The motor in question is a synchronous motor with the material number 8LSA73.R2030D200 - 3. It has 3 pole pairs and a nominal speed of 3000 rpm. The stall torque is 26.000 Nm. It operates at 560 VDC. This motor is of construction type A with IP64 protection, which means it is dust - tight and protected against water splashing from all directions.
This synchronous motor comes with a holding brake that has a holding torque of 47.00 Nm. It features a smooth shaft and an angled (swivel) connector. The centering diameter is 180 mm with a j6 fit. It is self - cooling and has no oil seal. The design allows for easy installation and connection in various industrial setups.
Equipped with a 2 - pole R2 resolver, this motor can accurately provide feedback on its position and speed. The resolver is crucial for applications that require precise control, such as in robotics or high - precision manufacturing processes. This feature ensures the motor's performance can be closely monitored and adjusted to meet the specific requirements of the operating system.
Attribute |
Value |
Unit |
Description |
Model Number |
8LSA73.R2030D200-3 |
- |
Product identifier |
Type |
Synchronous Motor |
- |
Motor type |
Number of Pole Pairs |
3 |
pairs |
Magnetic pole configuration |
Nominal Speed |
3000 |
rpm |
Rated rotational performance |
Stall Torque |
26.000 |
Nm |
Maximum torque at standstill |
Holding Torque (Brake) |
47.00 |
Nm |
Brake retention force |
Voltage |
560 |
VDC |
Power supply requirement |
Protection Class |
IP64 |
- |
Dust/water ingress resistance |
Cooling Method |
Self-Cooling |
- |
Thermal management system |
Shaft Type |
Smooth |
- |
Surface finish characteristic |
Connector Type |
Angled (Swivel) |
- |
Electrical interface orientation |
Centering Diameter |
180 |
mm |
Mechanical alignment specification |
Fit |
j6 |
- |
Tolerance class for mounting |
Construction Type |
A |
- |
Design standard classification |
Oil Seal |
Without |
- |
Lubrication system configuration |
Feedback System |
2-pole R2 Resolver |
- |
Position/speed sensing technology |