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OEM Flow sensor 200 0.5 ... 150 l/min

OEM Flow sensor 200 0.5 ... 150 l/min
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OEM Flow sensor 200 0.5 ... 150 l/min - 1

Vortex flow sensor OEM Flow sensor for liquid media Type 200 The flow sensor Type 200 is based on the Karman Vortex principle. You can choose between various versions. The Type 200 is available with or without temperature measurement. With no moving parts the flow sensor is not sensitive to debris, has marginal pressure loss and high accuracy. + Low cost product with high levels of accuracy + Temperature non-sensitive measuring principle + Excellent media resistance (measuring element not in contact with the media) + Wide application temperature range + Marginal loss of pressure + Measuring element not sensitive to debris + Direct temperature measurement in the medium with PT1000 or NTC + Drinking water approval KTW, W270, ACS, WRAS Huba Control Type 200 | Technical data subject to change | Edition 09/2020

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OEM Flow sensor 200 0.5 ... 150 l/min - 2

Technical overview Flow measurement Measuring principle Vortex Measuring range Nominal diameters Accuracy at < 50% fs (water) Accuracy at > 50% fs (water) Immediately Signal delay Response time Therefore suitable for spigot use. Response time Temperature measurement (> DN 8) Measuring principle Resistance Measuring range @ T = 0 ºC PT1000 Accuracy Class B DIN EN 60751 @ T ≠ 0 ºC Measuring range @ T = +25 ºC NTC 10 kOhm @ 25 ºC NTC @ T < +25 ºC Accuracy β = 4050 @ T > +25 ºC Self-heating at temperature sensor Temperature influences Conduction resistance to connector Piezoelectric sensor...

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OEM Flow sensor 200 0.5 ... 150 l/min - 3

Nominal diameters dependent variables Nominal diameters DN 6 Measuring range Flow rate Frequency range Characteristic line formula frequency output QV = Kf * ƒ + Q0 Formula quantity per pulse [litres/pulse] quantity QV * Kf = pulse 60 * (QV - Q0) Legend Volume flow rate [l/min] QV Axis intercept [l/min] Q0 Coefficient frequency output [(l/min) / ƒ] Kf ƒ Frequency [Hz] quantity litres Quantity per pulse pulse pulse (Influence of viscosity for media other than water - see page 8) incl. 3xDi inlet and outlet side 2) Pv in Pa; Q in l/min Huba Control Type 200 | Technical data subject to change...

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OEM Flow sensor 200 0.5 ... 150 l/min - 4

Order code selection table Flow 9 Flow and temperature (PT1000) 8 1 Flow and temperature (NTC) 7 1 DN 6 0.5 ... 10 l/min. 9 0 6 1 DN 8 0.9 ... 15 l/min. 0 8 1 DN 10 1.8 ... 32 l/min. 1 0 Nominal diameters / DN 10 2.0 ... 40 l/min. 1 1 flow range DN 15 3.5 ... 50 l/min. 1 5 DN 20 5.0 ... 85 l/min. 2 0 DN 25 9.0 ... 150 l/min. 2 5 Frequency output, 0 ... 5 VDC (Square pulse signal) 5 VDC standard 9 0 Output / power supply Frequency output, 0 ... 5 VDC (Square pulse signal) 5 VDC enhanced EMC protection 1 3-pole connector RAST 2.5 9 0 2x3-pole connector RAST 2.5 7,8 1 1 3-pole connector RAST...

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OEM Flow sensor 200 0.5 ... 150 l/min - 5

Huba Control Type 200 | Technical data subject to change | Edition 09/20

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OEM Flow sensor 200 0.5 ... 150 l/min - 6

Admissible locking torque inside thread Geometry of customers connection tube DN 8, 10, 15, 20 o-ring Huba Control Type 200 | Technic

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OEM Flow sensor 200 0.5 ... 150 l/min - 7

Tube mounting instructions Consider the following to ensure the correct function of the sensor. • Only diameter changes from large to small are allowed. • Avoid repeated elbows in the same level at entryside minimum 5xDN for alternative elbows minimum 0.5xDN for recommended 90º elbow with min. R 1.8xDN Electrical connections RAST 2.5 without temperature output Connector M12x1 without temperature output Connector 2x3-poles with temperature output Ω Connector M12x1 with temperature output Pin Colour 1 brown 3 blue 1 4 black 1 brown 2 white 3 blue 2 4 black 5 gray Huba Control Type 200 |...

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OEM Flow sensor 200 0.5 ... 150 l/min - 8

With the following definitions we are able to correct the influence of media with higher viscosity than water (= media viscosity > 1.8 cST) in order to reach 0 a measuring accuracy of 3% fs in the range of 1.8 - 4 cST and of 4% in the range of 1 - 14 cSt3(υ = 4 4 2 viscosity 6 cSt). 8 in 7 5 9 10 11 12 13 14 Viskosität in cSt Minimal detektierbarer Durchﬂuss Definition of viscosity of glycol-water-compound Kinematische Viskosität Propylenglykol‐Wasser Kinematic viscosity propylene glycol water Minimaler Durchﬂuss in l/min 25 Kinematische Viskosität Ethylenglykol‐Wasser Kinematic viscosity...

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OEM Flow sensor 200 0.5 ... 150 l/min - 9

Huba Control AG Headquarters Schweiz Industriestrasse 17 CH-5436 Würenlos Telefon Niederlassung Deutschland Vestiging Nederland Succursale France Branch Office United Kingdom Unit 13 Berkshire House, County Park Technopôle Forbach-Sud Business Centre, Shrivenham Road

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OEM Flow sensor 200 0.5 ... 150 l/min 9Pages

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OEM Flow sensor 200 0.5 ... 150 l/min
9Pages