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83022 LED, Exit or SL, Single-sided, 23 m

  • Light source: LED
  • Protection class 1
  • Degree of protection: IP65
  • According to EN1838
  • With STAR Technology
  • With STAR Plus Technology
83022 LED, Exit or SL, Single-sided, 23 m

The 80000 LED CG-S escape luminaire series fulfils protection rating IP65, and with UV-resistant materials and an especially tough construction is ideal for use in outdoor areas and areas with high soiling.

Documents
Data sheet (874 KB) (PDF)
Tender text (16 KB) (VND.OPENXMLFORMATS-OFFICEDOCUMENT.WORDPROCESSINGML.DOCUMENT)
Lighting data (.ldt) (600 bytes) (ZIP)
Images
Download file (384 KB) (JPEG)
Luminous flux Φnom 620 lm
Luminous flux ΦE/Φnom at end of rated operating time 100 %
Housing material Aluminium diecast, PC
Housing colour White sim. RAL RAL 9010
Weight 2.2 kg
Type of mounting Wall and ceiling mounting
Terminals 2 x 3 x 2.5 mm²
Connection voltage 220 - 240 V AC, 50/60 Hz, 176 - 275 V DC
Power consumption mains operation (apparent power/effective power) 11.2 VA / 10.0 W
Permissible ambient temperature -20 °C to + 40 °C
Current consumption - battery operation (220 V) 48 mA
Light source LowPower LEDs 42 x 180 mW, 4000K
Degree of protection IP65
Insulation class l

 

Features

  • Square safety and escape route luminaire with LED technology with high protection class (IP65) for indoor and outdoor use
  • Robust construction from aluminium diecast with powder coating (UV stabilised)
  • High impact resistant (IK08) diffuser made of UV stabilised polycarbonate
  • Two waterproof cable infeeds (IP65) and double terminal for through-wiring
  • Up to 17 m from luminaire to luminaire for escape route and wide area illumination
  • Minimum service requirement due to high service life of the LEDs (up to 50,000 hours)
  • Shortened inspection effort due to CEWA GUARD technology
  • Automatic function monitoring of up to 20 luminaires per circuit
  • Reduced installation expenditure with STAR technology
  • Freely programmable mixed operation of the switching modes per luminaire in one circuit