Dynamometer Test System

There are 4 various dynamometer systems
  • Take the servo motor as a load - AC/DC Motor Testing
  • Take hysteresis, eddy current, or powder as a load
  • Use the unique application of Prony braking to measure stepper motors and micromotors
  • Cogging Torque Test System
  • Choose the appropriate configuration according to your needs, and get the highest C/P value
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    Dynamometer
    Servomotor Load
    Dynamometer
    Hysteresis Load
    Hub Motor
    Stepper Motor
    Cogging Torque
    ISG Motor
    Characteristic Test
    Motor Durability Test
    HMI Touch Interface
    Motor Durability Test
    PLC based
    BEMF Test

    Dynamometer Test System (With Servomotor as a load)

    Dynamometer Test System Process

    Applicable Motor Type:

    Hardwares:

    Test items:

    Software functions:

    Dynamometer System (With hysteresis or eddy-current or powder as a load)

    Dynamometer System

    Applicable Motor Type:

    Hardware:

    Test items:

    Software functions:

    Hub Motor Test System

    AC/DC Dynamometer Test System

    Hardware:

    Test items:

    Software functions:

    Stepper Motor Test System

    Stepper Motor Test System

    Load-Sensor & Pulley Specifications:

    Model Load Sensor Pulley Radius (mm)
    Directly wound
    on the shaft*1
    2.5mm 5mm 10mm 20mm
    JP-R5N 0.5N - 1.25mNm 2.5mNm 5mNm 10mNm
    JP-1N 1N - 2.5mNm 5mNm 10mNm 20mNm
    JP-2N 2N - 5mNm 10mNm 20mNm 40mNm
    JP-5N 5N - 12.5mNm 25mNm 50mNm 100mNm
    JP-10N 10N - 25mNm 50mNm 100mNm 200mNm
    JP-20N 20N - 50mNm 100mNm 200mNm 400mNm
    Torque = Load-Sensor Rating(N) × Pulley Radius(mm)
    *1: Torque will be related to motor shaft Radius.

    Profile:

    With the unique application of Prony (winding) braking.
    It automatically obtains the full pull-in and pull-out torque curves with high accuracy.

    Advantages:

    Measured Example:

    Measured Example of Stepper Motor Test System

    Specifications:

    Brake Prony braking
    Load-Sensor Six types: 0.5N, 1N, 2N, 5N, 10N, 20N
    Sensor sensitivity DC 2 V/ rating
    Torque precision Within ± 1% of torque range
    Maximum allowable load 200% of Sensor rating
    Torque meas. range T=Sensor Rating X Pulley Diameter/ 2
    Drive frequency range 16-50,000 Hz
    Drive signals Square wave (duty 1:1),
    TTL-level voltage signal or open-collector signal
    Operating System Microsoft Windows
    Power supply Single-phase AC100-120V ± 10%,50/ 60 Hz
    Single-phase AC200-240V ± 10%,50/ 60 Hz

    Tiny Motor Dynamometer Test System

    Motor Dynamometer Test System - Join-Precision

    Load-Sensor & Pulley Specifications:

    Model Load Sensor Pulley Radius (mm)
    Directly wound
    on the shaft *1
    2.5mm 5mm 10mm 20mm
    JP-R5N 0.5N - 1.25mNm 2.5mNm 5mNm 10mNm
    JP-1N 1N - 2.5mNm 5mNm 10mNm 20mNm
    JP-2N 2N - 5mNm 10mNm 20mNm 40mNm
    JP-5N 5N - 12.5mNm 25mNm 50mNm 100mNm
    JP-10N 10N - 25mNm 50mNm 100mNm 200mNm
    JP-20N 20N - 50mNm 100mNm 200mNm 400mNm
    Torque = Load-Sensor Rating(N) × Pulley Radius(mm)
    *1: Torque will be related to motor shaft Radius.

    Profile:

    Adopting the unique Prony (winding) braking technology,
    It is available to measure high-precision T-N curve

    Advantages:

    Measured Example:

    (X-axis:Speed /  Y-axis:Torque)

    Tiny Motor Dynamometer Measured Example

    Specifications:

    Brake Prony braking
    Load-Sensor Six types:0.5N, 1N, 2N, 5N, 10N, 20N
    Sensor sensitivity DC 2 V/ rating
    Torque precision Within ± 1% of torque range
    Maximum allowable load 200% of Sensor rating
    Torque meas. range T=Sensor Rating X Pulley Diameter/ 2
    Operating System Microsoft Windows
    Power supply Single-phase AC100-120V ± 10%,50/ 60 Hz
    Single-phase AC200-240V ± 10%,50/ 60 Hz


    Cogging Torque Test System

    The pictures are for reference only

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