Equipment

BASIC EQUIPMENT: Working box front guide posts – aluminum profile painted with powder paint (RAL 7035/RAL 5023), in the right rack there are a light switch and 2 splash–proof sockets with a 3.2kW cover (IP54) the front anti-spill side is acid-resistant polished stainless steel. AISI 316 steel rear, upper, side panels – metal painted with powder paint (RAL 7035) with the texture of shagreen leather inner capsule made of polypropylene lined with ceramic plates of the rear and side panels to a height of 380mm 2 dependent lifting screens – tempered glass in aluminum frames, lifting 0-780mm, do not change the dimensions of the cabinet when lifting the upper fixed screen – polypropylene on the upper panel: the LED lamp is dust- and moisture-proof 2x22 W (IP65) is separated from the workspace by tempered glass with a thickness of 4mm flange d=250mm (distance from the back panel to the center of the flange – 170mm) switching box with automatic emergency power off 16A 3 exhaust levels easily removable exhaust visors counterweights are placed in the front pylon racks and are easily serviced Frame base collapsible frame made of rectangular metal profile painted with powder paint (RAL 7035) with the texture of shagreen leather service panel - aluminum profile painted with powder paint (RAL 5023) with the texture of shagreen leather adjustable supports

LTA-NTS provides an error of ± 0.05 °C in the range of measured temperatures from -50 to +300 ° C The sensor is made of stainless steel with a heat-resistant cable that can withstand temperatures up to +200 °C. The minimum immersion depth of the sensor is 75 mm Overall dimensions of the electronic unit 80x75x100 mm Weight 0.25 kg

The fast-deployable radiation monitoring system (BR ASKRO) is intended for the operational creation of a local autonomous automated network of portable radiation monitoring posts in places where radiation emergencies occur. The main purpose of the system being created is continuous radiation monitoring, on areas up to 1 km2, when performing work to localize accidents and eliminate their consequences to ensure the safe operation of personnel of emergency rescue units, as well as to monitor the effectiveness of the work performed.

Technical specifications: 4-channel automated system for measuring the parameters of semiconductors (including test structures on plates) Study of the VAC of 2, 3, 4-pole Parameters of each channel Source/meter:- U: ±2 V, ±30 V (200 mA), ±120 V (±10 mA), I: ±20, ±200 nA, ±2, ±20, ±200 Ma, ±2, ±10mA, (±120V), ±20, ±200 mA (±30V) Source and meter error U, I ± 0.5% Sensitivity of the U/I meter: 10 mv/ 0.1 pA Graphs, tables, texts, databases RS-232C interface, computer software Dimensions, weight: 450x266x444 mm, 23 kg Power supply: ~220V, 120 VA

It is used to correct and create in the workplace the necessary concentrations of light aeroions of both negative and positive polarity in accordance with sanitary rules and regulations of the SanPiN 2.2.2/2.4.1340-03 . It is used for local antistatic treatment of charged surfaces during various technological processes.

Vibration velocity sensors with a current output DVST-4 are designed to convert the RMS value of the vibration velocity of an object into a standard current signal of 4-20 mA.

The principle of operation is based on measurement by filling the container for the measured product with 1 liter of grain and measuring the mass of this grain. PECULIARITIES: 1. Drop weight design no assembly required Thanks to a fundamentally new design of the purka, the determination of nature is carried out quickly. Significantly reduced analysis time. No special training of personnel is required to work on the MERA purka. 2. Stability and reproducibility of results. The stable and repeatable movement of the knives ensures the stability of the work of the purka and an accurate, stable, reproducible determination of the nature (± 1g at 10 measurements). 3. Quick and easy cleaning The convenient design of the device permits to clean it quickly and easily. Excess grain is removed into an empty container for the measured product by pressing the "RESET" button. After discarding the remaining grain, the purka is ready for the next measurement. The fundamentally new design of the MERA purka body and the automation of the analysis process allow you to quickly and easily get the result. WORK ALGORITHM: 1.Fill the hopper with grain. 2.Install the empty container for the measured product into the device. 3. Press the "START" button on the control panel. 4. Weigh a container filled with 1 liter of grain and calculate the result. 5. Reset the remaining grain by pressing the "RESET" button. METROLOGICAL CHARACTERISTICS: Indication error, g, no more than ±4.0 Variation of six dimensions, g, no more than 2.1 SPECIFICATIONS: Overall dimensions (L×W×H), mm, no more than 600×230×620 Weight, kg, no more than 48 Power consumption, V×A, no more than 100 Supply voltage with a frequency of 50±1 Hz, V 220 (+15...-20)%

Designed for measuring the frequency and period of sinusoidal and pulse signals, measuring pulse duration, time intervals, pulse duty cycle, frequency ratio of electrical signals, counting the number of pulses, output of reference frequency signals. Technical specifications: Input to (sinusoidal signal) - range 100 - 2500 MHz Input A, C (sine, pulse) - range 0.01 - 200 MHz Counting time: input A, C – 1, 10, 102, 103, 104 ms; login to – (16•1), (16•10), (16•102), (16•103), (16•104) ms The number of averages. the period of the. vx. signal - 1, 10, 102, 103, 104 Timestamp period – 10-7, 10-6, 10-5, 10-4, 10-3 Borehole measurement at inputs A, C – 1.000001- 999999999 Frequency ratio in channels: A/S and C/A - 0.0001- 999999999; B/S - 0.5 – 999999999 Quartz thermostatic generator The nominal frequency value is 5 MHz Error: ± 5•10-8 - for 30 days, ± 10-7 - for 12 months 9 decimal places Overall dimensions (HXHL) - 285x106x345 mm Weight: 4 kg Reference generator: 1x10-7 for 12 months. Operating conditions: - 10° C ... +50° C

The complex for monitoring temperatures and other physical quantities allows you to receive timely and reliable information about the object at each level of production. Currently the task of improving the production management process is becoming more and more urgent for industrial enterprises. It is especially important to solve this problem for those enterprises or their parts where the state of production parameters decisively affects the quality of products, and in some cases, the life and health of the consumer (for example, in the food industry or in the production of pharmacological preparations for their transportation). Taking into account the constant struggle for cost reduction, economic efficiency of production and competitiveness of products, it is necessary to ensure the correctness of management decisions and their adequacy to the current state of the process.

- Measurement of pollution density and specific activity of radionuclides 134Cs and 137Cs in soils and soils; - Measurement of the specific activity of radionuclides 137Cs, 134Cs, 131I in water, food, forestry products, agro-industrial complex and liquid radioactive waste; - Determination of the content of natural radionuclides 40K, 226Ra, 232Th; - Identification of radionuclides: 134Cs, 137Cs, 131I, 40K, 226Ra, 232Th; - Measurement of the ambient dose equivalent of gamma radiation Measurements without sampling with GPS-binding Intelligent detection unit in an airtight container Automatic determination of the thickness of the contaminated soil layer by radionuclides 137Cs and 134Cs

Surface smart probe L=150 mm SZPV.The 150P with built-in flash memory is designed to measure the temperature of various materials by directly contacting the probe with the measuring object and transmitting the measured value via Bluetooth to devices with the ThermoMonitor based on the Android program. Operating conditions of the SZPV.150P 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 SZPV.150P 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 based on the Android program. Transmitting information about the state of charge of the built-in battery via Bluetooth to a device with the ThermoMonitor based on the Android program. Automatic transition to sleep mode after 50 seconds. The ability to connect an external power supply. Calibration capability.