GE IS200ERSCG1A IS200ERSCG1AAA
| Brand | GE |
| Model Number | IS200ERSCG1A AA |
| Unit price | $6999 |
| Country Of Origin | USA |
| Weight | 1KG |
| Certificate |
C/O from the Chamber of Commerce C/Q from the Manufacturer |
| Warranty | 12 Months |
| Inventory Qty | 2 |
GE IS200ERSCG1A is exciter regulator static converter, it can provide pulse width modulation (PWM) direct current outputs for the regulator control
Input power supply: Compatible with rectified alternating current, station-used battery DC power, or a combination of both.
Output capacity:
Continuous output: 250 Vdc / 35 Adc. Short-term overload: 250 Vdc / 52.5 Adc, lasting for 10 seconds
Account Number 88800006406771
Account name Vogi International Trading Co., Limited
(* If the account name exceeds the available space, please continue in the address field.)
SWITF/BIC Code WIHBHKHHXXX
Bank name OCBC Hong Kong Branch
Bank address 161 Queen's Road Central, Central, Hong Kong
Country/Region Hong Kong (China)
Account type Business Account
Bank code 035
Payment method For the payment of goods, please make a FPS/CHATS/SWIFT Payment
Notes Please include the following memo/message to receiver when making a payment: [Buyer Name] [Invoice/Contract Number] [Product]
Key features and working mechanism
Power switching components: Mainly use the onboard insulated gate bipolar transistor (IGBT) module for static power switching.
Bypass relay: Built-in relay K3 is used to bypass the DC link charging resistor under specific functions.
Redundancy system description: Although it is mentioned in the description that it can be connected to the redundant system (two sets of regulators share one magnetic field), ERSCG1 itself is only used for single-mode applications. In the redundant configuration, the magnetic field discharge operation during the primary-standby switching is handled by other mechanisms.
Difference from ERSCG2 version
Unique features of ERSCG2: Compared to ERSCG1, the ERSCG2 version provides a unique "locked magnetic field discharge" path. This function is specifically designed to ensure a smooth transition when switching from the primary regulator to the backup regulator, and is a key component of the redundant switching process
