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GE DS200RTBAG2A

  • Product Name:​ GE DS200RTBAG2A Relay Terminal Board (RTBA)
  • Product Description:​ An optional relay terminal board for the Mark V series, offering ten additional relay points for control and signaling in turbine control systems. Compatible with GE EX2000 and Mark V exciters/drives.
  • Technical Specifications:
    • Manufacturer: GE (Mark V series)

Detailed content

    • Model: DS200RTBAG2A
    • Product Type: Relay Terminal Board
    • Relay Count: Ten (10) relays total
      • 7 × DPDT (2 Form C contacts each), 10 A per contact
      • 3 × 4PDT (4 Form C contacts each), 1 A per contact
    • Coil Voltage: 110 VDC (internal coil voltage for RTBAG2)
    • Surge Protection: 130 VAC Metal Oxide Varistor (MOV) on all relays
    • Connectors: 16‑pin RPL connector, 2‑pin OPTPL connector; CPH/CPN stab connectors for control power; C1PL‑C5PL, Y9PL‑Y37PL pluggable circuits
    • Jumpers: Berg‑type manually movable jumpers for configurable hardware
    • Weight: approx. 0.25 kg
  • Functional Features:
    • Highly compatible with GE Mark V series control systems
    • Modular design for easy relay replacement and maintenance
    • Relays can be operated remotely by the user or directly from LTB board’s relays
    • External or internal control voltage activation (via terminal K and RPL plug)
  • Application Scenarios:​ Gas and steam turbine control, wind turbine control, oil & gas processing, industrial automation in power generation.
  • Installation Requirements:
    • Install in compatible Mark V host cabinet
    • Set Berg jumpers per application (factory presets documented in controller data sheets)
    • Connect LTBA board via RPL (16‑pin) and OPTPL (2‑pin) connectors
    • Control power supplied via CPH/CPN stab connectors (jumper‑selectable)
  • Usage Notes:
    • Verify jumper configuration matches application before energizing
    • Coil voltage is 110 VDC for RTBAG2; do not apply incorrect voltage
    • Relays K20‑K26 are DPDT; K27‑K29 are 4PDT
    • MOV protection guards against 130 VAC surge events

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