500 Watt Work Area LED Light Tower - Quadpod Mount - 7-12' Height - Temporary Construction Lighting

500 Watt Work Area LED Light Tower - Quadpod Mount - 7-12' Height - Temporary Construction Lighting(-60° Flood-5-15 Straight). Made in Texas The WAL-QP-500LTL-LED-100 Quadpod Mounted LED Work Area Light from Larson Electronics produces 60,000 lumens and is equipped with 100 of SOOW cable. This LED light tower is designed for portability and durable operation and ideal for use in demanding conditions. *PLEASE NOTE: ANY FREE SHIPPING OFFERS DO NOT APPLY TO LIGHT MASTS, LIGHT TOWERS, OR QUADPODS* The WAL-QP-500LTL-LED-100 is a quadpod mounted work area LED light and provides 60,000 lumens of light output. Forty-eight CREE high output LEDs producing 1250 lumens each are arranged in rows and paired with PMMA high purity optics to produce a well focused 25° wide spot beam that is ideal for providing far reaching concentrated illumination while still covering a substantial amount of area. We also offer optional optics with 10° spot, 38° narrow flood, 60° flood, and 90° wide flood beam spreads. The spot beams are tightly focused and are designed for high elevation mounting to achieve distance, making spot versions ideal for high mast and spots lighting. The flood beams are designed to provide more light over a larger area nearer the fixture, making flood versions ideal for use as dedicated work and area lights. This portable LED light is comprised of an adjustable LED light head mounted atop a four leg quadpod fabricated from powder coated aluminum. This adjustable and collapsible quadpod can be extended to twelve feet, collapsed to seven feet, and includes solid wheels allow the operator to tilt the unit back and simply roll the entire assembly to a new location when fully deployed. The LED light fixture assembly can be removed by releasing the hand knob and sliding the light and mounting bracket off of the center support while the legs can be collapsed, aiding in deployment, storage and transport. The lamp can be easily adjusted vertically and