i-P65+ - Central Battery IP65 Safety Luminaire - High Power Bulkhead

The i-P65+ has been developed specifically for requirements in industrial environments. With a combination of high-efficiency LEDs and special optics, it provides optimum performance for a variety of applications. The housing construction features an IP65 protection rating and IK08 impact resistance, making it particularly suitable for ambient conditions in the industrial sector.

The photometric and electronic components including batteries are designed for reliable functionality with continuous ambient temperatures up to 40°C. The luminaires can, therefore, be reliably used in halls where machines or processes cause increased temperatures. Because of the high light output – also with battery operation – the i-P65+ is also suitable for high-risk areas.

Features and benefits:

• LED safety luminaire with high ingress protection class (IP65) for both indoor and outdoor use.
• Robust design (IK08) made from aluminium die-cast and impact-resistant polycarbonate.
• With wide-beam symmetrical lens with a near-square light distribution, i-P65+ L variant is suitable for illuminating large areas (spacing in both direction up to 22 m for E= 1lx and up to 31 m for E = 0.5 lx) and mounting heights up to 18 m.
• With narrow-beam reflector technology, the i-P65+ H variant is especially suitable for exit route lighting with high spacing up to 30 m and mounting heights up to 26 m.
• High lumen output ensures suitability for increased illumination levels such as min 15 lx for high risk task areas or applications with 10.8 lx acc. NFPA 101.
• With provisions for M20 cable entries on enclosure sides (three lateral and one at each end side) and BESA entry on rear.
• Minimum maintenance effort and increased safety via use of LEDs with high service life (up to 60 000 h).
• Shortened inspection effort due to CEWA GUARD technology.
• Automatic function monitoring for up to 20 luminaires per circuit.
• Reduced installation cost through STAR Technology.
• Freely programmable mixed operation, allowing the switching of luminaire modes within one circuit.