LEVELLING FIX LEVEL
STANDARD PRODUCTION MODEL
ANCHOR ITEMS AND LEVELLING FOR MACHINE TOOLSMake the system base - block foundations a unique and leveling element
Dampen machine vibrations eliminating imprecisions
Resume planar settling
Maintain initial capabilities conditions over time
AMU is able to perform levels INSTALLATION with highly qualified technicians and tools
Machines must be placed on foundations and connected so as to make an entire rigid complex.
Levelling and respective variations:
VERSION CH1
Screw with unloaded shank and facetted end bulb for direct fixing of the machine with the foundation.Remark:
The definition of f_ (version of basic model) needs to be indicated in the order:
With types ll, Ill, IV the foundation bolt of the next measurement can be used to obtain greater security in the case of extremely high traction loads. When adjusting the iocking force it is important to be careful not to exceed the maximum admissibie load of the FIX LEVEL fíxing system.
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VERSION RO1
Washer with round under nut base for planar adjustment.Only possible to order with ste-M12
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VERSION PR1
Extended adjusting screws in FIX LEVEL fixing systems mounted on the inside  |
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VERSION PR2
Extended adjusting screws in FIX LEVEL fixing systems in concrete, mounted on the inside  |
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Not many tool machines are exempt enough from deformation so as to obtain the wanted processing precision with no need in recurring to foundations and a stiff connection to them. Only recently, the placement system is being taken into consideration. The placement system is the machine’s connection to the foundations, according to the necessary foundation’s calculation in order to assure a very long-lasting faultless functioning of the machine.
During the pieces’ processing, pallet or pillar of a tool machine undergoes many different stresses: bending moments due to the processing forces, variances of the anchoring pressures due to the pieces’ weight and to moving loads. Speed variations of the moving parts of the machine, or of the processing pieces, generate inertial forces that, in turn, change the anchoring pressures at the base of the machine.
All these stresses tend to generate permanent or temporary variations of the original guide surfaces’ alignment, influencing the processing precision.