• 3HNA011195-001 | 3HNA007022-001 AC servo motor to ensure the high precision and stability of motor operation,jlplc
  • 3HNA011195-001 | 3HNA007022-001 AC servo motor to ensure the high precision and stability of motor operation,jlplc

3HNA011195-001 | 3HNA007022-001 AC servo motor to ensure the high precision and stability of motor operation

No.3HNA011195-001

Model: 3HNA011195-001

Category: AC servo motor

Finish: New, not new

Warranty: One year

Brand: ABB

  • 3HNA011195-001 | 3HNA007022-001 AC servo motor to ensure the high precision and stability of motor operation,jlplc

Desciption


Model: 3HNA011195-001

Category: AC servo motor

Finish: New, not new

Warranty: One year

Brand: ABB

Product description

The ABB 3HNA011195-001 is a high-performance AC servo motor manufactured by ABB that is widely used in industrial automation, especially in robot control systems. This motor is known for its high precision, high torque, high response speed and other characteristics to meet a variety of demanding motion control needs.

Main feature

High precision: Advanced motor control technology is used to ensure high precision and stability of motor operation.

High torque: Provides a powerful torque output, capable of driving a variety of loads.

High response speed: Fast response speed, able to quickly respond to control instructions.

High reliability: Rugged design for harsh industrial environments.

Modular design: Modular design, easy to maintain and upgrade.

3HNA011195-001/05 In general, robot components may involve the following aspects:

Control and communication: Components may be responsible for transferring instructions and data between the robot controller and other systems or devices, enabling precise robot actions and collaborative work.

Sensing and measurement: This component may integrate sensors or measuring devices to monitor critical parameters such as the robot's status, position, speed, etc., thus ensuring safe and efficient operation of the robot.

Power and energy management: For components involved in power distribution, energy management, or battery monitoring, they may be responsible for ensuring the continuous, stable operation of robotic systems.

Interface and extensibility: The component may provide interfaces with various external devices or systems so that the user can extend the robot's functionality and scope of application as needed.