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FU-ES Flow Meter English Manual v1
FU-ES Flow Meter English Manual v1
  • ⚠Safety Instructions
  • This instruction manual version is v1.0
    • Manual Update Log
  • Measurement principle and usage scenario
    • Firmware Update Date and Version Feature Description
  • Warranty
  • Exterior, Specs, Model
  • Installation and Setup
    • Mechanism Installation
    • Mechanical and Electrical iInstallation
    • Parameter setup
      • Z02 Automatic Pipe Size Detection Guide
  • Human Machine Interface
    • Introduction of human machine interface
    • Hybrid Page Setup and Usage Interface Guide
    • Monitoring Screen
    • Simulation Mode
    • Data interpretation on monitoring screens
    • Password input page
    • Setup screen
  • Communication
    • OCT output
    • Analog current output (0-20mA, 4-20mA)
    • RS485 and Modbus RTU Setting
    • Modbus RTU Protocol
      • Read-only memory read instruction(04) and memory lists
      • Read-Write Memory List
      • Read/Write Memory Read Command (03)
      • Read-write memory single Register write instruction(06)
      • Read/Write Memory Dual-Register Write Command (30)
      • Read/Write Memory Four-Register Write Command (31)
      • Single Bit Data Read/Write Commands (01/05) (Commonly Used in HMIs)
  • Parameters Table
    • Z Category Options and Descriptions
    • A Category Options and Descriptions
      • A02 Preset Pipe Specification Table for Different Models
      • A03 ~ A07 Data Range Explanation Based on Model Specifications
    • B Category Options and Descriptions
    • K Category Options and Descriptions
    • C Category Options and Descriptions
    • D Category Options and Descriptions
    • E Category Options and Descriptions
    • F Category Options and Descriptions
    • H Category Options and Descriptions
    • Pagasfsae 1
    • Page 1
  • Common Usage Scenarios
    • Dosing Flow Meter Operation Guide
  • Alarm and description of system conditions
  • Troubleshootings and Abnormalities
    • Iout 4-20/0-20mA debug process
    • OCT Alarm Debug Process
    • OCT Pulse Debug Process
    • RS485 Debug Process
  • Certification
  • FU-ES Product Page
  • LORRIC English Website
  • LORRIC Integration and Application Center
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  • Main Functions and Steps
  • Example Explanation
  • Common Reasons for Unsuccessful Z02 Detection
  • Important Notes
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  1. Installation and Setup
  2. Parameter setup

Z02 Automatic Pipe Size Detection Guide

The Z02 automatic pipe size detection feature is designed to enhance user efficiency and accuracy. This section introduces its main functions and usage steps:

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Last updated 4 months ago

Main Functions and Steps

  1. System Startup: On the main screen, open the system menu and navigate to the "(Z Quick Menu)" interface.

  2. Settings Page: In the "(Z Quick Menu)" options interface, locate and select the "(Z02 Automatic Pipe Size Detection)" menu, then press enter.

  3. Initiate Detection: Click the “Start Detection” button. The system will automatically begin the pipe size detection process.

  4. Viewing Results: Once detection is complete, the screen will display detailed results. You can then return to the main screen.

Example Explanation

  • Example Installation: For a pipe size CNS W15 PVCU, the system will display normal detection results if installed correctly.

    • (Left Image): If a matching pipe size is found, the screen will display the pipe size name.

    • (Right Image): If no matching pipe size is found, the system will default to a CNS W size specification.

Common Reasons for Unsuccessful Z02 Detection

  • The pipe size is not in the built-in options. Refer to the A02 list for different model pipe sizes. See the pipe size guide for further details.

  • Improper installation: Excessive or insufficient torque can cause inaccurate detection results.

  • Pipe deformation due to material, pressure, wall thickness, or temperature may lead to inconsistent detection results.

Important Notes

  • Ensure the pipe is properly installed to prevent detection errors.

  • Regularly calibrate the system to maintain detection accuracy.