Industrial Drying Cabinet SNOL (SHS) 4000/5-I2 V

The tripod is made of aluminum, which allows them to be sterilized at any temperature; this material provides lightness and durability. It can be used in water baths. The tripod has an individual packaging. Designed for storing test tubes.

Industrial drying cabinet SNOL (SHS) 3000/3-I2 V is designed for drying, tempering, aging, thermal testing and other types of heat treatment of various materials in an air environment at temperatures up to 350 (optionally up to 500) ° C with forced air convection in stationary conditions.

It provides clear visibility of the labels of viscometers located in the thermostat bath. This creates additional convenience and increases the accuracy of measurements. It is located behind the working bath of the thermostat.

Operating temperature range +15...+100 °C All-metal bath. Basket for placing six cylinders for hydrometers. The stability and uniformity of the temperature in the working bath is not worse than ± 0.01 ° C. The volume of the bath is 30 liters Overall dimensions 340x280x800 mm The open part of the bath is 120x210 mm Bath depth 500 mm Weight 23 kg Power consumption 2.2 kW

The UPVD deionizer is suitable for enterprises, research centers and laboratories where type 2 water is required for laboratory analysis with an electrical conductivity of no more than 1.0 mcm/cm. Overall dimensions (LxWxH) 550×290×460 mm Weight 21 kg

Operating temperature range +15...+150 °C Four places for glass viscometers. Overflow design ensures stability and uniformity of temperature not worse than ± 0.01 °C Bath volume 22 l Number of jobs 4 Overall dimensions 580x230x660 mm The open part of the bath is 280x94 mm Bath depth 315 mm The size of the viewing window is 270x300 mm Weight 31 kg Power consumption 2.2 kW

The device allows you to detect surface defects like cracks, visualizing the signal from the continuity interruptions on the display. The design of the flaw detector allows to determine with high reliability the exact location and depth of defects even on rough surfaces of flat and curved shape, including under a layer of corrosion or in the presence of a protective coating of the controlled area of the product with a thickness of up to 3 mm. The principle of operation of the VD-12NFP eddy current flaw detector: The principle of operation of the VD-12NFP eddy current flaw detector is based on the phenomenon of electromagnetic induction. An alternating magnetic field created in the primary coil of the converter by means of a sinusoidal voltage generator excites eddy currents in the controlled product. A parasitic magnetic field formed by eddy currents at the locations of defects affects the measuring unit (two signal coils connected in series) of the converter, creating an electromotive force in it. The amplitude and phase of the secondary signal carries information about the properties of the defect and the position of the transducer relative to the surface of the controlled product. The output signal from the measuring unit of the converter, after amplification and processing using a microprocessor, is displayed on the readout of the device, and is also stored in the memory block for subsequent transmission to a personal computer. In addition, information about the defects is displayed on a piezoelectric bell used as an audio indicator. Design, features and advantages of the VD-12NFP eddy current control device: The VD-12NFP eddy current flaw detector is a portable device capable of working both in a desktop and in a suspended position in a special bag-case. This ensures convenient operation of the device in a variety of conditions: in the laboratory, in the factory shop or during field tests. The flaw detector consists of an electronic unit with controls and display of test results, as well as three replaceable converters with wear-resistant corundum tips connected to the electronic unit using a connector. The choice of the desired converter depends on the magnetic properties of the material. For the control of parts with grooves, a converter with an inclined tip is offered. The device is powered by 4 AA batteries located in the battery compartment of the electronic unit. The advantages of the flaw detector include: - a screen for visualizing the signal during measurement; - light weight and compact dimensions that allow you to use the device in almost any conditions; - the ability to control the quality of products of various curvature and surface roughness even in the presence of a protective coating or a layer of corrosion; - wear resistance of converters, which is important when monitoring products with increased surface roughness (up to Rz£320); - automatic detection of the type of converter when connected, as well as the presence of built-in memory for storing control results; - the possibility to transfer data to a personal computer for storing or printing control protocols. Scope of application: Portability, high productivity, the ability to work with curved and rough surfaces, as well as the fact that the operation of the flaw detector is practically unaffected by humidity, pressure and contamination of the gas environment or the surface of the controlled product with non-conductive substances ensure the versatility of the device for detecting cracks in various materials. The eddy current flaw detector VD-12NFP is actively used in heavy industry for diagnostics of metal structures, assemblies and mechanisms for various purposes in factory workshops or laboratories, including at enterprises of railway transport, automotive industry, mechanical engineering, pipelines and metal structures. The VD-12NFP flaw detector can be used with equal success in the field, factory workshops, depots, laboratories and workshops to monitor the current condition, as well as to assess the degree of wear, the possibility and duration of further operation of such products made of metals and alloys as over-spring beams, wagon wheels, auto coupler housings, side frames, wheel couples and others. Distinctive features: • control of parts with surface roughness up to Rz320 due to wear-resistant corundum tips; • assessment of the degree of danger (depth) of the defect; • automatic detection of the converter type; • microprocessor control; • 5 universal programs for saving settings; • capable of detecting defects with a depth of 0.3 mm • The angle of deviation of the converter from the normal to the working surface up to 60° • Operating frequency of 70 kHz; • Maximum working clearance of 3mm; • visualization of the signal from the defect; • built-in memory for storing control results • Equipped with a Bluetooth 2.0 wireless communication module, which allows you to transmit control results and control the flaw detector at a distance of up to 20m; • The possibility of forming a control protocol based on the data transmitted to the PC; • Temperature range from 0°C to +40°C; • The design allows you to work with the flaw detector without removing it from the bag-case. Basic kit: Ia5.173.016: 1 electronic unit Ia5.125.031: 1 converter, type 1; marked as (•) Ia5.125.030: 1 converter, type 2; marked as (••) Ia2.706.002: the KOIDZ-VD set of samples with a passport (consisting of: Ia8.896.034: 1 piece; Ia8.896.035: 1 piece; Ia8.896.035-01: 1 piece) - A certificate of verification. 4 AA batteries 1 charger 1 small-sized phone 1 CD with software 1 special key 1 bag-case A calibration certificate is issued for the VD-12NFP flaw detector. 1 passport 1 operating manual 1 calibration instruction

The operating temperature range is +20...+200 °C. The stability and uniformity of the temperature in the working bath is not worse than ± 0.01 ° C. Bath volume 14 l Overall dimensions 315x330x460 mm The open part of the bath is 100x190 mm Bath depth 230 mm Weight 15 kg Power consumption 2.2 kW

The vacuum condenser type trap with a capacity of 12 liters is designed to condense vapors of non-aggressive gases on the internal cooled surfaces of the trap, in order to prevent them from entering the pump.

Designation SNOT-8.16.5/5,0- I2-In

Technical specifications: Frequency of the generated magnetron radiation, MHz 2450 ±50 Number of simultaneously decomposed samples 1 The maximum volume of the processed sample, cm3 50 Maximum working pressure in the container, atm 9 Power consumption, V*A 600 The average absorbed power (W) in the reactor when heating 30 cm3 of distilled water at 100% output power level of the magnetron in the range of supply voltage from 187 to 242 V 150... 250 Average time to failure, h, not less than 2500 Average service life, years, at least 5 Overall dimensions, mm, no more than 500x450x150 Weight, kg, no more than 22

Technical characteristics: NIP, KG52 Discreteness, g1 Self-calibration The size of the weighing platform, mm350x320 The smallest weighing limit, g5 Accuracy class according to GOST OIML R 76-1-2011II is high Limits of error allowed during initial verification, goth 5g to 5 kg incl. ±0.5; sv.5kg to 20kg incl. ±1.0; sv.20kg to 32kg incl.± 1.5 Dust and moisture protection (IP)54/65 (on request) The setting time, s, no more than 3 The weight adjustment is built-in 5-year warranty

The LOIP LT-417a modification device consists of an immersion thermostat-circulator LOIP LT-400 and a working bath with a flat removable lid. Technical specifications: Temperature range: without external cooling, °C Current+10 ... +200 with tap water cooling °C Tvods+5 ...+200 Accuracy of temperature maintenance, °C ± 0.01 The error of setting the set temperature, no more than, ° C ± 0.02 Heater power, W 2200 Pump: max. flow rate, l/min 6...12 pressure, 0.4 bar Bath volume, l 17 The working fluid is water, silicone oil. Open part of the bath / depth, Mm 360x296/150 Overall dimensions, mm 532x335x350 Weight, kg 14.4

Productivity, thousand tab./hour 160 Number of stations 31 Max. pressing force, tn 10 Number of threads 2 Diameter of tablets, mm 6-25,4 Height of tablets, mm 1.5-9 Matrix filling depth, mm 18 Rotor material steel 40x13 Filling hopper capacity, l 20(30) Stepless rotor speed change The change in the speed of rotation of the feeder is independent Supply voltage 380V, 50Hz Power consumption, kW/hour 4.18 Weight, kg 2200 Dimensions, mm 900x900x1800

Operating temperature range -70...+30 °C Two places for glass viscometers. The stability and uniformity of the temperature in the working bath is not worse than ± 0.02 ° C. Bath volume 16 l Overall dimensions 800x530x1210 mm The open part of the bath is 130x130 mm Bath depth 370 mm The size of the viewing window is 125x270 mm Weight 125 kg Power consumption 4.2 kW