Product Overview

The Honeywell TC-CCR013 functions as a high-availability, redundant ControlNet communication interface module for the Experion PKS Series C automation platform. This specialized hardware provides a high-integrity connection for C300 controllers, enabling deterministic, real-time data exchange across critical network infrastructures. The module features a unique hybrid media architecture that integrates both copper and fiber-optic ports into a single unit. We supply this product exclusively as a 100% brand new, factory-original unit to ensure immediate installation success and eliminate communication disruptions in harsh industrial environments.

Technical Specifications

Engineering Advantages

Heavy industrial plants struggle with electromagnetic interference (EMI) and electrical ground loops when routing standard copper communication cables across long distances between processing areas. The TC-CCR013 resolves this vulnerability by combining a DB9 male copper twisted-pair port (Media Port A) and a fiber-optic port (Media Port B) into a single hybrid redundancy loop. This design allows process engineers to utilize flexible copper cabling for short runs inside local control cabinets while running noise-immune fiber-optic cables through areas with high electrical interference or out to remote field locations.

The onboard control logic runs a continuous health assessment on both communication paths. If a mechanical failure severs the primary copper trunk line or heavy electrical noise corrupts the signal, the module switches traffic to the fiber-optic backup channel within milliseconds. This rapid transition prevents data frame loss and keeps the C300 controller running smoothly.

The rugged physical construction features an operating temperature range of -40 to +70 Degrees Celsius, which allows for stable operation inside unconditioned outdoor field enclosures. The module also carries Class I, Division 2 and ATEX Zone 2 hazardous location certifications, making it suitable for hazardous processing environments like oil refineries and chemical plants.

FAQs

• How does the hybrid media architecture improve overall network reliability compared to standard dual-copper cards?

  The hybrid design enables a combination of copper and fiber-optic physical links. Fiber-optic lines offer complete immunity to radio frequency and electromagnetic interference, which eliminates ground loops and signal corruption across long distances. This combination ensures stable communication path redundancy even if localized electrical noise disrupts the copper channel.

• Does the TC-CCR013 support both scheduled and unscheduled ControlNet traffic?

  Yes. The module processes both scheduled data transfers for deterministic I/O control loop execution and unscheduled communication blocks for diagnostic queries, configuration updates, and operator interface interactions at a steady 5 Mbps data rate.

• What are the specific network requirements for the fiber-optic port interface on this card?

  The exact connector standard (SC or ST variant) depends on the specific hardware build option chosen for the facility network. Field technicians must match the fiber cable terminations to the corresponding port receptor style and ensure the external fiber switches or media converters match the 5 Mbps ControlNet signal specifications.