HL 12 EX rechargeable Set
Product description
Hand lamp with power LED. Explosion proof hand lamp with power LED in angle form, very bright and extremely lightweight; lithium ion rechargeable battery included in the delivery. Two light levels and flashing mode, certified for all gases and dust. Rechargeable in 100 V – 230 V AC, 12 V DL and 24 V. The rechargeable battery and retaining clip can be replaced by the operator. Inspected according to EMC provision and is permitted for use in vehicles. With a low weight of approximately 280 g, the HL12 EX can be used with comparable hand lamps. The charging station from the HL 25 EX can be used; these may be delivered with 1-5 times. Also available in battery version.
Product description
Hand lamp with power LED. Explosion proof hand lamp with power LED in angle form, very bright and extremely lightweight; lithium ion rechargeable battery included in the delivery. Two light levels and flashing mode, certified for all gases and dust. Rechargeable in 100 V – 230 V AC, 12 V DL and 24 V. The rechargeable battery and retaining clip can be replaced by the operator. Inspected according to EMC provision and is permitted for use in vehicles. With a low weight of approximately 280 g, the HL12 EX can be used with comparable hand lamps. The charging station from the HL 25 EX can be used; these may be delivered with 1-5 times. Also available in battery version.
Technical specifications
Article no. | 449521 |
Lamp: | Power LED |
Brightness: | approx. 200 / 55 lumen |
Range: | up to approx. 200 m* |
Lithium ion rechargeable battery: | 3,7 V – 2500 mAh |
Charging time: | approx. 4 h |
Protection class: | IP 67 |
Temperature class: | T4 |
Three switch levels: | 2 light levels + flashing mode |
Operating time: | approx. 5h / 11h Capacity display |
Weight: | approx. 280 g (extremely |
Dimensions in mm: | 61 x 90 x 200 |
Explosion zone: | 1, 2, 21 und 22 |
*Luminous flux (lumen) or maximum range (meter) measured when turning on with a set of new batteries. These are average values that may deviate by +/- 10% due to component tolerances.