Auto Parts-Rectifier <em>BXV207-A2</em> For Alternator

Diodes: 3-35 A Ampere
With (M8+M6)×45mm Battery Post
With Trio
Without negative heat sink as VAL211

product details

description

Only when these parameters completely satisfy or surpass the generator's requirements is the rectifier bridge deemed technically practical. In addition to these requirements, the rectifier bridge's physical attributes—such as its packaging, pin arrangement, and thermal design—are very important and need to match the generator's installation and operating conditions.Additionally, the rectifier bridge's design should guarantee a smooth integration into the generator's electrical system, preventing further difficulties brought on by space constraints or installation issues. To guarantee the rectifier bridge's dependability and efficiency in real-world applications, these parameters must be carefully taken into account.

The BXV series from VALEO features rectifier bridges where the negative diodes are mounted directly onto the rear cover of the motor. The number of diodes varies based on power requirements, with configurations including 6, 8, or 12 diodes. The design is characterized by its larger size and the integration of the rear cover as a substitute for the traditional negative heat sink heat sink, reducing overall costs. This series supports two types of rectifier bridge connections: triangular and star, accommodating different motor types. The compact design of the BXV series facilitates installation and space-saving, while maintaining high performance and reliability. The removal of the negative heat sink heat sink and the integration of the negative diode directly onto the rear cover optimize the structure, resulting in a lighter and more compact unit. Advantages of the BXV series include high efficiency, stability, and reliable performance. However, potential drawbacks include higher maintenance costs and some reported issues from users. Despite these concerns, the BXV series remains notable for its efficient and compact design, enhancing overall generator performance.