Mechanical Brakes
For simple, secondary applications we can offer mechanical brakes actuating force through a lever system or a spring with a manual adjustable tension.
Purely mechanical brakes are often sufficient for simple, secondary applications. The actuating force can be generated through a lever system or a spring with manually adjustable tension. Examples of this application are basic winding machines for foil, paper, cable, wire, and metal band or even strictly for holding applications such as servicing and maintenance work in fan construction or shipbuilding, as well as locking mechanisms in handling systems.
Hand Operated
Type R&H 100.098.01
Braking force up to 880 N
Size (mm): axial ~ 135; radial ~ 240 Mass (kg): 3.3
The spring-actuated, manually adjustable brake calliper is designed as a holding and continuous slip brake for light to medium applications in general mechanical engineering.
Mechanically Actuated
Type R&H 100.099.01
Braking force up to 1,650 N
Size (mm): axial ~ 195; radial ~ 210 Mass (kg): 3.7
This brake is used in handling systems and general-purpose mechanical engineering.
Hand Operated
Type R&H 200.096.01
Braking force up to 5,000 N
Size (mm): axial ~ 285; radial ~ 290 Mass (kg): 9.3
The spring-actuated, manually adjustable brake calliper is designed as a holding and continuous slip brake for light to medium applications in general mechanical engineering.
Hand Operated
Type R&H 350.090.01
braking force up to 26,500 N
Size (mm): axial ~ 435; radial ~ 532 Mass (kg): 55.5
Typically deployed as a holding brake where extremely high braking force requirements exist, for example, for large-scale ventilators.
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