1000W AGV Drive Motor with 5Nm Rated Torque 130*130mm Flange Size
Product Description:
AGV Drive Motor is a type of 48V DC motor specially designed for Automatic Guided Vehicle (AGV) applications. It has a powerful 1500W motor and can run at a maximum speed of 3000rpm. This motor has a brake and features an 130mm*130mm flange size and incremental encoder for precise speed control. It is capable of running on a 48V DC supply voltage, making it an ideal choice for AGV applications.
Features:
1.This motor are designed to provide delicate and accurate motion control, They are smaller and lighter , which allowing them to use in limited space.
2.low voltage servos generate a high torque for their size, rivaling the torque density of industrial servo systems. With advanced control algorithms, low-voltage servo systems are able to maintain high torque over an extremely wide range of speeds.
3.Reliable operation is also assured by the excellent quality components, with minimal maintenance efforts required. Reduced noise is the additional benefit of low voltage motors compared to high voltage industrial motors.
The motor's encoder is a customized product provided by HKT for the AGV industry, which ensures precise position and speed control. This further displays the advantages of low voltage servo motors in providing uncomplicated accuracy.
Technical Parameters:
| Technical Parameters | Details |
| Encoder | Incremental |
| Rated Torque | 5Nm |
| Rated Power | 1500W |
| Flange Size | 130*130mm |
| Rated Current | 60A |
| Brake | With Brake |
| Supply Voltage | DC 48V |
| Number of Pole Pairs | 5 poles |
| Rated Speed | 3000rpm |
Applications:
This AGV motor finds application in the warehousing and logistics sector, guaranteeing the dependable and efficient transport of goods. It enhances the storage and retrieval processes, ultimately leading to improved overall warehouse efficiency. Its formidable performance also extends to internal logistics, facilitating seamless material handling within expansive facilities and assisting organizations in the optimization of their internal logistics operations.
