Small Robust Servo Planetary Gearbox Two Stage CE Certificated

Robust Servo Planetary Gearbox for AGV with Low Noise

Product Description:

Servo Planetary Gearbox is a precision motion control component used in AGV Drives and other applications. It provides a reliable, low-noise and high-efficiency solution to motion control applications. It is designed with excellent torsional stiffness and maximum radial force of 4650N, while providing a grade of protection of up to IP65. The servo planetary gearbox is composed of two stages, and offers a lifetime of up to 20,000 hours. With its high precision and torque density, it is widely used in industrial automation, robotics, and medical applications.

Servo Planetary Gearbox is an ideal choice for motion control applications, as it offers excellent torsional stiffness of 3.2Nm/A, low noise, and high efficiency. It also provides two-stage reduction and a grade of protection of up to IP65. It is designed with a lifetime of up to 20,000 hours, and a maximum radial force of 1000N, making it reliable and durable. It is suitable for precision motion control applications such as AGV drives, precision motion servo planetary gearbox, and planetary speed reducer.

Features:

1.Overload Protection: Equipped with mechanisms to safeguard against excessive loads, preventing damage to internal components and ensuring the longevity of the gearbox.

2.Quick Installation: Designed for easy and straightforward installation, reducing downtime and simplifying maintenance procedures.

3.Multiple Mounting Options: Provides flexibility in mounting configurations, allowing for seamless integration into different AGV designs and structures.

4.Modular Design: Allows for easy customization and adaptation to specific AGV requirements, facilitating compatibility with a variety of AGV models and applications.

5.Compliance with Industry Standards: Manufactured to meet or exceed industry-specific standards and certifications, ensuring quality, safety, and compatibility with AGV systems.

Technical Parameters: