 .558 .483 .423 .368 .327 .293 .262 .235 .214 30* .634 .516 .434 .370 .312 .270 .236 .206 .180 .161 10* .610 .480 .393 .326 .268 .227 .194 .166 .141 .123

50* .626 .529 .458 .402 .350 .311 .279 .250 .225 .205 30* .605 .494 .417 .356 .301 .261 .229 .200 .175 .156 10* .586 .464 .382 .318 .262 .222 .190 .162 .138 .121

0* .565 .443 .361 .298 .242 .204 .173 .146 .122 .106

WithZone

CANDELAS ZONAL LUMENS

0 1781 5 1790 15 1835 25 1820 35 1756 45 1685 55 1594 65 1469 75 1193 85 717 90 459 95 260 105 26 115 18 125 25 135 27 145 16 155 4 165 4 175 3 180 4

0 – 10 171 10 – 20 520 20 – 30 841 30 – 40 1103 40 – 50 1303 50 – 60 1428 60 – 70 1451 70 – 80 1253 80 – 90 782 90 – 100 292 100 – 110 39 110 – 120 18 120 – 130 22 130 – 140 21 140 – 150 11 150 – 160 2 160 – 170 1 170 – 180 0

F

F F

Total 9258

VerticalAngle Candela Lumens

CANDLEPOWER DISTRIBUTION (IN CANDELAS)

160°160° 170°170° 180° 150°150° 140°140°

110°

120°

130°

100°

90°

80°

70°

60°

50°

40°

30°

110°

120°

130°

100°

90°

80°

70°

60°

50°

40°

30°

20°10°10° 0°

3675

3150

2625

2100

1575

1050

525

20° Isofootcandle chart shows illuminance in footcandles at ground level.

Footcandle Values for Isofootcandle Lines

Mtg. Hgt. A B C D

5.003.471.951.250.80

10.006.943.912.501.60

10'12'16'20'25'

2.001.390.780.500.32

1.000.690.390.250.16

0.500.350.200.130.08

E F

0.200.140.080.050.03

ISOFOOTCANDLE CHART:

RATIO OF DISTANCE TO MOUNTING HEIGHT

3

2

1

0

-1

-2

-3-3 -2 -1 0 1 2 3

Note: Photometric data was developed using a 165W induction lamp (12,000 lumens).

B C DA E

F

COEFFICIENTS OF UTILIZATIONEffective Floor Cavity Reflectance 20%

ROOM CAVITY RATIOEff.Ceil.

80*

70*

50*

30*

10*

0*

*Percent Reflectance

Wall 1 2 3 4 5 6 7 8 9 10

50* .725 .618 .538 .471 .412 .365 .326 .291 .261 .237 30* .685 .559 .469 .399 .339 .293 .256 .223 .195 .174 10* .649 .508 .415 .345 .285 .242 .207 .177 .151 .132

50* .699 .596 .519 .455 .398 .353 .315 .282 .252 .229 30* .663 .541 .456 .389 .330 .286 .250 .218 .190 .170 10* .630 .495 .406 .337 .279 .237 .203 .173 .148 .130

50* .650 .554 .483 .424 .371 .330 .295 .264 .237 .216 30* .621 .509 .430 .368 .313 .271 .237 .208 .181 .162 10* .594 .470 .387 .323 .268 .228 .195 .167 .143 .125

50* .606 .516 .450 .396 .347 .309 .277 .248 .222 .203 30* .582 .479 .406 .348 .296 .258 .226 .197 .173 .154 10* .560 .446 .369 .309 .256 .219 .188 .160 .137 .120

50* .564 .480 .419 .370 .324 .289 .259 .232 .209 .190 30* .545 .450 .383 .329 .280 .244 .214 .188 .164 .147 10* .527 .423 .351 .295 .246 .210 .180 .154 .132 .115

0* .505 .400 .330 .275 .226 .191 .163 .138 .116 .101

0 1680 1680 1680 0 – 10 161 5 1771 1685 1616 10 – 20 496 15 1990 1738 1551 20 – 30 803 25 2110 1736 1385 30 – 40 1048 35 2133 1683 1235 40 – 50 1212 45 2147 1576 930 50 – 60 1250 55 2160 1488 476 60 – 70 1158 65 2125 1303 125 70 – 80 990 75 2003 921 9 80 – 90 785 85 1810 479 6 90 – 100 552 90 1682 282 10 100 – 110 321 95 1513 143 11 110 – 120 135 105 1097 15 11 120 – 130 35 115 593 11 14 130 – 140 10 125 164 13 24 140 – 150 6 135 7 12 24 150 – 160 2 145 0 10 16 160 – 170 1 155 3 5 6 170 – 180 0 165 2 5 3 175 3 5 2 180 3 3 3

CANDELAS ZONAL LUMENS

VerticleAngle Front Side Back Lumens

FRONT

SIDE BACK

WithZone

Total 8967

Photometric Data: For additional photometric information, see the Resources area of our website. Photometric .ies files for use with our Luxicon® Lighting Layout Software are available to download.

1 6 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND RD739 DOME REFLECTORDMVIG165G LAMP: 165W INDUCTION

1 6 5 W A T T I N D U C T I O NLUMINAIRE WITH GLOBE AND RA739 (30° ANGLE) REFLECTORDMVIG165G LAMP: 165W INDUCTION

P h o t o m e t r i c D a t a

Page 10: Champ Induction Final 2006

10

WALL

TWM2 3/4 IN.

TWM3 1 IN.

QUAD—MOUNT

QM25 3/4 IN.

CEILING

CM2 3/4 IN.

CM3 1 IN.

HOUSING

REFRACTOR

GR302GR305

PGR302

PGR305

GUARD

P33

GLOBE

G303G303 S808

REFLECTOR

RA79

RD79

RA739

RD739

DMV

STANCHION

JM5 1 1/2 IN. PM5 1 1/2 IN.

COVERS:

PENDANT

APM2 3/4 IN.

APM3 1 IN.

HPM2 3/4 IN.

REFLECTOR/LENS

GRD4

D M V F A M I L Y T R E E :

CHAMP

® Induction

F a m i l y T r e e

Page 11: Champ Induction Final 2006

11

V M V F A M I L Y T R E E :

GUARDP21

PHOTOCELL

V2PC20V2PC22V2PC27

COVERS: PENDANT

APM2 3/4 IN.APM3 1 IN.HPM2 3/4 IN.

WALL

TWM2 3/4 IN.TWM3 1 IN.

QUAD—MOUNT

QM25 3/4 IN.

REFRACTORS

R2R5

GUARD

P23

REFLECTORRD70

GLOBESG24G24 S808

JM5 1 1/2 IN. PM5 1 1/2 IN.

STANCHIONCEILING

CM2 3/4 IN.CM3 1 IN.

RA70

GLOBEREFRACTORSG241G245

GUARDP241

BALLASTHOUSING

VMV

F a m i l y T r e e

Page 12: Champ Induction Final 2006

Solutions.Worldwide.TM

Crouse-Hinds is a registered trademark of Cooper Industries, Inc.4829-1206 © 2006 Cooper Industries, Inc. Printed in U.S.A

In the U.S.:Cooper Crouse-HindsP.O. Box 4999Syracuse, NY 13221Toll Free: 866-764-5454(315) 477-5531FAX: (315) [email protected]

In Canada:Cooper Crouse-Hinds CanadaToll Free: 800-265-0502(905) 507-4187FAX: (905) 568-7048

In Mexico:Cooper Crouse-Hinds, S.A. de C.V.52-555-804-4000FAX: 52-555-804-4020

In Latin America/Caribbean:Cooper Crouse-Hinds(954) 764-3853FAX: (954) 764-3854

In Europe (Germany):Cooper Crouse-Hinds GmbH49-6271-806500FAX: 49-6271-806476

In Australia:Cooper Electrical Australia61-29-743-7000FAX: [email protected]

In Asia (Singapore):Cooper Crouse-Hinds Pte. Ltd.65-6297-4849FAX: [email protected]

In Middle East (Dubai):CEAG Middle East LLC971-4-324-1519FAX: 971-4-324-1640

In India:Cooper Crouse-Hinds India91-22-5604-5150FAX: 91-22-2404-1811

For the latest in new products andservices, visit our website at:www.crouse-hinds.com

For more information:If further assistance is required, please contact an authorized CooperCrouse-Hinds Distributor, Sales Office or Customer Service Department:

Distributed by:

CHAMP

® Induction

L u m i n a i r e s w i t h

I n d u c t i o n L i g h t i n g S y s t e m

VMVIG and DMVIG Series