IS200TRLYH1BGG
GE
Overview
The IS200TRLYH1BGG is an automation component from GE. It is part of GE's industrial automation product portfolio.
Application & Technical Notes
As an automation component, the IS200TRLYH1BGG is intended for deployment in panel-based control cabinets and machine enclosures where the GE product portfolio equipment is installed. It performs a defined automation function within the control system and is selected to match the installed GE platform.
Specific electrical and mechanical ratings depend on the exact configuration and suffix of the part; the original datasheet should be consulted for the definitive specification.
Maintenance & Diagnostics
Inspect terminals and connectors for corrosion or looseness, and confirm the module seats correctly in its carrier. Always de-energise the circuit and follow lock-out/tag-out before handling; refer to the official instruction bulletin for service procedures.
Sourcing & Procurement
When sourcing the IS200TRLYH1BGG, distinguish three supply tiers: (1) genuine GE stock from an authorised distributor; (2) compatible equivalents or surplus/NOS (new-old-stock) from third parties; (3) alternative parts offering equivalent function. Genuine supply carries the full warranty and traceability; compatible or alternative items may be cheaper but should be validated for form, fit, firmware and certification before use in a live system. PLCXpert publishes this page as an independent reference and does not sell the part — verify every claim with the manufacturer or your distributor.
Confirm mechanical and electrical compatibility with your GE product portfolio installation and the intended function. Lead times and pricing vary by region and lifecycle status; obtain a current quote from an authorised channel rather than relying on stale listings.
Check live stock, lead time and request a quote for IS200TRLYH1BGG (opens in a new tab)
Frequently Asked Questions
What is the IS200TRLYH1BGG?
The IS200TRLYH1BGG is an automation component from GE. It belongs to GE's automation product portfolio.
What are the key technical ratings of the IS200TRLYH1BGG?
The definitive ratings depend on the exact configuration; consult the original datasheet or the source PDF linked on this page for the complete table.
How is the IS200TRLYH1BGG mounted or installed?
Installation follows the standard GE product portfolio mounting practice for this device class; refer to the installation manual for exact dimensions and torque.
Is the IS200TRLYH1BGG compatible with my controller?
It belongs to GE's automation product portfolio. Confirm the specific rack, firmware revision, slot rules and configuration with the controller documentation before purchase, as compatibility depends on the exact system build.
What should I check before buying the IS200TRLYH1BGG?
Verify the genuine part number and suffix, confirm it matches your platform and ratings, check the current lifecycle/availability status, and buy from an authorised distributor. PLCXpert provides this reference only and does not sell the component.
Specifications (source data)
IS200TRLYH1BGG - Coil Sensing Terminal Board
Specifications
* Part Number: IS200TRLYH1BGG * Manufacturer: General Electric * Country of Manufacture: United States of America (USA) * Series: Mark VIe * Product Type: Coil Sensing Terminal Board * Availability: In Stock * Maximum Response Time ON: 25 ms typical * Maximum Response Time OFF: 25 ms typical * Maximum Inrush Current: 10 A * Contact Material: Silver cad-oxide * Board Dimensions: 17.8 cm wide × 33.02 cm high * Operating Temperature: -30°C to +65°C
Functional Description
* IS200TRLYH1BGG is a coil sensing terminal board developed by GE. * The board is part of the Mark VIe control system platform. * The terminal board supports relay-based control and signaling applications. * The design provides flexible configuration and stable industrial operation. * The TRLY_1B terminal board supports reliable relay management functions.
Relay Configuration
* Supports 12 plug-in magnetic relays. * The first six relay circuits are configurable through jumpers. * The first six relays support dry Form-C contacts or external solenoid driving. * The board supports standard 125 VDC and 115/230 VAC field solenoid power. * An optional 24 VDC source is also supported. * Individual jumper-selectable fuses are included. * Integrated suppression circuits improve field solenoid protection. * Relays 7 through 11 provide isolated unpowered Form-C contacts. * Relay 12 is dedicated for special applications such as ignition transformers. * The board includes a total of 12 relay channels.
Relay Channel Structure
* 6 relays support optional solenoid driver voltages. * 5 relays provide dry contacts only. * 1 relay includes a 7 A rating for higher current applications.
Caution and Safety Considerations
* In 240 VAC systems, avoid accidental AC and DC cross-connections. * Improper voltage connection may exceed Transorb protection ratings. * Most AC supplies operate with grounded neutral configurations. * Incorrect 125 VDC and AC voltage mixing may stress Transorb circuits. * 120 VAC operation can tolerate peak voltage without immediate failure. * Additional safety margin improves operational reliability.
Maximum Load Current
* 0.6 A for 125 VDC operation * 3.0 A for 24 VDC operation * 3.0 A for 115/230 VAC, 50/60 Hz operation * 6 A at 115 VAC for Relay 12 only
Relay Contact Rating
* 24 VDC Rating: 10 A resistive current * 24 VDC Rating: 2 A inductive current (L/R = 7 ms) without suppression * 125 VDC Rating: 0.5 A resistive current * 125 VDC Rating: 0.2 A inductive current (L/R = 7 ms) without suppression * 125 VDC Rating: 0.5 A resistive current with suppression * 125 VDC Rating: 0.65 A inductive current (L/R = 150 ms) with MOV suppression across load
Fault Detection Functions
* The system detects loss of relay solenoid excitation current. * The monitoring system identifies interruptions in solenoid excitation circuits. * The board continuously monitors relay coil current behavior. * The system detects disagreement between commanded current and actual coil current. * The control logic identifies unplugged cables or communication loss with I/O boards. * Relay outputs automatically de-energize during communication failure conditions. * Proactive monitoring improves operational reliability. * The system supports real-time fault identification and response. * Automated recovery functions help restore normal operation. * The monitoring system minimizes unplanned downtime risk.
Reproduced from the manufacturer's published data.