Power Requirements: 120/208 VAC 3Ø 4 wire up to 40A. Max. rating 14.4kW. or 120/240 VAC 1Ø 3 wire up to 60A. Max. rating 14.4kW or six individual 120VAC 1Ø 3 wire circuits up to 20A each.
Power Termination: Terminal block with optional 6 x 20A magnetic breaker protection.
Environment: Temperature Range: 23°F (-5°C) to 113°F (45°C) ambient. Humidity Range: 0% to 90% non-condensing.
Dimmer Capacity and Load Type: 6 x 2.4kW incandescent quartz lamps and electronic (SCR dimmable) low voltage fixtures.
Switch Type: 200% rated, non-proprietory SCR solid state relay.
Rise Time: 300μs fully epoxy-encapsulated chokes are made from ultra low audible noise core material.
Physical: Strip: 3.5" x 4.85" x 78" (8.9 cm x 12.3 cm x 198.1 cm).
135" (342.0 cm) with optional extension.
Control box: 3.5" x 10" x 16" (8.9 cm x 25.4 cm x 40.6 cm).
Weight: Approximately 45 lbs. (20.5 Kg).
Material: 0.125" extruded aluminum (strip) / 18-guage steel (control box).
Finish: Textured black or white powdercoat.
1. The JS-ICON™ 624 DMX shall be capable of dimming standard incandescent, quartz and SCR (silicon controlled rectifier) dimmable electronic low voltage fixtures.
2. The JS-ICON™ 624 DMX enclosure shall contain six (6) dimmers each capable of controlling up to 2.4kW.
3. The JS-ICON™ 624 DMX shall be powered by a 120/208 VAC 3Ø or 120/240 VAC 1Ø supply of up to 40/60 Amps respectively. Optional 6 x 20 Amp magnetic breakers shall permit full rated operation of 14.4kW in performance environments.
4. The system SCR's shall be dual encapsulated units with a minimum of a 200% rating. The system SCR's will provide symmetrical AC output to the load throughout the entire control range of off to full intensity. The system SCR's will have a minimum of 2500 Volt isolation between the low and high voltage side of the component thereby ensuring data and DC isolation.
5. The JS-ICON™ 624 DMX shall utilize "MagLev®" thermal management technology to produce superior cooling that is virtually silent. Fan noise shall not exceed 26dBA.
6. The JS-ICON™ 624 DMX shall employ thermal shutdown circuitry that is redundant from electronic operation.
7. Each dimmer shall be capable of a high resolution 16-bit output control of the load thereby permitting precise and smooth control of incandescent loads from full rating to as small as 5 Watts.
8. The JS-ICON™ 624 DMX shall be controlled with DMX 512-A protocol via XLR or RJ-45 connectors. A "Wireless" DMX option shall permit wireless control up to a distance of 400 ft. (122m).
9. Each dimmer shall contain a high performance, copper wound, hybrid core torodial magnetic filter (choke). Each choke shall be rated at 300µs and epoxy-encapsulated for maximum harmonic noise reduction. The choke will have a temperature rise of 156°F (69°C) max. at full load.
10. Heat loss for each 2.4kW dimmer shall not exceed 48 Watts or 100 BTU's per hour per connected kW of load. Dimmers shall be capable of sustained operation at full loading with an ambient temperature of 113°F (45°C).
11. Control wire to each JS-ICON™ 624 DMX shall be standard DMX control cable (Belden 9829 or equiv.) or CAT-5E.
12. Each JS-ICON™ 624 DMX shall accept both DMX 512-A data and analog 0-10VDC input. Data and analog inputs shall overlap in a "highest takes precedence" (H.T.P.) fashion.
13. All electronics shall be fully digital and microprocessor based. Such electronic circuitry shall permit real time signal monitoring and status LED indication to allow easy remote setup and troubleshooting.
14. All printed circuit boards (PCB's) shall be FR4/G10 with U.L. 94V-0 Flame Class Rating.
15. A dedicated and hinged enclosure shall contain all electronic circuitry. All PCB's shall employ "breakaway" style connectors to facilitate ease of service.
16. The entire assembly shall be ETL Listed and comply fully with UL508 and CSA 22.2 safety approval standards.
Specifications subject to change without notice.
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