Instrumentation Isolation Rings/Iso-Rings® isolates gauges or switches from solids in the process flow to assure accurate pressure readings. Also, they allow removal of gauges or switches for calibration, repair or replacement without interrupting the process flow.
When a gauge or switch is screwed directly into a pipeline, solids from the process flow can quickly plug the pressure-sensing mechanism. Result: erroneous pressure readings.
Using a diaphragm seal to isolate the gauge or switch from the process flow doesn't solve the problem either. That's because those solids will quickly clog the access port on the diaphragm seal, too. Result: erroneous pressure readings.
With an isolation ring (Iso-Ring®), the gauge is in contact with a captive liquid, not the process flow directly. Clogging or fouling is never a problem.
Iso-Ring® has a flexible inner cylinder, behind which is a clean captive liquid; as process liquid flows through the pipe, it exerts pressure on the flexible cylinder, which transmits this pressure to the captive liquid and on to your gauge or switch.
Iso-Ring® has a built in needle valve, which can be used to isolate your gauge from pressure, allowing you to remove the gauge, while your line is under pressure. The needle valve can also be used as a snubber.
Iso-Ring® fits between your piping flanges, just as many butterfly valves do and are available for piping diameters from 2" to 20".
To get information or receive a quote fill out our Inquiry Form or email us at sales@cse-ipg.com.
Industrial Products Available: |
Butterfly Valve | Composite Hose | Dry-Disconnect (Dry-Break) Couplers | Instrumentation Isolation Rings/Iso-Spool® | Lined Ball Valve | Loading Arms (Liquid Loaders) | Quick-Couplers/Camlocks | Safety Breakaway Coupling | Sight Flow Indicators/Sight Windows | Swivel Joints (Swing Joints) | Valved Couplings |
Liquid Fertilizer Products Available: |
Ball Valves | Dry Connect | IBC/Tank | Line Strainers | Manifold Systems | Pumps |
Oil Marketing Products Available: |
Bottom Loading Coupler |