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General Electric IS200EHPAG1DAB Gate Pulse Amplifier
Manufacture :General Electric
Item No :IS200EHPAG1DAB
Article number :IS200EHPAG1DAB
Series :Mark VI
Origin :United States(US)
Dimension :180*180*30(mm)
Weight :0.9 kg
Customs Tariff Number :85389091
Type :Gate Pulse Amplifier
Product Description

IS200EHPAG1DAB is part of GE EX21000 series Gate Pulse Amplifiers. IS200EHPAG1DAB board (for 100mm systems) interfaces the control tothe Power Bridge. IS200EHPAG1DAB takes the gate commands from the ESEL board in the controller, and generates the gate firing pulses for six SCRs (Silicon ControlledRectifiers). It is also the interface for current conduction feedback, and bridgeairflow and temperature monitoring.
An RTD is used to monitor the bridge temperature and generate alarms. Additional sensors actuated by fan rotation monitor cooling airflow across the bridge. On anexciter controls only retrofit, the exciter may have provisions for accepting feedbackfrom two thermal switches mounted on the SCR heatsink assemblies. One thermalswitch opens at the alarm level (170 °F (76°C)) and the other at the trip level (190 °F(87°C)). These switches are wired to the EGPA board and may require retrofittinginto the existing bridge. If either switch opens, a bridge overtemperature alarm isgenerated. If both switches open, a fault and a trip are generated.
General Electric IS200EHPAG1DAB Gate Pulse Amplifier
Manufacture :General Electric
Item No :IS200EHPAG1DAB
Article number :IS200EHPAG1DAB
Series :Mark VI
Origin :United States(US)
Dimension :180*180*30(mm)
Weight :0.9 kg
Customs Tariff Number :85389091
Type :Gate Pulse Amplifier
Product Description

IS200EHPAG1DAB is part of GE EX21000 series Gate Pulse Amplifiers. IS200EHPAG1DAB board (for 100mm systems) interfaces the control tothe Power Bridge. IS200EHPAG1DAB takes the gate commands from the ESEL board in the controller, and generates the gate firing pulses for six SCRs (Silicon ControlledRectifiers). It is also the interface for current conduction feedback, and bridgeairflow and temperature monitoring.
An RTD is used to monitor the bridge temperature and generate alarms. Additional sensors actuated by fan rotation monitor cooling airflow across the bridge. On anexciter controls only retrofit, the exciter may have provisions for accepting feedbackfrom two thermal switches mounted on the SCR heatsink assemblies. One thermalswitch opens at the alarm level (170 °F (76°C)) and the other at the trip level (190 °F(87°C)). These switches are wired to the EGPA board and may require retrofittinginto the existing bridge. If either switch opens, a bridge overtemperature alarm isgenerated. If both switches open, a fault and a trip are generated.
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