Pepperl+Fuchs HiCTB16-YRS-RRB-KS-CC-AI16 Termination Board (Part No.: HiCTB16-YRS-RRB-KS-CC-AI16)

Pepperl+Fuchs HiCTB16-YRS-RRB-KS-CC-AI16 Termination Board

(Part No.: HiCTB16-YRS-RRB-KS-CC-AI16)

The Pepperl+Fuchs HiCTB16-YRS-RRB-KS-CC-AI16 is a high-density, intelligent termination board engineered for analog input signals in industrial automation and process control systems. This module provides not only organized wiring but also critical signal conditioning, diagnostics, and protection for connecting field transmitters and sensors to control system input cards.

Key Features

• 16-Channel Analog Input Interface: Provides sixteen dedicated channels for terminating, conditioning, and monitoring analog input (AI) signals, such as 4-20mA, 0-10V, or 0-5V signals from field transmitters (pressure, temperature, level, flow).

• Integrated Signal Conditioning & Diagnostics: The "YRS-RRB-KS" designation indicates this is an active electronic module. It conditions the raw field signal (e.g., provides isolation, converts current to voltage if needed for the PLC card) and includes diagnostic capabilities like wire break detection and signal monitoring.

• Advanced Channel Diagnostics: Each channel is equipped with LED indicators to provide visual status of the input signal. This allows for immediate identification of healthy signals, under-range conditions (e.g., wire break, sensor fault), or over-range conditions.

• Short-Circuit Protection: The input channels are typically protected against short-circuits, safeguarding the field transmitter and the termination board itself from wiring errors or faults.

• Tool-Free Spring-Cage Terminals: Utilizes reliable spring-cage terminal technology (push-in design) for both field-side (sensor) and system-side (PLC card) connections. This enables fast, secure, and tool-free wiring, significantly reducing installation time.

• Compact & Organized DIN Rail Design: Engineered for space-efficient mounting on standard 35mm DIN rails. Its design clearly separates field and system wiring, creating a professional and maintainable interface for high-density analog input points.

Applications

• Process Control Instrumentation: Connecting 4-20mA signals from pressure, temperature, level, and flow transmitters in chemical, pharmaceutical, or water treatment plants.

• Machine Monitoring: Wiring analog sensors for force, displacement, or speed monitoring on production equipment.

• Energy Management Systems: Terminating signals from power meters, current transformers, or other analog energy monitoring devices.

• Test & Measurement Racks: Providing a conditioned and protected interface for multiple analog measurement signals in laboratory or production test environments.

Why Choose the Pepperl+Fuchs HiCTB16 (AI16) Termination Board?

 HiCTB16-YC3-RRB-KS-CC-AI16 Termination Board | 16-Channel | DIN Rail | Analog Input

• Beyond Simple Wiring: It actively conditions and monitors signals, providing crucial diagnostic information that simple terminal blocks cannot.

• Rapid Fault Identification: Integrated LED diagnostics allow maintenance personnel to instantly see which specific sensor loop has a problem (e.g., wire break), slashing troubleshooting time.

• Enhanced System Protection: Short-circuit protection on inputs helps prevent damage to sensitive field transmitters and the board itself.

• Clean & Professional Installation: Consolidates wiring, conditioning, and diagnostics for 16 analog signals into one neat module, greatly improving panel layout and clarity.

• Time & Cost Savings: Spring-cage terminals and integrated functionality reduce installation time, component count, and maintenance effort compared to building this functionality with discrete components.
  
  

Pepperl+Fuchs HiCTB16-YC3-RRB-KS-CC-AI16 16-channel termination board for analog inputs. DIN rail mount, spring-cage terminals, for signal conditioning and wiring.

Leave a message for product

Title

Contact

Tel

Content

Verify Code

Click to change

Note：1. Shortcut key for send message :Alt+s or Ctrl+Enter!
2. If necessary, please leave your detail contact!