Description
B&R 8LSA35.DA030S000-3
Technical Specifications:
- Brand: B&R Industrial Automation
- Model: 8LSA35.DA030S000-3
- Product Type: Synchronous Motor
- Cooling Type: Type A (Self-cooled)
- Rated Speed: 3000 to 6000 rpm
- Stall Torque: 0.75 to 3.6 Nm
- Flange Size: 91.3 x 91.3 mm
Functional Features:
- High Dynamic Characteristics: Features a fast shaft that delivers impressive dynamic performance for rapid acceleration and deceleration.
- Excellent Controllability: Optimized torque ripple ensures smooth operation and precise control.
- Overload Capability: High overload capacity makes it universally applicable across various demanding motion control tasks.
- Embedded Parameter Chip: Simplifies commissioning and maintenance by storing motor parameters directly on the motor.
Application Scenarios:
Ideal for high-speed automation, precision robotics, packaging machinery, and CNC equipment requiring rapid dynamic response and high power density.
Performance Parameters:
- Center Diameter: 80j6 mm
- Shaft Diameter: 14k6 mm
- Maintenance: Extremely easy to maintain, contributing to reduced overall operational costs.
Material Composition:
Built with high-quality magnetic materials, precision bearings, and a robust mechanical housing designed to minimize space requirements while maximizing thermal dissipation.
Structural Characteristics:
Features a slender, self-cooled design (Type A) with integrated connection options. The compact 91.3 x 91.3 mm flange allows for easy integration into space-constrained machinery.
Working Principle:
Operates as a permanent magnet synchronous motor, converting electrical energy into precise mechanical motion through advanced electronic commutation, delivering high torque at low speeds and constant power at high speeds.
Installation Requirements:
Mount securely using the 91.3 x 91.3 mm flange. Ensure proper alignment of the 14k6 mm shaft with the driven load to prevent premature bearing wear.
Usage Precautions:
Ensure adequate airflow around the motor for self-cooling. Do not exceed the specified stall torque and rated speed limits to prevent thermal overload.
