Engineered by Nature - We studied whale tubercles, fish gills, mangrove roots, shark skin and coral - and built millions of years of natural engineering directly into our flow conditioners.

Coriolis Mass Flow Meters

  1. Product Description and Technical Data
    1. Applications
    2. Principle of Operation
        1. Measuring Mass Flow Range for Liquid in kg/h
        2. Measuring Mass Flow Range for Liquid in lb/m
        3. Measuring Volumetric Flow Range for Liquid in Liter/hr
        4. Measuring Volumetric Flow Range for Liquid in gal/min
        5. Measuring Mass Flow Range for Liquid in kg/h
        6. Measuring Mass Flow Range for Liquid in lb/m
        7. Measuring Volumetric Flow Range for Liquid in Liter/hr
        8. Measuring Volumetric Flow Range for Liquid in US gal/min
    3. General Specifications
      1. Technical Parameters Overview
      2. Range of Measurement
      3. Accuracy of Measurement
      4. Power Supply
      5. Output Signals
        1. Pulse Output
        2. Current Output
        3. Digital Output
      6. Display
    4. Pressure Drop
    5. Approvals
    6. Hazardous area Classifications
    7. Delivery Set
    8. Model Codes
  2. Operation and Maintenance
    1. Model Selection Recommendations
    2. Safety Precautions
    3. Installation on Pipeline
      1. Installation Location
      2. Orientation
      3. Pipeline Preparation
      4. Installation
      5. Thermal Insulation
      6. Cooling
      7. Transmitter Rotation
    4. Wiring
      1. Basic Guidelines
      2. Installation with Explosion Protection
      3. Wiring Recommendations
      4. Waterproofing
      5. Grounding
    5. Operation and Maintenance
      1. Basic Recommendations
      2. Power-Up
      3. Display Operating
      4. Zero Point Adjustment
      5. Protection Switch
      6. Maintenance
      7. Troubleshooting
  3. Transportation and Storage
    1. Transportation
    2. Storage
    3. Recycling

 

© 2023, Mag Flow Meter