Wolf Safety Lamp H-251ALED
Wolflite® H-251ALED rechargeable LED safety handlamp has been CE marked in compliance with the 2014/34/ EU explosive atmospheres ATEX directive and UKCA marked in compliance with UKSI 2016/1107 UKEX Statutory Instument, for use in a wide range of potentially explosive gases, vapours, mists and dusts.
Extremely robust and reliable, it is ideal for use in harsh, hazardous area environments. The scratch and impact resistant lens is made from 6mm toughened glass, and the body and lens ring are moulded in highly resilient thermoplastic material to withstand the drops and impacts expected from heavy industrial use – even at sub-zero temperatures.
LIGHT OUTPUT/DURATION/POWER
- New long life LED light source with 210 lumens measured at source
- 18 hrs battery life from a single charge
CERTIFICATION
- Certified for ATEX, IECEx & UKEX. Zones 1, 2, 21 and 22
- CE and UKCA marked
- -10°C to +40°C temperature ambient
- T4 temperature class
- IP66 ingress protection
FEATURES
- LED light source gives increased light output and battery duration
- Emergency illumination function illuminates the handlamp if power to the charger fails, highlighting the escape route
- Deep discharge protection protects the battery for permanent damage
- Robust anti-static thermoplastic lamp enclosure
- For use with C-251HV/LV Chargers
- Suitable for cyclic and short term standby applications (for long term see Wolflite XT LED Rechargeable Handlamp and Rechargeable Torch)
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Wolflite® H-251ALED rechargeable LED safety handlamp has been CE marked in compliance with the 2014/34/ EU explosive atmospheres ATEX directive and UKCA marked in compliance with UKSI 2016/1107 UKEX Statutory Instument, for use in a wide range of potentially explosive gases, vapours, mists and dusts.
Extremely robust and reliable, it is ideal for use in harsh, hazardous area environments. The scratch and impact resistant lens is made from 6mm toughened glass, and the body and lens ring are moulded in highly resilient thermoplastic material to withstand the drops and impacts expected from heavy industrial use – even at sub-zero temperatures.