|EPL-DL-70LED-24-2XP Explosion Proof Dock Light
|Listing: United States, Canada
|Class I, Divisions 1&2, Groups C and D
|Lamp Technology: CREE XLamp MC-EÂ® LED
|Class II, Divisions 1& 2, Groups F, G
|Dimensions: 11 9/16"-WÂ 11 1/2-HÂ 9 1/4"-DepthÂ
|UL 595 Marine Use
|Voltage: 110-260V AC to 24V DC - Inline Encapsulated Transformer
|Lumens: 6020 lms
|Luminous Efficiency: -
|LED Life Expectancy: 50,000 Hours
|LED Color Temperature: -
|Color Rendering Index: -
|Lamp Type: -
|Lamp Base: -
|Replacement Lamp: -
|Beam Angle: -
|Lighting Configuration: -
|LED Drive: 90%
|PWM Drivers: Active LED Heat Management & Current Regulation
|Operating Temperature: -
|Operating Temp Rating: T4 Rated
|Materials: Copper-free Aluminum, Impact Resistant Glass
|Mounting: 26" Square Steel Swing Arm w/ (2) Pivot Joints
|Wiring: 100' 16/3 SOOW Cord (Between LED Lamp and Xfmr) + 5' 16/3 SOOW Cord w/ General Area Cord Cap (Between Xfmr Box to Cord Cap) - Total 105'
|Cord Cap Options: 5-15, 6-15, 5-20, 6-20, L5-15, L6-15, L5-20, L6-20, BS1363, Schuko or Pigtail
|The EPL-DL-70LED-24-2XP Explosion Proof LED Dock Light is designed for use in hazardous locations, flammable facilities, as well as wet and marine environments. Equipped with an encapsulated transformer that steps down 110-260V AC input to low voltage 24V DC, the LED light offers 6,026 lumens of output. This LED lamp is mounted to a swing arm with two pivot joints for versatile positioning. **PLEASE NOTE: ANY FREE SHIPPING OFFERS DO NOT APPLY TO THIS HAZARDOUS LOCATION LIGHT FIXTURE** The EPL-DL-70LED-24-2XP explosion proof dock light provides 6,020 lumens of light output and features a step down transformer that takes 110-260V AC input and steps it down to low voltage 24V DC. This unit incorporates a 70 watt LED lamp assembly containing seven CREE XLamp MC-EÂ® ten watt LEDs producing 860 lumens each, and a copper-free cast aluminum housing with a thermoset powder coat finish. The shell, covers and sealed fittings are also made of copper-free aluminum. The lens is constructed of 3/4" thermal shock and impact resistant tempered glass and the housing contains threaded joints lubricated with non-drying lubricant. The LED lamp assembly has no filament and is thus highly resistant to damage from shocks or impacts, greatly reducing the chances of damage should the lamp be dropped or hit, unlike incandescent lamps which may break or shatter. The lamp is rated at 50,000+ hours of life, providing longer service life than typical halogen lamps.
LED Benefits: Unlike gas burning and arc type lamps that have glass bulbs, LEDs have no filaments or fragile housings to break during operation and/or transportation. Instead of heating a small filament or using a combination of gases to produce light, light emitting diodes (LEDs) use semi-conductive materials that illuminate when electric current is applied, providing instant illumination with no warm up or cool down time before re-striking. Because there is no warm up period, this light can be cycled on and off with no reduction in lamp life.
LED lights run at significantly cooler temperatures than traditional metal halide and high pressure sodium lights and contain no harmful gases, vapors, or mercury, making them both safer and more energy efficient. No extra energy is wasted in cooling enclosed work areas due to external heat emissions from bulb type lights, and the operator risks associated with traditional lighting methods, such as accidental burns and exposure to hazardous substances contained in the glass bulbs, are eliminated. In addition, LEDs are also safer for the environment as they are 100% recyclable, which eliminates the need for costly special disposal services required with traditional gas burning and arc type lamps.
Heat Management: Heat is the single largest factor in premature LED failure and color shifting. These LED units contain advanced drivers which use pulse width modulation to control heat buildup rather than simple voltage regulators which are typically harsh on sensitive electronics and can contribute to early LED failure. These units automatically sense the temperature of each LED and adjust the energy frequency or â€œduty cycleâ€ accordingly to maintain heat levels within acceptable ranges. This system in essence flashes current at an extremely fast on and off rate to each LED based upon the LEDâ€™s core temperature. This flash rate is too fast to detect with the human eye, but provides precise control of the current flowing to each LED and thus the heat it generates. This allows the LEDs to be driven at up to 100% capacity without overheating or visible loss of light output. The LEDs are always driven at the same voltage but the duty cycle, however, is changed to alter how long the LEDs are actually on or off. The end result is more light with less heat and longer LED life with an average 70% lumen maintenance after 50,000 hours.
Shipping and delivery Information
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