Accurate and reliable limit detection

Liquicap M probe for liquids can be used both in vacuums and in overpressure up to 100 bar

It's not often that 'effective' and 'cost-effective' come together in the same package, but when you need limit detection of liquids, Endress+Hauser has the answer with Liquicap M.

You know where you are with tried and tested technology, and when it's brought to you by Endress+Hauser you can feel doubly confident.

Liquicap M offers the definitive capacitance technology solutions.

As its name suggests, Liquicap M means accurate and reliable level and limit detection in liquids.

Available as both a rope and rod version, it is particularly suited to interface detection.

It offers a variety of housings, process connections (starting from 0.5in), certification and approvals, so that you get exactly what you need, as well as delivering outstanding performance in storage, buffer and process tanks.

With its robust and proven construction (with a self-sealing cone), the probe can be used both in vacuums and in overpressure up to 100 bar.

Its high-quality sealing and insulation properties allow operation in temperatures from -80C up to 200C, and reliability is assured through active build-up compensation for highly viscous products.

Ideal for the food industry, Liquicap M is suitable for both CIP and SIP systems.

It has a wide range of hygienic process connections and comes with FDA and EHEDG approvals.

In applications with strong build-up, Liquicap M has cutting-edge algorithms to safeguard stable measured values.

It also boasts a short response time, making it particularly suitable for use in small tanks where rapid level changes occur and the measurement range must cover the entire content of the tank.

Also ideal for the chemical industry, Liquicap M offers a SIL2 rating according to IEC61508 for both low and high demand mode and is ATEX certified to EEx ia and EEx d for hazardous area use.

It features a gas-tight feedthrough for protection against aggressive or toxic media that is often found in solvent or hydrocarbon applications.

Best of all, the device continuously monitors the probe insulation, so that any rod breakage or damage to insulation is immediately detected to minimise measurement errors and plant downtime.

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