MSTS : 303 Stainless 2-14mm bores
Couplings » Beam Couplings »
MSTS : Stainless Steel 8 Slit (with Set Screw)

| Discounts |
1+ 0% |
6+ 10% |
16+ 15% |
41+ 20% |
100+ 25% |
200+ 30% |
400+ 35% |
The maximum torque of the miniature coupling is two-fold of the rated torque.
Select a type in which torque generated during continuous operation does not exceed the rated torque of the miniature coupling.
Material
303 stainless steel (SUS303)
Max. Temperature (approx.): 150°C.
Zero backlash.
Ordering
Please advise required bores when ordering.
MSTS-K couplings (Keywayed versions) are available, minimum order quantity may apply.
The MSTS coupling can be bored out for larger bore sizes.
Features
Low cost. High torsional stiffness and response.
High Torque.
Maintenance-free, Chemical resistant.
Other Info.
Flexible couplings transmit torque and rotational angle while absorbing misalignment. When the misalignment exceeds allowable values, vibration may result or the life of the coupling may become shortened. Make sure to adjust the alignment accordingly.
There are three types of shaft misalignment, namely in terms of parallel misalignment, angular misalignment and shaft end-play. Adjust the alignment to be below allowable values listed in the specification table of each miniature coupling. The maximum misalignment listed within this range is the allowable value only when one of the misalignments exists. In case two or more misalignments exist at the same time, the allowable values will be less than 50% of the maximum misalignment listed in the specification tables. Misalignments are sometimes caused not only by equipment assembly, but also by vibration, heat expansion, wear of bearings, etc during operation. Therefore, it is recommended to adjust the shaft misalignment to be below 1/3 of maximum values.
IMPORTANT:- Couplings and other rotational parts should be protected by covers for safety operation. Also, take note that operation under misalignment exceeding maximum values and excessive torque may result in shorter life of the coupling due to plastic deformation.
Downloads
PDF Documents : Catalogue Page
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