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High Lumen LED Strip Lighting

LED strip is used in a variety of ways both as practical lighting and feature lighting. Certain projects require a high lumen light source and therefore require a bright enough LED strip. Here at LED technologies we keep stock of a range of high powered LED strips. These LED strips operate at a high wattage to produce a larger amount of light per metre. 

High Lumen LED strips are often used as the primary source of light in a room to replace downlighters. These strips can be recessed and suspended using an LED profile to create a professional finish. 

As a company we keep a variety of High Lumen LED strips suitable for a range of installations. This range includes high CRI, High-Density LED and both single colour and colour changing strips. Shop our selection of High brightness LED strip lighting today and find the right product for your lighting installation.

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  1. 101.196
    NeoLED Warm White (2600 - 2800K) 24V 8mm Single COB LED Strip Light
  2. 101.186
    StudioFlex 10mtr RGB Natural White LED Strip 24V 130W IP20
  3. 101.185
    ProFlex 10mtr RGB Natural White LED Strip 24V 172W IP20
  4. 100.951
    StudioFlex RGB Cool/Warm White CRI95+ (2400-2600K & 6000-6500K) LED Strip - 24V 100W IP20
  5. 100.705
    StudioFlex CT Adjustable LED Strip 2700-6500K 24V CRI 90 IP20
  6. 101.143
    NeoLED Warm White (2200-2400K) 24V 10mm Single COB LED Strip Light
  7. 101.144
    NeoLED Warm White (2600-2800K) 24V 10mm Single COB LED Strip Light
  8. 101.145
    NeoLED Warm White (2900-3100K) 24V 10mm Single COB LED Strip Light
  9. 101.146
    NeoLED Natural White (3900-4100K) 24V 10mm Single COB LED Strip Light
  10. 101.147
    NeoLED Cool White (4800-5200K) 24V 10mm Single COB LED Strip Light
  11. 101.148
    NeoLED Cool White (5700-6300K) 24V 10mm Single COB LED Strip Light
  12. 101.149
    StudioFlex RGBNW LED Strip Light - 24V 150W IP67
  13. 100.689
    StudioFlex Daylight White LED Strip 4000-4500K 24V 204 LED'S /M
  14. 101.141
    ProFlex Daylight White LED Strip 4000-4500K 10mtr IP67
  15. 101.140
    StudioFlex Warm White LED Strip 2600-2800K 48W
  16. 100.991
    Optima Warm White (2300-2500K) LED Strip - CRI 95+ 24V IP20
  17. 100.990
    Optima Warm White (2800-3100K) LED Strip - CRI 95+ 24V IP20
  18. 100.989
    StudioFlex Optima LED Strip Cool White (6000-6500K)
  19. 100.988
    Optima Natural White (5000-5500K) LED Strip - CRI 95+ 24V IP20
  20. 100.987
    Optima Daylight White (4000-4500K) LED Strip - CRI 95+ 24V IP20
  21. 100.986
    Optima Warm White (2600-2800K) LED Strip - CRI 95+ 24V IP20
  22. 100.971
    StudioFlex CT Adjustable LED Strip CRI 90 2800-6500K 24V 96W IP20
  23. 100.966
    StudioFlex CT Adjustable LED Strip 2800-6500K 24V 96W IP20 CRI>90
  24. 100.950
    StudioFlex Warm White LED Strip 2900-3100K 24V 96W IP20
  25. 101.156
    StudioFlex RGB Cool/Warm White CRI95+ (2400-2600K & 6000-6500K) LED Strip - 24V 100W IP67
  26. 100.919
    StudioFlex RGB Natural White LED Strip - 24V 150W IP20
  27. 100.918
    ProFlex RGB Natural White LED Strip 24V 100W IP20
  28. 100.913
    StudioFlex Duo Cool White 6000-6500K LED Strip
  29. 100.912
    StudioFlex Duo Natural White 5000-5500K LED Strip
  30. 100.911
    StudioFlex Duo Daylight White 4000-4500K LED Strip
  31. 100.910
    StudioFlex Duo Warm White 2800-3000K LED Strip
  32. 100.909
    StudioFlex Duo Warm White 2600-2800K LED Strip
  33. 100.520
    StudioFlex CT Adjustable LED Strip 2800-6500K 24V 96W IP20 CRI>80
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Installing High Lumen LED Strip 

High Lumen LED strip operates at a higher wattage and consequently produces more heat than a standard strip. To prevent high powered LED tapes from overheating they must be installed within an LED profile for heat dissipation.

When installing an LED strip within a profile it is important to avoid excess strain on the strip to prevent any damage. This can be done by using a dry cloth or sponge to press the strip in place to reduce pressure when installing. 

High wattage LED strip requires a power supply capable of supplying the power required. To calculate the size of the driver needed the total wattage of the LED strip must be calculated. This can be done by multiplying the total length of the strip by the wattage per metre. All LED drivers should be run at no more than 75% of its capacity to prevent overheating.

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