Honeywell TC-CCN014 Redundant Net Interface Module

The Honeywell TC-CCN014 is a redundant network interface module used in process control systems to provide fault-tolerant communication pathways. Designed for industrial applications, it ensures high reliability by offering dual communication paths between controllers and network segments, improving system availability and reducing downtime risks.

Technical Specifications

Applications

• Distributed control systems (DCS)

• Redundant communication architecture

• Safety-critical industrial environments

• Oil & gas, petrochemical, and refining plants

• Pharmaceutical and food processing industries

Product Advantages

• Ensures continuous communication in case of link or module failure

• Hot-swappable, supporting online replacement

• Compact design saves panel space

• Redundant communication increases system fault tolerance

• Certified for use in hazardous industrial environments

• Simplifies system integration and configuration

Frequently Asked Questions (FAQ)

Q1: What does the TC-CCN014 module do?

A1: It enables redundant network communication between control systems and field devices.

Q2: Can the TC-CCN014 be replaced while the system is running?

A2: Yes, it supports hot-swapping without shutting down the system.

Q3: What systems are compatible with this module?

A3: It is compatible with Honeywell C300 controllers and the Experion PKS system.

Q4: Does it support fault-tolerant communication?

A4: Yes, it maintains network communication even if one path fails.

Q5: How is the module installed?

A5: It is inserted into a designated slot within the Series 8 I/O chassis.

Q6: What kind of environments is this module designed for?

A6: It is certified for industrial and hazardous environments.

Q7: What type of signals does it handle?

A7: It handles high-speed Ethernet-based communication signals.

Q8: Is it necessary to configure the module after installation?

A8: Minimal configuration is required, typically done via the Experion system tools.

Q9: How does it contribute to system uptime?

A9: It ensures that communication is maintained even during partial hardware failures.

Q10: What is the maximum number of TC-CCN014 modules in one system?

A10: This depends on system architecture, but typically pairs are used for redundancy.