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RINGSPANN
Industrial Brakes

Industrial Brakes

Product catalog summary

Introduction to Brake Technology
RINGSPANN provides a wide range of industrial brakes, including disc and drum brakes, designed for various applications to ensure safety and compliance with accident prevention regulations. The document highlights the design, function, and benefits of RINGSPANN disc brakes, focusing on their reliability and economic efficiency.

Design and Function of Brakes
RINGSPANN disc brakes are characterized by a simple, space-saving design, high torque stability, and excellent heat dissipation. They use wear-resistant friction materials and large braking surfaces for extended maintenance intervals. The brakes feature swivel-mounted friction blocks for full contact with the brake disc and require minimal installation space.

Product Range
The range includes spring-activated brake calipers with various release mechanisms (pneumatic, hydraulic, electromagnetic, manual), as well as pneumatically, manually, and hydraulically activated brake calipers. Accessories like brake discs, wear indicators, and proximity switches are available for specialized applications.

Technical Specifications
Detailed technical data for various brake calipers are provided, including braking torque, clamping force, air pressure requirements, and weight. Ordering examples and feature codes for different models are also included.

Areas of Application
RINGSPANN brakes are suitable for a wide range of applications, including amusement rides, assembly stations, belt conveyors, construction machines, cranes, elevators, fans, foundry machines, food industry machines, packaging machines, paper machines, printing machines, ship drives, shredders, steel mills, test benches, textile machines, wind turbines, and more.

Conclusion
RINGSPANN disc brakes offer a reliable and efficient solution for various industrial applications, providing high performance, durability, and ease of maintenance. The document emphasizes the unique features and advantages of these brakes, making them essential in many industries.

Brake Caliper Models and Specifications
The document provides technical data and specifications for various models of spring-activated, hydraulically or electromagnetically released brake calipers. It includes detailed information on features, ordering examples, technical specifications, and options for different brake caliper models.

Key Features
Brake calipers are designed for efficient operation with features like automatic or manual adjustment for friction block wear, and options for different mounting orientations and thruster configurations. All models are designed for high efficiency and low power consumption, with options for inductive proximity switches for brake status and wear adjustment notifications.

Technical Data and Performance
Braking torques are based on a theoretical friction coefficient of 0.4. Detailed tables provide specific measurements and performance data for each brake caliper and thruster combination, including clamping force and maximum dimensions.

Ordering Information
Examples are provided for ordering specific configurations, detailing the brake caliper model, thruster type, mounting orientation, and brake disc thickness. Each model has a specific code for ordering, which includes details such as supply voltage, mounting position, and brake disc thickness.

Applications and Control Systems
Brakes are used in various industrial applications such as conveyor belts, elevators, and escalators, with specific requirements for braking force based on load conditions, environmental factors, and temperature variations. The document also describes control systems like the BCS 600 for hydraulically released or activated brakes, featuring adjustable hydraulic pressure and real-time graphical visualization.

Catalog excerpts

Power Transmission Edition 2019/2020 RINGSPANN® Registered Trademark of RINGSPANN GmbH, Bad Homburg

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* The braking torques relate to the standard brake discs shown in this catalogue. Higher braking torques are possible by the use of several brake calipers or larger brake disc diameters.

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* The braking torques relate to the standard brake discs shown in this catalogue. Higher braking torques are possible by the use of several brake calipers or larger brake disc diameters. Issue 03/2019 • Technical details subject to change without notice.

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No Drives without Disc Brakes For a long time now Disc Brakes have been tried and tested in the aviation and automotive industry, and increasing awareness of operational safety and ever stricter rules on accident prevention have made them indispensable. After all, wherever there is acceleration, there must also be braking. A reliable and economic solution to these problems are RINGSPANN Disc Brakes. Advantages of RINGSPANN Disc Brakes The following features make the RINGSPANN Disc Brakes unique: • The well thought-out design of RINGSPANN Disc Brakes permits a simple and spacesaving arrangement,...

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Amusement rides Assembly stations Belt conveyors Construction machines Cranes Drive units Elevators and escalators Extruder, machines for rubber and plastics Fans and ventilators Foundry machines Machines for food industry Packaging machines Paper machines Printing machines Ship drives Shredders Steel mills Stranding lines Test benches Textile machines Wind turbines Wire and tube machines

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Wind turbines

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Notes / sketches

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spring activated - pneumatically released Code Features Brake Caliper Mounting to the machine h at right angles to the brake disc Frame size 010 010 Spring activated F Pneumatically released P Manual adjustment to m accommodate friction block wear Designs 010 or 012 010 Piston mounted in M central position Thickness of brake disc 12,5 mm 12 The braking torques shown in the table are based on a theoretical friction coefficient of 0,4.

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spring activated - pneumatically released Features Code Brake Caliper D The braking torques shown in the table are based on a theoretical friction coefficient of 0,4. Values in brackets resulting with maximum friction block wear.

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spring activated - pneumatically released Code Features Brake Caliper Example for ordering Brake Caliper DH 020 FPM, thruster 020, position of the thruster can be to the right or left, thickness of brake disc 12,5 mm: Technical Data The braking torques shown in the table are based on a theoretical friction coefficient of 0,4. Values in brackets resulting with maximum friction block wear.

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spring activated - pneumatically releasedFeatures CodeBrake Caliper D 2- Mounting to the machine at right angles to the brake disc Technical Data The braking torques shown in the table are based on a theoretical friction coefficient of 0,4.

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spring activated - pneumatically released Compressed air connection: G1/4“ 153 Thickness of brake disc W mm Values in brackets resulting with maximum friction block wear.

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spring activated - pneumatically released Mounting to the machine at right angles to the brake disc Technical Data The braking torques shown in the table are based on a theoretical friction coefficient of 0,4.

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Brake Caliper DH 025 FPAspring activated - pneumatically released Thickness of brake disc W mm Values in brackets resulting with maximum friction block wear. 15-1

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spring activated - pneumatically releasedFeatures CodeBrake Caliper D lAM Mounting to the machine parallel to the brake disc Technical Data The braking torques shown in the table are based on a theoretical friction coefficient of 0,4.

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Brake Caliper DV 030 FPM spring activated – pneumatically released Thruster mounted right Thruster mounted left* * Thruster 025, 035 and 045 Thickness of brake disc W mm 12,5 25 Values in brackets resulting with maximum friction block wear.

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spring activated - pneumatically releasedFeatures Code Brake Caliper Mounting to the machine at right angles to the brake disc The braking torques shown in the table are based on a theoretical friction coefficient of 0,4

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spring activated - pneumatically released Thruster mounted right Tlnustei 025 Compressed air connection: G1 /4" 107 Thickness of brake disc W mm Values in brackets resulting with maximum friction block wear.

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spring activated - pneumatically releasedFeatures CodeBrake Caliper D lAM Technical Data The braking torques shown in the table are based on a theoretical friction coefficient of 0,4.

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Thruster mounted right 3- Thruster 065 Compressed air connection: G1 /4“ 107 Values in brackets resulting with maximum friction block wear.

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spring activated - pneumatically released Compressed air connection: G1/4“ Thickness of brake disc W mm Values in brackets resulting with maximum friction block wear.

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spring activated - pneumatically released 24-1 Technical Data Features Code Brake Caliper D Mounting to the machine parallel to the brake disc Spring activated Pneumatically released P Manual adjustment to accommodate friction block wear Thruster mounted right available R Thickness of brake disc 12,5 mm, 25 mm, 30 mm or 40 mm Example for ordering Brake Caliper DV 035 FPM, thruster 111, thruster mounted right, thickness of brake disc 12,5 mm: The braking torques shown in the table are based on a theoretical friction coefficient of 0,4.

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Thruster mounted right Thickness of brake disc W mm Values in brackets resulting with maximum friction block wear.

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spring activated - pneumatically released !6- Technical Data Features Code Brake Caliper D Mounting to the machine at right angles to the brake disc Spring activated Pneumatically released P Manual adjustment to accommodate friction block wear Thruster mounted right or left available Thickness of brake disc 12,5 mm, 25 mm, 30 mm or 40 mm Example for ordering Brake Caliper DH 035 FPM, thruster 111, thruster mounted right, thickness of brake disc 12,5 mm: The braking torques shown in the table are based on a theoretical friction coefficient of 0,4.

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Industrial Brakes

Industrial Brakes

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