LSV45 Constant voltage, self-adhesive, flexible IP44 strip 3000K
- Collingwood
LSV45 Constant voltage, self-adhesive, flexible IP44 strip 3000K
- Collingwood
£67.58£42.24 Incl. VAT
SKU: CWLSV4530050
Description
The LSV45 is ideal for secondary accent lighting within kitchen and bathroom applications as these 5m rolls have cut points every 100mm, providing plenty of material to generate a perfect installation. The combination of 3M self-adhesive backing, fast fix connector accessories, and a range of Collingwood profiles means that this flexible LED strip light is suitable for a variety of situations. As a 9.6W/m and IP44 product, it is ideal for use in areas that have a moderate risk of water splash and require accent lighting within the room. As with all Essentially Collingwood LED strips, pick from 6500K, 4000K, 3000K or 2700K to create the environment you want.
IP44 9.6W/m LED stripIdeal for use in kitchens and bathrooms
Excellent for secondary lighting
Cut points every 100mm
3M self-adhesive backing for secure and easy installation
Supplied in a resealable, antistatic bag to protect during transit
3 year guarantee
Specification
| Beam angle | 100° |
| Construction Material | Flexible tape |
| Electric Class (1, 2, 3) | 3 |
| Guarantee / Warranty | 3 year extended warranty |
| Input type | Driver required (24V) |
| IP rating | IP44 |
| LED Lifetime | 30,000h |
| lm (Straight to Mains / 24V Product) | 680 |
| lm/W (Straight to Mains / 24V Product) | 71 |
| lx at 1m (Straight to Mains / 24V Product) | 233 |
| Maximum Ambient Temperature | 40°C |
| Product Dimensions - Height (mm) | 3 |
| Product Dimensions - Length (mm) | 5000 |
| Product Dimensions - Width (mm) | 8 |
| Type of Wiring Required | Parallel |
| Wattage | 9.6W per metre |
| Weight | 150g per meter |
| CCT | 3000K |
| CRI | >80Ra |
| SDCM | 5SDCM |
Delivery & Returns
DELIVERY COSTS
UK Mainland : £5.95 orders under £80
For more info on delivery costs, click here
RETURNS
Return is available upto 14 days after purchase.
For more info on returns , click here.
