FL-210
Flow
Electromagnetic Flowmeter
Full-bore magmeter for conductive liquids, no pressure drop.
ACCURACY
±0.2 % of reading
PROTECTION
IP68
01
PRODUCT FAMILY
Flow
Every kilogram, litre and kilowatt-hour that crosses a pipe is money. Meter it with the principle that fits the fluid.
Electromagnetic, Coriolis, vortex and clamp-on ultrasonic flowmeters for conductive liquids, mass flow, steam and non-invasive measurement.
TYPICAL UNITS
m³/h · kg/h
02
HOW TO CHOOSE
Pick the principle for the process
Start with the fluid. Conductive liquid: electromagnetic (FL-210). Highest accuracy and direct mass flow: Coriolis (FL-310). Steam and gas: vortex (FL-410). No shutdown possible: clamp-on ultrasonic (FL-510).
MEASURING PRINCIPLE
Electromagnetic flow
Faraday's law: a conductive liquid moving through a magnetic field induces a voltage proportional to velocity.
How it works →
MEASURING PRINCIPLE
Coriolis mass flow
Oscillating tubes twist in proportion to mass flow; phase shift between sensors gives direct mass flow, density and temperature.
How it works →
MEASURING PRINCIPLE
Vortex shedding flow
A bluff body sheds vortices at a frequency proportional to velocity; sensors count the vortices.
How it works →
MEASURING PRINCIPLE
Transit-time ultrasonic flow
Ultrasonic pulses travel faster with the flow than against it; the time difference gives velocity.
How it works →
03
INSTRUMENTS
Every instrument in this family
FL-310
Flow
Coriolis Mass Flowmeter
Direct mass flow, density and temperature in one device.
ACCURACY
±0.1 % of reading
PROTECTION
IP67
FL-410
Flow
Vortex Flowmeter
Rugged volumetric flow for steam, gas and liquids.
ACCURACY
±1 % of reading
PROTECTION
IP67
FL-510
Flow
Clamp-on Ultrasonic Flowmeter
Install without cutting the pipe or stopping the process.
ACCURACY
±1 % of reading
PROTECTION
IP67
04
FAQ
Common questions
RFQ
REQUEST A QUOTE
Not sure which instrument fits?
Describe the process and we will recommend a measuring principle and model, with a quotation.