Catalog of equipment produced by Design Bureau "Fizelektronpribor"

Moisture meters for high-conductivity materials

A new series of moisture analyzers (moisture meters) is designed to measure materials with high electrical conductivity such as salts, chemical sludge, sewage sludge, anthracite, ion exchange resins, etc. These analyzers can also be used to measure concentrations of salt, acid and alkali solutions.

MOISTURE METER FOR LIQUID MATERIALS

The moisture meter FIZEPR-SW100.20, -SW100.21, -SW100.12  is designed  to measure moisture in liquid materials, such as oil, fuel oil, petroleum, alcohol, coal-water slurry fuel (CWSF or CWS or CWF -  is a fuel which consists of fine coal particles suspended in water), sludge, etc. 

The device consists of an electronic unit and a sensor.

The sensor is made as a pipe section with flanges of stainless steel. There is a probe inside the pipe made as a flat-topped stick ​​of stainless steel of the same grade.

Electron paramagnetic resonance spectrometer

The electron paramagnetic resonance (ESR) spectrometer is designed to measure the microwave absorption dependence of material containing paramagnetic particles on a magnetostatic field induction. The spectrometer allows registering the presence of paramagnetic centers in the material, as well as determining their concentration. In particular spectrometer can be used to measure the concentration of free radicals in solutions and dry material samples.

Moisture meter for concrete-mixing machines

The moisture meter FIZEPR-SW100.17.X is designed for measuring the moisture (in percentage) of liquid and bulk materials. Its main purpose is measurement of water content in the concrete mixture directly inside the concrete-mixing machine, consistency and quality control of mixture agitation and its mobility.

Влагомер древесных опилок и щепы

FIZEPR-SW100.10.x moisture meters are designed for measuring the fraction of water contained in bulk materials including in sawdust and chips. The principle of moisture meter operation is based on probing the medium with metric radio waves.