FIND A PRODUCT

By Category
By Manufacturer

Link Industrial Technologies

Providing comprehensive solutions to industry’s most challenging applications for measurement, analysis, sampling, flow control, heat tracing, electric heaters and cables.

URM VARIABLE AREA FLOWMETER

Kobold URM model flow meter/monitor is based on the suspended float principle. It is used for measuring the flow rates in closed pipeline systems. The media flows upward through a glass measuring cone that becomes progressively wider at the top. When media flow is present, the float rises and clearly indicates the respective flow rate on the scale provided on the measuring cone.

 

 

Categories: , . Manufacture:KOBOLD Instruments Canada Inc

Additional Information

option

Rotameter

Documentation

Product Description

URM – Glass Cone Variable Area Flow Meter w/Threaded Mounting

The operation of the Kobold URM model flow meter/monitor is based on the suspended float principle. It is used for measuring the flow rates in closed pipeline systems. The media flows upward through a glass measuring cone that becomes progressively wider at the top. When media flow is present, the float rises and clearly indicates the respective flow rate on the scale provided on the measuring cone.

To monitor flow rate limits, the metal URM rotameters may be optionally fitted with “open collector” type proximity switches. By its special design, this model is particularly suitable for applications where low operating pressures are available. Another advantage is offered by the very large sight glass, which optically allows direct flow observation.

Measuring Range
0.25…2.5 to 2500…25000 l/h (Water), 3.2…32 Nl/h to 32…320 Nm³/h (Air)
Accuracy
± 2% qG=50% (2.5% for gas)
Maximum Pressure
16 Bar
Maximum Temperature
100°C
Process Connection
1/4″…3″ NPT, Hose Connection
Wetted Material
Stainless Steel 1.4301, 1.440
Output
Optional Switch Contacts
https://www.kobold.com/en/product/detail/~id.456~nm.61~nc.17/Variable-Area-Flowmeter-Class-Cone-Thread-Connection-URM.html
Your browser is out-of-date!

Update your browser to view this website correctly.Update my browser now

×