The RLMK Series Disc Coupling is a spacer-type or extended version, designed for applications requiring shaft separation and ease of maintenance.
Technical Specifications (Typical Range)
Torque Capacity:
• Up to ~18,717 Nm (depending on size and configuration)
Bore Range:
• Up to ~165 mm
Speed Capability:
• Suitable for high-speed applications
Temperature Range:
• Suitable for high temperatures (no elastomer limitations)
Spacer design for easy access to connected equipment
Allows maintenance without disturbing driver and driven units
Suitable for pump and motor assemblies
Advantages
• High precision and zero backlash performance
• No wear components, ensuring long service life
• Suitable for high-speed and high-temperature applications
• Maintenance-free with no lubrication required
• Ideal for critical and precision-driven systems
Typical Applications
Disc / Laminae Couplings (RLM & RLMK Series) are widely used in:
• Pumps and compressors
• Turbines and generators
• High-speed rotating equipment
• Process and chemical industries
• Precision machinery and automation systems
These couplings are ideal for applications requiring accuracy, reliability, and maintenance-free operation.
Optional Variants & Customization
• Single- or double-disc pack configurations
• Spacer lengths customized for application requirements
• High-strength alloy steel hub options
• Custom bore and keyway configurations as per DIN / ISO standards
• Dynamic balancing for high-speed applications
Provides precision torque transmission with zero backlash
Suitable for high-speed and critical applications
Long service life with minimal maintenance
Proven performance in demanding industrial environments
Our team of experts is ready to assist you in selecting the perfect power transmission components for your specific applications.
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Yes. Our couplings are engineered to handle demanding torque and speed requirements with minimal vibration and backlash, ensuring smooth and reliable power transmission under extreme conditions.
Yes. Our couplings are engineered to handle demanding torque and speed requirements with minimal vibration and backlash, ensuring smooth and reliable power transmission under extreme conditions.
Yes. Our couplings are engineered to handle demanding torque and speed requirements with minimal vibration and backlash, ensuring smooth and reliable power transmission under extreme conditions.
Yes. Our couplings are engineered to handle demanding torque and speed requirements with minimal vibration and backlash, ensuring smooth and reliable power transmission under extreme conditions.
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