S9M force transducer is ideal for use in OEM and experimental applications as well as in test equipment, test benches, hardness
Port: shanghai
Minimum Order Quantity: 1 Set/Sets
Supply Ability: 1000 Set/Sets per Month
Payment Terms: L/C,T/T,Western Union,MoneyGram
Contact SupplierPackaging Detail: cartons
Delivery Detail: in stock now
The S9M force transducer is ideal for use in OEM and experimental
applications as well as in test equipment, test benches, hardness testers
and production lines. Whether in materials testing, functional testing of
components or production monitoring - this S-shaped force transducer can
be used for a wide range of applications with the most demanding accuracy
requirements.
S9M features the typical characteristics of S-shaped force transducers such
as high measurement accuracy and an excellent price-to-performance ratio. A
special feature that should be emphasized is the robust S9M force transducer's
high precision and its resulting classification with accuracy class
0.02.
S9M offers nominal (rated) forces ranging from 500 N to 50 kN. All measuring
bodies, even the one for a nominal (rated) force of 500 N, are made from
stainless steel. Force is applied either directly via the two central internal
threads or via knuckle eyes that can be ordered as an option. In addition, S9M
features welded and therefore hermetically sealed strain gage installation that
enables the force transducer to be classified with degree of protection IP68.
Due to its multiple applications in experimental stress analysis, OEM
applications or test equipment, the S9M force transducer ideally complements
HBM's wide range of force transducers. Together with its force transducers
for dynamic applications (U10M) and transducers for small nominal (rated) forces
(S2), HBM covers the complete range of force transducers for test equipment.
Critical elements have been optimized and now the new S9M force transducer
replaces its predecessor S9. S9M has been designed to allow continued use of all
force application parts used so far. The height and width of the predecessor
model have remained unchanged; the S9 force transducer can therefore easily be
replaced with its successor S9M.