HOW TO SELECT THE RIGHT LIGHTING FOR YOUR ENVIRONMENT FIND OUT HERE
X-GLO 36 LR
DESCRIPTION
All of our 36 LEDs per metre long range strip lights have the following specifications as standard:
| Table Header | Table Header |
|---|---|
| CHIP | EPISTAR |
| IP RATING | 67 |
| COLOUR RENDERING INDEX CRI | >80 |
| COLOUR TEMPERATURE | 6500 KELVIN |
| POWER FACTOR | 0.99 |
| WARRANTY | 5 YEARS |
| LIFESPAN | UP TO 10 YEARS |
| PROTECTION | SHORT CIRCUIT, OVER VOLTAGE, OVER TEMPERATURE, OVER CURRENT |
| MAINTENANCE | 20% DROP OVER 4 YEARS |
| VOLTAGE | AC OR DC |
| TEMPERATURE RANGE (PVC) | -20°C TO 45°C |
| TEMPERATURE RANGE (SILICON) | -20°C TO 55°C |
All of our 36 LEDs per metre strip lights are available in either PVC or silicon with dust and dirt retardant properties built in as standard.
| Table Header | Table Header | |
|---|---|---|
| 36 LEDS PER METER | 24V | 36V |
| PRODUCT CODE | X-GLO-30-24V | X-GLO-L-36-36V |
| WATTS PER METER | 7.2 | 5.5 |
| MAX RANGE FED FROM SINGLE FEED | 28m | 50m |
| MAX RANGE FED FROM BOTH SIDES | 56m | 100m |
| LUMENS PER METER | 600 | 600 |
| LUMINOUS EFFICIENCY | 83.33 LUMENS/WATT | 110 LUMENS/WATT |
| LUX BASED ON 3X3M | 115@2M AVERAGE | 115@2M AVERAGE |
| XGLO-L-36-36v-DC | |
|---|---|
| Part Number | XGLO-L-36-36v-DC |
| Lumens | 600 |
| Luminous Efficacy | 100.75 Lumens / Watt |
| LED Chip | Epistar |
| LED configuration | 36 LED's per meter |
| Maximum running length | 100 Metres – Dual Feed 50 Meters – Single Feed |
| Recommended fixing height | 4 – 5 Metres |
| IP Rating | 67 |
| Maximum Watts per Metre | 5.50 Watts |
| Colour Rendering Index CRI | > 80 |
| Colour temperature | 6500 Kelvin |
| Ambient operating temperature | PVC: -20° to 45°𝐶 Silicone: -40° to 55°𝐶 |
| Voltage | 36V DC Only |
| Light maintenance | 20% reduction over 4 years |
| Lifespan | 50,000 Hours |
| Warranty | 5 Years |
| Protection | Short Circuit Over Voltage Over temperature Over Current |
GRAPH
Readings displayed are from a 1 meter piece only, as the length extends the luminescence increases substantially due to overlapping light
