Equipped with a 1080P full HD camera, this headlamp records clear, high-resolution video of inspection processes, providing objective evidence for safety compliance and accident investigation—solving the problem of insufficient evidence collection in traditional mining inspections. It features an explosion-proof rating of Ex ib I Mb, certified by ATEX and China MA, ensuring it can be used in explosive gas environments without igniting flammable mixtures. The 32GB built-in storage plus expandable MicroSD slot (up to 128GB) allows for up to 24 hours of continuous video recording, meeting the needs of long-term inspection missions. It offers four lighting modes (high/medium/low/strobe) and supports simultaneous lighting and video recording, with a runtime of 10 hours in high brightness + camera mode. The IP67 waterproof and dustproof rating ensures it can withstand harsh underground environments, and the adjustable headband provides comfortable wear during extended inspections.
The camera-enabled mining inspection headlamp has a dimension of 120mm (L) × 90mm (W) × 55mm (H), with a net weight of 350g, balancing functionality and portability. It is powered by a 6000mAh lithium iron phosphate battery, delivering 1600 lumens of cool white light (6500K) in high mode, 700 lumens in medium mode, and 250 lumens in low mode. The camera records 1920×1080P video at 30fps, with a 120-degree wide-angle lens to capture a full view of inspection areas. The runtime is 10 hours in high brightness + camera mode, 20 hours in medium mode, and 60 hours in low mode. It supports Type-C fast charging, with a full charge completed in 3 hours, and is compatible with 110V-220V power supplies. The headband is adjustable from 50cm to 80cm, and the housing is made of high-strength engineering plastic with an explosion-proof seal. It has passed ATEX, MA, and IP67 certification tests, meeting global mining safety standards.
This headlamp is exclusively designed for explosive gas environments, including coal mines, metal mines, and petrochemical underground facilities. It is ideal for safety inspections by mining management personnel, regulatory inspections by government agencies, and accident investigation missions. In coal mine safety inspections, it records video of gas detection, equipment maintenance, and compliance checks, providing objective evidence for safety audits. During accident investigations, the high-resolution video helps identify the cause of accidents such as cave-ins or equipment failures. In emergency rescue missions, it records rescue processes for post-mission analysis and training. It can also be used in non-explosive underground engineering projects such as subway tunnel construction to record inspection processes and ensure compliance with safety standards.
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