Assembly
5.5 Connecting the cooling water supply
5.4.6
Axial and radial forces
You can obtain the permissible values for axial and radial forces by contacting the Siemens
Service Center (Page 117) or referring to the machine catalog.
NOTICE
Damage to bearings or the shaft
Large output masses and their centers of gravity outside the shaft extensions can lead to
resonance in operation. This can result in damage to the bearings and shaft.
Ensure that the permissible loads for the forces on the shaft extension are adhered to in
accordance with the catalog data or configuration data.
5.5
Connecting the cooling water supply
The size of the connecting threads is described in the "Technical data" section.
1. For the pipes, select materials with the required chemical composition in accordance with
2. Route and support the water pipes so that the connecting flanges are not exposed to
3. Remove the flange cover plate.
4. Insert the gaskets correctly.
5. Rinse out the water circuit before you connect the cooling water supply to the motor. This
6. Should there be a possibility of the cooling water containing dirt and foreign bodies, install
7. Connect the cooling circuit to the machine.
Filling the cooling circuit
1. Fill the cooling circuit with water until the air has been completely forced out of the cooling
2. Perform a pressure check to see whether the cooling water supply is airtight. Do not exceed
3. If you don't immediately commission the machine, then appropriately prepare for the non-
See also
Stoppages (Page 90)
60
the water conditions. Also consider the pressure load and compatibility with the materials
from which the cooler is made.
excessive stress, strain or vibration loads.
removes deposits and foreign bodies.
suitable filters in the cooling-water feed pipe.
circuit.
the maximum pressure. The maximum permissible pressure is specified in the technical
data.
operational period.
SIMOTICS HT Series HT-direct 1FW4...1......A
Operating Instructions 11/2018