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  3. products 產品列表

     CW series eddy current brake
     Hits:17632 AddTime:2023/3/29 9:22:44

    Eddy current brake, as a kind of load, mainly used to measure the dynamic mechanical properties of test equipment, it and other control measuring instrument can be eddy current dynamometer.Can be used for internal combustion engine, motor, gas turbine, automobile and machinery components performance test, compared with other dynamometer device, the CW series dynamometer device has higher reliability, stability, and practical.
    Main features:
    1. Simple structure, stable operation, low price, convenient in operation and maintenance.
    2. Use water cooling, low noise, small vibration.
    3. Enter the wide speed range.
    4. All previous control power is small, the single-phase dc power supply.
    5. With measurement and control system, which can realize automation control.
    6. Used as a brake, a braking force is large, the advantages of good and stable performance.
    Working principle:
    1. The base to structure of the CW series eddy current brake (see below)

    The CW type eddy current brake (with groove wheel), by the rotor stator (including around the armature, excitation coil, end cover, bearing cover), frame composition.
    Eddy current ring around the armature body (with) have the same cooling waterway, set in the excitation coil is installed before the two armature body, after the cooling water from inlet to the armature into vortex ring cooling water tank, lower body but buckle from the upper half of the armature body flow in and out of the gate, through the outlet flow out.
    2. The working principle of the CW series eddy current brake
    When the rotor with coaxial excitation coil assembly to pass a dc TV, its produce magnetic menstruation armature, eddy current ring, air gap and the rotor to form closed magnetic circuit.Due to the rotor outer surface is made into uniform distribution of teeth and slots, so in the air gap and vortex ring surface density can be found in the magnetic field.Therefore, when the rotor is dragging rotates, the eddy current ring as a point on the surface of the magnetic field to produce alternating changes, the induction, the magnetic field which is formed by the "vortexing" and interact with the original air-gap magnetic field, creates a braking torque on the rotor.Engine output power is converted into vortex ring "vortexing" to produce the equivalent of heat, the heat by the eddy current ring into the continuous cooling water in cooling water tank.
    The main technical parameters:

    Model
    input speed(r/min)
    Rated torque(N.m)
    Rated Power(kW)
    Excitation Voltage(V)
    Ecitation Current(A)
    Cooling water(L/min)

    Weight

    (Kg)

    Remark
    CW5B
    300-3600
    5
    0.75
    <90DC
    <5
    1
    36

    Speed for constant torque under 1500 r/min, More than 1500 r/min for constant power.

    CW10B
    10
    1.5
    1
    40
    CW20B
    20
    3
    2
    52
    CW50B
    50
    8
    5
    83
    CW100B
    100
    15
    8
    120
    CW200B
    200-3200
    200
    30
    15
    210
    CW300B
    300
    45
    25
    300
    CW650B
    650
    100
    <180DC
    <10
    55
    730
    CW1000B
    1000
    150
    80
    1200
    CW2000B
    2000
    315
    160
    2470
    CW3000B
    3000
    470
    <20
    240
    3522
    CW6500B
    6500
    1000
    <40
    550
    4600
    CW10000B
    10000
    1570
    <60
    800
    5800
    CW14000B
    14000
    2200
    <90
    1100
    8200

    4.3 Characteristic curve


    Note: P0: Maximum cooling power

    n1: Rated minimum speed

    n2: Rated maximum speed

    Figure 2

    5. Outlinge and installing dimension (As following table)


      Figure 3

    Type

    安裝尺寸 (mm)

    Installing dimension(mm)

    外形尺寸不大于 (mm)

    Max of outlinge and dimension

    A

    B

    C

    D

    E

    F

    G

    H

    K

    AB

    HD

    L

    CW 5B

    160

    160

    8

    19

    40

    6

    15.5

    100

    12

    210

    245

    256

    CW 10B

    190

    170

    21

    24

    50

    8

    20

    112

    12

    230

    256

    310

    CW 20B

    216

    140

    30

    28

    60

    8

    24

    132

    12

    272

    310

    324

    CW 50B

    279

    210

    30

    38

    80

    10

    33

    160

    19

    340

    365

    410

    CW 100B

    279

    267

    26

    42

    110

    12

    37

    180

    19

    350

    410

    450

    CW 200B

    356

    267

    30

    55

    110

    16

    49

    225

    19

    455

    510

    480

    CW 300B

    406

    356

    45

    65

    140

    18

    58

    250

    28

    506

    570

    595

    CW 650B

    457

    356

    40

    60

    105

    18

    53

    280

    28

    570

    650

    560

    CW 1000B

    506

    406

    40

    65

    105

    18

    58

    315

    28

    620

    720

    600

    CW 2000B

    610

    457

    40

    70

    105

    20

    62.5

    355

    35

    775

    770

    655


    Note: The outlinge and installing dimension of standard product are shown as above table. Please in kind prevail.

    6. Usage, transportation and storage of electric eddy current brake

    6.1 The environment temperature of electric eddy current brake is 0 — +40, the relative humidity is not more than 85%. Install the device below 1000 meters above sea level.

    6.2 Electric eddy current brake should be installed on a solid foundation without any shock vibration and the surroundings shall be free of acid, alkali, salt and other harmful substances.

    6.3 Transportation and storage temperature: - 30  ~ + 50  (hydrops in the cooling system shall be emptied); Transportation can be carried out in the case of packing. The speed shall keep less than 30+5 km/h on tertiary highway. Both railway and waterway are permitted.

    6.4 Because the power generated by the tested machine is absorbed by electric eddy current brake, CW series electric eddy current brake shall be equipped with water in case of operation. Or the electric eddy current brake would be burnt out.

    With the exception of a few heat dispersed through the shell, most heat generated by the power absorption is concentrated on the eddy current component. Therefore, as shown in Figure 1, there are several cooling water flow channels on the back of vortex ring. The external cooling water passes the flow channel and makes heat exchange with magnetic ring. The heated water runs away through pipes.

    Cooling water is an important guarantee to ensure the normal operation of electric eddy current brake. The pipe with special dimension shall be installed at the inlet and outlet of eddy current brake. To inspect the leakage of water supply system and the prescribed value of water flow by means of water testing.

    The cooling tap water and water in circulating pool can be used as the cooling water. When using circulating pool, the heat dissipation of cooling water shall be taken into consideration with the inlet temperature of≤25. The cooling water shall be clean tap water without salt, alkali and other corrosive substances, which can prevent the rapid formation of incrustation. Users can identify and judge the local water quality and take measures to prevent incrustation formation, especially in hard water areas. Or the channel of eddy current brake would be blocked quickly. And also, users can add anti-rust agent and anti-fouling additives to prolong the service life of eddy current brake.

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