Application:
The electronic flow monitor monitors liquid media continuously. Its application can be seen wherever flows need to be monitored with minimal pressure loss. The single-piece version of the measuring pin reduces the sensitivity to contamination to a considerable extent. The electronic flow monitor works as per the calorimetric principle. The front face of the sensor is heated up to a few degrees over the temperature of the flow media. When the medium flows, the heat generated in the sensor is dissipated, i.e. the sensor is cooled. The cooling process is a perfect measure of the speed of flow.
The sensor signal is compared with the reference data stored in the micro-controller. Differences between the desired and actual values of the speed of flow trigger off an output signal.
Materials:
measuring element: 1.4301, housing: glass fibre reinforced polyamide
Temperature range:
-20 do +60 °C (medium: -20 do +80 °C)
Media:
Water and aqueous media
Protection class:
IP 65
Electrical connection:
M 16x1.5 cable gland
Advantages compared with mechanical flow monitors:
•optimum temperature compensation,
•intelligent switch property,
•measuring range adaptation, no moving parts,
•simplest installation, commissioning and operation,
•low pressure loss
Optional:
Material of measuring element: 1.4404 -4A, Electrical connection through an M 12 plug (A-coded, 4-pole, 24 V DC) -M12
Switching range depending on the tube diameter (for water):
DN 8: 0,12 - 6,0 l/min, DN 10: 0,19 - 9,4 l/min, DN 15: 0,42 - 21,8 l/min; DN 20: 0,75 - 37,7 l/min, DN 25: 1,18 - 59 l/min, DN 30: 1,7 - 84,8 l/min, DN 40: 3 - 150 l/min, DN 50: 4,7 - 235 l/min, DN 60: 6,8 - 340 l/min, DN 80: 12 - 603 l/min, DN 100: 18,8 - 942 l/min, DN 150: 42,4 - 2120 l/min
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