Manufacturer

kanlux

Type

Emergency light

Protection class

II

Color

Withe

Height

13 mm

Material

Plastic

Voltage

230 V

Watt

2 W

Luminous flux - lumen

260 lm

Light color

cool white

Color temperature

5000 K

Consumption kWh/1000h

2

Area of Application

Indoor

Diameter

90 mm

Weight

260 g

IP protection class

IP 20

Frequency

50 Hz / 60 Hz

UVP 183,85 €
-45%
99,28 €
plus 19% tax, plus shipping
(Gross price 118,14 €)
Downloads & datasheets

Product description Kanlux LED emergency light ONTEC C

Kanlux LED Emergency Light ONTEC C

Kanlux LED emergency light ONTEC C is a reliable and effective solution for emergency and panic lighting in public places. It is equipped with a LiFEPO4/C rechargeable battery that provides a voltage of 6.4V.

The operating mode of the emergency light includes both emergency mode and power switch to allow flexible use. The LED SMD diodes used provide bright and energy-saving illumination.

The Kanlux ONTEC C emergency light offers an operating time of 1 hour in emergency mode, so you have enough time to orient yourself and find the escape route in case of emergency. The ambient temperature range for operation of the luminaire is between 10°C and 35°C.

The protection class against electric shock is II, which ensures additional safety. The color temperature of the LED emergency luminaire is cool white, which provides good visibility and contrast of escape route markings and the escape route.

Rely on the Kanlux ONTEC C LED emergency luminaire to ensure a safe and well-lit environment in public spaces. The use of high-quality materials and reliable LED technology make it an excellent choice for emergency and panic lighting situations.

Escape routes are to be equipped e.g. in all public buildings, business premises, hotels, museums and many other buildings with a safety lighting, if with failure of the general lighting the safe leaving of the place of work is not ensured. Kanlux offers you here a few variants (color, language) so that in an emergency situation a sufficient orientation for the building evacuation can take place.