Honeywell 51304386-100 Pulse Input IOP Module Product
June 10, 2026

Honeywell 51304386-100 Pulse Input IOP Module Product

1. Basic Model Information Part Number: 51304386-100 Generic Model: MU-PPIX02 Full Name: Pulse Input Input/Output Processor Card Applicable System: Honeywell Experion PKS C200 / C300 DCS Control System Matching FTA: 51304084 series pulse input FTA terminal board

Description

2. Product Function Description

This is a dedicated pulse input IOP main control card, which needs to cooperate with matching pulse FTA terminal assembly to collect pulse signals from field equipment. It realizes high-frequency pulse counting, frequency conversion and flow accumulation functions. It has built-in signal filtering and self-diagnosis logic, supports redundant system configuration, and stably processes pulse signals of flowmeters, encoders and tachometers in chemical, power, oil & gas and other continuous production sites.

3. Core Electrical Technical Specifications

  1. Supported Signal Type: Active / passive pulse, NPN / PNP encoder square wave signal

  2. Pulse Frequency Range: 0 ~ 100kHz high-speed pulse acquisition

  3. Configurable Filter: 10μs ~ 100ms software adjustable anti-interference filter

  4. Power Supply: 24VDC DCS rack backplane power supply

  5. Operating Ambient Temperature: -40℃ ~ +70℃ industrial wide temperature range

  6. Built-in Diagnosis: Channel open circuit, short circuit and abnormal pulse self-check function

  7. Circuit Protection: On-board TVS surge suppression, overcurrent protection, PCB anti-corrosion conformal coating

  8. Firmware & Hardware: Hardware revision J, firmware version B

4. Industrial Application Scenarios

  1. Chemical Industry: Accumulated flow measurement of turbine, vortex and mass flow meters

  2. Power Industry: Rotational speed monitoring of steam turbines, fans and water pumps

  3. Oil & Gas Industry: Custody transfer pulse metering for pipeline flow instruments

  4. General Process Control: Position counting of encoders, batching and energy consumption statistical pulse acquisition


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