ICS Triplex TC-011-02-1M5 Trusted TMR Interconnect Cable

The ICS Triplex TC-011-02-1M5, also cataloged as the TC-011-02-1M5 Trusted TMR interconnect cable assembly, provides pre-terminated multicore signal connections between Trusted system modules, I/O termination assemblies, and processor rack interfaces. The 1.5 m assembly uses shielded conductors and locking multi-pin connectors for fixed system interconnection.

Hardware Specifications

TMR Signal Interconnection

TC-011-02-1M5 is a passive interconnect assembly within the Trusted TMR architecture. Its multicore construction carries the required redundant signal paths between compatible system assemblies without performing signal processing or power conversion. The shielding arrangement provides a controlled cable structure for reducing electromagnetic coupling between conductors and external electrical sources.

The locking multi-pin connectors establish the physical termination at the connected Trusted assemblies. Connector engagement should be fully seated before system operation, with cable routing arranged to avoid excessive bending, tensile loading, or mechanical stress at the connector body.

Frequently Asked Questions

Q: Does the TC-011-02-1M5 perform signal conversion or amplification?

A: No. The TC-011-02-1M5 is a passive pre-terminated cable assembly. It provides physical electrical interconnection between compatible Trusted system assemblies.

Q: What is the specified cable length?

A: The cable length is 1.5 m. The model data identifies the 1M5 portion of the code with the 1.5 m cable length.

Q: Is the TC-011-02-1M5 suitable for TMR interconnection?

A: Yes. The specified signal construction is a multicore shielded TMR interconnect for Trusted system modules, termination assemblies, and processor rack connections.

Field Installation Guidelines

Verify the cable part number and connector configuration against the associated Trusted system hardware before installation. Confirm that both mating connectors are correctly aligned and fully engaged with their locking mechanisms secured.

Route the cable separately from high-current power conductors, switching devices, and other sources of electromagnetic interference where practical. Avoid sharp bends, crushing, excessive tensile force, and repeated flexing near connector terminations.

Maintain the cable shielding and termination arrangement specified by the system installation documentation. Do not modify the factory termination, conductor assignment, connector pinout, or shielding structure.

Before energizing the connected system, inspect the cable jacket, connectors, locking hardware, and exposed cable sections for mechanical damage. Verify continuity and correct point-to-point termination when required by the system commissioning procedure.