Code Master 2 Factory Sealed Induction Lighting System Explosionproof

Size: px

Start display at page:

Download "Code Master 2 Factory Sealed Induction Lighting System Explosionproof"

Ashlynn Morton
6 years ago
Views:

Lighting Induction Code Master 2 Factory Sealed Induction Lighting System NEC/CEC: Class I, Division 1 and 2, Groups C, D Class II, Division 1 and 2, Groups E, F, G Marine Type Electric Fixtures

Code Master Induction fixtures are ideal for: use in chemical and petrochemical plants, such as manufacturers of plastics, paints and thinners; in refineries; and in other process areas where

1 Lighting Induction Code Master 2 Factory Sealed Induction Lighting System NEC/CEC: Class I, Division 1 and 2, Groups C, D Class II, Division 1 and 2, Groups E, F, G Marine Type Electric Fixtures Outside Type (Salt Water) NEMA 4X Applications Ideal for where access to relamp is difficult, reliability is essential and environment is costly to maintain. Also for cold-environment applications. Code Master Induction fixtures are ideal for: use in chemical and petrochemical plants, such as manufacturers of plastics, paints and thinners; in refineries; and in other process areas where ignitable vapors, moisture and corrosive elements may be present. Suitable for use in wet locations. Features Instant start and restrike. High lumen output and efficacy (up to 73 lumens per watt). Fixtures operate safely in a 40 C (104 F) ambient. Good lumen maintenance provides less than 30% depreciation after 60,000 hours of operation. Virtually maintenance free. Ultra-long 100,000 hours of life keeps maintenance costs to a minimum. Starts in temperatures as low as -40 C (-40 F). Arrangement of heat-producing components results in more efficient heat dissipation for cooler fixture operation. Patented wireless design. Threading of fixture unit onto mounting hood makes electrical connection. Only wiring required is attaching two wires to connection block in mounting hood. Connection block is easily wired: (a) loosen two screws; (b) make wire connections; and (c) reposition connection block and tighten screws. Low total harmonic distortion (<10%). No cycling at end of life. Acme double lead threads speed installation and fixture removal from mounting hood only half as many turns are required as for single lead threads. The threads do not stick or gall, eliminating the troublesome problems often encountered with single lead threads during fixture unit removal. All threaded joints are flame-tight. Factory sealed. External seals not required. Strategic location of lamp socket in combination with the interior prism design of the glass globe, provides optimum light distribution and control. Superior corrosion resistance, with epoxy powder coat finish. Choice of mountings: pendant, ceiling, bracket or stanchion. Fiberglass-reinforced polyester reflectors, in standard dome, deep dome or 30 angle, are ideal in installations where luminaire is subject to exceptionally severe corrosive atmospheres. The high bay aluminum reflector is designed for installations where mounting height work planes range from 6 to 9 meters (20 to 30 feet) Optional guards protect globes from damage. Secured to fixture with three screws. Standard Materials Fixture bodies and guards: copperfree (4/10 of 1% max.) aluminum. Pendant mounting hoods: diecast copperfree (4/10 of 1% max.) aluminum. Ceiling, bracket and stanchion mounting hoods: sand-cast copperfree (4/10 of 1% max.) aluminum. Reflectors: aluminum or fiberglass reinforced polyester. Illustrated Features Standard Finishes Fixture bodies, guards and mounting hoods: epoxy powder coat finish, electrostatically applied for complete, uniform corrosion protection. Options Fuses can be ordered for field installation by catalog number. NEC/CEC Certifications and Compliances UL Standard: UL 1598, UL 1598A, UL 844 UL Listed: E

2 NEC/CEC: Class I, Division 1 and 2, Groups C, D Class II, Division 1 and 2, Groups E, F, G Marine Type Electric Fixtures Outside Type (Salt Water) NEMA 4X Classified Area Suitability of Code Master 2 Series Induction Fixtures (suitability includes use of reflector) Class I, Division 1 & 2 Class II, Division 1 & 2 With Globe or with Globe & Reflector With Globe or with Globe & Reflector Lamps Supply Wire Ambient NEC/cUL/CEC Temp. Ident. No. NEC/cUL/CEC Temp. Ident. No. Temp Temp Type Watts C ( F) C ( F) Nameplate Marking Groups Nameplate Marking Groups Induction (140) 40 (104) T6 C,D T6 E,F,G (167) 40 (104) T6 C,D T6 E,F,G NOTE: The maximum operating temperature of the fixture must not exceed the ignition temperature of the gas, vapor or dust to be encountered per the National Electrical Code. Lighting Induction T Numbers Represent the Maximum Surface Temperature for Class I, Division 1 Locations and Maximum Surface Temperature Under Dust Blanket for Class II, Division 1 Locations. T Number T T2 T2A T2B T2C T2D T3 T3A T3B T3C T4 T4A T5 T6 Temp. Range ( C) Temp. Range ( F)

Lighting Induction Code Master 2 Factory Sealed Induction Lighting System 55 W and 85 W NEC/CEC: Class I, Division 1 and 2, Groups C, D Class II, Division 1 and 2, Groups E,

1 CQP5510 85 3/4 CQP8575 85 1 CQP8510 Catalog Number Ceiling Four Hubs, Three Close-up Plugs 55 3/4 CQC5575 55 1 CQC5510 85 3/4 CQC8575 85 1 CQC8510 Bracket Four Hubs, Three

guard, add suffix G (before adding voltage suffix). Add voltage suffix 120 for 90-140 Vac; or 277 for 180-305 Vac. 1-1/2 tapped hub furnished with 1-1/2 to 1-1/4 reducer.

3 Lighting Induction Code Master 2 Factory Sealed Induction Lighting System 55 W and 85 W NEC/CEC: Class I, Division 1 and 2, Groups C, D Class II, Division 1 and 2, Groups E, F, G Marine Type Electric Fixtures Outside Type (Salt Water) NEMA 4X Pendant Type Mounting One Hub, Rigid or Flexible Mounting Lamp Watts Hub Size (Inches) 55 3/4 CQP CQP /4 CQP CQP8510 Catalog Number Ceiling Four Hubs, Three Close-up Plugs 55 3/4 CQC CQC /4 CQC CQC8510 Bracket Four Hubs, Three Close-up Plugs 55 3/4 CQB CQB /4 CQB CQB Stanchion One Hub /4 or 1-1/2 CQS /4 or 1-1/2 CQS85150 To order fixture with guard, add suffix G (before adding voltage suffix). Add voltage suffix 120 for Vac; or 277 for Vac. 1-1/2 tapped hub furnished with 1-1/2 to 1-1/4 reducer. Refer to lamp manufacturer s data regarding lamp burning position restrictions. Shaded items are suitable for Class I, Group C in addition to other applicable area suitabilities. 1424

NEC/CEC: Class I, Division 1 and 2, Groups C, D Class II, Division 1 and 2, Groups E, F, G Marine Type Electric Fixtures

3/4 CAP-75 1 CAP-100 Four Hubs, Three Close-Up Plugs 3/4 CAC-75 1 CAC-100 Lighting Induction Bracket Four Hubs, Three

Fixture Units 55 W to 85 W Permits use of existing A-51 mounting hoods (AAC Ceiling or AALB Bracket) with the new Code

Then thread new Fixture Unit into the CMAD-1. CMAD-1 Fixture body with globe.

Lamp Fixture Unit Add Voltage Suffixes Type Frequency Watts Number 120 V 277 V Induction 50/60 Hz 55 CMBQ55-12 -27 50/60

Reflector Weight Guard Weight Pendant Ceiling Bracket Stanchion 55 W 12.7 (28) 1.4 (3.09).5 (1.10).9 (1.98) 1.8 (3.97) 2.

4 NEC/CEC: Class I, Division 1 and 2, Groups C, D Class II, Division 1 and 2, Groups E, F, G Marine Type Electric Fixtures Outside Type (Salt Water) NEMA 4X Mounting Hoods Pendant Ceiling Type Mounting Hub Size (Inches) Catalog Number One Hub 3/4 CAP-75 1 CAP-100 Four Hubs, Three Close-Up Plugs 3/4 CAC-75 1 CAC-100 Lighting Induction Bracket Four Hubs, Three Close-Up Plugs 3/4 CALB-75 1 CALB Stanchion One Hub 1-1/4 or 1-1/2 CAS-150 Mounting Adapter with Connection Block Fixture Units 55 W to 85 W Permits use of existing A-51 mounting hoods (AAC Ceiling or AALB Bracket) with the new Code Master 2 Fixture Unit. After removing existing Fixture Unit and adapter, screw in the new CMAD-1 Adapter. Then thread new Fixture Unit into the CMAD-1. CMAD-1 Fixture body with globe. Indicate voltage desired by adding voltage suffix to Fixture Unit catalog number listed below. Lamp Fixture Unit Add Voltage Suffixes Type Frequency Watts Number 120 V 277 V Induction 50/60 Hz 55 CMBQ /60 Hz 85 CMBQ Fixture and Accessory Weights kg (lb) Mounting Hood Weights kg (lb) Fixture Size Fixture Weight Reflector Weight Guard Weight Pendant Ceiling Bracket Stanchion 55 W 12.7 (28) 1.4 (3.09).5 (1.10).9 (1.98) 1.8 (3.97) 2.7 (5.95).9 (1.98) 85 W 12.7 (28) 1.4 (3.09).5 (1.10) 1-1/2 Tapped hub furnished with 1-1/2 to 1-1/4 reducer. Shaded items are suitable for Class I, Group C in addition to other applicable area suitabilities. 1425

Lighting Induction Code Master 2 Factory Sealed Induction Lighting System Accessories

Number CMR-4ST CMR-4DD CMR-4AN Aluminum High Bay Reflectors 55 W and 85 W CMR-4HB

and 85 W VPT-7 For all Code Master 2 Induction fixtures Lamp Watts Volts Fuse Quantity

Fuse Kit includes fuse, fuse holder and necessary hardware for field installation.

5 Lighting Induction Code Master 2 Factory Sealed Induction Lighting System Accessories Polyester Reflectors 55 W and 85 W Standard Dome Deep Dome 30 Angle Description Catalog Number CMR-4ST CMR-4DD CMR-4AN Aluminum High Bay Reflectors 55 W and 85 W CMR-4HB Prismatic Glass Globes 55 W and 85 W CGL-400 Aluminum Guards CGU4 Connection Block 55 W and 85 W VPT-7 For all Code Master 2 Induction fixtures Lamp Watts Volts Fuse Quantity Required Fuse Catalog Number See note below CF See note below CF2 Fuse Kit includes fuse, fuse holder and necessary hardware for field installation. Mounts easily in ballast body with one screw. Order one fuse for 120 and 277 V, and 2 fuses for 208 and 240 V. 1426

6 Electromagnetic Compatibility A.) Complies with European norms EN55015, EN and EN61547 B.) RFI a.) Meets standard EN55022 and is valid for frequencies up to 1000 MHz. Electrical Characteristics 55 W V 55 W V 85 W V System power nom. W System power min. W System power max. W AC supply voltage nom. V AC supply voltage min. V AC supply voltage max. V DC supply voltage nom. V DC supply voltage min. V DC supply voltage max. V Supply frequency nom. Hz Supply frequency min. Hz Supply frequency max. Hz Supply current nom. ma Inrush current max. A Duration inrush current max. usec Power factor nom. >0.92 >0.92 >0.92 >0.92 HF output frequency nom. MHz HF output frequency min. MHz HF output frequency max. MHz HF output voltage max. kv Leakage current ma <0.5 <0.5 <0.5 <0.5 Overvoltage 200 Vac 400 Vac 200 Vac 400 Vac 85 W V Lighting Induction Lamp Characteristics Values at 100 hours QL 55 W QL 85 W Luminous flux nom. lm Luminous flux min. lm Luminous flux max. lm System efficacy nom. lm/w Lamp Operation A.) Ignition and Lifetime Performance a.) Ignition time <0.5 second Hot Restrike time <0.5 second b.) Induction lighting offers a direct, flicker-free ignition after switch-on, in both cold and hot conditions B.) Lumen Maintenance a.)the lumens of an induction lamp are expected to have depreciated after 60,000 hours to no less than 75% of the initial lumens At design voltage. 1427

7 Lighting Induction Code Master 2 Factory Sealed Induction Lighting System Data based on fixtures with 85-watt lamp. For candlepower values of fixtures with other lamps, use the following multiplier: for 55 W lamp 0.59 (3,500 lumens). Photometric Data Total Luminaire Efficiency = 71.6% CIE Type - Semi-Direct REPORT NUMBER: CMBQL85 85-Watt Lamp with Globe only Degree Candela Lumens Coefficients of Utilization - Zonal Cavity Method Effective Floor Cavity Reflectance (Rfc) = % Ceiling Rc % Walls Rw ZONAL LUMEN SUMMARY Zone Lumens % Lamp % Fixture Total Luminaire Efficiency = 62.9% CIE Type - Direct REPORT NUMBER: CMBQL85ST 85-Watt Lamp with Standard Dome Reflector Degree Candela Lumens Coefficients of Utilization - Zonal Cavity Method Effective Floor Cavity Reflectance (Rfc) = % Ceiling Rc % Walls Rw ZONAL LUMEN SUMMARY Zone Lumens % Lamp % Fixture

8 Data based on fixtures with 85-watt lamp. For candlepower values of fixtures with other lamps, use the following multiplier: for 55 W lamp 0.59 (3,500 lumens). Photometric Data TOTAL LUMINAIRE EFFICIENCY = 56.7% CIE Type - Direct Candela Distribution REPORT NUMBER: CMBQL85AN 85-Watt Lamp with 30 Angle Dome Polyester Reflector Coefficients of Utilization - Zonal Cavity Method Flux Effective Floor Cavity Reflectance (Rfc) = % Ceiling Rc % Walls Rw Lighting Induction ZONAL LUMEN SUMMARY Zone Lumens % Lamp % Fixture

9 Lighting Induction Data based on fixtures with 85-watt lamp. For candlepower values of fixtures with other lamps, use the following multiplier: for 55 W lamp 0.59 (3,500 lumens). Photometric Data TOTAL LUMINAIRE EFFICIENCY = 63.4% CIE Type - Direct REPORT NUMBER: CMBQL85DD 85-Watt Lamp with Deep Dome Polyester Reflector Degree Candela Lumens Coefficients of Utilization - Zonal Cavity Method Effective Floor Cavity Reflectance (Rfc) = % Ceiling Rc % Walls Rw Zonal Lumen Summary Zone Lumens % Lamp % Fixture TOTAL LUMINAIRE EFFICIENCY = 56.4% CIE Type - Direct REPORT NUMBER: CMBQL85HB 85-Watt Lamp with High Bay Aluminum Reflector Degree Candela Lumens Coefficients of Utilization - Zonal Cavity Method Effective Floor Cavity Reflectance (Rfc) = % Ceiling Rc % Walls Rw Zonal Lumen Summary Zone Lumens % Lamp % Fixture

Code Master 2 Factory Sealed Induction Lighting System Explosionproof

Code Master 2 Factory Sealed Induction Lighting System Class I, Division 1 and 2, Groups C, D Class II, Division 1 and 2, Groups E, F, G Marine Type Electric Fixtures Outside Type (Salt Water) NEMA 4X