Crompton T8 LED Tube Light 4ft 17.5W (36W Eqv) Warm White Opal
Crompton Lamps LED 4ft T8 tube with a 1212mm length (pin-to-pin). 17.5W LED replacement for 4ft fluorescent tube. 3000K warm white colour and 25000 hour life.
| Brand Name | Crompton Lamps |
|---|---|
| Colour | Warm White |
| Material | Glass/Polycarbonate |
| Manufacturer Model No | LFT4WW |
| Wear Type | N/A |
| Type | LED Tube Lights |
| Certifications Met | N/A |
| Country of Origin | N/A |
| Protects From | N/A |
| Waterproof | N/A |
| Number of Pockets | N/A |
| Shape | T8 Tube |
| Cap Type | G13 |
| Dimmable | No - Not Suitable for Dimming |
| Length | 4ft |
| Diameter | 26mm |
| Tube Length | 1198mm |
| Tube Length (Including Pins) | 1212mm |
| Weight | 0.22Kg |
| Total Lumens | 2100lm |
| Useful Lumens | 2100lm |
| Lumen Maintenance Factor | 0.8 |
| Warm Up Time | <0.5 seconds (0-60%) |
| Colour Temperature | 3000K |
| Colour Rendering | RA >80 |
| Fluorescent Colour Code | 830 |
| Glass Type | Opal |
| Mercury Content | 0.0mg |
| Average Rated Life (L50) | 25,000 hours |
| Switching Cycles | 12,500 |
| Estimated Life Expectancy | 14 Years |
| Voltage | 240V |
| Power Consumption | 17.5W |
| Equivalent Wattage | 36W 4ft Standard Fluorescent Tube |
| Estimated Running Cost | £7.14 per year based on 5-hours per day @ Jun 24 Price Cap (22.36p/kWh) |
| Estimated Equivalent Running Cost | £14.69 per year based on 5-hours per day @ Jun 24 Price Cap (22.36p/kWh) |
| Estimated Running Cost Saving | £7.55 per year based on 5-hours per day @ Jun 24 Price Cap (22.36p/kWh) |
| Estimated Energy Saving | 51% |
| EEI 2021 Energy Rating | E |
Best Prices
|
Simply LED |
£8.27Best Price |
Visit Site In stock |
The prices shown are available online and may not reflect in store. Confirm prices before visiting store.
Map View
Updated.
Map View
Need a Tradesman?
Please tell us what kind of tradesman you need, and we’ll connect you with the right professional.
You may also like
Vintage 1906 6.5W ES LED Non Dimmable Filament GLS Lamp 2400K
£5.21
Cheapest at City Electrical Factors
