ABB TP858 3BSE018138R1 Baseplate

The ABB TP858 Baseplate (Part Number: 3BSE018138R1) is an essential component of ABB’s AC 800M and S800 I/O system architecture, serving as a mounting and interface foundation for communication modules such as the CI858 and CI858A. This baseplate is critical for maintaining physical and electrical connectivity between communication modules and the rest of the I/O and control infrastructure.

Designed with industrial robustness in mind, the TP858 ensures stable module integration, efficient signal transmission, and proper grounding. It facilitates communication in PROFIBUS DP networks and integrates seamlessly into System 800xA environments. The baseplate includes front connectors, status LEDs, and a backplane bus, ensuring dependable performance and fast installation.

Product Specifications

Product Applications

The ABB TP858 Baseplate plays a critical role in various industrial automation environments by providing a reliable foundation for communication and signal exchange. Key application areas include:

• Process Automation Systems

  Acts as a backbone for communication modules within distributed control systems (DCS).

• Manufacturing Facilities

  Facilitates network communication between controllers and remote I/O units in automated production lines.

• Power and Utility Plants

  Ensures dependable data exchange in substations and turbine control systems.

• Oil and Gas Industries

  Supports real-time control and data acquisition in harsh environments, especially for PROFIBUS-based control architectures.

• Chemical and Petrochemical Plants

  Ensures secure and fault-tolerant signal flow within safety-critical processes.

• Water Treatment Plants

  Integrated into SCADA systems for relay and valve control across distributed network zones.

Product Advantages

• Seamless Integration

  Fully compatible with ABB’s CI858/CI858A modules and System 800xA for quick deployment.

• Robust Construction

  Built from high-grade materials that withstand demanding industrial conditions.

• Compact and Efficient

  Space-saving design with streamlined installation onto DIN rails.

• Stable Communication Support

  Designed to maintain signal integrity and ensure consistent PROFIBUS connectivity.

• Pre-configured Interfaces

  Reduces commissioning time with built-in connectors and easy-access terminals.

• Clear Diagnostics

  LED indicators assist in real-time monitoring and fault detection.

• Enhanced Safety

  Offers proper grounding and electrical isolation to protect both users and equipment.

• Low Maintenance

  Long product lifespan with minimal wear-and-tear components.

• Flexible Deployment

  Can be used in both centralized and distributed I/O architectures.

• ABB System Compatibility

  Guaranteed performance within the broader ABB automation ecosystem.

Frequently Asked Questions (FAQ)

1. Q: What communication modules are supported by the TP858 baseplate?

   A: It supports ABB CI858 and CI858A communication interface modules.

2. Q: Can TP858 be used in non-ABB systems?

   A: It is designed specifically for ABB AC 800M and System 800xA environments and may not be compatible with third-party platforms.

3. Q: What communication protocol is TP858 used for?

   A: It supports PROFIBUS DP for industrial communication.

4. Q: How is the TP858 mounted?

   A: It is designed for DIN rail mounting inside control cabinets.

5. Q: Does the TP858 require external power?

   A: It receives power from the CI858/CI858A communication module or the system backplane.

6. Q: Are there LED indicators on the baseplate?

   A: Yes, TP858 includes status LEDs for power, communication, and fault conditions.

7. Q: What is the ingress protection rating of TP858?

   A: It has an IP20 rating when installed inside an enclosure.

8. Q: What is the typical operating temperature range?

   A: It operates between -25°C and +70°C.

9. Q: What kind of connectors are available on the TP858?

   A: It features a standard DB9 PROFIBUS connector for communication.

10. Q: Is TP858 hot-swappable?

    A: No, modules should be replaced only when the power is off to avoid damage.