Accessories: Mechanical synchronization made easy
Individual lifting elements can already achieve a lot. It gets more complex when a screw jack is no longer sufficient. With the right accessories, the lifting elements can be driven in combination without the need for complex control.
3 reasons why our accessories are perfect for your project:
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Flexibility in lifting systems
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Minimal control effort
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Minimal assembly effort
Customers from all over the world trust our accessories
The accessories we provide
✔ Elastic universal joint shafts
✔ Cardan shafts
✔ Connecting shafts
✔ Support bearings
✔ Motor cones for motor mounting
✔ Three-phase standard motors
✔ Torsional flexible couplings
Unbeatable Advantages of our Accessories
Low Operating Costs
Connecting shafts, couplings, bevel gearboxes, etc., all enable individual adaptation to the conditions on site. Are you planning a lifting system in a finished building with columns, offsets, steps on the floor? No problem - with the plant accessories, you can redirect torque by 90°, compensate for offset irregularities, or simply use longer or shorter connecting shafts.
Absolute Control and Synchronization
A single encoder is sufficient to control an entire lifting system that is mechanically coupled together. Other expensive control elements also no longer need to be installed more than once. The mechanical coupling through connecting shafts, couplings, and bevel gearboxes enables extremely precise synchronization of all drives with each other.
Assembly simplified
All connecting elements can interlock positively through the nut and the fitting key. The assembly process is designed to be extremely straightforward. Once the fixed elements are aligned, it's simply a matter of inserting the connecting elements via plug-and-play and conducting the test run.
In comparison
Comparable accessories
✖ Often only standard solutions are offered
✖ Synchronization requires high control effort
✖ Expensive to purchase
Accessories from GROB
✓ Besides standard solutions, custom solutions are also available
✓ Cost-effective synchronization of uncomplicated parts
✓ Comprehensive range of accessories
Operating instructions
Cardan Shafts
Bevel Gear Version V
FAQs
What's the difference between static and dynamic self-locking?
Both terms describe the ability of a spindle not to "slip" on its own when at a standstill.
Static self-locking refers to a thread angle between 2.4°-4.5°. In standstill, the spindle does not slip on its own, but it might not come to a stop on its own from motion. Dynamic self-locking occurs when there is an additional braking action from the dynamics. The thread angle is then smaller than 2.4°.
What is a rotation prevention needed for, or when is it necessary?
A rotation prevention is always necessary. Due to the sliding friction in the thread, the applied load would simply rotate along with it, and there would be no relative motion (linear motion).
The higher the axial force on the thread, the higher the frictional force, as Fr = FN * µ.
What does "self-locking" mean?
Self-locking refers to the "non-slip" behavior of spindle-nut systems without external force. The degree of self-locking is influenced by the material pairing, the pitch angle, and the lubrication.
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Eberhard-Layher-Straße 5-7
74889 Sinsheim-Steinsfurt