The calorimetric principle of flow monitoring is based on two temperature sensors. One of these sensors is hearted constantly so that there is a constant difference in temperature between the two temperature sensors when the metering material is at a standstill
calorimetric
nominal diameter from DN 10
Ranges 1-150 cm/s
Pressure range PN 200
Temperature max. 70 °C
Stainless steel material
Calorimetr. Flow Monitor KAL-D
Calorimetric Flow Monitor KAL
Calorimetric Flowmeter /- monitors KAL-K
Calorimetric Flow Monitor f. Gases KAL-L
Calorimetric Flowmeter,-switch,-totalizer DVK
Differential Pressure Flowmeter RCD
Mass Flowmeter and /-controller for Gases MAS
Mass Flowmeter and /-regulator for Gases DMS
Mass Flowmeter for Gases MFC
Mass Flowmeter and /-regulator for Gases DMW
Therm. Mass Flowmeter for Gases KES
Mass Flowmeter and Counter PMS
Magnetic Inductive Flowmeter / -monitor PME
Magnetic Inductive Flowmeter/-monitor/-counter DMI
Magnetic Inductive Flowmeter/-monitor MID
Magnetic Inductive Flowmeter/-monitor PMG/PMH
Oscillation Flow Meters DOG
Ultrasonic Flowmeter DUB
Ultrasonic Flowmeter/-counter DUL
Vortex-Flowmeter,-switch DVZ
Vortex Flowmeter PWL
Universal Bussystem KOBUS
The Heat Calculator Option of FLEXIM's non invasive FLUXUS ADM flow meter allows the easy determination of the energy flow in a system.
With temperature measurements made at the inlet and at the outlet of a system as well as flow measurement at the outlet , FLUXUS calculates the Heat Flow or energy usage within that system. All this is done with temperature and flow measurement devices mounted on the outside of a pipe.
FLUXUS will display the actual heat flow through the system, and if needed, totalize the heat flow in order to obtain the heat quantity.
The values can easily be transmitted to a PC for display and analysis. The data obtained can be used for energy flow balancing or it can be transmitted to a process control system.
Air Flow Sensors Based on the Calorimetric Principle for Air or Gaseous Media. Compact, Precise, Rugged and Reliable
vent-captors are compact, self-contained flow sensors that work according to a calorimetric principle. The principle allows for the creation of compact, reliable flow sensors with a price/ performance ratio not possible with other physical flow-sensing principles.
Especially at a low flow rate, no other sensing principle can achieve the high accuracy of a vent-captor.
First engineered by weber Sensors more than 20 years ago, weber continues to pioneer sensors based on this principle.
vent-captors are available as insertion and in-line types. Both are also available with a binary output as switches and adjustable set-point and with an analog output as meters with an adjustable measuring range.
for measuring standard flow velocity, standard volume flow and temperature of the medium
probe diameter 20 mm with Pt100 sensor element
measuring range 0.08...60 m/s
time constant approx. 20 s
maximum working pressure: up to 10 bar
working temperature range: -10 °C... 240 °C
materials: stainless steel, epoxy resin, glass
can be sterilized
4 to 20 mA current output
A wide range of pipe sizes
Easy installation by a welding fitting
Flow range is adjustable from 10% to 100% of the specified maximum range
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Flow sensors
