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It is intended for: – determination by the correlation method of the location of liquid leakages from pipelines of household and drinking water supply, hot water supply, heating and other pipeline systems, provided that the transported medium in the pipeline is under pressure; – tracing underground utilities; – clarification of leakage sites by acoustic leak detector; – diagnostics of shut-off valves; – creation of an information database of the condition of pipelines and the results of pipeline diagnostics.

The set is correlational-acoustic, with graphical indication of the communication axis and digital depth of occurrence. Designed for: • – determination of the location of leakages from pipelines by the correlation method; • – tracing underground utilities with the display of the communication axis and digital measurement of the depth of occurrence; • – built-in GPS/GLONASS module for saving coordinates with subsequent mapping of the communication route on the map; • – clarification of leakage sites by acoustic leak detector; • – creation of an information database on the condition of pipelines and the results of pipeline diagnostics; • – diagnostics of shut-off valves.

It is intended for: – determination by the correlation method of the location of liquid leakages from pipelines of household and drinking water supply, hot water supply, heating and other pipeline systems, provided that the transported medium in the pipeline is under pressure; – tracing underground utilities with the display of the communication axis and digital measurement of the depth of occurrence; – built-in GPS/GLONASS module for saving coordinates with subsequent mapping of the communication route on the map; – clarification of leakage sites by an acoustic leak detector. – diagnostics of shut-off valves; – creation of an information database on the condition of pipelines and the results of pipeline diagnostics.

The set is correlational-acoustic with two radio channels, the ability to trace metal and non-metallic pipelines (by acoustic method and in the "Probe" mode) with the function of saving GPS/GLONASS coordinates and the function of diagnosing shut-off valves. Designed for: – determining the location of liquid leakages from pipelines by the correlation method; – tracing underground utilities; • – tracing of non–metallic pipelines by acoustic method and in the "Probe" mode; - clarification of leakage sites by acoustic leak detector; – diagnostics of shut-off valves; – search for damage to cable lines by induction and acoustic (together with GVI) methods; – creation of an information database of the condition of pipelines and the results of pipeline diagnostics.

Correlational leakage detector “ISKOR-305” is a portable device designed for accurate and rapid detection of leaks, liquids from hidden communications and unauthorized tie-ins in pipelines of household and drinking water supply, hot water supply, heating and other pipeline systems, provided that the transported medium in the pipeline is under pressure. ISKOR-305 allows recording acoustic signals using two piezoelectric acoustic sensors and displays a graph of the correlation function. An adjustable filter helps to highlight the desired signal and limit the influence of interference. Leakage indication is carried out visually according to the correlation function graph. •

Designed for: – determination of the location of liquid leakages from pipelines by the correlation method; – tracing underground utilities; – clarification of leakage sites by acoustic leak detector; – search for the place of damage to the power cable by induction and acoustic methods; – creation of an information database on the condition of pipelines and the results of pipeline diagnostics.

The set is correlational-acoustic with two radio channels, the ability to trace metal and non-metallic pipelines (by acoustic method and in the "Probe" mode) with the function of saving GPS/GLONASS coordinates and the function of diagnosing shut-off valves. Designed for: – determination of the location of liquid leakages from pipelines by the correlation method; – tracing underground utilities; • – tracing of non–metallic pipelines by acoustic method and in the "Probe" mode; - clarification of leakage sites by acoustic leak detector; – diagnostics of shut-off valves; – search for damage to cable lines by induction and acoustic (together with GVI) methods; – creation of an information database on the condition of pipelines and the results of pipeline diagnostics.

Designed for: – determining the location of leakages from pipelines by the correlation method; – tracing underground utilities; – tracing of non-metallic pipelines by acoustic method; – clarification of the leak location by an acoustic leak detector; – creation of an information database on the condition of pipelines and the results of pipeline diagnostics; – search for the place of damage to the power cable by induction and acoustic methods.

• Designed for: • – detection of depressurization sites of underground pipelines of heat, water, gas, oil supply systems located at a depth of up to 3 m in channel and without channel laying. • – traces of hidden communications (cable lines, pipelines) in passive mode. • – surveys of the excavation area (before opening the route for the presence of cables, pipelines that complicate excavation).

Designed for: – determining the location of liquid leakages from pipelines by the correlation method; – tracing underground utilities with the display of the communication axis and digital measurement of the depth of occurrence; – clarification of leakage sites by acoustic leak detector; – search for the place of damage to the power cable by induction and acoustic methods; • – creation of an information database of the condition of pipelines and the results of pipeline diagnostics.

The smart submersible reinforced probe L=1000 mm SZPGU.1000 is designed to measure the temperature of various materials by direct contact of the probe with the measuring object and transmitting the measured value via Bluetooth to devices with the ThermoMonitor, Android program installed. Operating conditions of the SZPGU.1000 smart probe Ambient temperature, °C: -20...+55. Relative humidity, %: not more than 80 at T=35 °C. Atmospheric pressure, kPa: 86...106. Functionality of the SZPGU.1000 smart probe Measurement of physical quantities with a resolution of 0.01. Recording of measured values at intervals from 5 seconds to 23 hours 59 minutes 59 seconds (only smart probes with built-in memory). Transmitting data about measured physical quantities via Bluetooth to a device with the ThermoMonitor, Android program installed. Transmitting information about the state of charge of the built-in battery via Bluetooth to a device with the ThermoMonitor, Android program installed. Automatic transition to sleep mode after 50 seconds. The ability to connect an external power supply. Possibility of calibration.