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Thermal flow meter µ-FLOW
massfor liquidsin-line

Thermal flow meter - µ-FLOW - Bronkhorst - mass / for liquids / in-line
Thermal flow meter - µ-FLOW - Bronkhorst - mass / for liquids / in-line
Thermal flow meter - µ-FLOW - Bronkhorst - mass / for liquids / in-line - image - 2
Thermal flow meter - µ-FLOW - Bronkhorst - mass / for liquids / in-line - image - 3
Thermal flow meter - µ-FLOW - Bronkhorst - mass / for liquids / in-line - image - 4
Thermal flow meter - µ-FLOW - Bronkhorst - mass / for liquids / in-line - image - 5
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Characteristics

Technology
thermal
Type
mass
Fluid
for liquids
Installation
in-line
Material
stainless steel, steel
Communication
Modbus RTU, RS-232, PROFIBUS
Supply voltage
24VDC
Protection level
IP65, IP40
Applications
for the pharmaceutical industry, for the food industry, laboratory, for biotechnology, for HPLC
Other characteristics
digital
Mass flow rate

Min.: 0.1 g/h

Max.: 1,000 g/h

Process temperature

Min.: 5 °C
(41 °F)

Max.: 50 °C
(122 °F)

Process pressure

100 bar, 400 bar
(1,450.38 psi, 5,801.51 psi)

Precision

1 %, 2 %

Repeatibility

0.2 %

Description

µ-FLOW digital Liquid Flow Meters/Controllers for low flow ranges operate on a thermal, through-flow measuring principle. The instruments are equipped with a digital pc-board, featuring self-diagnostics, alarm and counter functions, digital communication (RS232) and a variety of fieldbus options. Features •No moving parts •Thru-Flow measurement •Attitude insensitive •Fast and accurate measurement •Negligible dead-volume (sensor: 1,5...33 µl) •In combination with a control valve: continuous and stable control •Stainless Steel sensor Applications •Analytical laboratories •Evaporation processes (see CEM/VDM-system) •HPLC/UPLC applications

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.