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Comparison of Pumps Didactic Equipment Hydrodynamics Laboratory equipment

Item No.: AFF055
Comparison of Pumps Didactic Equipment Hydrodynamics Laboratory equipment
Description
AFF055 Comparison of Pumps Didactic Equipment Hydrodynamics Laboratory equipment

Description
investigation of the operating behaviour of centrifugal, piston and sidechannel pumps
all pumps driven separately by threephase AC motors centrifugal pumps can be operated in series or parallel configuration


The experiments familiarise students with various pump types, such as centrifugal and positivedisplacement pumps.
The trainer includes two centrifugal pumps, one piston pump as a positivedisplacement pump and a selfpriming sidechannel pump.
The sidechannel
 pump works primarily as a centrifugal pump and, depending on liquid level, can also act as a positivedisplacement pump.
This means, as a special feature,the sidechannel pump also permits
 gases to be pumped.
The pump being investigated pumps water in a closed circuit. In the process, the performance data of the pump and pressure losses in the pipeline are recorded.
The centrifugal pumps can also
 be operated in parallel or in series configuration. Each pump is driven by a separate threephase AC motor.
The speed
 of the motors for the centrifugal pumps is variably adjustable by a frequency converter.


All motors are mounted on swivel bearings, so the torque can be measured by way of a force sensor, enabling the mechanical drive power output to be determined.
One free position is likewise equipped with a reversible threephase AC motor with variable speed.
This position can be
 used for mounting of any pump.
Experiments demonstrate the basic operating behaviour of various pump types.
Relevant measured values can be read on digital displays.
At the same time, the
 measured values can also be transmitted directly to a PC via USB.
The data
 acquisition software is included.
The performance data of the pump and losses
 in the pipeline are calculated by the software and represented by characteristic curves.
The operating point of the pump
 can be determined from these characteristics.


Learning objectives/experiments
investigation and comparison of the operating behaviour of various pump types:
centrifugal pumps
piston pump (positivedisplacement pump)
sidechannel pump
recording a pump characteristic curve
recording a system characteristic curve determining efficiency
investigation and comparison of parallel and series configuration of centrifugal pumps comparison of pump types