GIZA

This rectangular wall or ceiling mounted sconces with UV stabilised high impact opal acrylic diffuser. A range of die-cast aluminium and extruded bulkhead luminaires offered in three style variants. Available as an emergency lighting variant - they are suitable for both interior and exterior applications.


Ideal solution for commercial developments.

LM 6 die cast aluminium.

Wall or ceiling mounted.

IP65.

SPECIFICATIONS

MODEL NUMBER :
GIZA
GIZA EYELID
GIZA PLATEAU

HOUSING : LM 6 die cast aluminium.
LIGHT SOURCE : The fitting is designed to operate a range of  LED's up to 27W.
DIFFUSER : UV stabilised high impact opal acrylic.
FINISH : Powder coated.
MOUNTING : Wall mounted or ceiling mounted.
CONTROL GEAR : The electronic supply is suitable for operation with 220 – 240 volts. 50 hertz single phase.
FASTENERS : All external screws are stainless steel.
GASKET : Silicone sponge gasket. Silicone gaskets perform in a wide temperature range -40° C to +200° C.
INGRESS PROTECTION : IP 65.
MECHANICS : Operating Temperature (Ta) ≤ 35° C
Weight : Giza - 2 Kg total including control gear.
Giza Eyelid - 2.7 Kg total including control gear.
Giza Plateau - 2 Kg total including control gear.
FEATURES : Emergency gear available on request.

COLOURS
LIGHT SOURCE

GIZA & GIZA PLATEAU - LED ZHAGA BOARDS

LED CURRENT (mA)NOMINAL WATTAGE (W)COLOUR TEMP (K)NOMINAL FLUX (lm)
700mA27W4000K3803 lm
3000K3537 lm

GIZA EYELID - LED ZHAGA BOARDS

LED CURRENT (mA)NOMINAL WATTAGE (W)COLOUR TEMP (K)NOMINAL FLUX (lm)
700mA13W4000K2009 lm
3000K1868 lm

LED 

VOLTAGE (V)NOMINAL WATTAGE (W)COLOUR TEMP (K)NOMINAL FLUX (lm)
220V15W4000K2098 lm
3000K1951 lm

LIGHT DISTRIBUTION

 

APPLICATION AREAS
  • Indoor or outdoor application.
  • Commercial developments.
  • Retail developments.
  • Shopping malls.
  • Public buildings.
  • Residential developments.

Giza bulkhead    Giza eyelid bulkheadiza plateau bulkhead

TECHNICAL
INSTALLATION INSTRUCTIONS
  Installation Instructions available on request
CERTIFICATIONS

bulkheadsIP65LED   SABS approved