Skip to product information
1 of 1

TB Wood's 11S-42-3600 Sleeve Coupling Spacer Flange

TB Wood's 11S-42-3600 Sleeve Coupling Spacer Flange

Contact us to place an order or request a quote: Any part number. Any brand. Get a quote in minutes!
Brand: TB

Description:

Description:

The TB Wood's 11S-42-3600 Sleeve Coupling Spacer Flange is used in industrial power transmission systems to connect shaft assemblies and provide spacing between flexible sleeve coupling components while transmitting torque. Commonly installed in pumps, compressors, conveyors, fans, blowers, mixers, and heavy-duty industrial machinery. Maintenance teams, OEMs, and system integrators use this spacer flange for coupling replacement, drive system maintenance, machinery retrofits, and new equipment installations.

Applications:

The TB Wood's 11S-42-3600 Sleeve Coupling Spacer Flange is commonly used in industrial automation environments including conveyor systems, pump and compressor drives, HVAC equipment, material handling machinery, mining equipment, manufacturing production lines, and process industries where dependable shaft coupling, torque transmission, and equipment alignment are required.

Technical Specifications:

• Manufacturer: TB Wood's (Regal Rexnord)
• Model / Part Number: 11S-42-3600
• Product Type: Sleeve Coupling Spacer Flange
• Coupling Type: Flexible Sleeve Coupling Component
• Maximum Speed: 3600 RPM
• Material: High-strength cast iron
• Configuration: Spacer flange for sleeve coupling assembly
• Mounting: Shaft-mounted coupling component
• Function: Provides shaft spacing and torque transmission within a flexible coupling assembly
• Misalignment Capability: Designed to accommodate minor shaft misalignment when used with compatible sleeve coupling components
• Construction: Precision-machined flange
• Application Environment: Industrial power transmission systems

Common Replacements:

• TB Wood's 11S-42-3600 Sleeve Coupling Spacer Flange
• Lovejoy S-Flex Sleeve Coupling Flange
• Martin Sleeve Coupling Spacer Flange

View full details