IS215VPROH1BD GE 通过TREG板控制跳闸螺线管

IS215VPROH1BD GE  通过TREG板控制跳闸螺线管

IS215VPROH1B的底板有两个背板。它有电容器、电阻和多个集成电路。这包括振荡芯片。顶板的边角放置在板子的边缘附近。

IS215VPROH1B通过TREG板控制跳闸螺线管。控制器内的应用软件用于启动这些行程螺线管的测试。这些也可以手动触发。

IS215VPROH1B采用面板制造。面板有LED指示灯、电源开关、电缆连接器和以太网连接器。这个面板用螺丝连接到电路板上。有关该模块的更多信息可以使用原始设备制造商的出版物找到。

IS215VPROH1B虽然是一个关键的组件，但肯定是复杂的，具有中间的故障率和相对昂贵的维修过程。由于该模块由面板连接的多个pcb组成，因此板级诊断比其他pcb更耗时。

IS215VPROH1BD GE  通过TREG板控制跳闸螺线管

The bottom board of the IS215VPROH1B has two backplanes.    It has capacitors and resistors and multiple integrated circuits.     This includes oscillating chips.    Standoffs for the top board are placed near the edges of the board.

The IS215VPROH1B controls trip solenoids through the TREG board.     Application software within the controller is used to initiate tests of these trip solenoids.     These can also be manually tripped.

The IS215VPROH1B is built with a faceplate.     The faceplate has LED indicators, a power switch, cable connectors, and Ethernet connectors.    This faceplate connects to the boards using screws.     More information about this module can be found using publications from the original equipment manufacturer.

The IS215VPROH1B, while a critical assembly, is certainly complex with a middle of the road failure rate and a relatively expensive repair process.   Because this module consists of multiple PCBs attached by the faceplate, board level diagnosis is more time consuming than other PCBs.

IS215VPROH1BD GE  通过TREG板控制跳闸螺线管