Rechargeable ATEX explosion-proof LED flashlight

The ELP-ExMP31R is an intrinsically safe, rechargeable explosion-proof torch that uses a lithium battery module for power supply, which is environmentally friendly. It is suitable for ATEX zones 1/2 and 21/22. The shell is made of high-performance nylon, which is permanently anti-static, lightweight, drop-resistant, impact-resistant, corrosion-resistant, oil-resistant, and aging-resistant. It has an IP66/67 protection rating and many user-friendly designs. It can also switch power modes through the alkaline battery module to meet emergency power needs.

• IECEx, ATEX certifications,
• Ex marking (explosion-proof) IECEx: Ex ib IIC T4 Gb; Ex ib IIIB T1 30° Db ATEX: ExI M2 Ex ib I Mb, ExII 2 G Ex ib IIC T4 Gb; Ex Il 2 D Ex ib IIIB T1 30° Db
• Use Zone II 1/2, and Zone III21/22
• Ambient working temperature -40°C≤,Ta≤, +55°C
• IP66/67 protection
• Correlated Color Temperature 6500K (Kelvin)
• Luminous flux ≥ 220lm (high mode), ≥ 110lm (working mode), ≥ 110lm (SOS mode)
• Runtime ≥ 9h (high mode), ≥13h (working mode)
• Beam distance ≥ 177m (high mode) ≥ 125m (working mode)
• Battery Type 1850 Lithium Battery (IEC 61233, IEC 61960)
• Battery capacity 3.6\/, 3500mAh
• Size
• Length 125.5mm Width 57.5mm
• Charging time ≤5h
• Charging operation red for charging, green for full charge.
• Charging base 2 AC 100-250V /0.5A charging ports and a matching built-in charging port at the bottom
• Charging supports Charging base + adapter
• 500 recharge cycles
• Lifespan 50,000h (without battery)

Advantages of the ATEX rechargeable explosion-proof LED flashlight torch

• ATEX and IECEx certifications.
• Intrinsically safe design*.
• Antistatic materials.

Fields of application:

• Industries at risk: oil and gas, chemicals and mining.
• Emergency services: firefighters and rescuers, confined spaces search and rescue.
• Industrial maintenance : installations in explosive environments, Inspections and repairs in hazardous areas.
• Other environments: tunnels and sewers, storage of flammable products.

*Intrinsic safety is a protective technique used in explosive environments where flammable gases or dust may be present. It aims to limit the electrical and thermal energy of equipment so that it cannot cause sparks or reach temperatures high enough to trigger an explosion.