ABB TK-CCR014 – Controller Communication/Redundancy Module for Industrial DCS Networks

ABB TK-CCR014 is a genuine ABB spare designed for use in distributed control system environments where stable, redundant controller communications are a must. From my experience, this part is typically deployed in ABB control cabinets to support controller-to-controller link redundancy and reliable signal routing on plant networks. You might notice that plants turn to the CCR-series parts when they need deterministic messaging, quick fault isolation, and a clean way to build A/B network redundancy without reworking the cabinet layout.

Company’s Order Placement Process and Guarantees

• Warranty: 365 days
• Delivery: 1 week if in stock; no more than one month at the latest
• Payment: 50% advance payment; full payment before delivery
• Express options: FedEx, UPS, DHL

Key Features

• Redundant link architecture: Supports A/B channel topologies to maintain controller communications during single-path failures.
• Deterministic performance: Designed for stable timing in busy plant networks, which helps with sequence-of-events and interlock reliability.
• Status indication: Front-facing indicators (where equipped) make it straightforward to check link health during commissioning.
• Cabinet-friendly form factor: Fits standard ABB DCS cabinets; typically integrates without extra rail space or external power.
• Serviceability: ESD-safe, field-replaceable assembly that technicians can swap during planned downtime.
• Backward/upgrade use cases: Commonly used in brownfield upgrades to bring legacy controller links up to a redundant scheme.

Technical Specifications

A maintenance lead in a chemical plant told us the TK-CCR series “seems to be the easiest path” when migrating to redundant controller links—mainly because field wiring stays untouched and most checks are visual plus a quick link test.

Related or Supporting Products

• ABB TK-CCR012 / TK-CCR013 – Earlier CCR-series variants often used in similar redundancy roles; selection depends on cabinet generation and link media.
• ABB controller and network interface modules in the same DCS family – pairing must match firmware and cabinet backplane; we typically verify by system ID before shipment.
• Shielded cabinet patch harnesses and labeled link cables – useful when routing A/B redundant paths across adjacent racks.

Installation & Maintenance

• Cabinet standards: Install in a clean, conditioned control cabinet (IEC/UL compliant). Keep ambient within typical DCS limits and avoid direct heat sources.
• Ventilation: Provide unobstructed airflow around the module location; do not block adjacent card slots or cable channels.
• Wiring: Route A/B redundant paths separately to reduce common-mode disturbance. Maintain bend radius and shielding continuity for the chosen media.
• ESD & safety: Power down the affected segment unless the system explicitly supports hot-swap for this position. Use grounding straps and insulated tools.
• Routine checks: Visually inspect connectors, verify link status indicators, and perform a redundancy switchover test during scheduled maintenance.
• Firmware/config: Where applicable, align configuration/firmware with the host controller version. Document MAC/port assignments for both redundant channels.
• Cleaning: Light, dry air only—no solvents. Keep dust off connectors to preserve signal integrity.

Quality & Certifications

• Manufacturer quality systems typically aligned with ISO 9001
• CE marking customary for ABB control components used in industrial panels
• UL/CSA recognition for panel components in many cases
• RoHS-compliant builds common for current production and service spares
• Supplier warranty: 365 days

If you’re matching this part to an existing ABB DCS cabinet, we typically confirm by system family and slot/backplane details before shipping. That small step tends to save time on site and keeps the switchover predictable.