HV Brushless Full Aluminum Case Servo HBL835 | kpower
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HV Brushless Full Aluminum Case Servo HBL835
CNC machined metal case designed for exceptional cooling.Extremely strong metal gear, providing high level of durability.High precision, High speed, incredible efficiency, and low power consumption.
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Electrical characteristic
  • Voltage
  • Rated torque
  • Rated current
  • Stall torque
  • Stall current
  • Operating speed
  • No load current
  • Idle current
Mechanical specifications
  • Dimensions
  • Weight
  • Limit angle
  • Excessive play
  • Shell material
    full CNC aluminum case
  • Gear material
    full CNC aluminum case
  • Spline
  • Bearing type
  • Motor type
  • Angle sensor
  • Storage temperature
  • Operating temperature
Control feature
  • Signal type
  • Rotation angle
  • Pulse width range
    600→2400 μsec
  • Neutral position
    1500 μsec
  • Dead band
    3 μsec
  • Rotating direction
  • Feedback
  • Protection type
Reliability testing
  • Load life
  • Noise
  • Waterproof
Exterior Dimension
Appearance size & Pin diagram
/static/upload/image/20230328/1679992292934179.pngAppearance size
Pin diagram
Data download
2D Drawings
3D Model
Frequently asked questions
What is a drive module/actuator/transmission mechanism?
It consists of an energy conversion device and mechanical moving parts, which are used to control various moving parts in industrial automation, robotics, automotive, aerospace and other fields. Different types have different performance characteristics and application ranges. Servo motor is a common type of drive module with high precision, high reliability and high torque. It is often used to control the movement of steering, throttle and elevator parts.
What requirement information does a customized driver module need to provide?
Torque,speed,voltage,power, dimensional,boundaries.
Can you recommend some mass-produced models?
Contact our product experts.Click to obtain more detailed product information.
What is the difference between brushless and brushless motors?
The difference between brushless motors and brushless motors lies in their different electrical adjustment working methods. The electric regulator of a brush motor controls the speed of the motor by directly providing current to the motor, The electrical regulation of brushless motors controls the speed and direction of the motor through different current pulses. Brushless motors have higher efficiency, lower noise, and longer service life compared to brushless motors, allowing for more suitable components according to actual needs.
What is a servo?
A servo is an electric motor that can accurately control the rotation angle and speed. By receiving controller signals, control the direction and speed of device movement. The steering gear has the characteristics of high precision, high reliability, and high torque, and is commonly used to control the movement of rudder, throttle, and lifting components. There are various types and specifications of servo motors, which can be selected based on specific application scenarios. In today's era of intelligence, servo motors have more application scenarios in smart homes, new energy vehicles, intelligent production, and intelligent education.
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