RS PRO Radial Flow Turbine Flow Meter for Liquid, 1.5 L/min Min, 30 L/min Max

Nr. stoc RS: 257-133Producator: RS PRO
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Documente tehnice

Specificatii

Marca

RS Pro

Media Monitored

Liquid

Tip dispozitiv

Radial Flow Turbine

Minimum Flow Rate

1.5 L/min

Debit maxim

30 L/min

Tensiunea de alimentare

4.5 → 16 V dc

Dimensiune conducta

15 mm

Presiune maxima

20bar

Material

Acetal Copolymer

Frecventa minima de auto-rezonanta

-40°C

Temperatura maxima de lucru

+70°C

Curent nominal

10 mA

Tara de origine

United Kingdom

Detalii produs

RS PRO Liquid Flow Sensors

RS PRO flow transducers manufactured in acetal copolymer with brass compression fittings at both ends to fit 15 mm diameter pipe connections. These flow sensors are designed to tailor the transducer to any particular requirements and needs of the user. A variety of pipe connections, electrical terminations and flow ranges are possible giving several possible ways in which it can be arranged that should satisfy various applications.

Before installing flow sensors there are a few things to consider which are bends, valves, flow regulators, tee junctions and other fittings with cause the flow to travel faster at one side of the pipe relative to the other. This asymmetry in the flow can affect the calibration and the disturbance should be as far removed from the sensor as possible and ideally put after the flow sensor. Turbine transducers are affected by viscosity and where possible the viscosity (temperature) of the liquid should be kept fairly constant.

Sensor options include:
257-149 - Grey liquid flow sensor,0.25 to 6.5 l/min, 500Hz, 4600 pulses/litre
257-133 - Beige liquid flow sensor,1.5 to 30 l/min, 600Hz, 1200 pulses/litre

These RS PRO flow transducers have been manufactured to the highest standards and with correct installation and maintenance they will last a long time with reliable operation throughout.

Informatii indisponibile despre stoc

Incercati din nou mai tarziu

Informatii indisponibile despre stoc

€ 69,76

Buc. (fara TVA)

€ 83,01

Buc. (cu TVA)

RS PRO Radial Flow Turbine Flow Meter for Liquid, 1.5 L/min Min, 30 L/min Max

€ 69,76

Buc. (fara TVA)

€ 83,01

Buc. (cu TVA)

RS PRO Radial Flow Turbine Flow Meter for Liquid, 1.5 L/min Min, 30 L/min Max
Informatii indisponibile despre stoc

Documente tehnice

Specificatii

Marca

RS Pro

Media Monitored

Liquid

Tip dispozitiv

Radial Flow Turbine

Minimum Flow Rate

1.5 L/min

Debit maxim

30 L/min

Tensiunea de alimentare

4.5 → 16 V dc

Dimensiune conducta

15 mm

Presiune maxima

20bar

Material

Acetal Copolymer

Frecventa minima de auto-rezonanta

-40°C

Temperatura maxima de lucru

+70°C

Curent nominal

10 mA

Tara de origine

United Kingdom

Detalii produs

RS PRO Liquid Flow Sensors

RS PRO flow transducers manufactured in acetal copolymer with brass compression fittings at both ends to fit 15 mm diameter pipe connections. These flow sensors are designed to tailor the transducer to any particular requirements and needs of the user. A variety of pipe connections, electrical terminations and flow ranges are possible giving several possible ways in which it can be arranged that should satisfy various applications.

Before installing flow sensors there are a few things to consider which are bends, valves, flow regulators, tee junctions and other fittings with cause the flow to travel faster at one side of the pipe relative to the other. This asymmetry in the flow can affect the calibration and the disturbance should be as far removed from the sensor as possible and ideally put after the flow sensor. Turbine transducers are affected by viscosity and where possible the viscosity (temperature) of the liquid should be kept fairly constant.

Sensor options include:
257-149 - Grey liquid flow sensor,0.25 to 6.5 l/min, 500Hz, 4600 pulses/litre
257-133 - Beige liquid flow sensor,1.5 to 30 l/min, 600Hz, 1200 pulses/litre

These RS PRO flow transducers have been manufactured to the highest standards and with correct installation and maintenance they will last a long time with reliable operation throughout.