Description
ICS Triplex TC‑215‑01‑6M5
Technical Specifications Cable length: 6.5 m; rated voltage: 300 V; operating temperature: ‑40 °C ~ +70 °C; complete copper‑braided shielding; differential twisted‑pair conductors; metal‑shell heavy‑duty connectors with mechanical locking; limited to static installation inside control cabinets.
Functional Features Original factory pre‑assembled pin‑to‑pin mapping; twisted‑pair layout restrains differential‑signal crosstalk; enhanced strain‑relief structure against vibration‑induced cable fatigue; mechanical lock‑latches prevent vibration‑triggered disconnection; full‑coverage shielding rejects cabinet‑internal electromagnetic noise; standardized conductor color coding supports maintenance troubleshooting.
Application Scenarios Long‑distance inter‑chassis connection between Trusted main chassis and multiple T8300 expander chassis; ESD safety‑system cabinet‑internal signal routing; fire‑and‑gas safety‑control cabinet wiring; large‑scale refinery safety‑instrument‑system assembly.
Performance Parameters Shield coverage rate over 85 %; gold‑plated pin contact resistance less than 9 mΩ; insulation resistance above 1000 MΩ; connector mating life 500 cycles; satisfies SIL 3 system‑cabling performance indicators.
Material Composition Tinned stranded copper conductors, cross‑linked polyethylene insulating layers, copper‑braided shielding net, wear‑resistant PUR outer sheath, zinc‑alloy metal connector housings, gold‑plated contact pins, injection‑molded rubber strain‑relief assemblies.
Structural Characteristics Rectangular heavy‑duty metal‑shell connectors at both cable ends; differential‑signal pairs independently twisted; injection‑molded strain‑relief treatment at cable‑connector transition positions; pin‑out strictly matches Trusted hardware port definitions.
Working Principle Transmits multi‑channel TMR safety signals across chassis and adapter modules. Twisted‑pair layout offsets electromagnetic‑induction interference. Continuous shielding guides external noise to cabinet protective ground. Factory‑fixed pin‑assignment eliminates field‑wiring‑caused signal‑circuit errors.
Installation Requirements Restrict usage to temperature‑controlled cabinet‑internal static installation; static minimum bending radius equals ten times cable outer diameter; keep slack reserve without tensile force on cable; lock connector mechanical latches after insertion; shield layer single‑end connects to cabinet protective‑ground bar; maintain adequate physical separation from high‑power power‑cable bundles.
Usage Notes Forbid pulling cables by connector housings; prevent sharp cabinet metal edges from scratching outer jacket; confirm full model compatibility before connector insertion; prohibit cutting or re‑processing factory‑terminated connectors; visually inspect pins for bending deformation before power‑on; avoid locations with oil mist and corrosive‑gas accumulation inside cabinets.
