LINEAR 1000x14 - 60 LEDS

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Illustrative image

Voltage: Contínua

1000 x 14mm

Main applications:

 

  • Decorative Light
  • Furniture Light
  • Linear Profiles Light
Internal Code Model CCT Luminous Flux (lm) Efficiency (lm/W) Voltage (Vdc) Current (mA) Power (W)
P0001004 LINEAR 1000x14 12VDC - 60 LEDS 550 lm 827 2700K 558 112 12 420 5
P0001005 LINEAR 1000x14 24VDC - 60 LEDS 550 lm 827 24 210
P0001006 LINEAR 1000x14 12VDC - 60 LEDS 550 lm 830 3000K 576 115 12 420
P0001007 LINEAR 1000x14 24VDC - 60 LEDS 550 lm 830 24 210
P0001008 LINEAR 1000x14 12VDC - 60 LEDS 550 lm 840 4000K 591 118 12 420
P0001009 LINEAR 1000x14 24VDC - 60 LEDS 550 lm 840 24 210
P0001010 LINEAR 1000x14 12VDC - 60 LEDS 550 lm 850 5000K 627 125 12 420
P0001011 LINEAR 1000x14 24VDC - 60 LEDS 550 lm 850 24 210
P0001012 LINEAR 1000x14 12VDC - 60 LEDS 800 lm 827 2700K 829 115 12 600 7,2
P0001013 LINEAR 1000x14 24VDC - 60 LEDS 800 lm 827 24 300
P0001014 LINEAR 1000x14 12VDC - 60 LEDS 800 lm 830 3000K 856 119 12 600
P0001015 LINEAR 1000x14 24VDC - 60 LEDS 800 lm 830 24 300
P0001016 LINEAR 1000x14 12VDC - 60 LEDS 800 lm 840 4000K 877 122 12 600
P0001017 LINEAR 1000x14 24VDC - 60 LEDS 800 lm 840 24 300
P0001018 LINEAR 1000x14 12VDC - 60 LEDS 800 lm 850 5000K 932 129 12 600
P0001019 LINEAR 1000x14 24VDC - 60 LEDS 800 lm 850 24 300
P0001020 LINEAR 1000x14 12VDC - 60 LEDS 1100 lm 827 2700K 1094 104 12 880 10,5
P0001021 LINEAR 1000x14 24VDC - 60 LEDS 1100 lm 827 24 440
P0001022 LINEAR 1000x14 12VDC - 60 LEDS 1100 lm 830 3000K 1130 108 12 880
P0001023 LINEAR 1000x14 24VDC - 60 LEDS 1100 lm 830 24 440
P0001024 LINEAR 1000x14 12VDC - 60 LEDS 1100 lm 840 4000K 1158 110 12 880
P0001025 LINEAR 1000x14 24VDC - 60 LEDS 1100 lm 840 24 440
P0001026 LINEAR 1000x14 12VDC - 60 LEDS 1100 lm 850 5000K 1232 117 12 880
P0001027 LINEAR 1000x14 24VDC - 60 LEDS 1100 lm 850 24 440
P0001028 LINEAR 1000x14 12VDC - 60 LEDS 1600 lm 827 2700K 1610 112 12 1200 14,4
P0001029 LINEAR 1000x14 24VDC - 60 LEDS 1600 lm 827 24 600
P0001030 LINEAR 1000x14 12VDC - 60 LEDS 1600 lm 830 3000K 1662 115 12 1200
P0001031 LINEAR 1000x14 24VDC - 60 LEDS 1600 lm 830 24 600
P0001032 LINEAR 1000x14 12VDC - 60 LEDS 1600 lm 840 4000K 1704 118 12 1200
P0001033 LINEAR 1000x14 24VDC - 60 LEDS 1600 lm 840 24 600
P0001034 LINEAR 1000x14 12VDC - 60 LEDS 1600 lm 850 5000K 1817 126 12 1200
P0001035 LINEAR 1000x14 24VDC - 60 LEDS 1600 lm 850 24 600
P0001036 LINEAR 1000x14 12VDC - 60 LEDS 2100 lm 827 2700K 2107 110 12 1600 19,2
P0001037 LINEAR 1000x14 24VDC - 60 LEDS 2100 lm 827 24 800
P0001038 LINEAR 1000x14 12VDC - 60 LEDS 2100 lm 830 3000K 2176 113 12 1600
P0001039 LINEAR 1000x14 24VDC - 60 LEDS 2100 lm 830 24 800
P0001040 LINEAR 1000x14 12VDC - 60 LEDS 2100 lm 840 4000K 2230 116 12 1600
P0001041 LINEAR 1000x14 24VDC - 60 LEDS 2100 lm 840 24 800
P0001042 LINEAR 1000x14 12VDC - 60 LEDS 2100 lm 850 5000K 2382 124 12 1600
P0001043 LINEAR 1000x14 24VDC - 60 LEDS 2100 lm 850 24 800
Model LED Driver Expected PWR (W)
LINEAR 1000x14 12VDC - 60 LEDS 550 lm 8xx AT12U12-04 6
LINEAR 1000x14 24VDC - 60 LEDS 550 lm 8xx AT12U24-04 6
LINEAR 1000x14 12VDC - 60 LEDS 800 lm 8xx AT12U12-04 8,7
LINEAR 1000x14 24VDC - 60 LEDS 800 lm 8xx AT12U24-04 8,7
LINEAR 1000x14 12VDC - 60 LEDS 1100 lm 8xx AT12U12-04 12,6
LINEAR 1000x14 24VDC - 60 LEDS 1100 lm 8xx AT12U24-04 12,6
LINEAR 1000x14 12VDC - 60 LEDS 1600 lm 8xx AT24U12-02 17,3
LINEAR 1000x14 24VDC - 60 LEDS 1600 lm 8xx AT24U24-02 17,3
LINEAR 1000x14 12VDC - 60 LEDS 2100 lm 8xx AT24U12-02 23
LINEAR 1000x14 24VDC - 60 LEDS 2100 lm 8xx AT24U24-02 23

Details on the fractionation of the LED board:

 

This module can be divided into up to 10 pieces of 100 mm each. The Voltage: of the module will remain the same informed in the table above, however the current of each fraction will be equivalent to the total current of the table divided by 10.

 

The module has holes to facilitate fractionation. It is not necessary to use additional tools.

  • Other CCT on request.
  • The luminous flux, efficiency, voltage and power values are based on technical data provided by Nichia. Optical and thermal losses (luminaire mechanics) or electrical losses (LED Driver) are not being considered. All technical data refer to the LED module only. In order to obtain the final result of the luminaire, it must be subjected to tests in laboratories according to specific standards of the region of operation and application of the product. All values are theoretical, and there may be variations in the final result. Values based on Tj = 75ºC (LINEAR 550 lm Tc = 74ºC, LINEAR 800 lm Tc = 73ºC, LINEAR 1100 lm Tc = 72ºC, LINEAR 1600 lm Tc = 72ºC e LINEAR 2100 lm Tc = 73ºC).
  • Average module voltage. This value can vary between +/- 15%. This variation should be considered when choosing the LED Driver.

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São Paulo - SP - Brasil

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