GE MTR-3T43-H-R-B-M-0

I. Overview

II. Parameters

• Rated voltage: Usually 24V or 48V DC
• Maximum rotational speed: Approximately 3000 RPM
• Maximum torque: Approximately 10 N·m
• Resolution: High-resolution encoder, typically 2000 PPR or higher
• Interface type: Standard interface, supporting multiple communication protocols
• Protection class: IP65 or higher, suitable for industrial environments

III. Product Features

• High-precision control: Equipped with a built-in high-precision encoder, it can provide accurate position feedback, making it suitable for application scenarios that require high-precision control.
• High rotational speed and high torque: It can provide relatively high rotational speed and torque in a short time, suitable for applications that require rapid response and high load.
• Strong stability: Adopting advanced control algorithms and hardware design, it ensures stability and reliability during long-term operation.
• High compatibility: Supports multiple communication protocols and interface standards, facilitating integration with other control systems.
• High durability: Using high-quality materials and manufacturing processes, it ensures normal operation even in harsh environments.

IV. Structure and Composition

• Motor body: Contains the stator, rotor, and windings, which are the core components of the motor.
• Encoder: A built-in high-precision encoder used to detect the rotational speed and position of the motor.
• Drive: The servo drive is responsible for controlling the operation of the motor and providing precise current and voltage control.
• Connector: Used to connect the motor to the control system, supporting multiple communication protocols.
• Heat dissipation system: Adopts an efficient heat dissipation design to ensure that the motor can maintain good heat dissipation performance under high load.

V. Application Fields

• Industrial automation: Used for motion control of automation equipment such as robots, conveyor belts, and assembly lines.
• Precision manufacturing: Used for controlling precision equipment such as CNC machine tools, laser cutting machines, and injection molding machines.
• Medical equipment: Used for equipment with extremely high precision requirements such as medical imaging equipment and surgical robots.
• Aerospace: Used for rudder surface control and attitude adjustment of aircraft, drones, and other aerial vehicles.
• Energy and power: Used for controlling new energy equipment such as wind turbines and solar tracking systems.

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