LED Mining Cap Light GLC12-A Corded - 25,000 Lux with SOS Rear Light
SKU:
A$248.00
A$248.00
per item
Key Features:
- Maximum Brightness: 25,000 Lux
- Working Mode Brightness: 15,000 Lux
- 1 Main Light + 2 Auxiliary Lights
- SOS Rear Safety Light Included
- Rear Light Power: 0.5 Watt
- Rear Light Colours Available: Red / Blue / Green
- Bright Mode Output: 348 Lumens
- Working Mode Output: 240 Lumens
- Rechargeable 10.4Ah Samsung Battery
- Rated Voltage: 3.7V
- Runtime:
- 15 Hours bright light
- 22 Hours working light
- Charge Time: 6 Hours
- Cable Length: 1.7M
- IP68 Waterproof Rated
- Anti-Explosive & Corrosion Resistant
- Flame Retardant German Bayer PC Housing
- Adjustable stainless steel mounting clip
- Weight: 650g
Added Safety Functions:
- Low Power Warning Function
- SOS Emergency Flash Mode
- Rear cable light for personal protection
Certifications:
CE, SAA, C-Tick, FCC, ATEX
Built for safety, endurance, and maximum brightness, the GLC12-A is an excellent choice for professionals working in demanding underground conditions. GST Included
LED Mining Cap Light GLC12-A Corded - 25,000 Lux with SOS Rear Light
Designed for underground mining, tunnelling, emergency response, and heavy-duty industrial use, the GLC12-A Corded Mining Cap Light delivers powerful illumination, long battery life, and enhanced worker safety. Producing up to 25,000 lux, this professional-grade cap lamp is built for users who need dependable visibility in harsh and hazardous environments.
Its corded battery system offers excellent runtime while balancing helmet weight for comfortable long-shift wear. The unit features 1 powerful main LED light, 2 auxiliary lights, plus an SOS rear safety light mounted on the battery cable for improved worker visibility in low-light environments.
Its corded battery system offers excellent runtime while balancing helmet weight for comfortable long-shift wear. The unit features 1 powerful main LED light, 2 auxiliary lights, plus an SOS rear safety light mounted on the battery cable for improved worker visibility in low-light environments.
