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Product Description

The TK-CRR014 (Part Number: TK-CRR014) is a high-integrity redundant counter and recorder module designed for demanding industrial measurement and logging applications within Honeywell Experion PKS–based control systems. The module combines high-speed pulse counting with multi-channel process data recording, making it well suited for applications where accuracy, determinism, and data continuity are critical.

Engineered for mission-critical environments, the TK-CRR014 supports dual-channel counting with redundancy, ensuring continued operation in the event of a signal or hardware fault. With support for high-frequency pulse inputs and multiple process signal types, it delivers reliable real-time monitoring and historical data capture for industries such as petrochemical processing, power generation, and advanced manufacturing.


Technical Specifications

Parameter Specification
Model Designation TK-CRR014
Functional Category Redundant High-Speed Counter & Recorder
Counting Architecture Dual-channel with redundancy support
Total Process Channels Up to 16 configurable channels
Maximum Counting Frequency Up to 100 kHz
Measurement Resolution 16-bit
Measurement Accuracy ±0.02%
Supported Input Types Digital pulse, analog signals, thermocouples, RTDs
Communication Interfaces Modbus TCP, Modbus RTU, USB, RS-232
External Dimensions 192 × 120 × 48 mm
Unit Weight 1.5 kg 

Application Scenarios

  • High-speed turbine speed monitoring and overspeed detection

  • Pulse-based flow measurement in refinery and chemical processes

  • Position tracking and event counting for high-speed conveyor systems

  • Centralized data logging in mixed-signal environments (digital + RTD + analog)


Frequently Asked Questions

How does redundancy improve high-speed counting reliability?
The TK-CRR014 employs a dual-channel redundant architecture. If the primary counting path experiences a fault or signal degradation, the secondary channel maintains continuous count integrity, preventing totalization errors or data loss.

Can custom logic be implemented within the module?
Yes. The module supports IEC 61131-3 programming, enabling users to implement custom scaling, filtering, alarming, and control logic directly within the device without relying solely on the host controller.

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