TRICONEX 4000212-020 – Field Termination Assembly for Tricon TMR Safety I/O
Warranty: 365 days
Delivery time: Typically 1 week for in‑stock items; no more than one month at the latest
Payment terms: 50% advance payment; full payment prior to delivery
Express options: FedEx, UPS, DHL
Purpose‑built termination for Triconex I/O – Provides a clean landing point between field wiring and the associated Triconex module in TMR architectures.
Structured channel labeling – Channel IDs and terminal markings typically mirror the I/O card, minimizing wiring errors and rework.
Robust screw/clamp terminals – Secure connections for discrete or analog signals, helping maintain signal integrity in noisy industrial cabinets.
Shield management – Grounding points and clear routing for shields reduce interference on low‑level signals in many cases.
Cabinet‑friendly footprint – Usually fits comfortably on DIN rail or panel backplates, easing retrofits and expansions.
Serviceable design – Access to terminals and cable headers is straightforward, which makes loop checks and maintenance quicker.
| Brand / Model | TRICONEX 4000212-020 |
| HS Code | 8537.10 (Boards, panels, consoles for electric control, ≤1000 V) |
| Product Type | Field Termination Assembly (FTA) for Tricon TMR I/O |
| Power Requirements | Passive termination; no external power typically required (some variants draw minimal power from the I/O interface if indicators are present) |
| Dimensions & Weight | Termination board form factor for cabinet mounting; typical installed weight ≈ 1.0 kg |
| Operating Temperature | 0 to 60 °C (typical cabinet environment) |
| Signal Input/Output Types | Field screw/clamp terminals for discrete or analog channels, as defined by the paired Triconex I/O module |
| Communication Interfaces | System cable header to Triconex I/O card; no network ports |
| Installation Method | DIN‑rail or panel mounting inside a grounded control cabinet |
The 4000212-020 is typically used wherever a Triconex Tricon TMR safety PLC is deployed and reliable field wiring is critical:
Oil & Gas (ESD, HIPPS, BMS, compressor protection)
Chemicals & Petrochemicals (process shutdown, interlocks)
Power Generation (boiler/burner management, turbine auxiliaries)
Pharmaceuticals & Specialty Manufacturing (safety interlocks, utilities)
A maintenance lead at a Gulf Coast refinery told us, “Swapping in the new FTA saved us a full shift during the turnaround—channel mapping lined up exactly with the I/O card, so the loop checks were straightforward.”
Reliability – Solid terminals and clear routing reduce loose connections and intermittent faults that are painful to chase.
Compatibility – Designed for Triconex I/O; helps keep your TMR architecture consistent across cabinets.
Cost Savings – Cleaner wiring typically means faster commissioning and fewer call‑backs during startup.
Lifecycle Support – Easier field replacement and documentation alignment with existing Triconex drawings.
Cabinet environment – Mount inside a properly grounded, ventilated enclosure (IP54 or better is common). Maintain 0–60 °C ambient and avoid condensation.
Mounting – DIN‑rail or panel mount on a metal backplate. Maintain cable bend radius and keep power and signal segregated.
Wiring practice – Use ferrules; torque terminals to spec; terminate shields at designated points; separate 24 VDC and AC lines from low‑level analog where possible.
Safety – De‑energize circuits before servicing. Follow site LOTO and ESD handling for connectors and cables.
Routine checks – Periodically verify terminal tightness, inspect for discoloration or corrosion, clean dust with dry air, and confirm cable headers are fully seated. No firmware updates are required for passive FTAs.
Typically CE‑marked; UL/cUL usage depends on cabinet/system certification
RoHS compliant components are commonly used in this product class
Designed for use within Triconex safety systems that are IEC 61508 SIL3 capable at the system level
Supplier warranty: 365 days
Note: The 4000212-020 is a termination accessory; channel assignments and exact pin‑outs typically follow the paired Triconex I/O module. If you share your I/O card model and signal mix (e.g., 24 VDC DI, 4–20 mA AI), I can confirm the precise wiring map and recommended system cable.
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