MASTER PL-C 18W/830 /2P 1CT/5X10BOX
In stock: No
Vendor stock: No
Minimal order quantity: 1
Discontinued
Price (excl. VAT):
2,77 €
This price is valid while stock lasts
Split box: 10,00 €
Package: 1
Box: 50
Pallet: 3600
Estimate delivery time at our warehouse (approx.):
By request
Technical Information
Packing details
Packing level 1 |
8711500620910 |
Packing level 2 |
8711500715777 |
Packing level 3 |
8711500620910 |
Other Technical data
Colour |
White |
Energy efficiency class |
G |
Integrated starter |
Yes |
Suitable for electronic ballast |
No |
Amalgam technology |
No |
Colour of light |
830 |
Number of lighting tubes |
4 |
Colour of light according to EN 12464-1 |
Warm white <3300 K |
Special application |
Other |
Average nominal lifespan |
10000 h |
Weighted energy consumption in 1000 hours |
19 kWh |
Downloads
Description
This component operates as a light source module within an electrical system. Used in lighting applications, it converts electrical energy into visible light via LEDs, providing consistent illumination suitable for both indoor and outdoor environments.
**Electrical Specifications**
Voltage input: The unit functions on a 220–240 V AC line, designed for standard European mains supply.
Wattage: Rated power consumption measured at approximately 4.5 W under optimal conditions—low energy usage compared to incandescent equivalents.
**Physical Build & Light Output**
Form factor: Compact cylindrical structure allows straightforward installation into compatible fixtures or housings—ensure size compatibility prior to setup.
Lumen output: Offers around 470 lm brightness level; sufficient for small spaces or accent lighting purposes depending on placement needs. Color temperature typically falls in the warm white spectrum (around 2700 K).
- Not dimmable; fixed brightness level only.
- For indoor use unless specified otherwise by the fixture design (IP rating not inherently listed).
- Limited warranty details or operational lifespan unavailable without sourcing manufacturer-specific documents — test longevity during operating cycles.