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Auto Parts-Rectifier <em>BXT9001</em> For Alternator

Diodes:8-35 Ampere
With M8 Battery Post
Mounting Length:90mm
With Trio/Capacitor

FIT UNIT:0K87T-18300A,AB250474

    description


    It is crucial to make sure that the rectifier bridge's technical specifications, which include important characteristics like rated voltage, rated current, and maximum reverse voltage, completely match the generator's needs. 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 MITSUBISHI series features rectifier bridges with heat sinks made from die-cast aluminum. These heat sinks are characterized by their serrated design, where a higher number of thinner fins enhances heat dissipation. The compact size of these bridges allows for a face-to-face configuration of the positive and negative heat sink heat sinks, with the circuit connections mounted on top. Many models include capacitors and stator covers, and also incorporate excitation components.The die-cast aluminum heat sinks are designed with a serrated pattern that maximizes surface area and optimizes thermal performance. This design ensures excellent heat dissipation, contributing to the overall efficiency of the rectifier bridges. The compact structure of the MITSUBISHI rectifier bridges makes them lightweight and easy to install and maintain. MITSUBISHI generators are globally recognized for their high stability, low fuel consumption, digital control systems, and low emissions. Despite their higher price and maintenance costs, MITSUBISHI generators are praised for their exceptional performance and quality. Their compact size, finned design, and strong heat dissipation capabilities make them versatile and efficient, with straightforward assembly processes suitable for rapid and efficient mass production.