T10 Dual LED - Red - anti-onboard-computer error OBC - W5W

Name: T10 Dual LED - Red - anti-onboard-computer error OBC - W5W
Brand: LedPerf.com
SKU: LEDODBDUALRG-3218
Price: 4.41 GBP
Availability: InStock
Rating: 4.7 (3 reviews)

Ref : LEDODBDUALRG

T10 W5W - Anti-OBC error - Dual Red LED bulb

Satisfied or refunded
On 12V supply
Plug & Play installation
anti-OBC error
Anti-residual current
Guarantee

Price:£4.41
Quantity:
Stock status:

Pay in 4X without fees with PayPal
Satisfied or refunded
2-year Guarantee

Note: 4.7 ( 3 review )

T10 Dual LED bulb with 2 leds HP - Red - Anti-on-board computer error - W5W - Built-in resistor

Use

Some recent and top-of-the-range vehicles (latest BMW, AUDI, VW models) have an electronic system that checks that the vehicle's bulbs are working properly. This system may cause on-board computer (OBC) errors with a standard LED. Effectively, as an LED uses very little energy, the electronic system considers that the bulb is burned out and displays an error message on the obc.

The T10 Dual LED has been specifically designed to prevent these on-board computer errors and prevent overvoltages, whilst providing excellent quality pure red lighting.

Examples of use:

- Ceiling light

- Door bottoms

Characteristics

- No error message on top-of-the-range vehicle on-board computers

- Anti-residual current function

- The T10 Dual LED consists of one high-power LED on each face (i.e. 2 leds HP in total) for 360° lighting

- Excellent diffusion thanks to 2 leds HP multichip that constitute the LED

- Powerful lighting

Specifications

Beam angle: 360°

Voltage: 12 V

Colour: pure Red

Width: 9 mm

Length: 25 mm

Thickness: 5 mm

Consumption: 2.9 W

Product sold individually

N.B. check the list of known incompatibilities for this product.

Price:£4.41
Quantity:
Stock status:

Pay in 4X without fees with PayPal
Satisfied or refunded
2-year Guarantee

Note: 4.7 ( 3 review )

Why order with LedPerf.com?

N.B. like all high-power light sources, LED lights can damage the eye. You are advised not to apply its light beam directly in the eye for an extended period of time.