Description
Description
The Triconex 4000043-320 is a high-integrity cable assembly designed for secure connectivity within fault-tolerant safety-instrumented systems. This industrial-grade component facilitates reliable signal transmission between critical I/O modules and main processor chassis or termination panels. Engineered for demanding environments, it ensures deterministic data distribution and maintains signal fidelity in hazardous industrial facilities, including petroleum refineries, chemical processing plants, and mining operations.
Features
- High-integrity signal transmission for safety-critical applications.
- Constructed with 18 AWG conductors for robust power and signal delivery.
- Flame-retardant PVC jacket provides resistance to environmental stress and fire propagation.
- Controlled nominal impedance of 100 Ohms to minimize signal reflection and EMI.
- Low-capacitance design (55 pF/m) to prevent signal distortion over high-frequency layouts.
- Heavy-duty molded connectors designed to prevent accidental disconnects and protect against dust and moisture.
Applications
This cable assembly is specifically designed for use in Triconex safety systems where high availability and fault tolerance are required. Typical applications include:
- Safety Instrumented Systems (SIS) signal routing.
- Interconnection between I/O modules and termination panels.
- Data communication in high-EMI industrial environments.
- Critical process control loops in oil, gas, and chemical processing.
Technical Specifications
| Model |
4000043-320 |
| Brand |
Triconex |
| Wire Gauge |
18 AWG |
| Voltage Rating |
1000 V |
| Current Capacity |
4 A |
| Impedance |
100 Ohms |
| Capacitance |
55 pF/m |
| Resistance |
0.1 Ohms |
| Jacket Material |
Flame Retardant PVC |
| Operating Temperature |
-45 to +85 deg C |
Installation Guidelines
- Ensure the system is powered down before connecting or disconnecting the cable assembly to prevent electrical arcing or damage to I/O ports.
- Route cables away from high-voltage power lines and sources of significant electromagnetic interference (EMI) to maintain signal integrity.
- Ensure connectors are fully seated and locked to prevent intermittent connections caused by mechanical vibration.
- Avoid sharp bends or tight radii during installation to prevent internal conductor fatigue or damage to the shielding.
- Verify that the cable length is appropriate for the specific cabinet layout to avoid excessive tension on the connectors.
FAQ
Is this cable assembly shielded?
Yes, the 4000043-320 is designed with specific impedance and capacitance characteristics to minimize EMI and signal distortion in industrial environments.
Can this cable be used in hazardous locations?
The cable is designed for use in demanding industrial facilities; however, always verify that the overall system installation complies with the specific hazardous area classification requirements of your site.
