Plastic Cold (Hot) Single Jet Dry Dial Water Meters DN15-20(mm)

Plastic Cold (Hot) Single Jet Dry Dial 8 wheels Water Meters DN15-20(mm)

This type of water meter can be used for a remote reading transmission system as equipped with a built-in sensor.

All meters will be guaranteed against defects in workmanship and materials for a period of one (1) year from the date of acceptance. Defective meters or parts discovered within this period shall be replaced without charge upon return to the HBM Meters.

    Application
    –Measuring the volume of cold (hot) water passing through the pipeline
    Feature
    –Single-jet, dry-dial, free rotating register, small in size and light in weight;
    –Magnetic drive, Resistance to exterior magnet interference,
    –keep the reading clear in a long term service;
    –Technical data conform to international standard ISO 4064.
     Accressories:
     2pcs coupling, 2pcs coupling nuts and 2pcs washers.
    Working condition
    –Water temperature: 0.1℃~50℃ for cold water meter .
    0.1℃~90℃ for hot water meter.
    –Water pressure: PN10/16
    –Pressure -loss class:△p63
    Maximum permissible errors                                                                                                                                                     Exploded View
    (1) From minimum flow -rate (Q1) inclusive to transitional
    flow-rate (Q2) exclusive ±5%
    (2) From transitional flrow-rate (Q2) to overload flow-rate
    (Q4):±2% ( Hot water meter±3% )

     

     

     

     

    Optional Features
    –Available with different length on request..
    –Body material: Plastic Body
    –Register sealed: Dry-dial only.
    –Non-return valve.
    –Reed switch option.
    Dimensions

     

     

     

     

     

     

     

     

     

     

     

     

     

     

     

     

     

     

     

    Note:The DN15/20 connect can bring Inlet filter .
    Thread end typeBSP / NPT.

    Flow Technique Specification

     

     

     

    Pulse Output Option                                                                                                                                    Pressure Loss Curve

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