22
9.4
Dismantling and replacing the motor
The back pull
allows you to replace the
entire drive unit without
dismounting the pump. So
neither the pump nor the
piping have to be drained.
Just loosen the 4 motor
screws and pu
the pump.
WARNING
Danger of strong magnetic forces and bruises
There are strong magnetic forces
out the drive unit with a jerk being careful not to be b
9.5
Disassembly
The order of removal is very important for the subsequent proper operation
Please be careful.
Note
When disassembling the pump
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
damage the pump.
9.5.1
Disassembly
First remove the connecting bolts between the pump and the motor flange, then remove
the motor from the pump so that the drive magnet is disconnected from the inner
magnet.
Dismantling and replacing the motor
The back pull
allows you to replace the
entire drive unit without
dismounting the pump. So
neither the pump nor the
piping have to be drained.
Just loosen the 4 motor
screws and pu
the pump.
WARNING
Danger of strong magnetic forces and bruises
There are strong magnetic forces
out the drive unit with a jerk being careful not to be b
Disassembly
The order of removal is very important for the subsequent proper operation
Please be careful.
Note
hen disassembling the pump
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
damage the pump.
Disassembly
First remove the connecting bolts between the pump and the motor flange, then remove
he motor from the pump so that the drive magnet is disconnected from the inner
magnet.
Dismantling and replacing the motor
The back pull-out design
allows you to replace the
entire drive unit without
dismounting the pump. So
neither the pump nor the
piping have to be drained.
Just loosen the 4 motor
screws and pull the motor off
Danger of strong magnetic forces and bruises
There are strong magnetic forces
out the drive unit with a jerk being careful not to be b
Disassembly
The order of removal is very important for the subsequent proper operation
Please be careful.
hen disassembling the pump
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
damage the pump.
Disassembly Motor
First remove the connecting bolts between the pump and the motor flange, then remove
he motor from the pump so that the drive magnet is disconnected from the inner
Dismantling and replacing the motor
out design
allows you to replace the
entire drive unit without
dismounting the pump. So
neither the pump nor the
piping have to be drained.
Just loosen the 4 motor
ll the motor off
Danger of strong magnetic forces and bruises
There are strong magnetic forces inside the pump
out the drive unit with a jerk being careful not to be b
The order of removal is very important for the subsequent proper operation
hen disassembling the pump the working area must be clean and free of metallic
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
First remove the connecting bolts between the pump and the motor flange, then remove
he motor from the pump so that the drive magnet is disconnected from the inner
Dismantling and replacing the motor
Danger of strong magnetic forces and bruises
inside the pump between the inner magnet and the driving magnet. So pull
out the drive unit with a jerk being careful not to be bruised. Perhaps you will want to
The order of removal is very important for the subsequent proper operation
he working area must be clean and free of metallic
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
First remove the connecting bolts between the pump and the motor flange, then remove
he motor from the pump so that the drive magnet is disconnected from the inner
Dismantling and replacing the motor
Danger of strong magnetic forces and bruises
between the inner magnet and the driving magnet. So pull
ruised. Perhaps you will want to
The order of removal is very important for the subsequent proper operation
he working area must be clean and free of metallic
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
First remove the connecting bolts between the pump and the motor flange, then remove
he motor from the pump so that the drive magnet is disconnected from the inner
between the inner magnet and the driving magnet. So pull
ruised. Perhaps you will want to
The order of removal is very important for the subsequent proper operation
he working area must be clean and free of metallic
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
First remove the connecting bolts between the pump and the motor flange, then remove
he motor from the pump so that the drive magnet is disconnected from the inner
between the inner magnet and the driving magnet. So pull
ruised. Perhaps you will want to work in pairs.
The order of removal is very important for the subsequent proper operation of the pump.
he working area must be clean and free of metallic parts. The magnets will
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
First remove the connecting bolts between the pump and the motor flange, then remove
he motor from the pump so that the drive magnet is disconnected from the inner
between the inner magnet and the driving magnet. So pull
work in pairs.
of the pump.
. The magnets will
otherwise attract these parts, and if the pump is reassembled and later used, such particles and chips could
First remove the connecting bolts between the pump and the motor flange, then remove
he motor from the pump so that the drive magnet is disconnected from the inner