Products

Products

Partner catalogues

Documents

Product description
  • Long life-time
  • Built-in, constant current LED module
  • Re-workable push-in terminals enabling easy connection
  • Compliance and approval : ENEC,CE
  • 4C- four connectors for parallel system, also recognized as a low voltage system -SELV
  • Available CCT from 2200K to 6500K and CRI 80, 90 and 95
built_in hv ce enec zhaga

Downloads

Type Name File type Size Date
Leaflet Linear LED modules 550lm_per_1ft 4C 2020-06-02.pdf PDF 1.8 MB 02-06-2020
CAD files Linear LED modules 550lm_per_1ft 4C 2019-11-20.zip ZIP 889 kB 04-03-2020

Optimum CRI 80

Product name Ordering code Colour
temperature
Nominal
current
Performance
temperature
Luminous flux * Voltage * Power * Efficiency * Maximum
current
[K] If nom [mA] Tp [°C] Φ [lm] Vf [V] P [W] [lm/W] If max [mA]
LinLED 560x20mm 1100lm 830 4C 36V Opt G2 1010 117 33046 3000 185 45 1053 34 6.2 169 450
LinLED 560x20mm 1100lm 840 4C 36V Opt G2 1010 117 33146 4000 185 45 1106 34 6.2 177 450

* At nominal current and Tp
Tolerance range for optical and electrical ±10%

Optimum CRI 90

Product name Ordering code Colour
temperature
Nominal
current
Performance
temperature
Luminous flux * Voltage * Power * Efficiency * Maximum
current
[K] If nom [mA] Tp [°C] Φ [lm] Vf [V] P [W] [lm/W] If max [mA]
LinLED 560x20mm 1100lm 930 4C 36V Opt G2 1010 117 40546 3000 210 45 1035 34 7.1 145 450
LinLED 560x20mm 1100lm 940 4C 36V Opt G2 1010 117 40646 4000 210 45 1107 34 7.1 155 450

* At nominal current and Tp
Tolerance range for optical and electrical ±10%

Basic CRI 80

Product name Ordering code Colour
temperature
Nominal
current
Performance
temperature
Luminous flux * Voltage * Power * Efficiency * Maximum
current
[K] If nom [mA] Tp [°C] Φ [lm] Vf [V] P [W] [lm/W] If max [mA]
LinLED 560x20mm 1100lm 830 4C 36V Bsc G1 1010 117 38446 3000 210 45 1048 34 7.1 147 450
LinLED 560x20mm 1100lm 840 4C 36V Bsc G1 1010 117 38546 4000 210 45 1102 34 7.1 155 450

* At nominal current and Tp
Tolerance range for optical and electrical ±10%