aqua
computer
One aquabus/speed signal cable (3 contacts)
●
This manual
●
3.2. Flow sensor „high flow USB" (art. 53129)
3.2. Flow sensor „high flow USB" (art. 53129)
3.2. Flow sensor „high flow USB" (art. 53129)
3.2. Flow sensor „high flow USB" (art. 53129)
One flow sensor
●
One internal USB cable
●
One aquabus/speed signal cable (3 contacts)
●
This manual
●
3.3. Pressure sensor mps pressure ∆ ∆ ∆ ∆ 40/
3.3. Pressure sensor mps pressure
3.3. Pressure sensor mps pressure
3.3. Pressure sensor mps pressure
53134, 53135, 53136, 53160)
53134, 53135, 53136, 53160)
53134, 53135, 53136, 53160)
53134, 53135, 53136, 53160)
One pressure sensor
●
One internal USB cable
●
This manual
●
3.4. D5 pump motor with USB and aquabus interface (art. 41093)
3.4.
D5 pump motor with USB and aquabus interface (art. 41093)
3.4.
3.4.
D5 pump motor with USB and aquabus interface (art. 41093)
D5 pump motor with USB and aquabus interface (art. 41093)
One D5 pump motor
●
One internal USB cable
●
One aquabus/speed signal cable (3 contacts)
●
This manual
●
4. Flow sensor mps flow 100/200/400
4. Flow sensor mps flow 100/200/400
4. Flow sensor mps flow 100/200/400
4. Flow sensor mps flow 100/200/400
4.1. Technology and specific characteristics
4.1. Technology and specific characteristics
4.1. Technology and specific characteristics
4.1. Technology and specific characteristics
The sensors of the mps flow series are technically based on a differential pressure
measurement and do not contain any rotating components. Due to the high sensi-
tivity of the integrated pressure sensors, the sensors pose only a minimal flow resis-
tance. In addition, the sensors are extremely compact.
On the other side, this concept has some limitations regarding compatibility with
different types of hoses and fittings. As a general rule, only straight fittings
be used to connect a mps flow sensor to the cooling system. Angular fittings alter
the flow through the sensor and thereby may falsify flow detection up to the point
where the sensor is rendered useless. If used with fittings or hoses with small inner
diameters, a diffusor plate included in delivery has to be installed into the coolant
inlet thread of the sensor. In these cases, operation without diffusor plate results in
highly inaccurate sensor readings! Please see next chapter for details.
4.2. Stainless steel diffusor plate
4.2. Stainless steel diffusor plate
4.2. Stainless steel diffusor plate
4.2. Stainless steel diffusor plate
Depending on inner diameter of the fittings or hoses used with the sensor, the dif-
fusor plate supplied with the sensor has to be installed into the coolant inlet thread
of the sensor. The calibration data included in the software can only be used with
© 2012-2016
40/∆100/∆500/1000/∆1000 (art. 53133,
40/
40/
∆100/∆500/1000/∆1000 (art. 53133,
∆100/∆500/1000/∆1000 (art. 53133,
∆100/∆500/1000/∆1000 (art. 53133,
Aqua Computer GmbH & Co. KG
Gelliehäuser Str. 1, 37130 Gleichen
only straight fittings should
only straight fittings
only straight fittings
MPS
- 5 -
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