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Brand Name: | Winroller |
Model Number: | Winroller 400W Hall Sensor Motor Drive Logistics Sorting Motor Drum Roller |
MOQ: | 1stick |
Price: | Contact Us |
Packaging Details: | Wooden case |
Payment Terms: | TT, L/C |
The 400W Hall Sensor Brushless DC Motor Drive Logistics Sorting Motor Drum Roller provides precise control, rapid dynamic response, and high torque, making it ideal for high-speed, high-load applications such as dynamic weighing, cross-belt sorting, and packaging systems in logistics and automated sorting environments.
DC brushless motor parameters
Project | Specifications | Explain |
Motor Type | DC brushless hall motor | |
Motor Type | Outer rotor motor | |
Rated Voltage | DC48V | +-10% |
Peak Current | 14A | |
Rated power | 400W | |
Maximum Load | 30Kg | |
Speed range | 300 - 1000rpm | |
Linear Speed Range | 1 - 35m/s | |
Working System | S2 | Peak torque operation |
Insulation Class | F |
The motor is composed of permanent magnet rotor and winding stator. This kind of motor has the advantages of simple structure, high reliability, good stability, high efficiency and strong adaptability, so it has been widely used. Because the brushless motor cancels the carbon brush, the motor itself cannot run, and needs to rely on the external drive card to run. Hall sensor is installed inside the motor to feed back the position signal to the drive card.
DC brushless servo motor parameters
Project | Specifications | Explain |
Motor Type | DC brushless servo motor | |
Motor Type | Outer rotor motor | |
Rated Voltage | DC48V | +-10% |
Peak Current | 14A | |
Rated power | 400W | |
Maximum Load | 30Kg | |
Speed range | 300 - 1000rpm | |
Linear Speed Range | 1 - 35m/s | |
Working System | S2 | Peak torque operation |
Insulation Class | F |
The servo cylinder includes the cylinder shell, the cylinder shaft, the signal line, the permanent magnet brushless DC motor and the inductive encoder.
The inductive encoder includes the rotating module and the stator module. The rotating module rotates with the cylinder shell and interacts with the stator module to obtain the received signal. The high-precision position signal is calculated by the processing chip and transmitted to the motor control system, so as to accurately control the start and stop of the permanent magnet brushless DC motor Speed control and power density monitoring, etc.
The servo direct—drive electric roller described in this product has many advantages, such as compact structure, light weight, high position accuracy and large torque, and because the inductive position encoder adopts non-contact induction principle, itis suitable for working in various harsh environmental conditions, including wet, muddy and dusty working environment.