FLOWMETER
ELECTROMAGNETIC
It ensures extreme reliability, with no moving mechanical parts it is not subject to wear and tear or pressure loss. Complete control of water consumption during irrigation.
INNOVATION AND EFFICIENCY
CAN-BUS TECHNOLOGY FOR ADVANCED
CONTROL OF FLOW AND CONSUMPTION.
The electromagnetic flowmeter offers optimal performance for agricultural irrigation. It uses a magnetic field to detect liquid flow in real time and ensures maximum accuracy on measurement. Due to the absence of moving mechanical components, it is not subject to wear and tear and does not generate any pressure drop.
CONTINUOUS MONITORING
CAN-BUS TECHNOLOGY FOR ADVANCED FLOW AND CONSUMPTION CONTROL.
The flow meter integrates seamlessly with the IdroMOP control unit via CAN-BUS connection, allowing constant monitoring of flow rate and consumption water.
MAXIMUM PRECISION
99.5% ACCURACY UNDER THE MOST VARIED CONDITIONS.
Due to its accuracy, the flowmeter measures fluids in both directions with conductivity greater than 5μS/ cm without being affected by temperature, pressure or liquid density. It is ideal for multiple applications, from agriculture to industry.
VERSATILITY AND
RESISTANCE
CAN-BUS TECHNOLOGY FOR ADVANCED
CONTROL OF FLOW AND CONSUMPTION.
The PTFE inner lining and SS316L stainless steel electrodes provide excellent corrosion resistance, making it perfect for water and more demanding fluids, such as agricultural slurry. Its versatility makes it ideal for applications such as fertigation and wastewater management.
SPECIFICATIONS
Supply voltage
9-32 Vdc
Flowrange
20 to 140 m3/h
Inner coating
PTFE and SS316L electrodes
Maximum working pressure
16 bar
No loss of pressure
99.5% accuracy on measurement
Can measure flow in both directions
It is not affected by the temperature, pressure and density of the liquid
SPECIFICATIONS
Supply voltage
9-32 Vdc
Flowrange
20 to 140 m3/h
Inner coating
PTFE and SS316L electrodes
Maximum working pressure
16 bar
No loss of pressure
99.5% accuracy on measurement
Can measure flow in both directions
It is not affected by the temperature, pressure and density of the liquid
