Encoder Couplings / Universal Joints

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Encoder Couplings

Encoder couplings are precision-engineered components designed for constant velocity transmission with high torsional stiffness and zero backlash. These couplings ensure accurate signal transmission between encoders and shafts, making them ideal for applications requiring precise motion control. With a maintenance-free design and the ability to accommodate angular and parallel misalignments, encoder couplings provide reliable performance in demanding environments.

Key Applications
  • Industrial Automation
  • Packaging & Printing Machinery
  • Semiconductor & Electronics Industry
  • Textile & Weaving Machines
  • Renewable Energy Systems

Types of Encoder Couplings

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Single Disc
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Double Disc

Features

Ensures smooth and precise power transfer.
Delivers accurate motion control without deformation
Eliminates play for precise positioning.
Supports up to 5° angular and 0.2 mm parallel offset.

Engineered for demanding industrial applications.

Available in Single Disc, Double Disc, and Beam/Servo types.

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Universal Joints

The RUNFLEX Universal Joint is a versatile coupling designed to connect misaligned rotating shafts, ensuring smooth and efficient torque transfer. It features two hinges positioned at 90 degrees, allowing for angular misalignment while maintaining reliable power transmission. Available in single, double, and telescopic (spline shaft) configurations, these joints offer durability and high performance, making them ideal for a range of industrial applications.

Key Applications
  • Automotive and Heavy Machinery
  • Steel and Rolling Mills
  • Mining and Construction Equipment
  • Power Plants and Wind Turbines
  • Paper and Pulp Machinery

Types of Universal Joints

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Single Joint
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Double Joint

Features

Delivers maximum torque transmission with minimal weight, optimizing system efficiency.
Designed for enhanced load-carrying capacity and extended operational life.
Precision-engineered for minimal backlash, ensuring accurate and smooth motion control.
Capable of handling high torque loads, making it suitable for heavy-duty applications.

Space-saving design allows easy integration into compact systems without compromising performance.

Accommodates larger shaft diameters, offering flexibility for various industrial requirements.
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