B&R 8LSA46.R0045D000

Product Introduction:
The 8LSA46.R0045D000 is a robust synchronous motor designed for high-torque industrial applications. It belongs to the B&R 8LSA4 series, offering enhanced torque output for heavy-duty automation tasks.

Category: SKU: B&R 8LSA46.R0045D000

Description

B&R 8LSA46.R0045D000

Technical Specifications:

  • Brand: B&R Industrial Automation
  • Model: 8LSA46.R0045D000
  • Product Type: Synchronous Motor
  • Rated Speed: 2200 to 6000 rpm
  • Stall Torque: 4 to 10 Nm
  • Flange Size: 100 x 100 mm

Functional Features:

  • High Power Density: Delivers maximum torque output relative to its compact footprint.
  • Broad Speed Range: Operates efficiently across a wide speed range from 2200 to 6000 rpm.
  • Universal Applicability: Engineered with high overload capacity to handle variable and demanding load profiles.
  • Cost Efficiency: Simplified structure and easy maintenance reduce total cost of ownership.

Application Scenarios:
Perfect for heavy-duty conveyors, extruders, centrifuges, and large robotic arms requiring high continuous and peak torque.

Performance Parameters:

  • Center Diameter: 95j6 mm
  • Shaft Diameter: 19k6 mm (with reinforced bearing option: 24k6 mm)
  • Torque Ripple: Highly optimized for smooth and precise motion control.

Material Composition:
Features reinforced bearing options and high-grade internal components to withstand high mechanical stress and continuous industrial operation.

Structural Characteristics:
Utilizes a 100 x 100 mm flange with a robust mechanical design. Supports various cooling types and connector options to adapt to specific machine layouts.

Working Principle:
Generates high torque through advanced electromagnetic design and precise rotor-stator alignment, controlled by B&R servo drives for optimal dynamic performance.

Installation Requirements:
Securely fasten to the machine frame using the 100 x 100 mm flange. Utilize the reinforced 24k6 mm shaft option if the application involves high radial loads.

Usage Precautions:
Verify the shaft diameter and bearing specifications match the mechanical load requirements. Ensure the drive is properly tuned to the embedded parameter chip.