Application /specified use
·· Measurement of the flow and volume of clean media with low viscosity in the food and pharmaceutical industry
Applications.
·· Designed for hygienic applications in the food, pharmaceutical and pharmaceutical industries.
industry.
Application examples
... process water, demineralized water, an aqueous medium such as filtered fruit juice or
beer, alcohols, light oils, salt solutions, cleaning products and acids.
Hygienic design /Connecting to the process
·· Hygienic design, certified by 3-A certificate
·· 2-element housing provides easy cleaning and maintenance
·· High environmental resistance thanks to 316L stainless steel and Rulon™ bearings
·· Nominal width according to ASME BPE and DIN 11850 Series 2
·· Universal clamping connection.
Specifications
·· A high-quality and hygienic alternative to an industrial, unhygienic turbine,
paddle wheel or flow meter with variable area
·· An economical alternative to mass flow meters in non-conductive, low viscosity applications
MEDIA
·· An economical and compact alternative to magnetic inductive flow meters in
applications that require a small probe
Options /Accessories
·· 3-wire signal probe with M12 connection
·· Ready-made cable for the M12 connector
·· Analog output via universal universal transmitter "NCI-45"
Certificates
Turbine flow meter HM-E /HMP-E
HMP-E
28-05
The principle of measurement
·· The signal probe (1) generates an electromagnetic field (3) in an oscillating
scheme (2).
·· This electromagnetic field penetrates through the walls of the stainless steel housing
and induces an induction current (eddy current) in the rotating rotor blades.
·· This induction current, in turn, generates an electromagnetic field that counteracts
the magnetic field generated by the oscillatory circuit and thus causes
voltage change of the oscillatory circuit.
·· The built-in amplifier (4) processes these voltage changes into a pulse signal
with a frequency that is directly proportional to the rotation speed
turbines.
