NPP "ELEKTRONNYE PRIBORY"

It is a modern high-precision device (a variant of the ION-3701 device) and used for a wide range of tasks in areas where it is necessary to determine the magnitude of the magnetic field and residual magnetization in shop conditions, on the conveyor, during acceptance and inspection of parts and workpieces. It is equipped with a three-dimensional magnetic field sensor and has outstanding technical characteristics and extensive functionality.

The electronic stopwatch - time parameter meter IVPR-53SCH is a panel device for monitoring and measuring the time parameters of relays, switches and switches of electrical equipment, relay protection, automation and telemechanics.

The small-sized digital magnetometer (Gaussmeter, teslameter), ION-3701 residual magnetization meter is a modern high-precision instrument, a further development of ION series devices (ION-1, ION-2, ION-2M, ION-7) and used for a wide range of tasks in areas where it is necessary to determine the magnitude of the magnetic field and residual magnetization. It is equipped with a three-dimensional magnetic field sensor and has outstanding technical characteristics and extensive functionality.

The Pole-M1 kit is used for monitoring pipelines, cranes, stanchions, beams and other ferromagnetic products, machine-building parts and workpieces for the presence of surface and subsurface defects (cracks, shells, etc.). It is designed to work in workshop, laboratory and field conditions. A permanent magnet allows you to monitor various shaped parts, welds and various products for cracks, discontinuities, shells and similar defects by magnetizing individual controlled areas or the product as a whole. The permanent magnet as part of the Polyus-M1 set of highly stable magnets with high maximum specific magnetic energy is designed to detect surface and subsurface defects in products made of ferromagnetic materials by magnetic powder or magneto-luminescent method and refers to portable specialized means of magnetic control.

The electronic stopwatch - time parameter meter IVPR-203M is a universal small-sized device of a new type for monitoring and measuring the time parameters of relays, switches and switches of electrical equipment, relay protection, automation and telemechanics.

A small-sized digital magnetometer (gaussmeter, teslameter), a residual magnetization meter ION-3701 version "North" is a modern high-precision device (a variant of the ION-3701 device) and used for a wide range of tasks in areas where it is necessary to determine the magnitude of the magnetic field and residual magnetization in adverse climates, conditions of negative temperatures, the Far North and etc . It is equipped with a three-dimensional magnetic field sensor and has outstanding technical characteristics and extensive functionality.

The electronic stopwatch - time parameter meter IVPR-203M is a universal shield device of a new type for monitoring and measuring the time parameters of relays, switches and switches of electrical equipment, relay protection, automation and telemechanics.

The possibility of a qualitative assessment of the current radiation situation - continuously and under any conditions. You can put the device in your pocket, purse, etc. and forget about it. If you get into the zone of radioactive exposure, the alarm will immediately remind you of yourself and let you know about the danger with light and sound signals; The presence of light and sound alarms about the emergency level of radiation hazard; Durable body is made of cast duralumin; Protected by the copyright certificate, the original power supply circuit, which provides low current consumption, allows you to keep the device constantly on and instantly determine whether it enters the zone of radioactive danger; The possibility to operate the device without replacing the battery for a year or more.

Devices of a new generation, automated stations of continuous radiation monitoring Zastava-1 are designed to organize continuous effective monitoring of the radiation situation and notification of radiation hazards. The stations have up to three independent measurement channels, which allows monitoring simultaneously in several zones. The stations support remote monitoring - they have a connection to a local computer network, Internet access.