About the IS200EBACG2ABA
The IS200EBACG2ABA is used within the Mark VI/e and EX2100e as an EX2100 Bridge A/C Feedback card. This is one of multiple boards that interconnects with the system’s control processor via high-speed serial link protocol. The IS200EBACG2ABA uses transformers located on its surface to provide three-phase voltage measurements. This allows the module to sync and control SCR gating on incoming AC lines. The resulting output voltage is fanned through the EAUX board to M1, M2, and C controllers. This IS200EBACG2ABA device is actually not the original EX2000E Bridge AC Feedback Board manufactured by General Electric for the Mark VI Series, as that would have to be considered the IS200EBACG2 product of the same functional description noticeably missing this particular IS200EBACG2ABA iteration's full three-fold product revision history. Other boards using this communication protocol include the:
- ESYS Board
- UCSB Board
- HSLA Board
- CSLA Board
IS200EBACG2ABA Board Group Information
It is important to note that EBAC boards are actually available here in two different families: G2 boards like this one are typically used for nominal ac line voltages up to 700 V. If you need a board for higher voltages, please look at similar G1 boards. AX Control maintains productions on-hand at our North Carolina facility for faster service to you. Please order before 3 pm for same-day shipment of in-stock products. This IS200EBACG2ABA device has to be considered a relatively-fragile model of Mark VI Series printed circuit board product, given the fact that it exists with a pretty component-bare base printed circuit board that is long and narrow when compared to other relevant Mark VI Series products. With this IS200EBACG2ABA device's component-bare base PCB surface in mind, it is true that the IS200EBACG2ABA Board may not receive the standard level of voltage suppression and limitation afforded to Mark VI Series products with the standard set of:
- GE diodes
- rectifiers
- capacitors
- resistors
- specialized integrated circuits
