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DOWNLIGHT LED DIMMABLE TRI COLOUR 35W 280MM CUT 230-260MM WH
Product Specifications
Ordering Code:200050258
Mfr Code:AT9048/WH/TRI
Brand:ATOM
Product Features
- High efficient LED array
- Ideal for residential and commercial applications
- Recessed diffuser design
- Phase-cut dimmable
- Tri-CCT selectable
- Adjustability Fixed
- Body Material Aluminium
- Diffuser Material PMMA
- Product Finish Powdercoated
- Fitting Colour White
- IC Rating Do not cover
- Installation Type Recessed
- IP Rating IP54 Front Face Only
- Electrical Rating Class II
- Input Frequency 50 Hz
- Input voltage 230Vac
- Maximum Wattage 35 W
- Switch Type Inline
- Working Temp Range -20 to 40 C
- Macadam Steps (SDCM) 5-step MacAdam Ellipse
- Beam Angle 90
- CCT Configuration TRI-CCT
- Colour Rendering Index (CRI) >80
- Lamp/LED Current 900 mA
- Lamp/LED voltage 36 V
- TM-21 Test Hours 9000 hrs
- Colour temperature
- Warm White (3000 K) 3960 lm
- Cool White (4000 K) 4320 lm
- DayLight (5700 K) 4200 lm
- Dimmable Yes
- Driver Included Yes
- Integrated Driver No
- Driver Mode Constant Current
- Driver Type Dimmable ( Phase cut)
- Flex & Plug or Lead Length 600 mm
- Wiring Type Re-wireable Flex & Plug (2 pin)
- Ipart Approval Yes
- REES Approval Yes
- VEU Approval Yes
Additional Information
35W Commercial LED downlight with dimmable driver Tri-colour
The performance of each component of a luminaire is demonstrated through its efficiencies, which together determine the total system efficiency of the product. The output of the LED chip is first multiplied by the optical and thermal efficiencies to calculate the Luminaire efficiency. However, this calculation does not consider the driver efficiency. To determine the overall efficiency of the system, the Luminaire efficiency must be multiplied by the driver efficiency, which accounts for all losses in the system.
The performance of each component of a luminaire is demonstrated through its efficiencies, which together determine the total system efficiency of the product. The output of the LED chip is first multiplied by the optical and thermal efficiencies to calculate the Luminaire efficiency. However, this calculation does not consider the driver efficiency. To determine the overall efficiency of the system, the Luminaire efficiency must be multiplied by the driver efficiency, which accounts for all losses in the system.