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GE IS230TCISH6C | Mark VIe DIN Rail I/O Module

Original price was: $999.00.Current price is: $888.00.

  • Model: IS230TCISH6C
  • Brand: GE General Electric
  • Series: Speedtronic Mark VIe
  • Core Function: Receives and conditions discrete dry contact signals from field interlocks, sensors and safety switches for turbine control logic processing
  • Category: Discrete Input Terminal Board
  • Key Specs: 16 contact input channels, 28 VDC nominal field circuit, IONET communication
  • Availability & Condition: New Surplus, In Stock, Ready for immediate dispatch
Category: SKU: IS230TCISH6C Tags: Brand:
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  • +86 13313703791
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Description

3. Key Technical Specifications

Parameter Value
Model IS230TCISH6C
Manufacturer General Electric
Series Mark VIe
Product Type DIN Rail I/O Module
Function Distributed I/O interface
Mounting DIN Rail
Number of Relays 12
Input Filter 4 ms hardware filter
Technology Surface-mount
Operating Temperature -30°C to +65°C
Country of Manufacture United States
Associated Assembly TBCIS2C / YDIAS1A 125VDC TMR ASM

Available technical references consistently identify the IS230TCISH6C as a Mark VIe DIN rail I/O module, with 12 relays, DIN rail mounting, and a 4 ms hardware input filter. The exact electrical configuration should still be checked against the nameplate and system documentation before a replacement is released.

 

4. Product Introduction (Anti-Template)

Operating as part of the GE Mark VIe distributed I/O architecture, the IS230TCISH6C provides the field-level interface required for turbine and plant control applications. Its DIN rail mounting, screw-terminal arrangement, hardware input filtering, and 12-relay configuration make it a practical interface point between field wiring and the control system.

One detail matters during procurement: the IS230TCISH6C should not be treated as a generic relay board simply because the physical format looks familiar. Its terminal arrangement and associated Mark VIe assembly need to match the existing installation. Honestly, checking the exact suffix before shipment can save hours of field troubleshooting.

 

5. QC, Procurement & Logistics SOP

  1. Inbound Verification
    The part number, revision markings, nameplate information, and physical configuration are checked when the unit enters inventory. Where documentation is available, origin information is cross-checked against purchasing records. For factory-sealed units, the OEM packaging and seal condition are inspected before the package is opened.
  2. Live Rig Testing
    When the unit’s condition and available test equipment permit, the module is subjected to a controlled power-on inspection. Indicators, relay behavior, terminal integrity, and relevant I/O functions are checked against the applicable technical documentation. For Mark VIe equipment, communication and configuration validation should be performed using the customer’s approved test environment rather than assuming that every revision behaves identically.
  3. QA & Anti-Static Packaging
    The board and electronic assemblies are handled using ESD-safe procedures. Protective bags, cushioning, moisture protection where appropriate, and a rigid outer carton are used for export packing. Terminal areas receive additional protection so that mechanical pressure during transportation does not damage connectors or screw terminals.
  4. Global Logistics & Export Compliance
    Before dispatch, the commercial invoice, packing list, declared part number, country-of-origin information, and applicable HS classification are reviewed. HS classification should be optimized according to the actual product function and customs requirements in the destination country—not simply copied from an old shipment. Air and sea freight packaging is selected according to the shipment route and cargo sensitivity to reduce the chance of customs holds or transit damage.

6. Technical Pitfalls & Integration Warnings

  1. Firmware Revision Mismatch
    A replacement can have the same hardware part number but still require verification of its firmware or configuration revision. For example, if an existing Mark VIe installation expects a particular I/O configuration and the replacement carries a different revision, the module may fail to communicate or report unexpected I/O status. Do not assume that physical compatibility equals software compatibility.
  2. DIP Switch / Configuration Errors
    Configuration settings must match the original installation. A technician replacing the module during an outage may focus on terminal wiring and overlook address or configuration settings. The result can be a module that powers up normally but does not behave correctly within the control architecture.
  3. Wiring and Terminal Incompatibility
    The IS230TCISH6C is associated with terminal-board-based I/O architecture, so the terminal arrangement matters. A visually similar Mark VIe component is not automatically a direct substitute. Photograph the existing wiring and compare terminal designations before removing the old unit.
  4. ESD During Unboxing
    Static discharge can damage electronic circuitry before the module ever reaches the cabinet. Keep the protective ESD packaging closed until the installation area is prepared, use a grounded wrist strap where required, and avoid touching exposed circuitry. This is a boring procedure until a replacement fails on day one.

7. Frequently Asked Questions (FAQ)

Q1: How quickly can you ship the IS230TCISH6C?
For physically stocked units, shipment can normally be arranged after order confirmation and final inspection. Actual lead time depends on quantity, condition, testing requirements, and destination.

Q2: Can you arrange international air or sea shipping?
Yes. The appropriate freight method depends on shipment urgency, package dimensions, destination, and total cargo value. For one or two modules, air courier or air freight is usually more practical; larger consolidated orders may justify sea freight.

Q3: Is the IS230TCISH6C hot-swappable?
Do not assume it is safe to remove or install the module under power. Whether a particular Mark VIe configuration supports live replacement depends on the system architecture and approved maintenance procedure. Follow the site shutdown and isolation procedure before handling the module.

Q4: Will this work as a backward-compatible replacement?
Compatibility must be checked against the existing Mark VIe hardware configuration, terminal arrangement, firmware/configuration requirements, and associated assembly. The same base model number is not sufficient evidence for a guaranteed drop-in replacement.

Q5: “Can you confirm the module is the exact IS230TCISH6C, not a similar GE I/O board?”
Yes. The physical part number and nameplate markings should be verified before shipment. We recommend that buyers provide a photo of the existing module when the installation is critical or when a revision/suffix is unclear.

Q6: What information should I send before ordering?
The most useful information is:

  • Existing module nameplate photo
  • Full part number and revision
  • Current system or controller configuration
  • Required quantity
  • Destination country
  • Required delivery date

That information lets procurement and engineering teams check the replacement before the order is released.

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