Level instrumentation for laboratories and mini-plant facilities at the highest level. Solutions for extreme process conditions with aquasant® measuring technology.
mipromex® – the specialist level evaluation unit for system-specific use
When this level meter is used, it stands out due to its versatile and simple commissioning. The product compensation results in high measurement accuracy with simultaneous product monitoring. Level measurements in glass apparatus in the sump at temperatures up to 200°C using storage tanks through to sterile filling without contact with the product.
Level measurement
Why customers rely on aquasant® level measuring technology- The smallest probe dimensions in a variety of materials
- No commissioning in the case of MLT 6260, plug & process
- Quick sum measurement signal with high resolution
- Density-independent
- Measurement using glass apparatus without contact with the product
- Can be used for liquid gases down to -260°C
- Processes in the high temperature range up to 400°C
Measuring system
The specialist MLT6130 with one measuring input stands out due to its time-saving commissioning. Its simplicity lies in the user-specific parametrisation via the adoption of measured values at the push of a button, the delta level, the filling curve or through the external limit value. The evaluation electronics not only serve as a feed unit in the 2-wire technology, but also house the data processing intelligence. The level meter is also used in the compact level control system for feed vessels.
The benefit for you: high economic efficiency and investment security due to the long service life.
Simple calibration concept through menu navigation
Fault visualisation, fault notifications on analogue output can be set
Integrated controller via the digital output
Easy fault visualisation, fault notifications on analogue output
mA output and limit value simulation
Ex version: Gas II (2) G [Ex ia Gb] IIC SEV 09 ATEX 0132; EMC STS 024 CE 1254
More informations to MLT 6130»
The benefit for you: high economic efficiency and investment security due to the long service life.
Ex version: Gas II (2) G [Ex ia Gb] IIC SEV 09 ATEX 0132; EMC STS 024 CE 1254
More informations to MLT 6130»
The specialist MLT6260 with two measuring inputs stands out due to its time-saving parameterisation through product compensation. The evaluation electronics not only serve as a feed unit in the 2-wire technology, but also house the data processing intelligence.
The benefit for you: high economic efficiency and investment security due to the long service life.
No product-specific calibration plug&process
Fault visualisation, fault notifications on analog output can be set
Product monitoring via the second measuring input
mA output and limit value simulation
Ex version: Gas II (2) G [Ex ia Gb] IIC SEV 09 ATEX 0132; EMC STS 024 CE 1254
More informations to MLT 6260»
The benefit for you: high economic efficiency and investment security due to the long service life.
Ex version: Gas II (2) G [Ex ia Gb] IIC SEV 09 ATEX 0132; EMC STS 024 CE 1254
More informations to MLT 6260»
Customized probes are programmed to the process properties and the media used.
material: stainless steel 316L, Hastelloy C22, full PTFE types
probe lengths: active- and inactive length
process connection: flange DN, ANSI or thread
for insulated pipes with extension for the connection head
connection head indoor IP65 or outdoor IP68 in Exd
Customized probes are programmed to the process properties and the media used.
material: stainless steel 316L, Hastelloy C22, full PTFE types
probe lengths: active- and inactive lengthe
process connection: flange DN, ANSI or thread
for insulated pipes with extension for the connection head
connection head indoor IP65 or outdoor IP68 in Exd
Level measurement, liquids
liquid level measurement with mipromex® Typ: MLT 6130
The versatile and modular probe technology offers solutions for complex filling level tasks in laboratories, pilot or production plants. Our strength is our probe technology designed to cope with harsh conditions such as high pressure, high and low tempereatures and measurement in high critical ranges.
Tech Docs: Level bar probe type STM
Tech Docs: Level-evaluation type: MLT
The versatile and modular probe technology offers solutions for complex filling level tasks in laboratories, pilot or production plants. Our strength is our probe technology designed to cope with harsh conditions such as high pressure, high and low tempereatures and measurement in high critical ranges.
PDF download
Brochure: Level measurementTech Docs: Level bar probe type STM
Tech Docs: Level-evaluation type: MLT
Product compensated level measurement, liquids
Liquid level measurement with mipromex® Typ MLT 6260
Control the diversity of products in chemical processes and reactions. Liquids that change their dielectrical properties as well as their conductivity need to be monitored and captured by a reference measuring probe. The filling level signal has to be compensated, Our probe technology offers various options starting from dimensions as of Ø 14 mm with serial compensation probe.
Tech Docs: Level bar probe type STM 2N
Tech Docs: Level-evaluation type: MLT
Control the diversity of products in chemical processes and reactions. Liquids that change their dielectrical properties as well as their conductivity need to be monitored and captured by a reference measuring probe. The filling level signal has to be compensated, Our probe technology offers various options starting from dimensions as of Ø 14 mm with serial compensation probe.
PDF download
Brochure: Level measurementTech Docs: Level bar probe type STM 2N
Tech Docs: Level-evaluation type: MLT
Level measurement, powder
Bar probes customized to match the product
Bar probes made to meet the properties of your product. We offer solutions for coarse, fine, high or low polar, fluidized, dry or moist powders. The perfect solution for all conditions.
Bar probes made to meet the properties of your product. We offer solutions for coarse, fine, high or low polar, fluidized, dry or moist powders. The perfect solution for all conditions.
Level measurement, foam
Filling level measurement with mipromex® Typ MAT 4110
Limit value probes for organic and aqueous foams
With our impedance measuring principle and the high definition measuring electronics MTI all foams can be captured either analog as filling level tendency or digitally as limit value. A wide selection of probes enables all types of installation. The three-dimensional measuring behaviour of the foam probe guarantees are high signal-to-noise-ratio for the residual foam on the measuring electrode resulting in an impeccable detection of the most different foam types.
Limit value probes for organic and aqueous foams
With our impedance measuring principle and the high definition measuring electronics MTI all foams can be captured either analog as filling level tendency or digitally as limit value. A wide selection of probes enables all types of installation. The three-dimensional measuring behaviour of the foam probe guarantees are high signal-to-noise-ratio for the residual foam on the measuring electrode resulting in an impeccable detection of the most different foam types.
Radar filling level measurement
An inexpensive application: impulse radar filling level probes
A versatile filling level instrumentation for a high measurment accuracy and simple commissioning. The TDR measuring principle guarantees a reliable measurment of all products. TDR stands for the measuring principle „Time Domain Reflectometry“.
The electronics sends our high frequent microwaves along a conductive probe. When the impulses hit the surface of the fluid or solid parts of the impulse energy is reflected. The filling level is calculated from the time difference of the waves sent out to the reflected energy.
A versatile filling level instrumentation for a high measurment accuracy and simple commissioning. The TDR measuring principle guarantees a reliable measurment of all products. TDR stands for the measuring principle „Time Domain Reflectometry“.
The electronics sends our high frequent microwaves along a conductive probe. When the impulses hit the surface of the fluid or solid parts of the impulse energy is reflected. The filling level is calculated from the time difference of the waves sent out to the reflected energy.
