Description
Overview
The Honeywell 51203192-201 is a high-performance fiber optic extender cable designed for Series C MTL systems. It provides reliable long-distance communication between controllers and remote devices, including sensors and actuators, while ensuring immunity to electromagnetic interference (EMI). Engineered for industrial and hazardous environments, this cable combines durability with lightweight design for seamless installation and maintenance.
Technical Specifications
| Specification |
Details |
| Part Number |
51203192-201 |
| Product Type |
Fiber Optic Extender Cable |
| Fiber Core Diameter |
62.5/125 µm multimode |
| Cable Construction |
Industrial-grade fiber optic |
| Compatibility |
Honeywell Series C MTL systems |
| Function |
Extends data communication over long distances |
| Signal Integrity |
Immune to EMI, ensures error-free communication |
| Operating Temperature |
-40°C to +85°C |
| Weight |
0.35 kg |
| Installation Notes |
Maintain minimum bend radius; handle connectors carefully |
Key Features
-
Long-distance transmission without signal degradation
-
Resistant to EMI and electrical noise in industrial environments
-
Durable design suitable for harsh or hazardous locations
-
Lightweight and easy to route within control panels
-
Plug-and-play integration with Honeywell Series C MTL systems
Applications
Ideal for extending communication links in process automation, chemical plants, oil & gas facilities, and other EMI-intensive industrial settings. Connect controllers to remote I/O devices reliably over extended distances.
FAQ
Q: Can this cable be used with standard copper I/O links?
A: No, the Honeywell 51203192-201 is fiber-optic only and compatible exclusively with Series C MTL systems.
Q: What is the maximum recommended distance for signal transmission?
A: Depending on network configuration, multimode fiber supports several hundred meters of reliable communication.
Q: Are there any special installation requirements?
A: Yes, avoid exceeding the fiber’s minimum bend radius and ensure connectors are clean for optimal signal integrity.
