WOLF LED WORK LIGHT - RECHARGEABLE

PRODUCTS		ATEX WORKLITE
	ATEX Approved for Zone 1 explosive gas and dust atmospheres High power white LED beam with flood of lower level fringe light LED light source 'fitted for life', no bulb replacement required Long duration, up to 14 hours full power, 25 hours half power Robust durable stainless steel construction Locking pivot head Toughened glass lens with optional disposable lens guard Rechargeable high capacity battery, fully managed State of charge LED indication Downloads: * Leaflet (144kb)		Product Information The Wolf ATEX Worklite is a rechargeable high output LED floodlight, designed for use in harsh explosive atmosphere applications. It offers unique levels of light output, operational duration and robustness in a self contained battery powered lamp. The Worklite is ideal for use in remote applications for extended periods. The Wolf ATEX Worklite is CE marked to the 94/9/EC ATEX Equipment Directive, allowing use in Zones 1 and 2 potentially explosive gas, vapour, mist and dust atmospheres, where a T4 temperature class permits. Two Worklite models are available, the WL-85 with a 12 LED lamp head, giving over 1000 lumens output, and the WL-70 with a 6 LED lamp head, giving over 500 lumens output. Both models deliver a piercing 30° beam, combined with a flood of lower level fringe light. The LED light source has a 25,000 hour life, highlighting the low maintenance benefits of the Worklite range. The duration of both models is up to 14 hours on 'high power', switching to 'low power' extends duration to up to 25 hours. In addition to dual light output, the Worklite control circuit manages switch function, battery level indication, emergency powerfail illumination and low battery cut-off, maintaining and protecting the high capacity rechargeable sealed lead acid gel battery from deep discharge damage. The Worklite has a fabricated stainless steel construction, designed to withstand the rigours and corrosion expected in harsh industrial and offshore applications. The battery and control circuit are contained inside a box enclosure giving IP65 protection from ingress of dust and water jets. The anodised aluminium lamp head is also IP65 sealed and is designed as a heatsink for the LED light source. The lamp head has an impact resistant 6mm toughened glass lens for the light aperture. In shot blasting and painting applications the lens can be protected using a disposable antistatic lens guard (3 supplied). The LED lamp head can pivot and lock, allowing the light to be easily directed. The Worklite is supplied with a mains charger with state of charge indication, powered from 100 to 254Vac. Technical Specification WL-70 18W LED beam (approx 30°) Peak luminous intensity at 5m 120lux WL-85 36W LED beam (approx 30°) Peak luminous intensity at 5m 210lux tr> tr> Product reference WL-70 WL-85 Product description High Power Rechargeable Battery Worklite 6 LED 12 LED Code II 2 GD Ex e ib mb IIC T4 Ex tD A21 IP65 T135°C Apparatus standards EN60079-0, EN60079-7,EN60079-18, EN50020, EN61241-0, EN61241-1 Type of protection 'e' Increased Safety, 'ib' Intrinsic Safety, 'mb' Encapsulation, tD Enclosure Protection Area of classification (Gases) Zone 1 & 2, gas groups IIA, IIB, IIC Temp. classification (Gases) T4 Area of classification (Dust) Zones 21 and 22 Max surface temp. (Dusts) T135°C Ambient temperature -20°C to +40°C Certificate Sira07ATEX3027 Enclosure Material Stainless steel with aluminium LED lamp head Lens Toughened glass lens with optional anti-static lens guard Beam type Spot beam with a flood of low level fringe light Light Source: Type High power LED Power 6 x 3 watt LEDs 12 x 3 watt LEDs Output Up to 510 lm Up to 1020 lm Bulb Life 25,000 hrs plus (fitted for life) Power Supply: Pt. no. W-218 W-235 Cell Type Rechargeable battery, sealed lead acid gel Volts 12 Volts Capacity 18 Ah 35 Ah Life Up to 500 recharge cycles Low Battery Indicator Yes Light duration High up to 14 hrs Low up to 25 hrs Ingress protection IP65 to EN60529: 1992 Weight (inc. cells) 17 kg 21 kg Charger input 100-254 Vac Recharge Time 8 Hours 12 Hours Note: all information has been gathered under laboratory conditions, the user must regard the values given as approximate.