Zero-Max Schmidt 5-D Coupling L558S

Description
Most couplings in the Schmidt Coupling line are designed to accommodate either axial, angular, or parallel shaft displacements only. The 5-D Couplings are a modification of the Schmidt Inline Coupling, designed to accommodate 5 degrees of angular shaft misalignment, as well as axial and parallel misalignment. • Large shaft misalignment capabilities (angular, axial, and parallel) • Easy installation for any misaligned shaft position • No heavy sideloads • Constant angular velocity.
Description
Most couplings in the Schmidt Coupling line are designed to accommodate either axial, angular, or parallel shaft displacements only. The 5-D Couplings are a modification of the Schmidt Inline Coupling, designed to accommodate 5 degrees of angular shaft misalignment, as well as axial and parallel misalignment. • Large shaft misalignment capabilities (angular, axial, and parallel) • Easy installation for any misaligned shaft position • No heavy sideloads • Constant angular velocity.
Datasheet
Datasheet Summary
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The Schmidt 5-D Coupling, part number L558S, is designed to accommodate significant shaft misalignments, including 5 degrees of angular misalignment, as well as axial and parallel displacements. This coupling minimizes the introduction of sideloads on connected shafts and machinery, which can help reduce vibrations and extend the lifespan of components such as bearings and motors. It maintains constant angular velocity, ensuring reliable torque transmission without performance loss due to increased shaft displacement. The coupling is suitable for heavy-duty applications, with a torque capacity of 86,000 in-lb and a performance rating of 46.5 HP at 100 RPM. Its design allows for easy installation and adjustment to misaligned shaft positions, making it a practical choice for various engineering projects.

Datasheet Summary
Powered by GS/AI

The Schmidt 5-D Coupling, part number L558S, is designed to accommodate significant shaft misalignments, including 5 degrees of angular misalignment, as well as axial and parallel displacements. This coupling minimizes the introduction of sideloads on connected shafts and machinery, which can help reduce vibrations and extend the lifespan of components such as bearings and motors. It maintains constant angular velocity, ensuring reliable torque transmission without performance loss due to increased shaft displacement. The coupling is suitable for heavy-duty applications, with a torque capacity of 86,000 in-lb and a performance rating of 46.5 HP at 100 RPM. Its design allows for easy installation and adjustment to misaligned shaft positions, making it a practical choice for various engineering projects.

Suppliers

Company
Product
Description
Supplier Links
Schmidt 5-D Coupling - L558S - Zero-Max
Minneapolis, MN, USA
Schmidt 5-D Coupling
L558S
Schmidt 5-D Coupling L558S
Most couplings in the Schmidt Coupling line are designed to accommodate either axial, angular, or parallel shaft displacements only. The 5-D Couplings are a modification of the Schmidt Inline Coupling, designed to accommodate 5 degrees of angular shaft misalignment, as well as axial and parallel misalignment. • Large shaft misalignment capabilities (angular, axial, and parallel) • Easy installation for any misaligned shaft position • No heavy sideloads • Constant angular velocity.

Most couplings in the Schmidt Coupling line are designed to accommodate either axial, angular, or parallel shaft displacements only.

The 5-D Couplings are a modification of the Schmidt Inline Coupling, designed to accommodate 5 degrees of angular shaft misalignment, as well as axial and parallel misalignment.

• Large shaft misalignment capabilities (angular, axial, and parallel)
• Easy installation for any misaligned shaft position
• No heavy sideloads
• Constant angular velocity.

Supplier's Site Datasheet

Technical Specifications

  Zero-Max
Product Category Flexible Couplings
Product Number L558S
Product Name Schmidt 5-D Coupling
Coupling Type Schmidt
Rated Torque 6000 In-lbs (6918 kg-cm)
Rated Speed 1000 rpm
Units English Design
Bore Diameter 3.25 inch (82.55 mm)
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