Features:
- Terminates customer PT, CT, analog and discrete circuits.
- Connects M1, M2 and C through separate HSLA serial paths.
- Applies hardware 2-out-of-3 voting to two trip relays.
IS200ESYSH1A is the H1 external-I/O boundary for an EX2100e TMR control.
Pluggable terminal boards keep customer wiring separate from the daughterboards that serve individual control sections.
The H1 grouping is allocated to TMR excitation controls rather than regulator configurations.
The General Electric IS200ESYSH1A System I/O Interface Module is supported by Apter Power for quotation and technical assistance.
General Electric IS200ESYSH1A System I/O Interface Module Manuals, Datasheets and Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
External Termination
- Terminal Format: Customer circuits land on pluggable screw-terminal boards
- Analog Inputs: Two channels accept 4–20 mA or ±10 V
- Contact Inputs: Seven auxiliary inputs are wetted at 55 V dc
- General Relays: Four Form-C outputs provide discrete control contacts
Isolated Analog Paths
- Voltage Feedback: Two three-phase potential-transformer sets are accepted
- Current Feedback: Two generator current-transformer circuits are provided
- CT Rating: Each current input supports a 1 A or 5 A secondary
- Analog Outputs: Four 12-bit channels are driven by M1 and M2
Discrete Outputs and Voting
- Trip Outputs: Two relays drive the external trip interface
- Vote Method: Hardware 2-out-of-3 logic combines M1, M2 and C
- Lockout Path: The voted outputs connect to the customer lockout circuit
- Separate Contacts: Four general-purpose Form-C relays remain independent of the trip pair
Three-Control Connection
- Control Sections: H1 connects M1, M2 and C
- Serial Hardware: HSLA daughterboards provide the controller interfaces
- Link Type: Each daughterboard uses a high-speed serial link
- System Boundary: The H1 configuration belongs to TMR excitation controls