B&R 8LSA44.E2030D000-0 Servo Motor

B&R 8LSA44.E2030D000 - 0 servo motor has the following features and related information:

Electrical parameters

Referring to the parameter information of the same series 8LSA44.R2030D000 - 3, this motor may have the following characteristics:

Rated power: about 1451W.

Rated current: 2.8A.

Rated speed: 3000rpm.

Maximum speed: 12000rpm.

Rated torque: 4.62N·m.

Stall torque: 6N·m.

Maximum torque: 22.8N·m.

Mechanical parameters

Moment of inertia: 2.73kg·cm².

Weight: about 5.4kg (excluding brake).

Encoder and connection

Encoder: It may use a high-precision absolute encoder, such as a 19-bit or 25-bit encoder, or a multi-turn encoder option, which can provide accurate position feedback for precise control of the motor2.

Connection: Speedtec system connector is used, and the connection direction is a rotatable right-angle type, which is easy to install and wire.

Product Features

High dynamic performance: Combined with the ACOPOS drive system, it can provide high dynamic performance, precision and reliability. The motor has low rotational inertia, fast dynamic response speed, and can accelerate and decelerate quickly, which is suitable for applications with frequent start and stop and fast positioning.

High-precision control: The standard encoder ensures smooth operation and precise positioning of the motor to meet the requirements of high-precision control.

Maintenance-free design: The battery-free absolute encoder is used, and there is no need to replace the battery regularly, which reduces the maintenance workload and cost. The motor bearings are of sufficient size and filled with high-quality synthetic lubricants to meet the needs of long-term operation.

Temperature protection: A linear temperature sensor is installed in the motor winding, and a temperature model is integrated in the driver. The combination of the two can monitor and protect the motor winding in an all-round way to prevent the motor from overheating.

Application field

It is suitable for various industrial automation scenarios that require high-precision positioning, speed control and torque control, such as packaging machinery, printing machinery, textile machinery, robots and other fields.