Industrial Drum Brakes with Synchro Lifting Mechanism
Engineered for reliability and optimum performance, industrial drum brakes with a synchro lifting mechanism are ideal for demanding industrial applications requiring consistent and safe stopping power. Designed according to DIN 15435 installation dimensions, these industrial drum brakes offer superior operation with their advanced synchro-lifting technology.
Key Features
- Synchro lifting mechanism (SLM): Ensures an automatically uniform air gap between the brake lining and brake drum, maximizing safety and efficiency during each operation.
- Spring force braking: Provides fail-safe, self-acting braking in the event of power loss, enhancing operational safety.
- Thruster lifting: Standard operation utilizes an electric thruster for consistent and reliable actuation. Alternative actuation is available, including manual, hydraulic, magnetic, and pneumatic options.
- Adjustable brake torque: Customizable braking force up to 10,000 Nm (in standard versions), ensuring suitability across a wide range of heavy-duty industrial applications.
- Automatic wear adjustment (AVN): Available for extended service life and consistent performance.
- Multiple safety and monitoring options: Limit switches for ‘Brake open’, ‘Brake closed’, ‘Pad wear limit’, as well as hand lifting devices and safety fail-safes.
- High flexibility in installation: Models for horizontal or suspended mounting available upon request.
Applications
- Crane systems
- Offshore and ship installations
- Steel industry
- Mining and material handling
- Wind industry and storage technology
- Railbound hall roofs and gates
Specifications
- DIN standard sizes (Ø): 200, 250, 315, 400L, 400V, 500, 630, 710
- Braking torque: Up to 10,000 Nm (standard version)
- Thruster position: Horizontal (standard)
- Brake linings: Bonded and riveted, standard ‘Bremskerl 5837’; other qualities on request
- Re-lubrication points: For pivot pins and bushes
These drum brake systems are an excellent choice for applications that demand consistent, heavy-duty performance and reliable service brake operations. Their robust mechanical design, flexible mounting options, and advanced safety features make them a dependable solution for modern industrial environments.
