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hpc-durchfluss.png: Dual-Tube Coriolis Mass Flow Meter for LOW FLOW application HPC

Dual-Tube Coriolis Mass Flow Meter for LOW FLOW application HPC

Measuring range: 0 - 20 kg/h ... 0 - 160 kg/h
Connection: ½" NPT female, G½ male, Gyrolok® /Swagelok® 6/8/10/12 mm
Measuring pipes in st. steel 1.4571
Flow body in st. steel 1.4404
Secondary containment in aluminium, st. steel
pmax: PN400
Temperature range: -40 ... +180°C
±0.1 % of reading ±zero point-stability liquids
±0.5 % of reading ±zero point-stability gases
±0.005 g/cm³ density
ATEX, IECEx approval
analogue (HART®), binary, pulse, status output
vibration resistant, very robust flow body, variable housing and mounting concept



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368 KB

Operating Instructions

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Coriolis HPC - Operating Instructions

4,6 MB
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HPC-Ex - Operating Instructions

1,8 MB


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HPC - Promotional Video

125,4 MB


The coriolis mass flowmeter HPC works according to the coriolis principle. Mass flow, density and temperature are being measured simultaneously. The volume flow can be calculated from these measurements. HPC mass flow sensors are only available with remote transmitter.

For the measurement of very small flow rates it is common practice to use single pipe coriolis flowmeters. However, with the use of just one measuring pipe the influence of external interferences increases dramatically, often necessitating a costly decoupling. The HPC uses a dual bent pipe measuring system. Furthermore, the sensor coils are not mounted on the measuring pipes anymore but between the pipes. This provides the sensor with a significantly noise-reduced and predictable dynamic behavior, capable of working at higher frequencies, thus further decoupling the sensor measurement from external vibrations.
With these characteristics the HPC coriolis sensor is therefore not only extremely accurate, but also particularly resistant against external interferences. The sensor is therefore very suited for very low flow measurements for all applications for nearly all liquids.

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