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Solar-powered LED Light Cart - Lithium-ion Battery Pack, Day/Night Photocell - Knock-over Pole
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New $20,520.00
Product details
| Management number | 205895140 | Release Date | 2025/11/02 | List Price | $6,156.00 | Model Number | 205895140 | ||
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Specifications / Additional Information
| WAL-MCK-SPXL-2XP40E-V1 Portable Pole-mounted Solar LED Light on Cart | Features |
| Lamp Type: Solar CREE XLamp MC-E® LED | 7.75' to 11' Knock-over Pole w/ Multiple Set Heights |
| Lamp Dimensions: 4.68"-L x 4.30"-H x 3.5"-D  | Fast Average Current Control |
| Solar Panel Dimensions: 64.9"L x 39.1"W x 1.38"H | Programmable Off-time Switching |
| Pole Height Dimensions: 7.75' to 11' | Linear/PWM Dimming Input |
| Weight: - | Short Protection w/ Skip Mode |
| Voltage: 12V DC | Enclosure Holds Batteries/Charge Controller |
| Battery: 200aH Lithium-ion Battery Pack | Day/Night Photocell |
| Runtime: 3-5 Days - (5 days @ 8hrs / day - 3 days @ 12hrs / day) | |
| Charging Time - | |
| Total Watts: 40W | |
| Lumens: 3,440 lms | |
| Luminous Efficacy: - | |
| LED Lamp Life Expectancy: 50,000+ Hours | |
| Color Temp: 6000K | |
| Color Rendering Index: - | |
| Beam Angle: 20° Spot or 40° Flood | |
| Lighting Configuration: Spot (450`L x 70`W) or Flood (140`L x 120`W) Beam | |
| Flood Beam: Lux @1 meter= 8,950 @3 meters= 1,225 | |
| Spot Beam:Lux @1 meter= 13,750 @3 meters= 1,850 | |
| Optics Efficiency: 90% | |
| Power Factor: - | |
| Sensor: Day/Night Photocell | |
| Controls: On/off Switch | |
| Amperage: 3.34A @ 12V DC, 1.68A @ 24V DC | |
| Operating Temp Range: - | |
| Materials: Aluminum, Polycarbonate Lens | |
| Mount: Knock-over Pole w/ Adjustable Top-located Bracket (Light), Aluminum Cart w/ (2) Wheels and Handle | |
| Wiring: Deutsch IPD / LADD DT04-2P Connector | |
| Light Housing Color: Black |
| The Larson Electronics WAL-MCK-SPXL-2XP40E-V1 Portable Solar-powered LED Light Cart is ideal for equipment, vehicle, military, law enforcement and industrial manufacturing applications and remote areas requiring an elevated light source. A 300-watt solar panel with a lithium-ion battery pack provides power to the knock-over pole mounted LED lamp, which is connected to a day/night photocell for automatic operation. The entire system is secured to a portable aluminum cart with wheels and a sturdy handle for mobility around work sites. The WAL-MCK-SPXL-2XP40E-V1 offers solar-powered, portable lighting solutions for remote facilities. This cart-mounted system is equipped with a 300-watt solar panel, lithium-ion battery pack, charge controller and an LED lamp with day/night photocell secured on a knock-over pole. During use, the knock-over pole can be extended to 11` and collapsed to 7-3/4`. Multiple height set points are available between maximum and minimum heights for accurate light placement. Solar Panel/Batteries: The WAL-MCK-SPXL-2XP40E-V1 is powered by a lithium-ion battery pack, which is recharged by a 300-watt solar panel. These rechargeable batteries provide a continuous supply of steady, reliable power. A heavy-duty enclosure houses the batteries, a manual on/off switch and charge controller components. As with all solar powered equipment, charging time is affected by the amount of available ambient light. Indirect sunlight and low ambient light levels, such as on cloudy days, will extend the charge time. LED Light: The LED light produces 3,440 lumens of bright light while drawing only 40 watts @ 3.35 amps from a 12 volt electrical system. Four CREE XLamp MC-E® ten watt LEDs producing 860 lumens each are arranged in two rows and paired with high purity optics to produce a 20 degree spread spot beam approximately 325’ long by 75’ in width. We also offer floodlight versions with a 40 degree beam spread to provide more light over a larger area nearer the fixture, making flood versions ideal for use as work lights. These LED light bars are waterproof to 3 meters, sealed against intrusion by dust and dirt and very ruggedly constructed to withstand the most demanding environments, conditions and applications. An integral Pulse Width Modulation controller, small profile, low power requirements, high durability and versatile mounting system makes these LED light emitters a superior lighting solution for a wide array of applications including but not limited to: military, industrial manufacturing, machine visioning, security and law enforcement, boating, vehicles and commercial structure illumination. | |||||||||||||||||||||||||||||
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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 “duty cycle†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 LED’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.
PWM Control: The pulse width modulation drivers in this unit also provide secondary benefits through the ability to tap into a provided input wire with an external pulse generator and adjust the duty cycle of the current being applied to the LEDs. Thus you can connect an external dimmer, switch or pulse control and adjust the perceived output of the light, effectively causing the light to flash, dim or brighten to the desired levels.
Additionally, this method of controlling light output results in a corresponding drop in amperage draw, so if the duty cycle is cut back to 50% there will be a matching 50% reduction in amperage draw. These units are also able to monitor and adjust input current to maintain the correct LED voltage levels regardless of input levels across a specific range. These LEDP10W series light bars can operate on current ranging from 9 to 46V DC without any modifications necessary as a result. This ability to sense and adjust input current also provides protection against voltage spikes and drops that can occur in vehicle electrical systems which would otherwise result in burning up or premature LED failure without it.
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