MPS
5. Flow sensor „high flow USB“
5. Flow sensor „high flow USB“5. Flow sensor „high flow USB“
5. Flow sensor „high flow USB“
5.1. Technology and specific characteristics
5.1. Technology and specific characteristics5.1. Technology and specific characteristics
5.1. Technology and specific characteristics
The flow sensor „high flow USB“ features an integrated impeller which is driven by
coolant flow through the sensor. Movement of the impeller is electronically detect-
ed and converted into a flow value.
5.2. Integration into the cooling loop
5.2. Integration into the cooling loop5.2. Integration into the cooling loop
5.2. Integration into the cooling loop
Install suitable fittings into the threads of the sensor. Gently tighten the fittings by
hand and do not use excessive force in order not to damage the threads in the
plastic body. Connect both sides of the sensor to your cooling loop, flow direction
is not relevant for this sensor.
For electrical connections and configuration of the sensor please refer to chapter
eight and following chapters.
6. Pressure sensor mps pressure
6. Pressure sensor mps pressure 6. Pressure sensor mps pressure
6. Pressure sensor mps pressure ∆
∆∆
∆40/
40/40/
40/∆100/∆500/1000/
∆100/∆500/1000/∆100/∆500/1000/
∆100/∆500/1000/
∆1000
∆1000∆1000
∆1000
6.1. Technology and specific characteristics
6.1. Technology and specific characteristics6.1. Technology and specific characteristics
6.1. Technology and specific characteristics
Pressure sensors of the mps pressure series can be utilized in a variety of situations:
The sensors can be used as fill level sensors
fill level sensorsfill level sensors
fill level sensors for virtually any type and size of reser-
voir. In this configuration, the sensor detects the pressure generated by the water
column inside the reservoir.
Another field of application is differential pressure measurement across filter ele
differential pressure measurement across filter eledifferential pressure measurement across filter ele
differential pressure measurement across filter ele-
--
-
ments
mentsments
ments to monitor residues and clogging as a much more precise maintenance in-
dicator than optical inspection. Accordingly, residues and clogging in micro struc-
ture coolers can be monitored.
A differential pressure measurement between inlet and outlet of a pump
pumppump
pump can be
used for operation monitoring and provide valuable information for hardware
testers.
6.2. Installation of fittings
6.2. Installation of fittings6.2. Installation of fittings
6.2. Installation of fittings
Install suitable fittings into the threads of the sensor. Gently tighten the fittings by
hand and do not use excessive force in order not to damage the threads in the
plastic body.
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