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    1000W 48V 1500rpm 6.3Nm DC Servo Motor

    ATO 48V DC servo motor with 6.3 Nm high holding torque, power rating of 1000W, rated speed of 1500rpm, no-load speed up to 1700rpm, maximum output torque up to 22 Nm. Best and low cost brushless DC servo motor, equiped with 2500PPR incremental encoder.
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    Delivery date: 10-15days

    1kW brushless design DC servo motor is 1500rpm low rated speed and 6.3Nm rated torque and peak torque up to 22Nm, feedback with 2500 PPR incremental encoder. ATO this series DC servo motors provide features of low rotor inertia, high torque density, high peak torques, low noise, low temperature rising, lower current consumption.

    ATO DC Servo Motor Features

    • IP55 protection grade and F class insulation structure
    • Optimized winding end structure, minimized copper loss and iron loss, small size, light weight, low temperature rise and high efficiency (85%)
    • Super coercivity, using NdFe35 permanent magnet material, strong anti-demagnetization ability, stable motor performance
    • Low noise, low vibration, low moment of inertia
    • High torque, fast dynamic response, wide speed range, strong overload capacity (4 times)

    1000W DC Servo Motor Specifications

    Model ATO-110AS0410-15
    Flange Size 110mm
    Weight 8kg
    Rated Power 1000W
    Rated Voltage 48V
    Rated Current 28A
    Rated Torque 6.3Nm
    Peak Torque 22Nm
    Rated Speed 1500rpm
    No-load Speed 1700rpm
    Incremental Encoder Line 2500PPR
    Line Resistance 0.11Ω
    Armature Inductance 50μH
    Torque Constant 0.23Nm/A
    Back EMF 15.6vkr/min
    Rotary Inertia 740Kg.m2x10-6
    Efficiency 85%
    Protection Grade IP55
    Insulation Class Class F
    Certification CE, ISO
    Warranty  12 months
    Working Temperature -25℃~+55℃
    Altitude Under 1000m
    Humidity <90%RH, (no dewing)

    1000W 48V DC Servo Motor Dimension (Unit=mm)

    1kw 48v dc servo motor size

    Tips: Selection of moment of inertia of servo motors

    Generally, most servo motors will choose the motor with small inertia, so as to satisfy the high responsiveness of the servo system. Since the greater the rated output moment of the servo motor is, the greater the moment of inertia of its rotor is, so it is meaningless to simply discuss the magnitude of the motor's moment of inertia. In fact, the ratio of the rated output moment to the moment of inertia of the servo motor should be discussed, or the magnitude of the moment of inertia of motors with the same rated output moment.

    In general, servo motors will choose servo motors with small inertia to meet the requirement of higher dynamic response. Certainly, servo motors with medium inertia and high inertia can also be chosen according to the specific application environment. For example, when there is no high requirement for fast response, but the requirement for speed control is very precise, and servo motors are often required to run in low speed and low frequency.

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