Continuous separation layer measurement in the decanter

The multi-talented MIQ can be used from the separation layer level measurement to batch separation. With the option of a 2nd measurement circuit, the phase monitoring system, the fill level or the separation behaviour can be measured. The evaluation electronics not only serve as a feed unit in the 2-wire technology, it also houses the data processing intelligence.
Your benefit: High economic efficiency and investment security due to the long service life.

Universally usable, reduced storage costs

With one or two measuring inputs

Continuous separation layer monitoring

Phase monitoring for safety-optimised separation

Combination with level measuring of the upper phase

Ex version: Gas II (2) G [Ex ia Gb] IIC / Dust II (2) D [Ex ia Db] IIIC / Gas (2) D [Ex d ia] IIC
EMC STS 024 CE ****

The soloist, MIL, focuses the functionality on continuous separation layer measuring. The evaluation electronics not only serve as a feed unit in the 2-wire technology, it also houses the data processing intelligence.
Your benefit: Maintenance-free and cost-effective due to long service life.

Continuous separation layer monitoring

With one measuring input

Easy fault visualisation, fault notifications on analog output

mA output and limit value simulation

Ex version: Gas II (2) G [Ex ia Gb] IIC / Dust II (2) D [Ex ia Db] IIIC / Gas (2) D [Ex d ia] IIC
EMC STS 024 CE ****

The QTI 820 K measuring unit works according to the same principle as the mipromex separation layer measuring unit. The 2nd channel allows for a phase to be measured and compensated even if this phase’s properties change. The evaluation electronics not only serve as a feed unit in the 2-wire technology, it also houses the data processing intelligence.

Product compensation for variable phases

QTI 820 K can only be used for continuous separation layer level measuring

With two measuring inputs

Fault visualisation, fault notifications on relay output

The standardised bar probes are configured to customer-specific process conditions and the media used and are maintenance-free. In contrast to the conventional measuring systems, the aquasant probe technology does not require any moving parts and is independent of dielectricity constant, density and organic residues.

Materialisation in accordance with requirement (e.g. stainless steel, Hastelloy®, full PTFE designs)

Organic contamination or residues are negligible

Designs for extreme process conditions with temperatures of up to max. 300°C and pressure up to 1000 bar

Reliable measurement even for the above aqueous phase (phase reversal)

With decades of experience in the field of phase separations, we face every challenge with the auto-dynamic batch separation.

Our unique TSS80 tube probes are specifically configured in accordance with your process conditions. All ring probes are parameterised at the factory and do not require commissioning: simply plug & process.