• DLM5 Series Wet Multi-disc Electromagnetic Clutch
DLM5 Series Wet Multi-disc Electromagnetic Clutch
+

Share

  • Details
  • 1) Since the engagement and disengagement of the electromagnetic clutch are carried out at high speed, there will be many traces of clutch on the iron suction plate and the surface of the rotor. These marks are not hazardous to work and are permitted. 2) Apply a suitable voltage to the electromagnetic coil. For a 12V voltage electromagnetic coil, if it is added to a 6V voltage system, it cannot generate enough magnetic field, which will cause the suction iron to slip, shorten the life of the clutch, and reduce the cooling capacity. Conversely, if a 6V coil is added to a 12V voltage system, the coil life will be shortened. 3) The gap between the coil and the rotor is very important. The coil and the rotor should be as close as possible to obtain a stronger magnetic field, but the gap should not be too small to prevent the rotor from dragging the coil (for the fixed-ring clutch). 4) The gap between the rotor and the suction iron is also very important. If this gap is too small, the rotor will drag the suction iron when the clutch is disengaged. However, if the gap is too large, there is too little contact between them when the clutch is operated. Both of these conditions can cause poor clutch performance. The reasonable gap between them should be that when the clutch has no current, the two do not drag; when the clutch has current, it can ensure that no slippage occurs.

    1. Connection and cut-off action: installation between the driving part and the starting part does not need to stop the driving part, and the starting part will do connection and cut-off action according to the necessary reaction. 2. Speed change: there is a situation of mutual speed change during the operation. If the clutch is used at this time, the speed can be changed without closing the drive. 3. Positive and reverse rotation: When the load point is switched to positive and reverse rotation, it is only necessary to rotate in the forward direction when used with the clutch. 4. High-frequency operation: in the rapid cycle of intermittent operation, repeated use of the motor ON, OFF provided by the frequency is limited, so the use of clutch, so that rapid response, high-precision braking. 5. Inching: When the machine starts to operate and the position is engaged, it only needs to operate the clutch instantaneously.

    Main performance parameters

    Main Technical Data

    Specifications
    Model

    Rated dynamic torque
    Rated Torque
    N.M

    Rated static moment
    Rated Static Torque
    N.M

    no-load moment
    Drag Torque
    (≦) N.m

    On time Engagement Time
    (≦)S

    Disconnection time
    Disengagement
    (≦)S

    Rated voltage
    Rated Voltage
    D.C.V

    Coil power consumption (20 ℃)
    CoilPower
    (20℃)W

    Maximum allowable speed
    Max Allowed Speed
    r/min

    Weight
    Weight
    Kg

    Oil supply flow
    Oil Flow Rates
    L/min

    1.2/1.2C

    12

    20

    0.39

    0.28

    0.09

    24

    10

    3500

    1.3

    0.20

    2.5

    25

    40

    0.40

    0.30

    0.09

    24

    17

    3500

    1.73

    0.25

    5/5C

    50

    80

    0.9

    0.32

    0.10

    24

    17

    3000

    2.9

    0.40

    10/10C

    100

    160

    1.80

    0.35

    0.14

    24

    19

    3000

    4.3

    0.65

    16

    160

    250

    2.40

    0.37

    0.14

    24

    26

    2500

    5.53

    0.65

    25/25C

    250

    400

    3.50

    0.40

    0.18

    24

    39

    2200

    8

    1.00

    40

    400

    630

    5.60

    0.42

    0.20

    24

    45

    2000

    12.2

    1.00

    63

    630

    1000

    9.00

    0.45

    0.25

    24

    66

    1800

    16.2

    1.2

    100

    1000

    1600

    15.0

    0.65

    0.35

    24

    81

    1600

    23.2

    1.2

    160

    1600

    2500

    24.0

    0.90

    0.45

    24

    87

    1600

    31.7

    1.5

    250

    2500

    4000

    37.50

    1.20

    0.60

    24

    100

    1200

    47.1

    2.0

    400

    4000

    63000

    60.00

    1.50

    0.80

    24

    134

    1000

    100.9

    3.0

    Installation Schematic
    Installation Diagram

    Outline and installation dimensions
    Shape and Installation Dimensions

    Specifications
    Model

    Radial Dimensions

    Axial dimension Radial Dimensions

    Brush model

     

    D1

    D2

    D3

    D

    d

    b

    Φ

    e

    h

    H1

    L

    L1

    L2

    L3

    L4

    DS-002

    1.2

    86

    50

    86

    200 0.023

    170 0.12

    6 0.025 0.065

    20

    6

    22.80 0.1

    ——

    43.5

    38

    5.5

    5

    7

    2.5

    96

    56

    96

    250 0.023

    210 0.14

    5 0.025 0.065

    25

    8

    28.30 0.2

    ——

    48.5

    43

    5.5

    7

    7

    5

    113

    65

    113

    300 0.023

    260 0.14

    6 0.025 0.065

    30

    8

    33.30 0.2

    ——

    55.5

    50

    5.5

    7

    8

    DS-001

    10

    133

    75

    133

    400 0.027

    350 0.17

    10 0.035 0.085

    40

    12

    43.30 0.2

    ——

    61

    54.5

    6.5

    8

    10

    16

    145

    85

    145

    450 0.027

    400 0.17

    12 0.045 0.105

    45

    14

    48.80 0.2

    ——

    63.5

    57

    6.5

    8

    10

    25

    166

    95

    166

    500 0.027

    450 0.17

    12 0.045 0.105

    50

    14

    53.80 0.2

    ——

    72

    64.5

    7.5

    10

    10

    40

    192

    120

    192

    600 0.030

    540 0.20

    14 0.045 0.105

    60

    18

    64.40 0.2

    ——

    82.5

    74.5

    8

    10

    10

    63

    212

    125

    212

    700 0.030

    620 0.20

    16 0.045 0.105

    70

    20

    74.90 0.2

    ——

    91.5

    82

    9.5

    12

    10

    100

    235

    150

    235

    ——

    ——

    ——

    70

    20

    74.90 0.2

    ——

    105

    96

    10

    15

    10

    160

    270

    180

    270

    ——

    ——

    ——

    100

    28

    106.40 0.2

    ——

    118

    104

    14

    15

    10

    250

    310

    220

    310

    ——

    ——

    ——

    110

    28

    116.40 0.2

    122.80 0.4

    130

    116

    14

    10

    12

    400

    415

    235

    415

    ——

    ——

    ——

    120

    32

    127.40 0.2

    134.80 0.4

    150

    132

    18

    10

    12

    1.2C

    94

    50

    86

    300 0.023

    260 0.14

    8 0.035 0.085

    ——

    ——

    ——

    ——

    56

    50.5

    5.5

    19

    10

    5C

    116

    65

    113

    400 0.027

    350 0.17

    10 0.035 0.023

    ——

    ——

    ——

    ——

    59.5

    54

    5.5

    19

    10

    10C

    142

    85

    133

    500 0.027

    450 0.17

    12 0.045 0.105

    ——

    ——

    ——

    ——

    64.5

    58

    6.5

    19

    10

    25C

    176

    105

    166

    650 0.030

    580 0.20

    16 0.045 0.105

    ——

    ——

    ——

    ——

    81

    73.5

    7.5

    21

    10

DLM5 Series Wet Multi-disc Electromagnetic Clutch

Since the engagement and disengagement of the electromagnetic clutch are carried out at high speed, there will be many traces of clutch on the iron suction plate and the surface of the rotor. These marks are not hazardous to work and are permitted. 2) Apply a suitable voltage to the electromagnetic coil. For a 12V voltage electromagnetic coil, if it is added to a 6V voltage system, it cannot generate enough magnetic field, which will cause the suction iron to slip, shorten the life of the clutch, and reduce the cooling capacity.

Keyword

Multi-disc electromagnetic clutch

  • Details
  • 1) Since the engagement and disengagement of the electromagnetic clutch are carried out at high speed, there will be many traces of clutch on the iron suction plate and the surface of the rotor. These marks are not hazardous to work and are permitted. 2) Apply a suitable voltage to the electromagnetic coil. For a 12V voltage electromagnetic coil, if it is added to a 6V voltage system, it cannot generate enough magnetic field, which will cause the suction iron to slip, shorten the life of the clutch, and reduce the cooling capacity. Conversely, if a 6V coil is added to a 12V voltage system, the coil life will be shortened. 3) The gap between the coil and the rotor is very important. The coil and the rotor should be as close as possible to obtain a stronger magnetic field, but the gap should not be too small to prevent the rotor from dragging the coil (for the fixed-ring clutch). 4) The gap between the rotor and the suction iron is also very important. If this gap is too small, the rotor will drag the suction iron when the clutch is disengaged. However, if the gap is too large, there is too little contact between them when the clutch is operated. Both of these conditions can cause poor clutch performance. The reasonable gap between them should be that when the clutch has no current, the two do not drag; when the clutch has current, it can ensure that no slippage occurs.

    1. Connection and cut-off action: installation between the driving part and the starting part does not need to stop the driving part, and the starting part will do connection and cut-off action according to the necessary reaction. 2. Speed change: there is a situation of mutual speed change during the operation. If the clutch is used at this time, the speed can be changed without closing the drive. 3. Positive and reverse rotation: When the load point is switched to positive and reverse rotation, it is only necessary to rotate in the forward direction when used with the clutch. 4. High-frequency operation: in the rapid cycle of intermittent operation, repeated use of the motor ON, OFF provided by the frequency is limited, so the use of clutch, so that rapid response, high-precision braking. 5. Inching: When the machine starts to operate and the position is engaged, it only needs to operate the clutch instantaneously.

    Main performance parameters

    Main Technical Data

    Specifications
    Model

    Rated dynamic torque
    Rated Torque
    N.M

    Rated static moment
    Rated Static Torque
    N.M

    no-load moment
    Drag Torque
    (≦) N.m

    On time Engagement Time
    (≦)S

    Disconnection time
    Disengagement
    (≦)S

    Rated voltage
    Rated Voltage
    D.C.V

    Coil power consumption (20 ℃)
    CoilPower
    (20℃)W

    Maximum allowable speed
    Max Allowed Speed
    r/min

    Weight
    Weight
    Kg

    Oil supply flow
    Oil Flow Rates
    L/min

    1.2/1.2C

    12

    20

    0.39

    0.28

    0.09

    24

    10

    3500

    1.3

    0.20

    2.5

    25

    40

    0.40

    0.30

    0.09

    24

    17

    3500

    1.73

    0.25

    5/5C

    50

    80

    0.9

    0.32

    0.10

    24

    17

    3000

    2.9

    0.40

    10/10C

    100

    160

    1.80

    0.35

    0.14

    24

    19

    3000

    4.3

    0.65

    16

    160

    250

    2.40

    0.37

    0.14

    24

    26

    2500

    5.53

    0.65

    25/25C

    250

    400

    3.50

    0.40

    0.18

    24

    39

    2200

    8

    1.00

    40

    400

    630

    5.60

    0.42

    0.20

    24

    45

    2000

    12.2

    1.00

    63

    630

    1000

    9.00

    0.45

    0.25

    24

    66

    1800

    16.2

    1.2

    100

    1000

    1600

    15.0

    0.65

    0.35

    24

    81

    1600

    23.2

    1.2

    160

    1600

    2500

    24.0

    0.90

    0.45

    24

    87

    1600

    31.7

    1.5

    250

    2500

    4000

    37.50

    1.20

    0.60

    24

    100

    1200

    47.1

    2.0

    400

    4000

    63000

    60.00

    1.50

    0.80

    24

    134

    1000

    100.9

    3.0

    Installation Schematic
    Installation Diagram

    Outline and installation dimensions
    Shape and Installation Dimensions

    Specifications
    Model

    Radial Dimensions

    Axial dimension Radial Dimensions

    Brush model

     

    D1

    D2

    D3

    D

    d

    b

    Φ

    e

    h

    H1

    L

    L1

    L2

    L3

    L4

    DS-002

    1.2

    86

    50

    86

    200 0.023

    170 0.12

    6 0.025 0.065

    20

    6

    22.80 0.1

    ——

    43.5

    38

    5.5

    5

    7

    2.5

    96

    56

    96

    250 0.023

    210 0.14

    5 0.025 0.065

    25

    8

    28.30 0.2

    ——

    48.5

    43

    5.5

    7

    7

    5

    113

    65

    113

    300 0.023

    260 0.14

    6 0.025 0.065

    30

    8

    33.30 0.2

    ——

    55.5

    50

    5.5

    7

    8

    DS-001

    10

    133

    75

    133

    400 0.027

    350 0.17

    10 0.035 0.085

    40

    12

    43.30 0.2

    ——

    61

    54.5

    6.5

    8

    10

    16

    145

    85

    145

    450 0.027

    400 0.17

    12 0.045 0.105

    45

    14

    48.80 0.2

    ——

    63.5

    57

    6.5

    8

    10

    25

    166

    95

    166

    500 0.027

    450 0.17

    12 0.045 0.105

    50

    14

    53.80 0.2

    ——

    72

    64.5

    7.5

    10

    10

    40

    192

    120

    192

    600 0.030

    540 0.20

    14 0.045 0.105

    60

    18

    64.40 0.2

    ——

    82.5

    74.5

    8

    10

    10

    63

    212

    125

    212

    700 0.030

    620 0.20

    16 0.045 0.105

    70

    20

    74.90 0.2

    ——

    91.5

    82

    9.5

    12

    10

    100

    235

    150

    235

    ——

    ——

    ——

    70

    20

    74.90 0.2

    ——

    105

    96

    10

    15

    10

    160

    270

    180

    270

    ——

    ——

    ——

    100

    28

    106.40 0.2

    ——

    118

    104

    14

    15

    10

    250

    310

    220

    310

    ——

    ——

    ——

    110

    28

    116.40 0.2

    122.80 0.4

    130

    116

    14

    10

    12

    400

    415

    235

    415

    ——

    ——

    ——

    120

    32

    127.40 0.2

    134.80 0.4

    150

    132

    18

    10

    12

    1.2C

    94

    50

    86

    300 0.023

    260 0.14

    8 0.035 0.085

    ——

    ——

    ——

    ——

    56

    50.5

    5.5

    19

    10

    5C

    116

    65

    113

    400 0.027

    350 0.17

    10 0.035 0.023

    ——

    ——

    ——

    ——

    59.5

    54

    5.5

    19

    10

    10C

    142

    85

    133

    500 0.027

    450 0.17

    12 0.045 0.105

    ——

    ——

    ——

    ——

    64.5

    58

    6.5

    19

    10

    25C

    176

    105

    166

    650 0.030

    580 0.20

    16 0.045 0.105

    ——

    ——

    ——

    ——

    81

    73.5

    7.5

    21

    10

Product inquiry

Tianjin Lingjie Transmission

The company has a product research and development department composed of experts, senior engineers and other professional and technical personnel. It is engaged in research and development and has perfect research and development test equipment. At present, the products reach more than 100 series of nearly 1,000 specifications, and the force distance ranges from 0.1N. m ~ 250000N.m. The company has been rated as a high-tech enterprise by the state for more than ten consecutive years, and a number of R & D projects have been established locally and have received municipal financial support.

Service Hotline:

Sales Department: Xu Jie

Sales Phone:+86-22-26616372+86-22-26341260+86 13920613215

Fax: 86-022-26616580
Market Development Department: Li Shuo

Marketing Department Telephone:+86-22-26614130

Technology Department: Yue Chao

Technical Department Telephone:+86-22-26222775 ,+86 18602228435

QQ:1059237223   1611412939

Company Website:www.tjlhq.com

Enterprise E-mail:xzm@tjlhq.com

Company address: No.6, Zone B, South Jifeng Road, Hongcang City Industrial Park, Yanji Daohong, Beichen District, Tianjin

Tianjin Lingjie Transmission Technology Co., Ltd www.300.cn | SEO

Business License