JUMO flowTRANS PW I01
Plug-in paddlewheel flow sensor
The product continuously measures the flow velocity of neutral or slightly aggressive liquids that have low solid content Flow velocities of 0.3 to 10 m/s can be measured. The measured value appears as a pulse frequency.
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Minimal
installation effort |
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Standardized
fittings |
Low investment
costs |
GENERAL TECHNICAL DATA |
| Measuring range | 0.3 to 10 m/s |
| Nominal pressure | PN 10 |
| Medium temperature | 80 °C |
| Nominal pipe width | DN 15 to DN 400 |
| Output | Pulse frequency, 0 to 300 Hz, duty cycle 50 % |
| Measuring accuracy | ≤ ± 2.5 % of the measured value (standard calibration factor); ≤ ± 1 % of the measured value (Teach-In) |
| Parts in contact with medium | PVDF, ceramic, FKM, or EPDM |
| Protection type | IP65 |
| Voltage supply | DC 12 to 36 V |
| Medium | Liquids – low viscosity, slightly aggressive, low solid content |
| Accessories | T-pieces; welded sockets; pipe clamps; PCV, or stainless steel |
Plug-in magnetic-inductive flow transmitter
The transmitter can be used in liquids with a conductivity as of 20 μS/cm. Standardized fittings ensure simple insertion of the transmitter into pipes from DN 15 to DN 400. The output signal is 4 to 20 mA and the pulse frequency signal is 0 to 240 Hz.
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Minimal
installation effort |
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Configurable
switching outputs |
Standardized
fittings |
Flow measurement with orifice plate
The flow measurement based on the differential pressure is universal and can be used in liquids, gases, and steam. The JUMO flowTRANS DP R primary element can be used within a wide range of nominal widths, temperatures, and pressures.
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Low-resistance
UW glass |
Quick measurement
results |
Low investment
costs |
Flow measurement with pitot tube
The flow measurement based on the differential pressure is universal and can be used in liquids, gases, and steam. The JUMO flowTRANS DP P primary element can be used within a wide range of nominal widths, temperatures, and pressures.
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Low pressure
loss |
Short inlet and
outlet sections |
For extreme
pressures and temperatures |