Fast emergency switch-over (<0.5s) for high-task areas
Wall, ceiling, chain and rod mounting (with Rod Mount Kit)
Long life electronics
8 years design life at max. ambient
High Quality Lithium battery (LiFePO4) and smart charger
Standalone (SPU)
Self test (AS2293/ IEC62034
IEC62386 over IEC62386-104
Wireless monitoring via Ektor Lynk
MECHANICAL
Body Material
Polycarbonate
Diffuser Material
Polycarbonate
Fitting Colour
White / Black
Installation Type
Wall or Ceiling
IP Rating
IP20
ELECTRICAL
Electrical Rating
Class II
Input Frequency
50 Hz
Input voltage
230Vac
In Australia the Input voltage is defined as 230Vac -6%/+10%. This effectively means that the voltage range of these products are 216Vac - 253Vac or 240V +6%
Maximum Wattage
2.5 W
Standby Power
1.9 W
Standby power for non-maintained/switched maintained emergency devices is measured when the light is off and the charger is in standby mode. For maintained emergency devices, standby power is measured when the light is on and the charger is in standby mode. Typically, charging occurs for the first 16 hours after the device is powered or after a battery discharge.
Working Temp Range
0 to 40 °C
EMERGENCY (EM SUFFIX)
Replacement Battery Code
13972
Emergency Classification
C0:D6.3, C90:D6.3 (White)
Emergency Control
IEC62386-104 (Wireless DT1)
IEC62386-104 ~ Supports wireless test and monitoring over IEC62386-104 using IEC62386-202.
Decal Size
300 x 150 mm
Emergency Duration
90 mins
Emergency Light Source Life
56Y/06M(White) 26Y/07M(Black)
AS2293.3-2018 Projection of Light source life for LED Exit signs (appendix E) Defines the projected time until the surface luminance falls below the minimum required surface luminance for an exit sign.
Emergency Mode
Maintained
Emergency Output Power
600 mW
Viewing Distance
24 m
COLOUR TEMPERATURE
LED Wattage
0.6 W
DRIVER
Dimmable
No
Driver Included
Yes
Driver Type
Wireless (IEC62386-104) with DT1
Wiring Type
Re-wireable terminal block (3 pin)
COMPLIANCE
Product Design Life
8 years
The product design life relates to the total product life which includes LEDs, drivers and the enclosure. This is different to the LED lifetime which only refers to the economical lifetime of the LEDs at which time the lumen output has dropped below the L Value. The product design life is calculated at the maximum ambient or working temperature of the product and takes into account the Daily Use.
