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Buy American Compliant The LEDP10W-120E LED Light Bar is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. 10,320 lumen light output with low voltage and amp draw, 50,000 hour service life and 9 to 46 volt…

Buy American Compliant The LEDP10W-120ET LED Light Bar is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. 10,320 lumen light output with low voltage and amp draw, 50,000 hour service life and 9 to 46 volt…

Buy American Compliant The LEDP10W-120ET-ASM Trunnion Mount LED Light Bar with Anti-Shock Absorbers is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. 10,320 lumen light output with low voltage and amp draw, 50,000…

Buy American Compliant The LEDP10W-120ET-M from Larson Electronics is a LED Light Bar that is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. The 10,320 lumens of light output with low voltage and amp draw, 50,000…

Buy American Compliant The LEDP10W-120X2E LED Light Bar is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. 10,320 lumen light output with low wattage and amp draw, a 50,000 hour rated service life and 9 to 48 volt…

Buy American Compliant The LEDP10W-120X2ET LED Light Bar is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. 10,320 lumen light output with low wattage and amp draw, a 50,000 hour rated service life and 9 to 46 volt…

Buy American Compliant The LEDP10W-120X2E-C LED Light Bar is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. 10,320 lumen light output with low wattage and amp draw, a 50,000 hour rated service life and 9 to 48 volt…

Buy American Compliant The LEDP10W-120X2E-IR LED Infrared Light Bar offers high infrared light output in a light weight, durable, low profile housing combined with versatile mounting and power options. This IP67 rated infrared LED light bar is waterproof to one meter and produces 3,600mW of infrared…

Buy American Compliant This unit is for rentals. Please scroll down for rental rates The RNT-LEDP10W-120X2E LED Light Bar is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. 10,320 lumen light output with low wattage…

Buy American CompliantThe LEDP10W-120ET-M-50-1227 from Larson Electronics is a Magnetic Mount LED Light Bar that is ideal for a wide variety of uses including equipment, vehicle, military, law enforcement and industrial manufacturing applications. The LEDP10W-120ET-M-1227 offers 10,320 lumens of…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the ITX-50 is well suited as it would run at under 75% capacity…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the MMT-IDR-240V-20A-48V is well suited as it would run at under…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the ITX-83 is well suited as it would run at under 75% capacity…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 240 watts divided by 12 volts is 20 amps. This would mean the DCP-40 is well suited as it would run at 50% capacity to…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 42 volts is 2.86 amps. This would mean the DCP-16-42V is well suited as it would run at under 50%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 42 volts is 2.86 amps. This would mean the DCP-16-48V is well suited as it would run at under 50%…

…divide this total by 16 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 160 watt LED lights, 160 watts divided by 16 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 240 watt LED lights, 240 watts divided by 12 volts is 20 amps. This would mean the DCP-24x12-20A-WP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-25-DP-HD is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-25-HD is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 24 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 24 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 240 watts divided by 12 volts is 20 amps. This would mean the DCP-480V-40-12V is well suited as it would run at 50%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 240 watts divided by 12 volts is 20 amps. This would mean the DCP-250VDC-40-12V is well suited as it would run at 50%…

…divide this total by 24 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 24 volts is 5 amps. This would mean the DCP-16-DP is well suited as it would run at under 75% capacity…

…divide this total by 24 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 5 amps. This would mean the DCP-16-DP is well suited as it would run at under 75% capacity…

…divide this total by 24 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 24 volts is 5 amps. This would mean the DCP-16-DP is well suited as it would run at under 75% capacity…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-12V is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 240 watts divided by 12 volts is 20 amps. This would mean the DCP-25 is well suited as it would run at 75% capacity to…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 240 watts divided by 12 volts is 20 amps. This would mean the DCP-25 is well suited as it would run at 75% capacity to…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-DP-HD is well suited as it would run at under 75%…

…divide this total by 12 volts to find the total amperage draw that will be placed upon the converter. For example, if you are using two of our LEDP10W-120E 120 watt LED lights, 120 watts divided by 12 volts is 10 amps. This would mean the DCP-16-20C-DP is well suited as it would run at under 75%…