Gray iron case removable horizontal flange industrial water meter

Gray iron case removable horizontal flange industrial water meter

Measuring the volume of cold (hot) water passing through the pipeline.water meter is used for irrigation,municipality etc

A flange is a connecting profile that is commonly used to connect oil and gas surface equipment. A method for providing assembly and disassembly of components. Most oilfield flanges have a bolt hole pattern that secures the joint and gasket profile to ensure a sealed pressure seal.

This type of water meter can be used for a remote reading transmission system as equipped with a built-in sensor.Measuring the volume of cold (hot) water passing through the pipeline.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.

    Operation mode: mechanical 、pulse output、 remote transmission RS485

    Application                                                                                                                                                                                                          Exploded View
    –Measuring the volume of cold (hot) water passing through the pipeline
    Feature
    –Removable element structure, easy installation and maintenance,
    Register for universal use within this range detachable without
    Removing the meter from the pipeline;
    –Dry-dial, Magnetic drive sensitive action, small pressure loss;
    –Vacuum sealed register ensures the dial keep free from fog and
    Keep the reading clear in a long term service;
    –Selected high quality materials for steady & reliable characteristic;
    –Technical data conform to international standard ISO 4064.
    Working condition
    –Water temperature: 0.1℃~50℃ for cold water meter .0.1℃~90℃ for hot water meter.
    –Water pressure: PN10/16/25
    –Pressure -loss class:△p25
    Maximum permissible errors
    (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% )

     

     

     

     

     

     

     

    Model
    Nominal Size
    L  mm
    H  mm

    W mm

    Connection Thread
    Weight kg
    Flange Outer  Φ mm
    Thread Hold center circle Φ mm
    Thread connect  Numbers
    LXLC-50
    50
    200
    232
    380
    165
    125
    4*M16
    12
    LXLC-65
    65
    200
    232
    380
    185
    145
    4*M16
    13
    LXLC-80
    80
    225
    252
    360
    200
    160
    8*M16
    16
    LXLC-100
    100
    250
    262
    380
    220
    180
    8*M16
    18
    LXLC-125
    125
    250
    275
    380
    250
    210
    8*M16
    20
    LXLC-150
    150
    300
    325
    420
    285
    240
    8*M20
    38
    LXLC-200
    200
    350
    352
    420
    340
    295
    8*M20
    64
    LXLC-250
    250
    450
    470
    660
    395
    350
    12*M20
    94
    LXLC-300
    300
    500
    492
    660
    445
    400
    12*M20
    114

     

    Optional Features                                                                                                                                                                                                                   Dials
    –Plastic register, copper register and full glass register.
    –Reed switch option.
    –Flange standard can be choose.
    –360 degree rotate can be choose.
    –Cast iron, Ductile iron body .
    –Color can be change on body and cover.

    Dimensions                                                        Installation

     

     

     

     

     

     

     

     

     

     

     

     

    NOTE:The flange dimension conforms to ISO7005-2:1988 standard.

    Order for products of special requirements is also accepted.

    Pulse Position                                                                        Pressure Loss Curve

     

    Flow Technique Specification

     

     

     

     

     

     

     

     

     

     

     

     

     

     

     

     

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