ABB TK566 3BSE012153R1 Interconnector

The ABB TK566 3BSE012153R1 is a precision-engineered interconnector designed for seamless integration within ABB’s 800xA and Advant Controller systems. It serves as a high-reliability interface component, enabling modular connection and signal routing between I/O modules, base units, communication boards, and redundant architecture components.

The TK566 ensures mechanical stability and electrical integrity across inter-module communication, particularly in systems that rely on high-speed data synchronization or system redundancy. Its ruggedized structure, optimized for industrial use, makes it an indispensable component for building scalable and fail-safe automation infrastructure.

Product Specifications

Product Applications

The TK566 interconnector is designed for use in ABB’s modular automation systems, where efficient and reliable signal transfer between hardware components is critical. Typical applications include:

• Process Automation Systems

  Used in distributed control systems for secure connections between CPUs, I/O units, and communication interfaces.

• Redundant Architecture Systems

  Facilitates failover and synchronization between redundant controllers or I/O modules.

• Power Generation & Utilities

  Integrates I/O modules in turbine control, substation automation, and grid control systems.

• Chemical & Petrochemical Plants

  Ensures reliable modular connections in hazardous environments using explosion-proof enclosures.

• Factory and Machine Automation

  Used in PLC racks and modular panels to interconnect I/O and logic modules efficiently.

Product Advantages

• High Reliability in Industrial Environments

  Designed to maintain low-resistance contact even under vibration, temperature changes, or humidity.

• Compact and Modular Design

  Optimized for minimal panel space usage, enabling dense system configurations.

• Electrical Integrity and Safety

  Offers low contact resistance and high insulation resistance, reducing signal loss or interference.

• Ease of Installation

  Plug-and-play design supports quick maintenance, replacements, and system expansions.

• System Compatibility

  Fully compatible with ABB 800xA systems and integrates with I/O and control module backplanes.

• Cost-Effective Solution

  Reduces cabling needs, simplifies wiring, and improves long-term reliability.

• Thermally Stable Materials

  Operates safely across wide temperature ranges common in industrial automation.

• Gold-Plated Contacts

  Ensures long-lasting conductivity with minimal wear or corrosion.

• Supports Redundancy Configurations

  Ideal for mission-critical installations requiring uninterrupted communication between modules.

• Certifications for Industrial Use

  CE and RoHS compliance ensures adherence to global safety and environmental standards.

Frequently Asked Questions (FAQ)

1. What does the ABB TK566 do?

   It acts as an interconnector between ABB automation modules for signal and power continuity.

2. Is TK566 compatible with all ABB modules?

   It is designed specifically for AC 800M and Advant Controller series systems.

3. Does this interconnector require configuration?

   No, it is a passive hardware component and does not require configuration.

4. Can I use this connector outside ABB systems?

   It is optimized for ABB hardware and not certified for third-party systems.

5. What type of contacts does it use?

   Gold-plated multi-pin spring/socket contacts to ensure low resistance and durability.

6. How many times can I connect/disconnect it before it wears out?

   It is rated for multiple insertions, typically over 200 mating cycles.

7. Can it be used in outdoor enclosures?

   It is IP20 rated and must be housed in a protected industrial enclosure.

8. What’s the current and voltage rating of the TK566?

   It supports up to 50 VDC and 1 A per contact.

9. Does ABB provide replacement parts for TK566?

   Yes, it is available as a standard spare part within ABB’s automation inventory.

10. Can this interconnector support hot-swap modules?

    While it physically connects hot-swappable modules, the system must support hot-swap logic.