Locking Assembly

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Design Similar to RfN 7015.0, but in Addition with Extremely Low Surface Pressure

• Self-Centering
• Without Axial Displacement
• Low Surface Pressure
• Inner Diameter d: 100-800 mm
• Outer Diameter D: 145-910 mm
• Overall Length L: 75-220 mm
• Torque T: 6,575-903,696 Nm

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Two-Part, Highly Compact Design for Smallest Shaft Diameters

• Self-Centering
• Low Surface Pressure
• Inner Diameter d: 6-50 mm
• Outer Diameter D: 16-80 mm
• Overall Length L: 13,5-44 mm
• Torque T: 6-1,900 Nm

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Particularly Small Design for Thin-Walled Hubs and Confined Spaces

• Self-Centering
• Without Axial Displacement
• Low Surface Pressure
• Inner Diameter d: 8-130 mm
• Outer Diameter D: 15-165 mm
• Overall Length L: 28-139 mm
• Torque T: 30-23,700 Nm

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Slimmest Design for Narrow Spaces as Well as Maximum Forces and Moments

• Without Axial Displacement
• Inner Diameter d: 19-1,000 mm
• Outer Diameter D: 47-1,100 mm
• Overall Length L: 28-130 mm
• Torque T: 306-2.4 Mio. Nm

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Three-Part, Slotted Design for the Highest Transmissible Torques

• Self-Centering
• Inner Diameter d: 25-600 mm
• Outer Diameter D: 55-695 mm
• Overall Length L: 46-224 mm
• Torque T: 649-1,8 Mio. Nm

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Same Dimensions as RfN 7012, Optimised for Transmission of Maximum Bending Loads

• Without Axial Displacement
• Inner Diameter d: 130-800 mm
• Outer Diameter D: 180-910 mm
• Overall Length L: 52-130 mm
• Torque T: 12,074-1.6 Mio. Nm

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Two-Part Design with Slotted Single Taper as well as with Flange

• Self-Centering
• Without Axial Displacement
• Inner Diameter d: 19-400 mm
• Outer Diameter D: 47-495 mm
• Overall Length L: 34-138 mm
• Torque T: 270-375,945 Nm

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Design Similar to RfN 7004, but with Axial Fixation of the Hub by a Raised Flange

• Self-Centering
• Without Axial Displacement
• Inner Diameter d: 19-200 mm
• Outer Diameter D: 47-260 mm
• Overall Length L: 45-98 mm
• Torque T: 270-48,800 Nm

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Design Similar to RfN 7013.0, but with Flange for Axial Hub Fixation

• Self-Centering
• Without Axial Displacement
• Inner Diameter d: 19-150 mm
• Outer Diameter D: 47-200 mm
• Overall Length L: 37-77 mm
• Torque T: 285-28,500 Nm

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Large Transmissible Peripheral Forces Due to Extended, Flat Cones

• Self-Centering
• Without Axial Displacement
• Inner Diameter d: 60-300 mm
• Outer Diameter D: 100-390 mm
• Overall Length L: 60-156 mm
• Torque T: 4,130-245,000 Nm

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Two-Part Design with Slotted Single Taper as well as without Flange

• Self-Centering
• Inner Diameter d: 19-400 mm
• Outer Diameter D: 47-495 mm
• Overall Length L: 34-137 mm
• Torque T: 355-512,625 Nm

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Extended Version of Model RfN 7003 for Cost-Effective Hub Design

• Self-Centering
• Inner Diameter d: 19-180 mm
• Outer Diameter D: 47-235 mm
• Overall Length L: 45-98 mm
• Torque T: 530-63,903 Nm

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Three-Part Design, Optimized for Torques in Combination with Axial and Radial Loads

• Self-Centering
• Inner Diameter d: 60-640 mm
• Outer Diameter D: 95-735 mm
• Overall Length L: 58-177 mm
• Torque T: 4,299-1.3 Mio Nm

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Combined Transmission of Highest Torques, Axial Forces and Bending Loads

• Self-Centering
• Without Axial Displacement
• Inner Diameter d: 100-800 mm
• Outer Diameter D: 145-910 mm
• Overall Length L: 77-227 mm
• Torque T: 14,244-2.5 Mio. Nm

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By keeping various demands and requirements of the customers in mind, we are presenting a client specific array of Locking Element. Our products consist of an internal and external tapered ring that is manufactured by using high grade material. Also, this Locking Element is accurate in dimension and perfect in finishing.

Characteristics:

• Customized application: By varying the number of Locking Elements, size and quantity of clamping screws, the connection can be adapted to fit most applications concerning surface pressures, materials, hub/shaft dimensions and available mounting space.
• Transmission of high loads: To increase the transmissible torque and axial forces up to 4 Locking Elements can be used in series.
• Maximum reliability: No matter whether the connection is subjected to static, pulsating, dynamic or intermittent loads.
• Simple manufacture: Shaft and hub are designed without keyway. Apart from this, relatively large tolerances are admissible.
• Easy adjustability: Locking Elements work without positive connection. So they can be adjusted at any place to any position by following the simple installation and removal instructions.
• Backlash-free: The Locking Element connection is a mechanical shrink fit and will not wear or loosen in service provided that the maximum transmissible values for the connection are not exceeded.
• High fatigue strength under alternating tensional stresses: As neither the shaft nor the hub has grooves the notch effect is minimized and a higher polar section modulus is given, enabling the use of smaller diameters.
• Simple installation: In comparison to cross-press fits temperature treatments and fitting are eliminated. Screws have to be tightened with standard tools.
• Easy removal: Locking Elements are self releasing no additional measures or auxiliary equipment is required.
• Wear and maintenance-free: Unlimited lifetime if designed and used correctly