G-type stack（Current capacity：120 to 300A）
This rectifier has a small capacity and is used with a variety of auxiliary power supplies. 
Applications: Traffic signals, power plants, power storage facilities, shaft power generation, etc.
The following features are available for addition: CR snubber, cooling fan, and fuse.
Diode Stack
Circuit | Input voltage | Output current | Part number | Cooling | Element withstand voltage |
|---|---|---|---|---|---|
Single phase full-wave rectifier | 200 to 230V | 154A | GE150B4B80P | Self-cooling | 800V |
286A | GE150B4B80E | Air-cooling | |||
380 to 460V | 120A | GE150B4B160P | Self-cooling | 1600V | |
236A | GE150B4B160E | Air-cooling | |||
Three phase full-wave rectifier | 200 to 230V | 165A | GE150B6BT80P | Self-cooling | 800V |
196A | GG150B6BT80P | ||||
342A | GE150B6BT80E | Air-cooling | |||
366A | GG150B6BT80E | ||||
380 to 460V | 132A | GE150B6BT160P | Self-cooling | 1600V | |
162A | GG150B6BT160P | ||||
282A | GE150B6BT160E | Air-cooling | |||
303A | GG150B6BT16E |
Output current is defined as the maximum current achieved at an ambient temperature of 40℃.
The cooling fan is integrated as a single phase 200V AC component.
Thyristor Stack
Circuit | Input voltage | Output current | Part number | Cooling | Element withstand voltage |
|---|---|---|---|---|---|
Single phase full-wave rectifier | 200 to 230V | 124A | GE150T4B80P | Self-cooling | 800V |
234A | GE150T4B80E | Air-cooling | |||
380 to 460V | 108A | GE150T4B160P | Self-cooling | 1600V | |
214A | GE150T4B160E | Air-cooling | |||
Three phase full-wave rectifier | 200 to 230V | 136A | GE150T6BT80P | Self-cooling | 800V |
163A | GG150T6BT80P | ||||
282A | GE150T6BT80E | Air-cooling | |||
303A | GG150T6BT80E | ||||
380 to 460V | 120A | GE150T6BT160P | Self-cooling | 1600V | |
144A | GG150T6BT160P | ||||
261A | GE150T6BT160E | Air-cooling | |||
279A | GG150T6BT160E |
Output current is defined as the maximum current achieved at an ambient temperature of 40℃.
The cooling fan is integrated as a single phase 200V AC component.
Back to "Introducing Single-Phase and Three-Phase Full-Wave Rectifier Stacks"
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