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KH series stepper motors for extreme environmental conditions of cryogenic , high-temperature
KH Stepper Motors

KH series stepper motors for extreme environmental conditions of cryogenic , high-temperature

Vacuum · Cryogenic · High-temperature · Radiation

Nema11/17/22/34/43 Stepper motor for extreme environments of  low and high temperature -45/+100℃ torque 2.8~21Nm

The KH series stepper motor has been designed with the intention of being used in a variety of challenging environments, including a wide temperature range of -45 to +100℃, high humidity of 95% RH, lower pressure, salt spray, vibration and shock. The holding torque ranges from 0.12 to 21N.m, with safe brake, position feedback and non-standard shaft options. 

    Key Features

    ● Stepper motors for operations in cryogenic and high temperature

    ● Operating temperature: down to -45℃ , up to 100℃
    ● Motor flange: 28/42mm(Nema 11/17)
    ● Holding torque: 0.1/0.5Nm
    ● Optional: feedback device, safe brake, modified shaft, integrated drives 

    Options

    ● Safe brake
    ● Encoder feedback
    ● Integrated stepper drives
    ● Rear shaft

    Applications

    ● Biomedical
    ● Semiconductor manufacturing
    ● 3C manufacturing
    ● Scientific Instruments
    ● in-vacuum equipment
    ● Nuclear energy
    ● Military and Aerospace
    ● automative parts testing
    ● General Automation

    kh

    ① Product series

    KH series stepper motors


    ② Flange size

    28/42/57/86mm    


    ③ Motor length

    48/51/56/58/60/65/76/80/84/118/156/165/201mm


    ④ Output shaft

    D = single shaft            

    SZ = double shaft


    ⑤ *Brake

    Blank = without brake                 
    B = with brake


    ⑥ *Feedback devices

    Blank = without feedback            

    **IE = Incremental encoder

    *** AE = Absolute encoder(RS485, Modbus RTU)

    ⑦ Integrated drives mounting

    Blank = Without integrated mounted stepper drive              

    DRC = stepper driver mounted on the side of the motor       

    DRH = stepper driver mounted at the rear end of the motor         



    *It is not possible to install both brake and position feedback devices on one single motor.

    **In order for the incremental encoder signal to be received and processed by the closed-loop stepper drive, the encoder output signals must be 5V differential signals with a maximum resolution of 2500PPR.

    ***  The absolute encoder feedback signals need to be received and processed by the user′s controller.   

    Technical Specifications

    KH2851:flange 28mm
    model number motor length
    (mm)
    current
    (RMS,A)
    resistance
    (Ω)
    inductance
    (mH)
    holding torque
    (N.m)
    rotor inertia
    (g.cm²)
    mass
    (Kg)
    cable  diameter
    (mm, Including shield)
    IP grade
    KH2851 51 0.8 8.55 2.10 0.1 18 0.2 - IP65

    Dimension Drawings

    2851

    Torque-speed curve

    2851-

    Specifications

    KH42XX: flange 42mm
    model number motor length
    (mm)
    current
    (RMS,A)
    resistance
    (Ω)
    inductance
    (mH)
    holding torque
    (N.m)
    rotor inertia
    (g.cm²)
    mass
    (Kg)
    cable  diameter
    (mm, Including shield)
    IP grade
    KH4248 48 1.3 2.05 2.65 0.35 68 0.4 4.5 IP65
    KH4260 60 1.3 3.15 4.65 0.5 102 0.5 4.5 IP65

    Dimension Drawings

    KH4248
    4248
    KH4260
    4260

    Torque-speed curve

    KH4248
    4248-
    KH4260
    4260-

    Specifications

    KH57XX: flange 57mm
    model number motor length
    (mm)
    current
    (RMS,A)
    resistance
    (Ω)
    inductance
    (mH)
    holding torque
    (N.m)
    rotor inertia
    (g.cm²)
    mass
    (Kg)
    cable  diameter
    (mm, Including shield)
    IP grade
    KH5756 56 3.0 0.58 1.00 0.8 300 0.7 5.0 IP65
    KH5776 76 3.0 0.75 1.62 1.4 480 1.0 5.0 IP65

    Dimension Drawings

    KH5756
    5756
    KH5776
    5776

    Torque-speed curve

    KH5756
    5756-
    KH5776
    5776-

    Specifications

    KH60XX: flange 60mm
    model number motor length
    (mm)
    current
    (RMS,A)
    resistance
    (Ω)
    inductance
    (mH)
    holding torque
    (N.m)
    rotor inertia
    (g.cm²)
    mass
    (Kg)
    cable  diameter
    (mm, Including shield)
    IP grade
    KH6058 58 3.0 0.76 1.66 1.1 300 0.8 5.0 IP65
    KH6065 65 3.0 0.87 1.97 1.40 570 1.0 5.0 IP65
    KH6084 84 3.5 1.15 2.85 2.2 840 1.3 5.0 IP65

    Dimension Drawings

    KH6058
    6058
    KH6065
    6065
    KH6084
    6084

    Torque-speed curve

    KH6058
    6058-
    KH6065
    6065-
    KH6084
    6084-

    Specifications

    KH86XX: flange 86mm
    model number motor length
    (mm)
    current
    (RMS,A)
    resistance
    (Ω)
    inductance
    (mH)
    holding torque
    (N.m)
    rotor inertia
    (g.cm²)
    mass
    (Kg)
    cable  diameter
    (mm, Including shield)
    IP grade
    KH8680 80 4.4 0.46 2.56 2.8 1400 2.3 6.0 IP65
    KH86118 118 6.0 0.73 6.05 7.5 2700 3.9 6.0 IP65
    KH86156 156 6.0 0.71 8.24 10.0 4000 5.5 6.0 IP65

    Dimension Drawings

    KH8680
    8680
    KH86118
    86118
    KH86156
    86156

    Torque-speed curve

    KH8680
    8680-
    KH86118
    86118-
    KH86156
    86156-

    Specifications

    KH110XX
    model number motor length
    (mm)
    current
    (RMS,A)
    resistance
    (Ω)
    inductance
    (mH)
    holding torque
    (N.m)
    rotor inertia
    (g.cm²)
    mass
    (Kg)
    cable  diameter
    (mm, Including shield)
    IP grade
    KH110165 165 6.0 0.90 20 17 13000 9.6 6.0 IP65
    KH110201 201 6.0 1.095 23.19 21 16200 11.9 6.0 IP65

    Dimension Drawings

    KH110165
    110165
    KH110201
    110201

    Torque-speed curve

    KH110165
    110165-
    KH110201
    110201-

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