A machine base is an elementary component of many machines and systems.
In this article, various constructive designs of machine bases (machine feet or mountings) are shown. The variants shown here can be used in the construction of frames, devices, units and machines of all kinds. In the examples it is assumed that the machine frame is made from a hollow profile or with an U-profile.
Variant 1 - base plate with through holes
Variant 1 consists of an end plate that is welded to the hollow profile with a fillet weld. The front plate has 4 through-holes for the fastening screws.
Components used
Pos.-No.
Designation
Comment
1
Hollow profile
2
Front plate
with 4 through holes
3
Washer
4
Screw
Advantages and disadvantages
Advantages
Disadvantages
easy to manufacture
no compensation for unevenness
safe against lifting loads
no vibration damping
can transmit moments
no height adjustment
Variant 2 - with level adjustment
Variant 2 essentially corresponds to the first variant, but has additional threaded holes in the faceplate. The adjusting screws are screwed into these threaded holes. It is ideal to cast this machine base after the height adjustment, e.g. with reaction resin concrete.
Components used
Pos.-No.
Designation
Comment
1
Hollow profile
2
Face plate
with 4 through holes and 4 threaded bores
3
Washer
4
Screw
5
Screw
for level adjustment
Advantages and disadvantages
Advantages
Disadvantages
easy to manufacture
no vibration damping
safe against lifting loads
no height adjustment
can transmit moments
compensation of unevenness
Variant 3 - internal face plate and purchased component
Variant 3 consists of an end plate with a through hole onto which a nut has been welded. The finished foot is screwed in and locked from below.
Variant 4 - attached front plate with purchased part
Variant 4 essentially corresponds to variant 3, with the difference that the end plate is larger and is placed on the hollow profile instead of being embedded. This variant is a little easier to manufacture than variant 3.
In this variant, the frame consists of an U-profile instead of a hollow profile. A shock absorber (or vibration damper) with a threaded hole on both sides is used. There is also a spacer plate below the base plate to cover the lower fastening screw for the mounting of the shock absorber.
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