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Overview
The Honeywell FC-SCNT01 is a specialized high-speed counter module that integrates with the Honeywell Experion PKS control system. It is designed to accurately count high-frequency pulses and measure signal frequencies from field instrumentation, providing critical data for flow totalization, speed monitoring, and batch control in process automation.

Key Features & Benefits:

• High-Speed Signal Processing: Capable of accurately counting very high-frequency pulse trains, which is essential for measuring fast-flowing fluids or high-speed rotating equipment.

• Accurate Flow Totalization: By continuously counting pulses from a turbine flowmeter or similar device, it enables precise calculation of total flow, which is vital for batch recipes and custody transfer operations.

• Flexible Integration: Seamlessly integrates into the Experion PKS architecture, allowing the high-speed count data to be used in control strategies and displayed to operators alongside other process variables.

• Multiple Input Capability: Typically supports multiple counter input channels, allowing a single module to monitor several pulse sources.

• Diagnostic Monitoring: Includes diagnostics to verify module health and signal integrity, ensuring the reliability of the measured data.

Technical Specifications:

• Product Code: FC-SCNT01

• Part Number: 51454926-176

• Module Type: High-Speed Counter

• Compatible System: Honeywell Experion PKS

• Typical Use: A plug-in module for a C-series controller (e.g., C300) chassis to handle pulse inputs.

• Input Signals: Accepts digital pulse signals from devices like turbine meters, magnetic pickups, and encoders.

Typical Applications:

• Flow Totalization: Precise measurement of total volume from pulse-output flow meters (e.g., in chemical injection, fuel flow).

• Speed Monitoring: Monitoring rotational speed (RPM) of turbines, motors, or other equipment via proximity probes or encoders.

• Batch Control: Counting items or measuring precise quantities in discrete or batch manufacturing processes.