Auto Parts-Rectifier <em>BXD1102</em> For Alternator

Diodes：6-50A Ampere

With M8×40mm Battery Post

With Trio

MOBILETRON：RD-39H

TRANSPO：DR2295

YUNYI：214-090/DC1102

product details

description

The rectifier bridge is technically viable only if it meets or exceeds these criteria. Additionally, its physical characteristics, such as packaging, pin configuration, and thermal design, must suit the generator's installation environment and operating conditions. Moreover, the rectifier bridge should integrate easily into the generator's electrical system, avoiding added installation complexity or space constraints.

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 BXD series rectifier bridges are belong to the DELCO series, characterized by their compact design and the use of aluminum extrusions for heat sinks. The connection between the generator and the rectifier bridge is primarily secured with nuts. Most products in this series are non-excitation types, consisting of six diodes with a simple three-group connection configuration. The materials used range from die-cast aluminum, alloy aluminum, to pure aluminum, ensuring excellent heat dissipation and prolonged operational life, even in high-temperature environments. The DELCO series employs a three-layer stacking process that maximizes rear cover heat dissipation, resulting in a compact and lightweight structure. The symmetrical fin design of the aluminum extrusions enhances cooling efficiency, though the series generally includes fewer high-power models.