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Accuracy
- 0.01% FS 4
- 0.1%__±0.1 mm 7
- 0.1 mm 2
- 0.02% FS 2
- 0.2%__±1 mm/s 6
- 0.2%__±2.5 mm/s 1
- 0.2% FS 1
- 0.3% FS 1
- 0.3...0.1 1
- 0.04%__0.065% 1
- 0.4 %__± 1 mm/s 1
- 0.5% FS 2
- 0.6%__1% 1
- 0.10% 1
- 0.15% 1
- 0.025%__0.1% 1
- 0.25% 4
- 0.30% 1
- 0.50% 22
- 2.3% FS 1
- 2.5 1
- 3...24 mm 2
- 4% 1
- ±0.2 l/min 1
- ± 0.3%__± 1.5% 2
- ±0.4 l/min 3
- ± 0.5% FS 3
- ± 0.5% FS__± 1% FS 1
- ±0.5% of flow rate 1
- ±0.10 % 1
- ±0.10 %__±0.20 % 1
- ±1% 3
- ±1 % of range, ±3 % of reading (from 15 l/min) 1
- ±1.5mm 1
- ±1.25 mm 1
- ± 1__± 3% 1
- ± 2%__± 2°C 4
- ± 2°C 1
- ±2mm 4
- ±3°C 1
- ± 3 mm 2
- ± 5% 5
- EN1434 Class 3, typical ±(0.5 + 3K/ΔΘ) [%] 1
Ambient Temperature
Connection Type
Flow Rate (l/min)
Material Spec
Medium Temperature
Pressure Range
±1% - 0.04%__0.065%
4 items
VTY 20 Turbine Flow Sensor
2808
The SIKA VTY 20 turbine flow sensor gives you precise and robust products to measure flow rates or total flows, for water and water mixtures. Turbine flow sensors of the series VTY stainless steel were specially developed for the use in industrial applications. The sensors are particularly suitable for use in, e.g. dosing systems, heaters, coolers or temperature control units. The liquid flowing into the turbine flow sensor is split into individual jets by the flow straightener. These jets hit the rotor evenly, setting the rotor in motion. The rotation speed of the rotor is then converted to an electrical pulse signal (frequency): The rotor is fitted with magnets, and a Hall effect sensor detects the rotation of the rotor. A flow-proportional frequency signal (square-wave signal) is made available. Given the uniform inflow to the bearing, the forces largely cancel themselves out and wear reduced to a minimum. The sturdy bearing materials – sapphire and hard metal – also guarantee an exceptionally long endurance.
- USD
VTY 15 Turbine Flow Sensor
7792
The SIKA VTY 15 turbine flow sensor gives you precise and robust products to measure flow rates or total flows, for water and water mixtures. The VTY 15 turbine flow sensor is specially developed for installation in electrical heat interface units (HIU). The sensors are particularly suitable for use in, e.g. dosing systems, heaters, coolers or temperature control units. The liquid flowing into the turbine flow sensor is split into individual jets by the flow straightener. These jets hit the rotor evenly, setting the rotor in motion. The rotation speed of the rotor is then converted to an electrical pulse signal (frequency): The rotor is fitted with magnets, and a Hall effect sensor detects the rotation of the rotor. A flow-proportional frequency signal (square-wave signal) is made available. Given the uniform inflow to the bearing, the forces largely cancel themselves out and wear reduced to a minimum. The sturdy bearing materials “ sapphire and hard metal “ also guarantee an exceptionally long endurance.
- USD
VTY 10 Turbine Flow Sensor
7793
The SIKA VTY 10 turbine flow sensor gives you precise and robust products to measure flow rates or total flows, for water and water mixtures. Turbine flow sensors of the series VTY 10 is also available in a plastic version. The sensors are particularly suitable for use in, e.g. dosing systems, heaters, coolers or temperature control units. The liquid flowing into the turbine flow sensor is split into individual jets by the flow straightener. These jets hit the rotor evenly, setting the rotor in motion. The rotation speed of the rotor is then converted to an electrical pulse signal (frequency): The rotor is fitted with magnets, and a Hall effect sensor detects the rotation of the rotor. A flow-proportional frequency signal (square-wave signal) is made available. Given the uniform inflow to the bearing, the forces largely cancel themselves out and wear reduced to a minimum. The sturdy bearing materials “ sapphire and hard metal “ also guarantee an exceptionally long endurance.
- USD
SITRANS P320/420
8783
The SIEMENS SITRANS P320/420 is a pressure transmitter wich features remote safety handling. The instruments™ remote safety handling via SIMATIC PDM saves time during SIL commissioning: rather than manually attending to each individual device across a facility, operators can program transmitters from the control room. This reduces the commissioning time in applications requiring functional safety. Furthermore, both the SITRANS P320 and SITRANS P420 pressure transmitters have an increased proof test interval over other devices on the market. With testing periods of up to fifteen years rather than every two, they significantly lower maintenance costs.
- USD
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