CCG luminaire

Lumenova

Garage LED luminaires

State-of-the-art design combined with state-of-the-art LED technology characterizes the product “CCG”. This is the ideal solution for the lighting of indoor and outdoor areas with low construction height, such as underground garages, car parks, etc. The “CCG Smart” is designed for the efficient lighting of parking areas, wherever there is an increased need for security.

The additional, special filling of the light housing with inert gas (argon) prevents condensation inside, and therefore a longer life of the LEDs can be guaranteed. The SLC core chip is integrated into the “CCG” light. This allows the user to read out the energy data and to dim 0-100%. The wireless data transmission provides the convenience of a simple operation for various application settings and presettings. The “CCG Smart” is also available with optional motion sensors.

GENERAL PROPERTIES

Application Underground parking, parking garage, porch roofs, logistic enters, warehouses and factory workshops
Suggested mounting height 2.5–5 m

FOTOMETRIE

Number of LEDs 6
Luminous flux up to 2900 lm
Efficiency up to 83 Im/W
Colour temperature 4000 K (optional 3000 K
and 5000 K)
CRI ≥ 75
Optic 6 lenses
Light diffusion asymmetrically
Photobiological safety Class 2

TECHNICAL PROPERTIES

System power 35W at max. lighting current
Power supply 90-290 VAC; 47-63Hz
Burden on individual LED max. 5,8 W
Reduction possibility Continuous dimming 0-100%
Overvoltage protection up to 3,75kV, optional up to 10kV
Connecting cable Type H07 with 4 wires, L= 250
Lifetime > 100.000h
Energy class A+

MECHANICAL PROPERTIES

Housing Aluminum alloy, with a cover out of PMMA, hermetically sealed, filled with argon
Protection class IP 65
Mechanical durability IK 08
IP65 IK08 class II SMART
LINK
ISO 14001:
2004
ISO 9001:
2008
A+ Ar

 

Contact

What is the sum of 7 and 9?

BECOME OUR PARTNER

Manufacturers worldwide are always welcome and find a competent contact person.

BECOME OUR PARTNER

For a better user experience and traffic analysis we avail cookies. By visiting this page you automatically agree to the terms of use. Details

Web Cookies