Studio : Larson Electronics Publisher : Larson Electronics Binding : Tools Home Improvement Product Description Class I, Div. I, 100 Watt Incandescent Light - Vapor Proof - Ceiling Mount - 12/24 Volts(-Ceiling-75 Watt-12V). Made in the USA The EPL-CM-100W-24V Explosion Proof Light from Larson Electronics is UL rated Class 1 Division 1, Groups C, D, and paint spray both approved. Water proof and IP67 rated , this explosion proof incandescent light is available in pendant, ceiling, or wall mount options. This fixture is offered in 12V or 24V DC. The powerful and durable EPL-CM-100W-LV explosion proof light from Larson Electronics is approved for use in paint spray booths and is ideal for industrial applications, hazardous work spaces, and areas where gases, vapors and dusts may be present and an effective and durable hazardous location light solution is needed. The lamp housing is waterproof, constructed of heavy cast aluminum, and UL tested to withstand 1490 lbs. per square inch of hydrostatic pressure. Factory sealed and finished in a durable polyester powder coating, this lamp can be ordered with a choice of mounting options and operates on 12 or 24 volt DC. This hazardous area light carries a T3C temperature rating and is U.L. approved Class 1, Groups C and D, Class 2, Groups E and F(T3 rating), and Class III, Groups E, F and G. This light is IP67 rated waterproof and suitable for use in paint spray booths and areas where flammable gases, vapors and chemicals may be encountered as well as approved for exposure to combustible dusts. The cast aluminum housing is fully factory sealed and includes an integrated inspection hole for easy access to the splice compartment. Wiring is through a 1/2" or 3/4" hub. Please specify hub size when ordering. The included incandescent lamp is offered with a 75 watt or 100 watt low voltage bulb which unit offers good power and economy and is energized by leads which pass through sealing compound that separates the lamp chamber from the wiring compartment. The lamp assembly is protected by an impact and. 0
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