15 255548 Rev.1
5.2.2 Fixing aggregate
Filling the base plate with mortar grout improves the
dampening behaviour.
1. Fill the anchoring holes with mortar grout.
2. When the mortar grout has set, bolt down the base plate
with the specifi ed torque at three points (→ Tightening
torques, page 30).
3. Before tightening the remaining bolts, compensate
for any unevenness in the surface using metal spacing
shims next to each bolt.
4. Make sure the base plate is not distorted.
5.3 Set-up without foundation
With base plate
✓ Auxiliary means, tools, material:
− wrench
− spirit level
1. Hexagon
nut
2. Hexagon
nut
3. Levelling
foot
Fig. 7 Set-up without foundation
1. Lift the aggregate (→ Transport with lift ing gear, page
11).
2. Mount the four levelling feet as illustrated.
3. Position the aggregate on the surface.
4. Adjust the base plate height by means of the levelling
feet as illustrated above:
− Use the wrench to hold the hexagon nut at the
levelling foot (3).
− Loosen the hexagon nut (1).
− Th
e height can be adjusted by turning the hexagon
nut (2).
− Tighten the hexagon nut (1) (→ Tightening torques,
page 30).
− Use the integrated spirit level to check whether the
aggregate is level end to end and side to side with a
maximum allowable tilt of 1 mm/m.
− Repeat this process until the base plate has been
correctly aligned.
5.4 Set-up on level surface/frame
Only possible with motor feet
✓ Auxiliary means, tools, material:
−
wrench
1 Frame
Fig. 8 Set-up with motor feet
1. Lift the aggregate (→ Transport with lift ing gear, page
11).
2. Mount the motor feet as illustrated (→ Dimensional
drawings, page 32 et seq.).
3. Position the aggregate on a torsion-resistant level
surface/frame.
4. Screw the aggregate to the surface/frame.
5.5 Planning pipe system
5.5.1 Dimensioning supports and connections
Risk of material damage if the pipes apply excessive
forces and torques to the aggregate!
▶ Make sure the permissible values are complied with (→
DIN ISO 9908).
1. Calculate the piping forces and observe all operating
conditions:
− cold/warm
− empty/fi lled
− depressurized/pressurized
− position changes
2. Make sure the pipe supports have permanent low-
friction properties and do not seize up due to corrosion.
3. If required, provide for pipe compensators.
C A U T I O N
