27W Explosion-proof High-intensity Work Light
Feature
Chinabozz explosion-proof lifting work light features a 27W high-brightness LED, 1.2-meter adjustable height, 10Ah long battery life, and is portable with multiple carrying methods, suitable for all scenarios of railway and power emergency repair and rescue.
Product Overview
Chinabozz explosion-proof high-intensity work light, 27W high-brightness LED, 1.2-meter adjustable height, 10Ah long battery life, portable and can be carried in multiple ways, suitable for all scenarios of railway, power repair and emergency rescue.
Product Features and Advantages
High-efficiency intelligent lighting
It uses internationally renowned brand LED light sources with a lifespan of up to 100,000 hours, high luminous efficiency, and requires no maintenance; it is equipped with a three-level telescopic lifting rod, which can be raised up to 1.2 meters, and the lamp head can be adjusted up and down, left and right at multiple angles to achieve all-round, blind-spot-free lighting.
Long-term safe power supply
Equipped with a 14.8V/10Ah high-capacity lithium battery, it boasts a long cycle life and low self-discharge rate. It offers 12 hours of continuous use under normal conditions and 10 hours in high-light mode, with a charging time of ≤8 hours. Utilizing intelligent chip control, it features overcharge, over-discharge, and short-circuit protection, ensuring safety and reliability.
Portable and durable design
Compact in size and weighing only 7kg, it features an alloy shell that resists strong impacts and shocks, is waterproof and durable, and supports three carrying methods: pushing, hand-carrying, and backpacking. The bottom can be fitted with rail wheels, making it suitable for complex environments such as railway operations.
Humanized control
The light features two modes: high beam and working beam, allowing for easy switching between strong and weak light. It is equipped with a real-time battery status display, making operation simple and easy, and meeting the needs of long-term operation.
