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PARMA UACHR 12 is designed to eliminate the shortage of active power in the network by automatically turning off consumers when frequency decreases, followed by automatic re-activation of previously disconnected consumers when frequency is restored, as well as to eliminate the shortage of reactive power in the network by disconnecting consumers when voltage decreases, followed by automatic re-activation of previously disconnected consumers when voltage is restored. PARMA UACHR 12 can perform the functions of dividing automation, be used at power plants and substations of power systems, as well as a device for local emergency automation of 0.4 kV networks as part of an automatic load control system. PARMA UACHR 12 is the first microprocessor-based frequency unloading device in Russia that has received a certificate of compliance with the requirements of the standard of the organization of JSC "SO UES" STO 59012820.29.020.003-2016 "Relay protection and automation. Automatic emergency management of power systems modes. Microprocessor devices for automatic frequency unloading. Norms and requirements" No. NC11.SO.RU.0417.0001 One PARMA UACHR 12 device can replace a typical ACR circuit made on microelectronic or electromechanical relays of the RSG-11 type; RF-1, RF-2 and URCH-ZM

DPSS lasers of the KLM-455/x series are optimal sources of coherent radiation for the construction of control and automation systems, alignment and marking devices, for scientific and medical purposes. Technical specifications Radiation output power: up to 120W Radiation wavelength: 455 nm Output diameter of the radiation beam: 1.5 mm Divergence of the radiation beam: 1.3 mrad Instability of radiation power: 5% Type of modulation: TTL or analog Time to enter the mode: 15min Spectral line width: 0.1nm

DPSS lasers of the KLM-561/x series are optimal sources of coherent radiation for the construction of control and automation systems, alignment and marking devices, for scientific and medical purposes.

Using the chassis to install converters is an excellent solution for the efficient organization of signal conversion of various standards. For systems mounted in a basic 19" rack, we offer unmanaged chassis of standard size 2U for 14 unmanaged media converters (10/100 Mbit/s) with a slot for integrated power supplies. They support the possibility to install up to 14 converters.

KLM-C635-2-5 laser modules are optimal sources of coherent radiation for the construction of control and automation systems, alignment and marking devices, for scientific and medical purposes.

The SML is a stationary object located in the existing production premises of the customer or new buildings built according to the project documentation. The technical basis of the SML is made up of up to ten automated workstations (APM ST) for SI verification (calibration) and up to three workstations (RM ST) for diagnostics, adjustment and repair of SI. The ARM ST includes software that allows you to perform SI verification according to a given algorithm and document the results. All SML equipment is placed on standard basic load-bearing structures (BNC). At present, design documentation has been developed and the production of automated control systems has been mastered for the complete set of SML of almost all types of radio and electrical measuring devices, pressure and vacuum SI, SI geometric quantities and other SI. If necessary, the specialists of JSC "NPF "Techno-yaks" are ready to train specialists (ARM operators). Terms and conditions of financing, development, manufacturing, installation, training of specialists are implemented on the basis of contractual relations with customers

Viewing and measuring grains and defects in the structure of materials, resolution to atoms (Nobel Prize in 1986), replacement of metal-graphic and electron microscopes Increase: from x2 thousand to x10 million. Measuring range: 0.2 nm to 30 microns All basic (STM, contact and vibro-AFM) modes, and more than 25 extras.modes

The current relays of the PARMA Rh-2 series are designed to perform the functions of relay protection and automation of connections of 6 – 35 kV in networks with an isolated neutral. The current relays of the PARMA Rh-2 series combine the advantages of microprocessor protections and the simplicity of relay circuits on traditional electromechanical and electronic relays. The relay "PARMA Rh-2" is optimally suited: • for retrofit of cells to replace outdated relays with a switch of any type, including when using a deshunt circuit • as an alternative to modern microprocessor protections with excessive functionality • when creating and reconstructing RPA systems of power facilities in conditions of limited budget funds

The M532® Raman microscope combines the capabilities of the Inspectr R532® Portable Raman Express Analyzer and the U300M microscope, adapting it for both transmission and reflection measurements. The wide functionality of the M532 microscope makes it possible to find and analyze individual particles with a size of 2-3 µm among many similar ones with similar physical and chemical properties, which opens up new research opportunities within the framework of a single Raman system. A spatial resolution of 1 µm and a spectral resolution of 4-6 cm-1 ensure excellent measurement accuracy and reproducibility. The compact design and portability of the instrument allow for high-quality and instant analysis of substances without sample preparation, which makes the M532 microscope an indispensable instrument for a wide range of studies. Equipped with a motorized slide (optional) with a step of 0.36 µm, the M532 microscope scans the surface of the sample, recognizes substances in multi-component heterogeneous mixtures and creates a graphical image of the intensities of Raman scattering characteristic lines at various points on the surface (2D mapping), which makes the M532 microscope the most advantageous in terms of price-quality ratio scanning Raman microscope in the world market.

Vibration electrodynamic testing installations of the VEDS series are designed for testing products for the effects of single-component harmonic vibration in the vertical direction and tests for vibration strength and resistance