Eco-Friction Brake Pad

Eco-Friction Brake Pad

19,95 

FERODO Eco-Friction Brake Pad FDB2086EF

Availability: In stock SKU: 584-2086EF Category:

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Description

FERODO Eco-Friction Brake Pad FDB2086EF

The brand new Eco-Friction brake pads reduce the emission of copper and other particles into the environment and at the same time offer an outstanding braking effect as well as a balanced and quiet operation. The pad offers excellent braking characteristics for scooters and maxi-scooters. A wide operating range from 0 °C to 400 °C guarantees reliable deceleration under a wide variety of conditions, accompanied by shorter braking distances. Eco-Friction stands not only for perfect braking performance on the road and off-road, but also for environmental protection.

Special features of the EF lining:
Long service life with good disc compatibility
No compromises in safety, because this is the same as with other linings with higher wear.
Suitable for stainless steel and cast iron discs
Superior performance in wet conditions

Additional information

Execution

eco friction

Nominal diameter
Vehicle brand

SUZUKI

Expert report

ABE

Material

organically

New in month

In the catalogue

Product brand

FERODO

Matching bikes for product 584-2086EF

Manfacturer Model Chassis number Built from Built to
Suzuki AN 250 Burgman WVAN1111 2000 2002 Show more parts
Suzuki AN 250 Burgman BV1111 2003 2006 Show more parts
Suzuki AN 250 Burgman, 17 KW WVAN1211 1998 1999 Show more parts
Suzuki AN 400 Burgman, 24 KW WVAU1211 1999 2000 Show more parts

The power indicated by them is less than that of the new indicator.
This could lead to problems when connecting to your vehicle.
If you have the option to replace the turn signal relay, we recommend that you use one of our load-independent turn signal relays.
If you are stuck, then we would be happy to hear from you.

ORDER THE MATCHING RESISTOR DIRECTLY WITH IT!

Why?
It is possible that when you install your new turn signal, the flashing frequency no longer fits or an error code appears in the cockpit.

Solution:
1. Enter here the original flasher power (in watts). You will then receive a suggestion for a suitable* resistor that fixes the described problem.
2. or use one of our load-independent flasher relays.

Performance of the new turn signal Watt
Performance of their original turn signal Watt

* This is a calculated suggestion. In individual cases, there may be minor deviations.

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