Pump test bay with integrated sensor technology:
The test bench is suitable for carrying out long-term tests on up to three pumps simultaneously, especially for recording the temperatures of the pumps, the flow rates and the pressures before and after the pumps. By means of a valve it is possible to constrict the pipeline so that the flow resi
PowerScope for transient power analysis from Yokogawa (PX8000):
The Yokogawa PX8000 allows accurate measurement of voltage and current signals and is flexible for various applications and tasks in power measurement.
12 bit resolution 100 MS/s Sampling rate 20 MHz bandwidth &nb
Power analysers:
Various available power analyzers allow a high flexibility in the field of pumps and electric motors to measure and determine power and efficiency of the machines used. The following measuring devices are available in the laboratory:
Yokogawa (WT3000E):
Basic accuracy: ±0.04% (total) &nbs
Electric motor test bench up to 5 kW:
On the test stand for electric motors up to 5 kW, the motor to be measured is connected to a more powerful load machine via a measuring shaft. The relevant physical parameters of the motor can be recorded at the test stand at desired load conditions.
SINAMICS S120 drive system from S
Test stand for centrifugal pumps up to 2 kW:
The test stand for centrifugal pumps up to 2 kW consists of a pressure vessel and pipelines in which the fluid is circulated by the pump unit through the closed hydraulic circuit. Two control valves connected in parallel ensure the throttling of the hydraulic system and thus a variation of the syste
Welcome to our virtual gallery!
Here we show you the results of our project from 2016 to the present day. Short videos focussing on specific topics will give you an insight into the measures of the ‘Increasing student success’ project at the University of Apllied Science Kaiserslautern.
Note: If the gallery images are not displayed in
Isolation and Characterisation of neuroprotective Substances from Fungi and Cyanobacteria as potential Compounds for the Treatment of neurodegenerative Diseases
"MibaLeb" microstructure-based fatigue life calculation
The objective of the joint project is the development of a procedure for the evaluation of the remaining service life of metallic components aged during operation in nuclear power plants. It is taken into account that the local material properties of components can change significantly due to
In the case of a pressurized pipeline filled with superheated steam or supercooled water, it must be assumed after a certain operating time that the local scatter of the material properties specific to the loads continuously increases.
The effects of such influences are currently covered in general terms by safety factors in the design o
