VTFM300-Mini Electromagnetic Flow Meters

Measuring Range 0.04…120L/Min
Nominal diameter DN6…DN15
Applicable medium Liquid with conductivity > 10us /cm
Accuracy ≤±1% range, 0.5% range (optional)
Repeatability ≤±0.2% range
Proof pressure 16 bar
Operating voltage 24±10%Vdc
Current consumption ≤80mA
Electrical Protection Reverse polarity protection, short circuit protection
Output  
Pulse output NPN output, pull up resistor 2K
Analog output 4… 20mA, current limit 26mA, load resistance < 250?
Response Time <500ms
Ambient Temperature -25⋯85℃
Medium Temperature -40…100℃
Materials  
Electrode Stainless Steel 316TI
Process Connection Stainless Steel 316TI
Measuring tube PEEK
Seal EPDM
HousingHousing Stainless Steel 304
Electrical Connection M12×1 Plug
Process Connection G External thread, 25.4 chuck, 50.5 chuck
Category: Tag:
According to Faraday’s principle of electromagnetic induction when a conductor passes vertically through magnetic field B, it will induce a voltage. U In the measurement of the flowmeter, the moving conductor is a flowing conducting medium, and the magnetic field B is emitted from the direction perpendicular to the flowing medium. The induced electromotive force U on the two electrodes E1 and E2 is directly proportional to the velocity V of the medium. U=K×B×V×D K-meter constant D-Internal probe spacing The induced electromotive force U is further processed and converted into a standard electrical signal for output or display
Applications
Circulating water detection
Coolant monitoring
Other conducting liquid monitoring

Reviews

There are no reviews yet.

Be the first to review “VTFM300-Mini Electromagnetic Flow Meters”

Your email address will not be published. Required fields are marked *