8LSA44.R0030D100-0  8LS series synchronous motor

8LSA44.R0030D100-0 is a product of the 8LS series synchronous motor produced by B&R company. Here are some of the key features and parameters of the product:

Product features:

Compact size, light weight, with the best power density.
Simple structure and easy maintenance.
The fast shaft has impressive dynamic characteristics.
Strong overload capacity, universal application.
Optimized torque fluctuation with good controllability.
Reduce costs and improve cost performance.
Embedded parameter chip.
Motor options:

Wide selection of encoder types available.
Connector options.
Oil seal.
Lock option.
Shaft end option.
Reinforce the bearing.
Motor data:

Rated speed nN from 2200 rpm to 6000 rpm.
Gridlock torque M0 from 0.2 Nm to 300 Nm.
Flange size, center diameter and shaft diameter vary according to the specific model.

8LSA55.EB030D200-1

Industrial Automation:

Used in robotic arms, conveyor belts, assembly lines and other automation equipment to provide precise speed and position control.
Energy conversion:

In the field of renewable energy such as wind power generation and hydroelectric power generation, it is used to drive generators to ensure efficient energy conversion.
Power system:

Used for power system stabilization and control, such as synchronous compensators, to provide frequency and voltage support of the grid.
Machinery Manufacturing:

In the machinery manufacturing industry, it is used to drive various mechanical components, such as machine tools, cranes, etc., to ensure high-precision processing and operation.
Textile industry:

In textile machinery, it is used to drive loom, spinning machine and other equipment to provide stable tension control and speed regulation.
Food processing:

In food processing and packaging equipment, it is used to control the speed and synchronization of the production line to ensure product quality and production efficiency.
Medical equipment:

In medical equipment, such as surgical robots, medical imaging equipment, etc., to provide accurate and reliable motion control.
Aerospace:

In the aerospace field, it is used to drive and control key components such as rudder surface and landing gear to ensure flight stability and safety.
Shipbuilding:

In shipbuilding, it is used to drive propulsion systems, steering gear, etc., to provide efficient and reliable power.