• DLMT Series Wet Multi-disc Electromagnetic Clutch
DLMT Series Wet Multi-disc Electromagnetic Clutch
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  • Details
  • The working principle of the electromagnetic clutch: when the coil is energized, a magnetic force is generated. Under the action of the electromagnetic force, the spring plate of the armature is deformed. The moving disc and the "armature" are attracted together, and the clutch is in the engaged state; when the coil is de-energized, the magnetic force disappears, The "armature" bounces back under the action of the elastic force of the spring sheet, and the clutch is in a separated state.
    The electromagnetic clutch is a friction clutch in which a pressing force is generated by an electromagnetic force. The function of the electromagnetic clutch is to transmit the torque (or power) of the actuator from the driving shaft to the driven shaft. It is widely used in various institutions (such as the transmission mechanism in machine tools and various electric mechanisms, etc.) to achieve fast start, braking, forward and reverse or speed control functions.
    the role of electromagnetic clutch:
    The electromagnetic clutch is a clutch with a clutch function under the action of electromagnetic force. The electromagnetic clutch controls the engagement and disengagement of the clutch by turning on and off the coil.
    Electromagnetic clutches can be divided into: dry single-plate electromagnetic clutches, dry multi-plate electromagnetic clutches, wet multi-plate electromagnetic clutches, magnetic powder clutches, slip electromagnetic clutches, etc. Electromagnetic clutch according to the working mode can be divided into: power-on combination and power-off combination.
    Electromagnetic clutch has the characteristics of high-speed response, strong durability, easy assembly and maintenance, and sure action. It is widely used in machine tools, packaging, printing, textiles, light industry, and office equipment.
    The electromagnetic clutch controls the engagement and disengagement of the clutch by turning on and off the coil. Electromagnetic clutches can be divided into: dry single-plate electromagnetic clutches, dry multi-plate electromagnetic clutches, wet multi-plate electromagnetic clutches, magnetic powder clutches, slip electromagnetic clutches, etc. The working mode of electromagnetic clutch can be divided into: power-on combination and power-off combination.

    Main performance parameters
    Main Technical Data

    Specifications
    Model

    Rated dynamic torque
    Rated Torque
    N.M

    Rated static moment
    Rated Static 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

    Oil supply flow
    Oil Flow Rates
    L/min

    5S

    50

    90

    0.28

    0.11

    24

    29

    3000

    0.40

    10S

    100

    160

    24

    41

    2500

    0.70

    20S

    200

    320

    0.45

    0.21

    24

    46

    2500

    0.70

    35S

    350

    560

    0.50

    0.26

    24

    52

    1900

    0.90

    50S

    500

    800

    0.56

    0.31

    24

    65

    1900

    1.20

    160S

    1600

    2500

    1.23

    0.48

    24

    132

    1500

    1.40

    Installation Schematic
    Installation Diagram

    Outline and installation dimensions
    Shape and Installation Dimensions

    mm

    Specifications Model

    Radial Dimensions

    Axial Dimensions

    D1

    Φ

    e

    h

    Α

    L

    L1

    L2

    L3

    L4

    5s

    113

    30

    8F8

    31.70 0.2

    ——

    78

    58.5

    29

    22

    ——

    10s

    133

    40

    12F8

    42 0 0.2

    ——

    84.5

    60

    30

    23

    ——

    20s

    157

    50

    14F8

    52.5 0.05 0.15

    ——

    89

    61

    30

    24

    ——

    35s

    180

    54

    15F8

    57 0.05 0.15

    8

    102

    72

    40

    24

    140

    50s

    195

    60

    18Js9

    63.30 0.2

    8

    107

    72.5

    38.5

    26

    147

    160s

    295

    90

    2325Js9

    100.80 0.4

    12

    205

    140

    80

    52

    190

     

    Specifications Model

    Number of teeth
    Number of tooth(Z)

    Modulus
    Modulus(a)

    Pressure angle
    Preesure Angle(a)

    pitch circle diameter
    Diameter of pitch Circle

    Length of common normal
    The Base Tangent Length

    Measuring the number of span teeth
    Tooth Number of Measuring Span

    5s

    23

    2

    20°

    46

    15.4-0.150

    3

    10s

    27

    2

    20°

    54

    21.3-0.15-0.065

    4

    20s

    26

    2.5

    20°

    65

    19.3-0.20

    3

    35s

    24

    3

    20°

    72

    23.15-0.20

    3

    50s

    25

    3

    20°

    75

    23.19-0.20

    3

    160s

    25

    5

    20°

    125

    38.65-0.30

    3

DLMT Series Wet Multi-disc Electromagnetic Clutch

The working principle of the electromagnetic clutch: when the coil is energized, a magnetic force is generated. Under the action of the electromagnetic force, the spring plate of the armature is deformed. The moving disc and the "armature" are attracted together, and the clutch is in the engaged state; when the coil is de-energized, the magnetic force disappears, The "armature" bounces back under the action of the elastic force of the spring sheet, and the clutch is in a separated state. The electromagnetic clutch is a friction clutch in which a pressing force is generated by an electromagnetic force. The function of the electromagnetic clutch is to transmit the torque (or power) of the actuator from the driving shaft to the driven shaft.

Keyword

Multi-disc electromagnetic clutch

  • Details
  • The working principle of the electromagnetic clutch: when the coil is energized, a magnetic force is generated. Under the action of the electromagnetic force, the spring plate of the armature is deformed. The moving disc and the "armature" are attracted together, and the clutch is in the engaged state; when the coil is de-energized, the magnetic force disappears, The "armature" bounces back under the action of the elastic force of the spring sheet, and the clutch is in a separated state.
    The electromagnetic clutch is a friction clutch in which a pressing force is generated by an electromagnetic force. The function of the electromagnetic clutch is to transmit the torque (or power) of the actuator from the driving shaft to the driven shaft. It is widely used in various institutions (such as the transmission mechanism in machine tools and various electric mechanisms, etc.) to achieve fast start, braking, forward and reverse or speed control functions.
    the role of electromagnetic clutch:
    The electromagnetic clutch is a clutch with a clutch function under the action of electromagnetic force. The electromagnetic clutch controls the engagement and disengagement of the clutch by turning on and off the coil.
    Electromagnetic clutches can be divided into: dry single-plate electromagnetic clutches, dry multi-plate electromagnetic clutches, wet multi-plate electromagnetic clutches, magnetic powder clutches, slip electromagnetic clutches, etc. Electromagnetic clutch according to the working mode can be divided into: power-on combination and power-off combination.
    Electromagnetic clutch has the characteristics of high-speed response, strong durability, easy assembly and maintenance, and sure action. It is widely used in machine tools, packaging, printing, textiles, light industry, and office equipment.
    The electromagnetic clutch controls the engagement and disengagement of the clutch by turning on and off the coil. Electromagnetic clutches can be divided into: dry single-plate electromagnetic clutches, dry multi-plate electromagnetic clutches, wet multi-plate electromagnetic clutches, magnetic powder clutches, slip electromagnetic clutches, etc. The working mode of electromagnetic clutch can be divided into: power-on combination and power-off combination.

    Main performance parameters
    Main Technical Data

    Specifications
    Model

    Rated dynamic torque
    Rated Torque
    N.M

    Rated static moment
    Rated Static 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

    Oil supply flow
    Oil Flow Rates
    L/min

    5S

    50

    90

    0.28

    0.11

    24

    29

    3000

    0.40

    10S

    100

    160

    24

    41

    2500

    0.70

    20S

    200

    320

    0.45

    0.21

    24

    46

    2500

    0.70

    35S

    350

    560

    0.50

    0.26

    24

    52

    1900

    0.90

    50S

    500

    800

    0.56

    0.31

    24

    65

    1900

    1.20

    160S

    1600

    2500

    1.23

    0.48

    24

    132

    1500

    1.40

    Installation Schematic
    Installation Diagram

    Outline and installation dimensions
    Shape and Installation Dimensions

    mm

    Specifications Model

    Radial Dimensions

    Axial Dimensions

    D1

    Φ

    e

    h

    Α

    L

    L1

    L2

    L3

    L4

    5s

    113

    30

    8F8

    31.70 0.2

    ——

    78

    58.5

    29

    22

    ——

    10s

    133

    40

    12F8

    42 0 0.2

    ——

    84.5

    60

    30

    23

    ——

    20s

    157

    50

    14F8

    52.5 0.05 0.15

    ——

    89

    61

    30

    24

    ——

    35s

    180

    54

    15F8

    57 0.05 0.15

    8

    102

    72

    40

    24

    140

    50s

    195

    60

    18Js9

    63.30 0.2

    8

    107

    72.5

    38.5

    26

    147

    160s

    295

    90

    2325Js9

    100.80 0.4

    12

    205

    140

    80

    52

    190

     

    Specifications Model

    Number of teeth
    Number of tooth(Z)

    Modulus
    Modulus(a)

    Pressure angle
    Preesure Angle(a)

    pitch circle diameter
    Diameter of pitch Circle

    Length of common normal
    The Base Tangent Length

    Measuring the number of span teeth
    Tooth Number of Measuring Span

    5s

    23

    2

    20°

    46

    15.4-0.150

    3

    10s

    27

    2

    20°

    54

    21.3-0.15-0.065

    4

    20s

    26

    2.5

    20°

    65

    19.3-0.20

    3

    35s

    24

    3

    20°

    72

    23.15-0.20

    3

    50s

    25

    3

    20°

    75

    23.19-0.20

    3

    160s

    25

    5

    20°

    125

    38.65-0.30

    3

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

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