Professional Baldwin BF7629 Filter TP1246 FP603 FC-5404 672603C2 672603C3

Application:

BELARUS  MTZ 2022MTZ 2522 DWMTZ 3022 DW
BOMBARDIER  300 MP
KASSBOHRER  PB 300 W
MFL  STE 90-60 T
PERKINS  1306C-ETAGWGDFWGEFWGHF
WILSON  XD 250 P2

Professional Baldwin BF7629 Filter TP1246 FP603 FC-5404 672603C2 672603C3

Q: When should I replace the BF7629 filter?

Replace every 30000 kilometers during regular driving. If there are many impurities in the fuel, the replacement cycle should be shortened; External fuel filters are usually replaced every 20000 to 30000 kilometers, while internal types can be extended to 40000 to 70000 kilometers. ‌
Actual replacement needs to be flexibly adjusted based on various factors: the vehicle's operating environment (such as dusty, humid, or heavily polluted areas), driving habits (such as frequent start stop or high load driving), and filter type can all affect its service life. It is recommended to regularly check the status of the filter and prioritize referring to the official recommendations in the vehicle user manual to ensure engine performance and vehicle lifespan. ‌

Q: Is the BF7629 a fuel/water separator?

No, BF7629 is just a diesel fuel filter, not fuel water separator. The core function of a diesel filter is to filter harmful impurities (such as metal shavings, dust particles) and some moisture in the fuel, ensuring the cleanliness of the fuel entering the engine, thereby protecting precision components such as fuel injectors and high-pressure pumps, reducing wear and extending engine life. Its structure is usually more precise and requires regular replacement of the filter element. ‌‌

The fuel water separator focuses on using the density difference between oil and water to separate the moisture in diesel, avoiding engine corrosion or fuel injector failure caused by moisture. It generally does not need to be replaced, just needs to be drained regularly. ‌‌
The two often work together: the fuel water separator first performs coarse water filtration, and the diesel filter further filters impurities, forming a two-stage filtration system that comprehensively ensures the stable operation of the engine. ‌‌

Q: Why is the micron rating important for Baldwin BF7629?

The micrometer level is important for Baldwin BF7629 filters as it directly measures the filter's ability to remove impurity particles, which is a key indicator for ensuring long-term reliable operation of engine systems.

The micrometer level defines the accuracy of a filter, indicating the particle size it can remove. For example, a 10 micrometer level filter is calibrated for particles of 10 micrometers in size; As an engine fluid filter, Baldwin BF7629's micron level determines whether it can effectively intercept fine impurities that cause wear or damage, thereby protecting expensive engine components.

The accuracy of micrometer level is crucial, as different manufacturers may have inconsistent definitions of "calibrated" or "absolute" micrometer level (such as removal efficiency ranging from 50% to 98.7%). If the micrometer level of BF7629 is not clearly specified, it may lead to performance misjudgment; Therefore, understanding the specific definition helps to accurately evaluate its filtering efficiency.

In practical applications, engine design requires increasingly high filtration accuracy. The micron level of BF7629 must be low enough (i.e. capable of capturing smaller particles) to meet the stringent standards of modern engines, otherwise impurities may cause malfunctions and shorten component life.