Product Short Description
Model Series: B&R 8LSA Compact Servo Motor Series
Product Introduction: A high-performance permanent magnet synchronous servo motor independently developed by B&R, belonging to the compact servo motor lineup. It is matched with B&R servo drives, used for high-precision speed, torque and position control in automated production equipment, featuring small size, high power density and reliable operation.
Description
- Rated Power: 0.30 kW
- Rated Speed: Standard servo rated speed
- Rated Voltage: 400 VAC three-phase
- Rated Current: 1.2 A
- Frame Size: 35 mm frame
- Encoder Type: Integrated high-resolution incremental encoder
- Protection Class: IP65
- Insulation Class: F
- Brake Configuration: Without electromagnetic brake
- Shaft Type: Standard smooth shaft
- High-precision position, speed and torque triple closed-loop control
- Low torque fluctuation, stable operation at low speed
- Integrated high-precision position feedback encoder
- Built-in temperature detection sensor for overheating protection
- Matching B&R full series servo drive systems for seamless docking
- Low noise and low vibration during long-term operation
- Rated Torque: 1.4 Nm
- Peak Torque: 4.2 Nm
- Maximum Speed: 6000 rpm
- Torque Density: High power density design
- Positioning Accuracy: Arc-second level high precision
- Service Life: ≥ 30,000 hours continuous operation
- Vibration Grade: Compliant with IEC 60034-14 standard
- Motor housing: Cast aluminum alloy with anti-corrosion coating
- Rotor: High-performance neodymium iron boron permanent magnet material
- Stator: Silicon steel sheet laminated structure + high-temperature resistant enameled wire
- Shaft: High-strength alloy steel, quenched and tempered treatment
- Bearings: High-precision sealed industrial bearings
- Connector: Nylon flame-retardant shell + copper alloy conductive terminals
- Compact integrated structure, small overall footprint, saving installation space
- Integrated encoder inside the motor body, no external wiring for feedback signal
- Standard flange mounting structure for fast installation and positioning
- Fully sealed structure to prevent dust, water and debris from entering the interior
- Integrated power connector and signal connector on the side of the motor
- Optimized internal air duct structure for passive heat dissipation
Based on the working principle of permanent magnet synchronous motor, the servo drive outputs three-phase alternating current with variable frequency and variable amplitude to the motor stator winding, generating a rotating magnetic field. The rotating magnetic field interacts with the permanent magnet on the rotor to generate electromagnetic torque, driving the motor shaft to rotate. The integrated encoder collects real-time position and speed data of the rotor and feeds it back to the servo drive to form a closed-loop control system. The system dynamically adjusts the output current and frequency according to the set parameters, so as to realize accurate control of motor speed, position and output torque. The built-in temperature sensor monitors the winding temperature in real time to avoid burnout caused by overheating.
- Ultra-compact size, high power density, suitable for equipment with limited installation space
- Excellent low-speed performance, no crawling phenomenon at ultra-low speed
- High positioning accuracy, meeting the requirements of precision automation processing
- IP65 protection grade, adapting to workshop dust and splash environment
- Low operation noise and vibration, improving equipment operating stability
- Perfect compatibility with B&R automation system, convenient parameter debugging and system integration
Automated assembly lines, electronic component processing equipment, packaging machinery, printing machinery, small robot joints, textile machinery, precision testing equipment
- Adopt standard flange installation, ensure the mounting surface is flat and the fixing bolts are tightened evenly
- The motor shaft and the driven load must be coaxial to avoid radial and axial offset
- Reserve heat dissipation space around the motor, no covering or blocking the shell
- Wiring strictly follows the phase sequence requirements of power line and encoder signal line
- Installation environment shall avoid long-term exposure to corrosive gas and oil mist
- Do not run the motor under long-term overload condition to prevent permanent magnet demagnetization and winding burnout
- Regularly check the wear of bearings and the tightness of connecting parts
- Prohibit impact and knocking on the motor shaft and housing during use
- Keep the connector interface dry and clean to prevent poor contact
- When storing for a long time, place it in a dry and ventilated environment, and rotate the shaft regularly
- Stop operation immediately when abnormal noise, overheating or jamming occurs, and perform inspection and maintenance
Reviews
There are no reviews yet.