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DPSS lasers of the KLM-457/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: 50/100 MW Radiation wavelength: 457 nm Output beam diameter: 1.5mm 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

CFP Transceiver models and modifications

DPSS lasers of the KLM-415/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 10W Radiation wavelength: 415 nm Output beam diameter: 1.5mm 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

The vacuum injection unit is designed for vacuum impregnation with an epoxy compound followed by its curing (polymerization) in a gas environment at elevated pressure and temperature up to 110 ° C.

Technical characteristics of PipeScope 60-170 Pipe inspection time in the installation is no more than 30 seconds The diameter range of controlled pipes is 60 mm – 170 mm The range of wall thicknesses of controlled pipes is up to 20 mm The length of the controlled pipes is 1..13 m The maximum time of continuous operation per day is up to 24 hours Rated power supply voltage is 50 Hz, 220 V The working gap between the sensor and the control object is up to 0.5 mm Operating temperature range is -40 °C... +40 °C The number of measuring channels for searching for defects using the magnetic flux scattering method is up to 128* The number of measuring channels for defect detection and thickness measurement using the flow density measurement method is up to 96* Pipe diameter measurement error 0.05% The measurement error of the length of the controlled pipe is 10 cm The possibility of demagnetization of the pipe after control in automatic and manual modes is availiable The coverage of the continuity of control along the perimeter of the pipe is 100% The changeover time of the installation to another BT standard size is no more than 30 minutes. The speed of movement of the flaw detector trolley through the pipe is from 0 to 0.9 m/s Power consumption is up to 1 kW Installation weight  Trolley with basket — no more than 11 kg Magnetization coil — no more than 10 kg Air lift — no more than 72 kg Minimum size of detectable defects In accordance with DS-1 Minimum signal-to-noise ratio for drilling with a diameter of 1.6 mm In accordance with DS-1 The error in determining the linear coordinate of the defect is not more than 5 cm The error in determining the angular coordinate of the defect is no more than 4 degrees ° Installation control complies with the following standards in terms of its characteristics: API Spec 5D, API RP7G, DS- 1 Overall size and weight of PipeScope 60 — 170 Ultra Pro in transport containers without SOP and without pneumatic lifts 600 mm X 600 mm X 600 mm / 32 kg Overall size and weight of the air lift in a transport container is 1300 mm X 300 mm X 300 mm / 72 kg Overall size and weight of the SOP in a transport container is 1900 mm X 210 mm X 210 mm / 60 kg

DPSS lasers of the KLM-465/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 15 W Radiation wavelength: 465 nm Output beam diameter: 1.5mm 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

Laser modules of the KLM-M635-4-5 series are optimal sources of coherent radiation for the construction of control and automation systems, alignment and marking devices, for scientific and medical purposes.

The composition of the kit: LOIP FT-311-80 cryostat cover of special design 1 pc. A flat-bottomed test tube with a label of 2 pcs. Rubber ring-shaped gasket 4 pcs. Stopper with a hole for a thermometer 2 pcs. A disk made of cork 2 pcs. Cooling bath cover 2 pcs.

A membrane nitrogen plant is a set of special equipment designed to produce nitrogen from atmospheric air by the method of membrane separation at a pressure of up to 25 bar. The production of nitrogen in this technological process is based on the principle of separation of gas mixtures in a membrane module, due to the different penetration rates of the components of the gas mixture through polymer membranes and the differential partial pressures on both sides. In the case of separation of the air mixture, oxygen has a greater permeability than nitrogen. The difficult-to-penetrate gas components (N2, CH4, CO) pass along the entire length of the generator and then come to the consumer. The output is a gas mixture with an N2 content of up to 99.9%. The membrane installation allows to obtain high-pressure production gas (nitrogen). The composition of a standard membrane nitrogen production plant: Air compressor; Dehumidifier; Main filter block, including coal column; Air receiver; Membrane generator; Production gas receiver.

The optical parameters of the media converter are determined by the parameters of the SFP modules installed in the corresponding slot of the media converter. The media converter supports working with various SFP modules with a supply voltage of 3.3 V and a data transfer rate of up to 1250 Mbit/s, that allows you to organize data transmission at distances from 0.5 to 120 km, both over multimode and single-mode fiber in two- or single-fiber communication lines. The analogue of this media converter for the SFP module is Planet GT-805A.

DPSS lasers of the KLM-445/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: 445 nm Output beam diameter: 1.5mm 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