Industrial equipment

The ZYB series waste oil pump is used for pumping impurities including heavy oil, diesel oil, coal tar and grain, oil, chemical, building materials and daily chemical products with a temperature not higher than 200℃ and a viscosity of not more than 150 mm 2 /S containing non-metallic impurities. This machine adopts self-sealing lubrication design, the gap automatically adjusts the structure, and the parts are made of high wear-resistant materials.

NYP internal gear oil pump is a new type of positive displacement pump, which is designed according to the needs of different fields such as petroleum, chemical, paint, medicine, food and so on. Through special structural form and selection of different pump materials, it can be widely used in a variety of media with different properties and viscosities.

Horizontal Honing Machines:MRL-1800/MRL1805,LH100/CH100,vertical honing machine:MVR-200,DWVH-200-760

Model MS1008, SPRING commercial stainless steel sink faucet,stainless steel sink faucet,stainless steel kitchen sink faucet,stainless steel sink black faucet

The oscillating screen ERGA GK provides simultaneous screening of up to 5 fractions of material with a classification efficiency of up to 99%. TECHNOLOGICAL DESIGN ERGA GK screen is a sealed, dust-proof housing with replaceable sieves (up to 4 pcs) installed inside. During sieving, the entire sieve area is involved, which ensures high productivity of the equipment. CLASSIFICATION EFFICIENCY UP TO 99% Individual sieving mode is selected depending on the material and requirements for the final product. Optimal adjustment of the sieve angle, stroke amplitude and pulse frequency allow achieving up to 99% efficiency of the classification of the source material. OPERATION UP TO 24 HOURS PER DAY WITH MINIMUM MAINTENANCE Unpretentious, rocking screen ERGA GK works without complicated transmission mechanisms, lubrication and close attention from the personnel. The sieves are cleaned automatically, which eliminates their clogging and guarantees high-quality fractionation of raw materials with high productivity without downtime for maintenance. If it is necessary to replace the sieve, it is enough to unblock the eccentric clamps and remove the sieve.

A compact laser machine performs special processing on the surface of all types of alloys, including precious metals (gold, platinum, titanium, etc.) without harm to the integrity of the surface of this material. MiniMarker laser machines are highly reliable (they have been operating in production for more than 12 years), have low power consumption, no need for consumables, provides high quality images, has the ability to color laser engraving of metals, has an extended warranty of 3 years. The customer's personnel undergo free short-term training.The MiniMarker 2-C25 laser machine is recommended for special marking, including marking of medical devices, aircraft engine parts (turbine blades, pipelines, etc.), end surfaces of precision bearings. Those. specifications laser emitter: Laser type: ytterbium cw fiber Laser resource: more than 100,000 hours Average laser output power: 25 W Laser wavelength: 1.064 μm Cooling: autonomous air software package: Type of output images: outline and raster, text and graphic, barcode

Welding rotator MAK-70N with a maximum carrying capacity of 70 kg, designed to hold and position the product during welding. Rotation is carried out by a domestic-made DC geared motor, which provides smooth regulation and stability of the rotation speed. The faceplate is tilted manually using a clamping lever. A sliding contact (copper-bronze) with a load of 500 A is used to connect the return welding cable. All electrical parts are located in the rotator body. Those. specifications Distinctive features of the MAK-70N rotator: – strong base, which ensures stability of rotation of the product without vibrations at various weights and configurations; – motorized rotation of the faceplate in a wide range of speeds; in which you can install the welded product; – operating mode: 2-stroke, 4-stroke – change the direction of rotation – the ability to rotate the faceplate at the marching (maximum) speed for quick installation of the product; – LED indication of the rotational speed of the faceplate (in rpm); – start and stop rotation using a foot pedal. Technical characteristics Maximum lifting capacity * – 70 kg Maximum torque – 15 kg * m Faceplate diameter – 420 mm Rotation speed – 0.5-8.45 rpm Tilt angle – 0 – 90 degrees Supply voltage – 1×220 (50 Hz) H Weight – 73 kg Overall dimensions (HxLxW) – 835x420x670 mm

The KS-5 welding torch travel mechanism is designed for MIG / MAG fillet welds without transverse oscillations of the torch. Small dimensions of the mechanism make it possible to use it in confined spaces and hard-to-reach places. Distinctive features: – strong metal base; – aluminum wheels covered with special heat-resistant rubber, which ensures the operation of the mechanism on surfaces heated to 250 ° C and a long service life; – powerful magnetic system , providing free movement of the mechanism on inclined and vertical surfaces; – all-wheel drive system of movement of the mechanism allows you to maintain a constant speed of movement even on an uneven surface; – the ability to work with almost any welding machine; – manual supports, providing easy positioning of the torch in two directions when setting the process and correction of its position during welding; – ensuring the constancy of the position of the mechanism relative to the joint during welding due to the copying system, which consists of two thrust rollers mounted on an adjustable axis; – a convenient handle for tearing of the mechanism from the product and transportation; – low weight and dimensions of the mechanism; – favorable price offer. An excellent choice for welding horizontal fillet welds and welding in a confined space, a simplified device, an advantageous price offer. Those. specifications Welding position – Horizontal fillet weld Weight – 8 kg Dimensions: HxWxL – 300x210x260 mm Power supply AC 1 ~ 100-240 V (frequency 50-60 Hz) Ground clearance – 6.5 mm (fixed) Number of driving wheels 4 – on fixed axle Number of thrust rollers 2 – on an adjustable axis (adjustment angle ± 1 ° 40 ") Torch travel – horizontal – 50 mm – vertical – 50mm Burner tilt angle along the axis – 45 ± 10 degrees along the Y axis – 90 ± 10 degrees Carriage speed 5 to 60 cm / min Clamping device – magnetic Clamping force – 25 kg Welding torch * – with straight or curved neck, 350 A (500 A), 3 m (4.5 m)

Description – digital indication of the rotational speed of the plate washer; – simple and intuitive control; – modular design provides convenient location at the workplace; – the plate with 6 slots, which allows you to install any types of cartridges and various devices on it; – manual tilt with fixing the position of the drive unit with clamping levers. Those. specifications Power supply: AC -230 V, frequency 50/60 Hz Rotation speed of the faceplate: 1-9 rpm Reverse of rotation: yes Loading capacity: 15 kg Height of the rotator – 360 mm Height to the axis of rotation in the horizontal position – 205 mm Diameter of the faceplate – 180 mm Number of grooves in the plan-washer – 6 pieces Width of the base – 145 mm Base length – 320 mm Weight: rotator – 15.6 kg control unit – 3.4 kg pedal – 1.2 kg Scope of delivery: 1. welding rotator Mini 15 – 1 pc. 2. control unit with a 3 m network cable – 1 pc. 3. foot pedal – 1 pc. 4. set of operational documentation – 1 pc. Additionally, we recommend purchasing: cartridge – 1 pc. (not included in delivery)

Rotation and tilt is carried out by a Russian-made geared motor, which provides smooth adjustment and stability of the rotation speed. To connect the return welding cable, a sliding contact (copper-bronze) with a load of 500 A. control panel. Distinctive features of the MAK-500N welding rotator (manipulator): – strong welded base, which provides stability of rotation of the product without vibrations at various weights and configurations; motorized rotation and tilt of the faceplate in a wide range of speeds; – faceplate with six slots suitable for mounting various types cartridges or special devices in which the welded product can be installed; – manual and automatic operation; – the ability to customize the full cycle of work, including setting the start delay time, overlap value, control of the welding machine; – multifunctional panel with a full-text display provides easy control and setting the operating mode of the rotator; – the possibility of installing one or several pneumatic arms to hold the burner; – the rotator can be equipped with a tailstock moving along an additional base for fixing products of great length up to 2000 mm. Those. specifications Technical characteristicsMaximum lifting capacity – 500 kgMaximum bending moment – 120 kg * mMaximum torque – 90 kg * m Faceplate diameter – 700 mm Rotation speed 0.1-1.0 rpm Tilt angle 0 – 105 degrees Power supply – 3х380 (50Hz) VW – 398 kg Overall dimensions – 1090х840х825 mm Pneumatic console – option Tailstock – option

Rotation is carried out by a Russian-made gear motor, which provides smooth adjustment and stable rotation speed. The tilt is carried out manually, due to the rotation of the handwheel (on request, it can be retrofitted with a geared motor) To connect the return welding cable, a sliding contact (copper-bronze) with a load of up to 500 A is used. built-in control panel Distinctive features of the rotator (manipulator) of welding MAK-200N: – strong welded base, which provides stability of rotation of the product without vibrations at different weight and configuration; – motorized rotation and tilt (on request) of the faceplate in a wide range of speeds; – a faceplate with six slots is suitable for fastening various types of cartridges or special devices in which the workpiece to be welded can be installed; – manual and automatic operating modes; – the ability to customize the full cycle of work, including setting the start delay time, overlap value, control of the welding machine; – multifunctional pan a spruce tree with a full-text display provides easy control and adjustment of the rotator's operating mode; – the ability to install one or several pneumatic arms to hold the torch; – the rotator can be equipped with a tailstock moving along an additional base for fixing long products up to 2000 mm. Those. specifications Maximum lifting capacity – 200 kg Maximum bending moment – 80 kg * m Maximum torque – 38 kg * m Faceplate diameter – 650 mm Rotation speed 0,4-4,0 rpm Tilt angle 0 – 105 degrees Power supply -220 V (50Hz) Weight – 295 kg Overall dimensions mm -1050х850х730 Pneumatic console – option Tailstock – option ** lifting capacity is indicated in the horizontal position of the plan-washer

Welding rotator MAK-200N BA with a pneumatic console for positioning the welding torch, carrying capacity up to 200 kg, is designed to hold and position the product during welding. Rotation is carried out by a Russian-made gear motor, which provides smooth adjustment and stable rotation speed. The tilt is carried out manually, due to the rotation of the handwheel (on request, it can be retrofitted with a geared motor) To connect the return welding cable, a sliding contact (copper-bronze) with a load of up to 500 A is used. built-in control panel. Distinctive features of the rotator (manipulator) of welding MAK-200N BA: – strong welded base, which provides stability of rotation of the product without vibrations with different weight and configuration; – motorized rotation and tilt (on request) of the faceplate in a wide range of speeds; – a faceplate with six slots is suitable for fastening various types of cartridges or special devices in which the workpiece to be welded can be installed; – manual and automatic operating modes; – the ability to customize the full cycle of work, including setting the start delay time, overlap value, control of the welding machine ; – multifunctional a panel with a full-text display provides – easy control and setting of the rotator's operating mode; – equipped with a pneumatic console to hold the torch; – the rotator can be equipped with a tailstock moving along an additional base for fastening products of great length up to 2000 mm. Those. specifications Maximum lifting capacity ** – 200 kg Maximum bending moment – 80 kg * m Maximum torque – 38 kg * m Faceplate diameter – 650 mm Rotation speed – 0.4-4.0 rpm Tilt angle 0 – 105 degrees Power supply – 220 V (50Hz) Weight – 295 kg Overall dimensions mm – 1050х850х730 Pneumatic console – yes Tailstock – option ** lifting capacity is indicated in the horizontal position of the plan-washer

Welding rotator MAK-500N BACB with a tailstock and a pneumatic console with a lifting capacity of up to 500 kg is designed to hold and position a product up to 2000 mm long during welding. Rotation and tilt is carried out by a Russian-made gear motor, which provides smooth adjustment and stability of the rotation speed. The cable uses a sliding contact (copper-bronze) with a load of 500 A. Setting and regulation of rotation, tilt, and welding parameters is performed on the built-in control panel. Those. specifications Distinctive features of the rotator (manipulator) of welding MAK-500N BACB: – strong welded base, which ensures stability of rotation of the product without vibrations at different weight and configuration; – motorized rotation and tilt of the faceplate in a wide range of speeds; – faceplate with six slots is suitable for fastening of various types of cartridges or special devices in which the welded product can be installed; – manual and automatic operating modes; – the ability to customize the full cycle of work, including setting the start delay time, overlap value, control of the welding machine; – multifunctional panel with full-text display provides easy control and adjustment of the rotator operating mode; – the rotator is equipped with a tailstock with a pneumatic console moving along an additional base for securing products of great length up to 2000 mm.

Welding rotator MAK-200N BACB with a tailstock and a pneumatic console, carrying capacity up to 200 kg., Is designed to hold and position the product during welding. Rotation is carried out by a Russian-made gear motor, which provides smooth adjustment and stable rotation speed. The tilt is carried out manually, due to the rotation of the handwheel (on request, it can be retrofitted with a geared motor) To connect the return welding cable, a sliding contact (copper-bronze) with a load of up to 500 A is used. built-in control panel. Distinctive features of the rotator (manipulator) of welding MAK-200N BAСВ: – strong welded base, which provides stability of rotation of the product without vibrations with different weight and configuration; – motorized rotation and tilt (on request) of the faceplate in a wide range of speeds; – a faceplate with six slots is suitable for fastening various types of cartridges or special devices into which the work piece to be welded can be installed; – manual and automatic operating modes; – the ability to customize the full cycle of work, including setting the start delay time, overlap value, control of the welding machine ; – multifunctional a panel with a full-text display provides easy control and adjustment of the rotator operating mode; – equipped with a pneumatic console to hold the torch; – the rotator can be equipped with a tailstock moving along an additional base for securing products of great length up to 2000 mm. Those. specifications Maximum lifting capacity ** – 200 kg Maximum bending moment – 80 kg * m Maximum torque – 38 kg * m Faceplate diameter – 650 mm Rotation speed -0.4-4.0 rpm Tilt angle 0 – 105 degrees Power supply 220 V (50 Hz) Pneumatic console – there is a tailstock – there is

The pump design significantly reduces static and dynamic loads on radial bearings. The level of noise and vibration of vertical pumps is significantly lower, booster pumps have a long service life. They differ in such advantages as: – energy saving – sealed design – no leakage, no environmental pollution – the flow path is unified with the central nervous system pump of the PPD system – increased reliability – not required alignment, capital foundation – it is possible to install an upstream multiphase wheel (auger) Tech. specifications Consumption, m3 / hour: from 45 to 300. Head, m: from 100 to 200. Seal: double face.

Our company produces Nutsche filters from polypropylene. Also we can offer other thermoplastic materials (PVC, PEHD, PVDF) for specific solutions. Nutsche filters are used for filtration and thickening of solutions. Nutsche is the simplest batch-type filter working under vacuum or overpressure. Direction of gravity and movements of filtrate are the same in it. Nutsche filters can be of 2 types: open and closed filters. Nutsche filter of open type works under discharging. Such kind of filter is a device of rectangular or round shape equipped with the filter baffle plate above the bottom. Filter can be made from cloth, thermoplastic perforated sheets or other materials which is laid on grid. After the filter is filled with suspension and vacuum is blowing the filterable substance goes through the baffle plate. Sediments remain on the baffle plate. After the process is completed the sediments are removed manually. The device can be equipped with a mobile bottom to simplify the processes of unloading. Advantage of open Nutsche filters from PP is its simple and safe design which enables to wash sediments carefully. Nutsche filters are made from polypropylene. Therefore they are resistant to aggressive mediums and operate by the temperature from -5 till + 95 С°. Nutsche filter of closed type works under overpressure. It consists from the case with a jacket, removable cover and mobile bottom. The filter baffle plate is placed on support grid. This plate can be made from guard mesh, layers of fibers or perforated sheets. Ring plate is placed above the filter baffle plate. It holds the sediments by uploading. The bottom is movable: it can turn and descend at an angle suitable for manual removing of sediments from the filter plate. Nutsche filter is provided with nozzles to supply suspension, compressed air or to remove filtrate. The filter is equipped with safety valve to prevent the pressure rise above the limit. By the filtration under overpressure the saturated steam is supplied into the jacket. It ensures the viscosity reduction of filtrate and increases the efficiency.

A chemical reactor is a unit for carrying out stable and stable chemical processes with strict adherence to the necessary parameters of the process (temperature, mixing speed and dosing of components). The main purpose of chemical reactors is to produce the final product from the initial components. The main material for manufacturing the reactor is polypropylene, since the medium is usually very aggressive, it is also possible to manufacture it from other polymers (polyethylene, PVC, PVDF).

The main specialization of the company "UralAktiv", Yekaterinburg is the production and supply of industrial polymer radial fans in acid-proof design, all standard sizes of low pressure hoses, medium high pressure hoses and high high pressure hoses, with a capacity from 500 m3 / h to 150 000 m3 / h and pressure up to 8 000 Pa for various chemical environments containing acids and alkalis and with a service life of up to 50 years in corrosive gases.

Our company produces Nutsch filters from polypropylene, but for specific solutions we can offer other thermoplastics (PVC, HDPE, PVDF). Nutsch filters are used to filter or thicken a solution. Nutsch is the simplest batch filter operating under vacuum or overpressure … The directions of gravity and the movement of the filtrate in it coincide. There are two types of suction filters: open and closed.

The main specialization of UralAktiv LLC is the production of polypropylene ventilation for electroplating industries. On the basis of our company, we have the ability to develop and manufacture any type of electroplating baths made of polypropylene. The material for making electroplating baths depends on the set, concentration and temperature of the acids used in the process. The most versatile are polypropylene baths due to their availability and good chemical resistance. Available materials for plastic electroplating baths: PP, Polypropylene (made in Russia); PP, Polyproipilene (imported); PVC, polyvinyl chloride; PVDF, polyvinyldene fluoride. Polypropylene electroplating baths already contain stiffeners, and for large galvanic baths, steel is used outer frame. The size of the electroplating baths directly depends on the size of the workpiece in this process, which is why most often the electroplating baths are designed and manufactured according to the specific requirements of the client. Polypropylene electroplating baths are suitable for most electroplating processes: polishing, chromating, zinc plating, nickel plating, cadmium plating, copper plating, varnishing, brass plating, parts washing and drying. In addition to baths, our company can manufacture electroplating tables and drums. Drums allow galvanic processing of small metal products and all hardware products. For example: studs, bolts, nails, metal fittings, etc. A galvanic drum, as a component unit, can be included in drum suspensions (carriages) and drum baths. Reels of all types and sizes are produced, depending on the dimensions of the baths and transport equipment of the customer's galvanic lines. Plating baths made of plastic are much more reliable than metal or stainless steel baths and much cheaper than electroplating baths made of special steels. At the same time, they are lighter and have a better appearance. The service life of such galvanic baths is from 10 to 50 years.

On the basis of our company, we design and manufacture containers from polypropylene and polyethylene based on sheet materials. The most optimal and economically feasible design of a polypropylene container is a vertical cylindrical shape. Horizontal containers made of polypropylene, as a rule, are made by our company of rectangular shape with additional stiffening ribs. It is better to make horizontal polyethylene tanks (polyethylene tanks) from finished pipes of the required diameter, since they have the maximum ring stiffness. Polyethylene (polypropylene) containers can be used for storing drinking water or storing aggressive liquids (solutions of acids and alkalis). The material of the acid container is selected individually, depending on the temperature, composition and concentration of acids. So, for example, polyethylene is the best material for a sulfuric acid container. It should be noted that the service life of a polypropylene container is maximum if it is located inside a heated room. For outdoor use, polyethylene is more suitable. There are the following types of plastic containers: Vertical cylindrical containers: containers with a flat bottom containers with a conical bottom containers with a conical lid containers with a conical bottom and a conical lid Horizontal conical containers Rectangular containers Containers for transporting corrosive liquids from thermoplastics Tech. specifications Vertical cylindrical tanks Flat-bottomed tanks Vertical-type plastic cylindrical tanks with a flat bottom are intended for stationary storage of both drinking water and aggressive chemicals. The material from which the containers are made is suitable for contact with food and chemical media. The main material for containers, tanks, reservoirs is polypropylene in gray RAL7032 and black polyethylene. Other types of materials and colors are available on special order. Available types of plastics: PP / PP – polypropylene; PPs – Flame Retardant Polypropylene; PP-EL-s – electrically conductive, flame retardant polypropylene; PE / PE – polyethylene; PVC – polyvinyl chloride; PVDF stands for polyvinylidene fluoride. At the request of the customer, we manufacture in other sizes, and, if necessary, we will help to complete additionally: level sensors, a pump, a stirrer, heaters, etc. Containers with a conical bottom The company UralAktiv LLC manufactures polymer containers with a conical bottom. All of them can be made of durable chemically resistant plastic, for example, polypropylene sheet, polyethylene sheet. Their bottoms are tapered and the drain hole is located at the bottom of the tank. Thanks to this design, you can use absolutely all the contents of the container, and the sediment does not accumulate on the bottom. Containers with a conical lid We make cylindrical plastic containers with a flat bottom and a conical lid from polypropylene, from polyethylene. This version of the lid makes it possible to manufacture containers with a large volume. Polymer containers with a conical lid are conveniently used in various technological processes, for example, in the metallurgical, chemical or food industries and not only: it can be energy, mechanical engineering and household use, for example, for storing water. Tanks to order can be completed with additional equipment, such as: level gauges, taps, nozzles, etc. Tanks with a conical bottom and a conical lid Our company also calculates, designs and manufactures more complex containers, for example, with a conical bottom, conical lid, supports. For additional strength, stiffening belts are provided. Equipment can be installed on all containers, tanks, reservoirs made of polypropylene, polyethylene: agitators, pumps, level sensors, shut-off valves, electric heaters, instrumentation and much more. for a more convenient location. Horizontal tanks made of chemically resistant plastic (PP, PE) are designed for storing drinking water, food, as well as aggressive acids and alkalis. Temperature range of storage of liquids in plastic containers from -40 to + 90 degrees Celsius. At the request of the customer, the complete set can be different: fittings, bends, level gauges and other equipment.

An absorber (absorption column) is a mass transfer apparatus used to separate gas mixtures by selective absorption of individual components by an absorbent. Typically, absorption columns are used for the production of ammonia, chlorine and sulfuric acid. Absorption columns are: – Packed absorbers. – Disc (bubble) absorbers. – Tubular absorbers. Absorption plants manufactured by us are made of polymeric materials (polypropylene, polyethylene, PVC, PVDF), as well as all fittings, an irrigation system from a pump to nozzles and instrumentation. Maksimova vertical gas scrubbers The model of a vertical wet scrubber type VM is designed to remove most acids, alkalis and their mixtures, including impurity gases. Principle of operation: Gas scrubber VM has a sufficiently large packed bed, which makes it possible to use this scrubber as an absorber. The air flow passes through the bed of the packing from the bottom to the top, which is continuously sprayed with water (solution) using nozzles. Due to the large volume of the nozzle, the contact area of the liquid contact with the gas-air mixture increases, thereby increasing the cleaning efficiency. Further, the air flow enters the droplet separators, where the scrubbing liquid is separated from the gas-air mixture. Due to the bends of the droplet separator profile, moisture droplets settle on the surface and roll down, falling into the packed bed. The sprinkling liquid, passing through the nozzle layer through the water seal, enters the buffer tank. The water seal makes it possible for the scrubber to operate under vacuum. Further, the liquid is fed back to the flushing by means of the pump. In addition, the scrubber can be equipped with a coalescer. The coalescer is positioned between the elements of the droplet separator in such a way that even the smallest droplets are enlarged and then separated on the droplet separators. Those. specifications Vertical scrubbers are divided into three types by flow velocity: VM-05 – scrubber with a flow velocity of 0.5 m / s, resistance up to 550 Pa; VM-1 – scrubber with a flow velocity of 1.0 m / s, resistance up to 600 Pa ; VM-2 – scrubber with a flow rate of 2.0 m / s, resistance up to 650 Pa.

Our company is engaged in the production of laboratory furniture for research facilities and industrial enterprises: tables; countertops; sinks; fume hoods; cabinets for storage and overflow of aggressive media. All products are certified by ROSTEST. Order furniture of all sizes and configurations. Polypropylene furniture can withstand heavy loads and is equipped with equipment for connecting to a water supply system, sockets, wheels, and other devices.

PURPOSE: • leak test disc and seal seat; • door tightness test; • test of performance and adjustment of working pressure. OBJECTS TO BE CHECKED: • safety valves. STORAGE TEST TYPE OF CONNECTION: * • flanges; • threaded ends; ADVANTAGES: ■ Fast clamping and centering of the valve, tested by synchronous movement of two or three clamps. ■ Sealing Valve testing is done through the hydraulic cylinder. ■ Compact size fixing device integrated stainless steel water collection tray. ■ Water-contacting participants to corrosion. ■ Equipped with accessories for sealing adapters for each DN and a set of spare parts.

PURPOSE:. testing the valve's body for strength and density;. gate tightness tests;. environmental leakage tests (including gland seals);. operation test;. pressure safety valves gate tightness test;. pressure safety valves operation tests.TESTED ITEMS:. gate valves;. ball valves;. stop valves (globe valves);. check valves;. butterfly gates;. plug valves.TESTED UNIT CONNECTION TYPE:. flanged (according ASME B 16.5, GOST 12815 etc.);. welded ends (according ASME B 16.25, GOST, etc.);. threaded-end;*. true union.*ADVANTAGES:-Clamping of tested valve provided by hydraulic cylinder, optionally test bench canbe equipped with proportional clamping control system, which excluding axialcompression applied to the valve body during clamping by hydraulic cylinder,during high pressure testing.*- The two-sided gate sealing during tests do not require the tested valverearrangement, which significantly reduces the test time.- The bench is equipped with the water-collection tray with stainless steel tank.*- The test preparation time is significantly reduced by using the high-pressure fastcoupling hoses.- The bench is quickly adjusted to face-to-face dimensions of valve by using theelectrically driven cross-head.-The patented design of the self-sealing adapters exclude axial compressionduring the tests, which ensures the test reliability, protects the valves againstdeformation, and extends the valve life.*- All water-wetted parts are corrosion-proof.- The bench can be equipped with replaceable sealing adapters.*- Increased-diameter hoses reduce the time of the valve filling with the test medium.-Turning upper cross-head is used to simplify the valve installation procedurebefore testing.- The test preparation time is significantly reduced by using the high-pressurequick-connect hoses.- Fast clamping and centering of the tested valve is ensured due to synchronizedtravel of the straps.- Test bench allows visual detection of seat leakage point.

PURPOSE:• testing of the body part materials for strength and density (shell test);• gate tightness tests (leakage test);• environmental leakage tests (including gland seals), backseat test;• operation test (functional test).TESTED ITEMS:• gate valves;• ball valves;• butterfly valves;• check valves;• plug valves.TESTED UNIT CONNECTION TYPE:• flanged (according ASME B 16.5, ASME B 16.47,GOST 12815 etc.);• welded ends (according ASME B 16.25, GOST, etc.);*• set of sealing adapters available.*ADVANTAGES:- Clamping of tested valve provided by hydraulic cylinder,optionally test bench can be equipped with proportionalclamping control system, which excluding axialcompression applied to the valve body during clampingby hydraulic cylinder, during high pressure testing.*- Clamping unit can be provided with radial sealing type orself-sealing adapters.*- The two-sided gate sealing during tests do not require thetested valve rearrangement, which significantly reducesthe test time.- The bench is equipped with a special system for airremoval from the tested valve, which improves safety,productivity, reliability of the obtained data, and obviatesthe need for additional air drain.*-The bench is equipped with the water-collection tray withstainless steel tank.*– The test preparation time is significantly reduced by usingthe high-pressure quick-connect hoses.-The bench is quickly adjusted to face-to-face dimensionsof valve by using the hydraulically or electrically drivencross-head.- The patented design of the self-sealing adaptersexclude axial compression during the tests, whichensures the test reliability, protects the valves againstdeformation, and extends the valve life.*- All water-wetted parts are corrosion-proof.- The bench can be equipped with replaceable sealingadapters.*- Increased-diameter hoses reduce the time of the valvefilling with the test medium.- Test-bench can be equipped with valve lifting platformsfor valve positioning and support during testing.*

PURPOSE: • testing the body valve for strength and tightness; • door tightness tested; • environmental testing for leaks (including glands, seals); • performance check; • pressure of the valves of the safety gate tightness test; • pressure of safety valves tested. OBJECTS WHICH ARE CHECKED: • gate valves, • ball valves; • stop valves (valves); • check valves; • butterfly doors; • rotary plugs; • safety valves. CHECKING THE CONNECTION OF THE DEVICE TYPE: • flanged (according to ASME B 16.5, GOST 12815, etc.); • soldier ends (in accordance with ASME B 16.25, GOST, etc.). ADVANTAGES: ■ Valve fastening tested, presented on a hydraulic cylinder, separately on the test bench can be equipped with a proportional control system, which, with the exception of axial compression, which is used in the valve body, during fastening of the hydraulic cylinder, during high pressure testing. * ■ Both sides of the door seal do not need to test the reversing valve during testing, which greatly shortens the testing time. ■ The bank is equipped with water, a collection tray. * ■ The dough preparation time is significantly reduced due to the use of high pressure quick-connect hoses. ■ Bank adjusted quickly, face-to-face valve sizes using an electric cross-head actuator. ■ Patented design of auto-sealing adapters to eliminate axial compression during testing, which provides reliability testing, protects the valve from deformation and prolongs valve life. * ■ Water-contacting participants are corrosive. ■ The bank can be equipped with replaceable seal adapters. * ■ Increasing the diameter of the hoses shorten the filling time of the valve using a test. ■ A fold-down top of the cross-head is used to simplify the valve installation procedure before testing. Dough preparation time is greatly reduced due to the use of high pressure quick connect hoses. ■ Fast fastening and centering test of the valve is ensured thanks to the synchronized travel of the guy wires. ■ Valve test, fastening technical is used to provide visual control of vanishing points. ■ It is possible to carry out tests for the door tightness of flange valves with vertical and horizontal axes of the position of the main branch of the pipe with the order of a visual inspection of the damper.

PURPOSE: • immersion testing of gas pipelines, valves; • testing of body parts made of materials for strength and density; • door tightness tested; • Environmental testing for leaks (including glands, seals). OBJECTS WHICH ARE CHECKED: valves • cryogenic; • gate valves, • ball valves; • butterfly valves; • check valves; • rotary plugs. CHECKING THE CONNECTION OF THE DEVICE TYPE: • flanged (according to the standards ASME B 16.5, ASME B 16.47, GOST 12815, etc.); • soldier ends (in accordance with ASME B 16.25, GOST, etc.); * • elements, ends, small size of valves; * • set for sealing all available adapters. * ADVANTAGES: ■ Valve fastening tested, presented on a hydraulic cylinder, separately on the test bench can be equipped with a proportional control system, which, with the exception of axial compression, which is applied in the valve body, during the fastening of the hydraulic cylinder, during high pressure testing. * ■ The clamping block can be equipped with a shutter, radial type or auto -Seal adapters. * ■ Both sides of the door seal during testing do not require testing of the flap valve, which greatly reduces the testing time. ■ The bank is equipped with a special system for removing air. The valve is proven to increase safety, productivity, the reliability of the data obtained and eliminates the need for air by an additional drain. * ■ The bank is equipped with water, the tray for collecting the tank is made of stainless steel. * – due to the use of high pressure quick connect hoses. ■ Bank adjusts quickly, face-to-face valve sizes using hydraulically or electrically operated cross-head overhead. ■ Patented design of auto-sealing adapters to eliminate axial compression during testing, which provides reliability testing, protects the valve from deformation and prolongs valve life. * ■ Water-contacting participants are corrosive. ■ The bank can be equipped with replaceable seal adapters. * ■ Increasing the diameter of the hoses shorten the filling time of the valve using a test. ■ Testing in the Bank can be equipped with a valve platforms lifting valve position and support during the test. *

PURPOSE: • Automated hardening / cover of conveyor sides and elements of diameter from 50 to 1200 mm (2 … 48 ") with or without swing electrodes with submerged arc welding process or in shielded gases (MIG / MAG processes) with wire. ADVANTAGES: The machine is equipped with a forced cooling of the weld block and a set of water-cooled welding head. Electrode pendulum mechanism allows to increase the width of the overlapping seam up to 60 mm (2. "). The advanced construction rotator allows overlapping workpieces in three coordinates (tilt angle and position along the x and y axes). The machine control system is based on an industrial controller, hence allows the operator to set the hardfacing / overlay parameters (vibration amplitude, amplitude, speed, faceplate revolutions, and seam length) via the touch screen on the control panel. ■ The device is equipped with a remote control. ■ Time to release "gas" flow – no more than 10 minutes. ■ Spare parts kit includes a set of tools, wear parts and a first aid kit. ■ Welding of the backlight area. the circumference of the seal of the weld is in the horizontal plane (overlapping seal rings, welding flanges). * ■ The machine achieves a surface hardness of 60 HRC. **

PURPOSE: • The machines are designed for grinding and lapping the plane of the sealing surfaces of the body and wedges of valves, rear-view mirrors and coils, shut-off valves (valves), safety valves and other flat surfaces. VALVE TYPE: • gate valves; • valve; • safety valve. * VALVE DN: Hard disks: • SPSH-600-N: DN 50 … 600 mm (2 … 24 "); • SPSH-1000-N: DN 300 … 1000 mm (12 … 40 "). Block with two tables and tilted: • SPSH-600-NN: DN 50 … 600 mm (2 … 24 "). Base unit table: • SPSH-300-NN: DN 15 … 300 mm (½ …12"); • SPSH-300-VV: DN 8 … 300 mm (0.3 … 12 ").

PURPOSE:. portable machine is designed for grinding and lapping thesealing surfaces of the gate valve trim and wedges withouttheir dismantling from the pipeline.MACHINED-SURFACE TYPES:. sealing surfaces of the gate valve trim and wedges.DN OF VALVE:. 50…250 mm (PUR-1);. 200…600 mm (PUR-2). Тех. спецификации COMPLETE SET:• portable unit;• professional pneumatic (Atlas Copco) and/or electric (Bosch) drives;*• device for mounting on the middle flange;• device for machining the gate valve wedges;• replaceable grinding and lapping discs;• a set of self-adhesive grinding wheels;• air preparation unit with a sleeve for compressed air supply;• plastic case;• set of spindles with the abrasive wheels based on electrocorundum (PUR-1, PUR-2);• set of spindles coated with the boron nitride (PUR-1, PUR-2).

PURPOSE: • modular structure of container workshop solutions allows its adoption in accordance with the requirements of customers and climatic conditions of use. Our range of models addresses the most critical valve problems, high pressure repairs for testing, calibration and maintenance of various valve types. OBJECTS WHICH ARE CHECKED: • gate valves, • ball valves; • shut-off valves; • check valves; • safety valves; • control valves. MOBILE WORKSHOP VERSIONS: • PKTBA-MK-1 mobile workshop test valve. • PKTBA-MK-2 mobile valve, test and repair. • PKTBA-MK-3 for mobile fittings and workshops.

We sell sleepers for rolling tracks of transformers: ШТ12 and ШТ27 ШТ27, 250х300х2700, drawing 3.407.1-157.1-18, weight of one tie is 510 kg, at a price of 4100 rubles / piece. ШТ12, 200х200х1200, drawing 3.407.1-157.1-18, weight of one sleeper 225 kg, at a price of 2100 rubles / piece. Transformer sleepers SHT-27 and SHT-12 produced by us will be indispensable in any construction of rail tracks for rolling transformers. And their reliability, the price favorable from many competitors and the location of the warehouse in the very center of Russia will become for you the main decisive argument when purchasing sleepers ShT-27, ShT-12 from VolgaSpetsProfil Group of Companies LLC. We also produce all fasteners for reliable fixing of rails to transformer sleepers, so those interested in our products can purchase everything in one place. Choosing us you are guaranteed to save precious time and money. It is worth noting that transformer sleepers differ in size. Dimensions of ShT-27 are 250x300x2700 mm. The weight of one product is 510.00 kg. at a price of 4100 rubles / piece Dimensions of the ShT-12 are 250x300x1200 mm. The weight of one product is 225.00 kg. at the price of 2,100 rubles / piece. Those. specifications Used in the construction of rail tracks for rolling transformers

Jigging machines MOD-1M1 are designed for gravitational enrichment in an aqueous medium of base and alluvial ores of non-ferrous metals, diamonds, as well as other ore materials by the method of jigging. , tin and at the plants of ferrous metallurgy for the production of iron ore and ferrochromium concentrates. In the company "Mining Machines" JSC, you can buy a jigging machine that is suitable specifically for your beneficiation technology. We are waiting for questions about the selection and purchase of mining and processing equipment by phone +7 (391) 219 29 03 and by mail [email protected] Tech. specifications Productivity for the initial product, t / h, no more than 10 Working area of sieves, m 21 Number of chambers, pcs 2 Length of the cones stroke, mm 40 Stroke frequency of the cones, min-1 within 130-350 Feed size, mm, no more than 15 Installed power, kW 1.1 Overall dimensions, mm, not more than length 20 40 Height 216095 6 , kg 905

We will select a modification of the SBSh-250 drilling rig according to the technical specifications of your enterprise. SBSh-250 is the best solution for drilling technological blast holes. Electric drilling rig SBSh-250 MNA-32 drills blast holes in rocks with a strength of 6-18 units. on the scale of prof. Protodyakonov in open pit mining. The machine consists of a caterpillar track and an engine room with a driver's cab and a mast mounted on it. Links, wheels and rollers are cast from high-alloy steel with heat treatment using a special technology. The tracks are tensioned by a double-acting hydraulic cylinder. The inclined surface of the frame and the installation of supporting rollers on the cantilever axle prevent them from slugging and sticking of soil when working in wet conditions. Bearings filled with grease for a lifetime are used in the bearing units of the caterpillar track. , sheathed with a metal sheet. Inside is located: a compressor unit; an oil station, the main working elements of which are: the main pump with adjustable performance, which ensures the creation of a given force on the drilling rod and other operations; auxiliary pump – provides quick lowering and lifting of the drill string when building up or disassembling it; rotator and travel drives, electrical cabinets and other equipment. Two Schneider Elektric frequency converters provide control of asynchronous travel motors when moving the SBSH-250 drilling rig. In the process of drilling, the converters switch to control the asynchronous electric motors of the rotator and the hydraulic pump. As an option, the machine can be equipped with a dry dust suppression system, consisting of a dust extraction chamber, coarse cyclones, fine filters and a suction fan. Manufactured with insulated walls, ceiling and floor, it creates comfortable conditions for service personnel. To reduce vibration when drilling hard rock, the cabin can be installed on jacks and separated from the engine room. For the drilling rig operator there is a vibration-proof seat adjustable in height, to control the drilling process and control the operation of the basic units of the drilling rig, there are conveniently located consoles with indication of drilling parameters and the state of the working Doors with reliable locks and seals ensure tightness, and the air conditioner, supplying purified air, creates excess pressure. At subzero temperatures, the heater turns on. Conveniently located windows provide the driver with a good view of the working mechanisms. Bored mast The SBSh-250MNA-32 mast is a spatial structure, which is fastened to supports through sliding bearings. Installation of the mast in the working or transport position is carried out by two hydraulic cylinders. Fastening it to the working position is done with two clamps. Those. specifications Execution, mm -37 -37-02 -37-03 -37-04 -37-05 -37-06 -37-07 Borehole diameter, mm 250 250 250 250 250 190 250 Rod length m 8.2 8.2 8.2 8.2 8.2 11.4 8.2 Number of rods 4 6 (2 separators) 6 (2 separators) 4 4 5 4 Drilling depth, m 32 47 47 32 32 55 32 Dust suppression method wet wet wet wet wet wet wet Supply voltage, V 380 380 380 380 6000 380 6000 Total set. power, kW 460 460 490 490 490 500 500 Rotator motor power, kW 90 DC current 90 DC current 90 a.c. current with frequency adjustable 90 perm. current with frequency adjustable 90 perm. current with frequency adjustable 120 120 Speed of lowering / lifting of the drill. projectile, m / min. 25/25 25/25 25/25 25/25 25/25 25/25 25/25 Feed rate of the drillstring to the bottom, m / min. 0… 3 0… 3 0… 3 0… 3 0… 3 0… 3 0… 3 Compressor capacity, m3 / min. 32 32 32 32 32 32 32 Rot. Boer. speed rpm 0… 120 0… 120 0… 120 0… 120 0… 120 0… 120 0… 120 Motor power. stroke drive, kW 2х35 DC adjustable speed 2х35 DC adjustable speed 2х45 AC adjustable speed (frequency control) 2×45 AC speed control (frequency control) 2×45 AC speed control (frequency control) 2×50 DC variable speed 2×50 DC variable speed Travel speed, km / h 0-1.3 0-1.3 0-1.8 0-1.8 0-1.8 0-1.8 0-1.8 Max overcoming angle, deg. 12 12 12 12 12 12 12 Weight, kg 80,000 80,000 80,000 80,000 80,000 90,000 85,000 Overall dimensions with the mast raised, m length 10.5 10.5 10.5 10.5 10.5 9.9 10.5 width 5.7 5.7 5.7 5.7 6.1 6 5.7 height 16.2 16.2 16.2 16.2 16.2 19.8 16.2 Overall dimensions with the mast lowered, m length 15.6 15 , 6 15.6 15.6 15.6 19.2 15.6 width 5.7 5.7 5.7 5.7 6.1 6 5.7 height 6.6 7.1 7.1 6.6 6.6 7.3 6.6

The washing and sorting complex (prompribor) is designed for the development of small deposits of gold and effelous dumps of technogenic placers. The washing and sorting complex PSK-52 is a modular structure consisting of two independent units: a screening module and a power module, with an individual drive for each module. Both units of the industrial device can work autonomously, in the PSK unit they are installed in cascade relative to each other. The screening module consists of a screen, a mobile frame of the "sleigh" type with folding service platforms, ladders, a funnel for collecting and removing the undersize product, an irrigation system for the upper tier (irrigation of the lower of tiers is carried out through the built-in screening irrigation system – if necessary). Washing and sorting complex PSK-52 includes: Power module based on a vibrating bunker feeder PV-PBR-1.4 / 2.7 equipped with a bunker with a capacity of 18 m3. on the basis of a heavy-duty inertial screen GIT-52MB with service platforms (the type of screening surfaces is specified by the customer). Washing and sorting complexes, depending on the tasks and characteristics of the gold washing area, can be manufactured on the basis of the following screens: GIT-41AXGIT-53PGIT-52MMGIT-32GIT- 62MGIT-62EGIT-42MGIT-62MEGIT-63VGIT-51MGIT-63VGST-42GIT-52MGIT-71MGST-72GIT-52MBGIT-73P Tech. specifications Technical parameters of the feeder PV-PBR-1.4 / 2.7 Indicator name Indicator Unloading lumpy (up to 500 mm) with bulk bulk weight, t / m3, up to 2.8 Chute width, mm 1400 Chute length, mm 2700 Productivity, m3 / h 50 … 400 Amplitude oscillations, 2 … 5 Frequency of oscillations, Hz * 12.2 … 16.5 Angle of vibration, degrees 20 ° Angle of inclination of the bottom of the tray, degrees 10 ° Drive power, kW 11 Engine, type AIR160S6 Speed, min 970 Overall dimensions, mm – length 3180 – width 2190-height 950 Mass of oscillating parts, kg 1950 Technical parameters of the screen GIT-52 Indicator name Indicator Dimensions of the sieving surface, mm – length 1750 – width 5000 Number of tiers of sieves, pcs 2 Angle of inclination of sifting surfaces, degrees 15-30 ° Vibration amplitude, mm, within 6.0-9.6 Frequency of oscillations, min-1730 pieces, grain mm, no more than 400 Power supply capacity, m3 / hour, within 350 … 800 Rated motor power, kW 22 Overall dimensions of the vibrating part of the screen, mm: – length 5250 – width 2390 – height from 1713 Mass of the vibrating part of the screen (without sieving surfaces and fastening elements), kg, within 4980 ± 20 Mass of spare parts, kg 355 ± 10

Oscillating feeders of the PK-1,2-10 type are designed for uniform delivery of non-sticky bulk materials with a bulk density of bulk cargo up to 1200 kg / m3 and a size of no more than half the width of the tray from bins, funnels and other containers into technological machines or transporting devices. -1.2-10 is used in the coal, metallurgical industry, at the enterprises of the building materials industry. Those. specifications Indicator name Indicator Productivity, cubic meter / hour (t / h) 420 (500) Tray width, mm1000 Tray length, mm 2060 Tray travel, mm, no more than 200 Rated engine power, kW, no more than 7.5 Overall dimensions, mm, no more – length 4000- width 1750 – height 1500 Weight, kg, no more than 1900

The purpose of the KMD-900 cone crusher is fine crushing of solid and high-strength rocks. The size of the loaded pieces of material is 40-80 mm, and the maximum size of the pieces at the exit is from 8 to 15 mm. The main “consumers” of crushers of the KMD-900 model are mining and processing enterprises, for example, those engaged in the processing of iron ores, gold mining enterprises. Cone crushers KMD-900 can be built into automated technological lines at the second and third stages of crushing. The company JSC "Mining Machines" offers to buy cone crushers of medium and fine crushing. KSD cone crusher. KMD cone crusher. Spare parts and components. Those. specifications Standard size KMD-900 Size of a piece of raw material, mm 40-80 Width of discharge slot, mm 8-15 Productivity, m3 / hour 30-45 Drive power, kW75 Weight, kg11700 Overall dimensions (L x b x h), no more than, mm 2300x2300x1960

The purpose of the KMD-900 cone crusher is fine crushing of solid and high-strength rocks. The size of the loaded pieces of material is 40-80 mm, and the maximum size of the pieces at the exit is from 8 to 15 mm. The main “consumers” of crushers of the KMD-900 model are mining and processing enterprises, for example, those engaged in the processing of iron ores, gold mining enterprises. Cone crushers KMD-900 can be built into automated technological lines at the second and third stages of crushing. The company JSC "Mining Machines" offers to buy cone crushers of medium and fine crushing. KSD cone crusher. KMD cone crusher. Spare parts and components. Those. specifications Standard size KMD-900 Size of a piece of raw material, mm 40-80 Width of discharge slot, mm 8-15 Productivity, m3 / hour 30-45 Drive power, kW75 Weight, kg11700 Overall dimensions (L x b x h), no more than, mm 2300x2300x1960

Designed for the application of metal, ceramic powder materials on the surface of products by plasma spraying and allows you to apply wear-resistant, corrosion-resistant, frictional, insulating and other special coatings simultaneously from two powder dispensers. 40 ". Powder supply system, consisting of two dispensers. Gas supply unit. Autonomous cooling system. Modern automated control and monitoring system of the plasma spraying process based on a programmable controller of the DirectLogic family. Upgraded rectifier model" VPN-650. UPU-10 is built on the basis of a personal computer (upper level) (OPTIONAL) and an industrial programmable logic controller D0-06DR (lower level).

The APN-250 installation is intended for applying protective, heat-resistant, erosion-resistant, wear-resistant and other types of coatings on products with an axis of rotation, by plasma method in a vacuum, repairing parts with complete removal of the previously applied coating from the treated surface and re-coating.

Vacuum induction unit "UPPF-U" is designed for casting products with a polycrystalline structure from heat-resistant alloys in batch production and for testing complex technologies in pilot production. maintenance, safety requirements, quality of smelted metal, reliability with a load factor of 0.9-0.95. – Reducing operating costs (consumption of electricity, water, air per 1 kg of liquid metal).

Installation of electron beam welding "ELU-20R" is intended for the manufacture of assembly units of products from stainless steels and titanium alloys. This installation is intended for precision electron beam welding of circular, circumferential, longitudinal seams on cylindrical and tapered products made of stainless steel, heat-resistant and titanium alloys. Welding is carried out from a computer-controlled ELA 60 / 60VM power unit.

Designed for manual arc welding in a controlled atmosphere of parts and assembly units made of titanium alloys and other active metals. The working process is carried out using a manual welding torch in a sealed chamber with a controlled argon atmosphere. During the welding process, the content of impurities in the working environment is controlled and the working environment is purified from hydrogen and water impurities.

Installation "USKS-25" is designed for electric arc welding of chemically active metals and alloys based on them in an inert environment (argon with oxygen impurity content – no more than 0.0003%, nitrogen – no more than 0.01%, hydrogen – no more than 0.006 %, water vapor – no more than 0.004%) The installation includes several systems: machine, vacuum, power, control, water cooling, pneumatic.

Vacuum thermal furnace "PVV-1300" is designed for homogenization of parts and disks made of heat-resistant alloys, hardening, brazing, tempering and annealing after heat treatment. The work of the furnace consists in heating the workpiece to be processed in vacuum to a certain temperature, holding it at this temperature, moving the workpiece into the lower chamber and cooling it in an inert gas. Structurally, the furnace is made in the form of two vacuum chambers: heating and cooling.

Installation "USKS-26" is designed for automatic arc welding with a nonconsumable (tungsten) electrode in a controlled environment of body products made of chemically active metals and alloys based on them, placed on the faceplate of the rotator. – Argon supply system – Cylinder fastening – Pneumatic system – Welding source – Control cabinet – Operator panel – Lifting mechanism – Base – Electrical wiring

Designed to obtain metal powders of highly reactive metals, high-temperature nickel and titanium alloys by centrifugal spraying of blanks melted by a plasma heater in an inert gas environment with simultaneous transportation of the resulting powder materials into a volumetric sealed container without contact with air.

The USKS-27 unit is designed for automatic and manual arc welding with a non-consumable electrode in a controlled environment of circular and longitudinal seams of products made of chemically active metals and alloys based on them, installed on the rotator faceplate, with or without filler wire. The maximum diameter of the welded products is 800 mm, maximum height – 800 mm, maximum weight of the welded product – 250 kg The installation allows automatic welding with a welding head of butt, tee, overlap joints of bodies of revolution with a horizontal axis of rotation at various positions of the head – from vertical to rotated at an angle of ± 45 ° from vertical. When the axis of rotation is set to a vertical position, it is possible to weld the end connections of the bodies of revolution with the vertical position of the head. The installation can be used to weld with manual welding torches for 150 A and 400 A to body parts of bends, fittings, plates, brackets, etc. In automatic mode, welding of all joints can be carried out with or without oscillation of the electrode. Welding of butt joints can be carried out with automatic maintenance of a given value of the arc gap. The USKS-27 installation is a chamber installation consisting of complexes: mechanical, vacuum, power, automatic control systems, air supply systems, cooling systems. the chamber cover, the item to be welded with accessories on the faceplate of the rotator and a mechanized welding head, two hand torches for 150 A and 400 A.

1.1 The station for filling cylinders PNB (hereinafter – the post) is intended for filling cylinders in accordance with GOST 15860-84 with liquefied petroleum gas (LPG) in accordance with GOST 20448-90. 1.2 The post is operated in the shops for filling cylinders of gas filling stations (GNS) and is installed in rooms of class B-1a according to PUE. The category of premises for explosion and fire hazard is A according to ONTP 24-86 “Determination of categories of premises and buildings for explosion and fire hazard”. 1.3 In terms of resistance to the effects of climatic factors of the external environment, the post is classified as UHL products, location category 4 in accordance with GOST 15150-69. Those. specifications 2. TECHNICAL CHARACTERISTICS Table 1 Name of the main parameters Value of parameters for stations PNB5 / 2; 27/2; 27/4; 50/2; 50/41 Number of filling stations, pcs 224242 Volume of processed cylinders, l 527503 Productivity, cylinders / h 80-10 260-580- 1040-5 80-104 Working pressure of LPG, MPa, not more than 1.65 Air pressure in the pneumatic system, MPa 0.65 – 0.056. Compressed air consumption, m3 / bal 0.00057 Service personnel, persons 18 Filling station – type of scales – graduation price, g RN 50 SH13TU 25-7723.000920; RP-150MGTU 25-7723.000650;

The clamp consists of a body (pneumatic cylinder), inside which there is a spring-loaded rod with a piston. The stem contains the LPG supply valve, which is connected to the LPG pipeline through the M 18×1.5 connecting pipe (with an internal cone). Compressed air is supplied through the pneumatic cylinder connection. Those. specifications Clamp (pneumatic) for filling cylinders with valves 50 l Technical characteristics LPG pressure, MPa, no more …………………………. ……. 1,6 Nominal passage, mm ………………………………. …………… 6 Overall dimensions, mm, no more: -length ……………………. ………………………………………….. ..285-width (height) …………………………………… ……………… 80 Weight, kg, not more …………………….. ………………………….. 1,5 Compressed air pressure, MPa, not less ……. …………………. 0.6

working pressure, MPa, no more than 1.6 overall dimensions, mm, no more – length 48 – width 32 turnkey size, mm 27 weight, kg, no more than 0.2 Tech. specifications working pressure, MPa, no more than 1.6 overall dimensions, mm, no more – length 48 – width 32 turnkey size, mm 27 weight, kg, no more than 0.2

Auto-gas filling station on a frame with two tanks of 10 m3, a pumping unit and a dispenser for refueling LPG cars. Those. Specification LPG filling station

The locking device replacement machine ZZU-1 (hereinafter referred to as the machine) is intended for the mechanization of technological operations for unscrewing and screwing locking devices in accordance with GOST 21804-94 cylinders in accordance with GOST 15860-84 for liquefied hydrocarbon gases in repair departments of gas filling stations. locking device with a reducer spindle on a clamped cylinder with automatic shutdown of the drive electric motor due to rotation of the cylinder clamping mechanism when the required screwing torque is reached and unscrewing the locking device with manually disconnecting the drive electric motor. Those. specifications 2 TECHNICAL CHARACTERISTICS 2.1 Volume of processed cylinders, l ………………….… 5, 27, 50 2.2 Productivity, cylinders / h ……………… … …… … 404 2.3 Drive electric motor : – mains supply ……………………………………… … …… ………..… 380V, 50Hz – power, kW ……………………….. ……………………… ………… 1.5 2.4 Compressed air pressure, MPa ……………………… 0 , 650.05 2.5 Compressed air consumption, m3 / cylinder, not more than ………… ..06 2.6 Overall dimensions, mm, not more: – length ……………… .. ………………… …………………… .830 – width ………………………………………. …………… .610 – height ………………………………… …… .. ……………… 2020 2.7 Weight, kg, no more ……………………… .. ……………… 380

1.1 The station for filling cylinders PNB (hereinafter – the post) is intended for filling cylinders in accordance with GOST 15860-84 with liquefied petroleum gas (LPG) in accordance with GOST 20448-90. Those. specifications 2. TECHNICAL CHARACTERISTICS Table 1 Name of main parameters Value of parameters for stations PNB5 / 227/227/450/250/41 Number of filling stations, pcs 224242 Volume of processed cylinders, l 527503 Productivity, cylinders / h 80-10 260-580-1040-5 80-104 Working pressure SUG , MPa, not more than 1.65 Air pressure in the pneumatic system, MPa 0.65 – 0.056. Compressed air consumption, m3 / bal 0.00057 Maintenance personnel, persons 18 Filling station – type of scales – scale price, g RN 50 Sh13TU 25-7723.000920RP-150MGTU 25-7723.0006509 Allowable weight of LPG, kg – 0.12 – 0.2 11 ± 0.2521 ± 0.510 Volume of air sucked through the local pump, m3 / h, not less than 100 100 200 100 20011 Overall dimensions, mm, not more: – length – width – height 25002795132437004000200055005200200037004000200055005200200012 Weight, kg, not more than 709518090160

TECHNICAL PARAMETERS 2.1 Cylinder volume, l ………………………. 5, 27, 50 2.2 Number of posts ……. ………………………………….. 8 2.3 Productivity, cylinders / h .. ………………………… 400 ± 20 volume 5 L ………….. ……………………………………….. 44 ± 4 volume 27l ………………………………………… ………… 32 ± 4 volume 50 L ………………………….. ………………………. 24 ± 4 2.4 compressed air Pressure, MPa …………. ……………….. 0.650.05 2.5 Compressed air consumption, m3 / bag, not less: volume 5 L …….. ………………………………………….. ….. 0,04 volume 27l …………………………………. …………………. 0,2 – volume 50L …………………. ……………………………….. 0,40 2.6 Water consumption, l / cylinder: volume 5 L ………………………………………… …………… 0.5-1.0 volume 27l …………………….. ……………………………… 2,5-5,0 volume 50 L ………………………………………….. ………. 5,0-10,0 2.7 Overall dimensions, mm, no more: – length …………………. ……………………………………….. 4040 – – Those. Specifications The device (according to Fig. 1 and 2) consists of two tables 1 and includes pneumatic 2 chambers with head 3 and manifolds 4, 5 and 6, control panel 7, siphons 8, supports 9 and 10.

The PNB cylinder filling station (hereinafter – the post) is intended for filling cylinders in accordance with GOST 15860-84 with liquefied petroleum gas (LPG) in accordance with GOST 20448-90. The filling stations are made on the basis of scales 1 (Fig. 4.2). On the platform 3 of the scales, a base 2 is mounted with a stop 6, on which a filling cylinder is installed 4. To stop the platform when loading and unloading cylinders, a stopper is provided 5. The filling clamp 8 in the inoperative position weighs on the bracket 16. The shut-off valve 9 is attached to the manifold valve 2 , which, together with a pneumatic valve 10 with a magnetic control SMPO – 1-HB from Festo, mounted on the apron of the scales, and a bracket 11 with a magnet 15 on the rocker, form a system for automatic cutoff of the LPG supply to the cylinder. On the control panel 17 of the frame 7, a manual pneumatic valve 14 is fixed, which controls the activation of the shut-off valve 9. Those. specifications 2. TECHNICAL CHARACTERISTICS Table 1 Name of main parameters Value of parameters for stations PNB5 / 227/227/450/250/41 Number of filling stations, pcs 224242 Volume of processed cylinders, l 527503 Productivity, cylinders / h 80-10 260-580-1040-5 80-104 Working pressure SUG , MPa, not more than 1.65 Air pressure in the pneumatic system, MPa 0.65 – 0.056. Compressed air consumption, m3 / bal 0.00057 Service personnel, persons 18 Filling station – type of scales – graduation price, g RN 50 SH13TU 25-7723.000920RP-150MGTU 25-7723.0006509 Allowable weight of LPG, kg – 0.12 – 0, 2 11 ± 0.2521 ± 0.510 Volume of sucked air through a local pump, m3 / h, not less than 100 100 200 100 20011 Overall dimensions, mm, not more: – length – width – height 25002795132437004000200055005200200037004000200055005200200012 Weight, kg, not more than 7095 180901

The machine for draining gas from cylinders SSB (hereinafter – the machine) is intended for draining liquefied hydrocarbon gases (hereinafter – LPG) from cylinders with a volume of 50 or 27 liters in accordance with GOST 15860-84. of the LPG discharge tank and consists in the automatic pressure of the cylinder with the LPG vapor phase with the cylinder turning over with the valve (valve) downward with further LPG discharge and the return of the cylinder to its original position (each discharge station works autonomously). Those. specifications 2 TECHNICAL CHARACTERISTICS 2.1 Volume of processed cylinders, l ………………………………………………… … 27, 50 2.2 Number of drain points ………………. …………………… 4 2.3 Capacity, cylinders / h, not less: – when draining cylinders with the remainder of LPG not more than 2 kg …………… 44 – when draining full cylinders ………………… .. ……………… ..24 2.4 LPG vapor phase pressure , MPa ………………………… .0.7-1.0 2.5 Pressure in the LPG drain line, MPa ………………… …. 0.2-0.3 2.6 Compressed air pressure , MPa …………………………… ..0.65 0.05 2.7 Compressed air consumption, m3 / cylinder, no more: – for SSB-27 machine ………………………… …………………… .0,002 – for the SSB-50 machine ……………………………………………… .0,0012 2.8 Volume of air sucked through the local suction, m3 / h, not less ………………………………………………… ..… ..750 2.9 Overall dimensions, mm, not more: – length…. ………………………… ……… .. ……………………… 3380 – width ………………………… .. ………… .. …………………… 930 – height ………… …………………………………………………… 1300 2.10 Weight, kg, no more: – SSB-27 machine ………………… .. ……………….… …………… ..460 – machine tool SSB-50 ………………… .. ………………. ……………… ..440

The device for steaming cylinders UPB-1 (hereinafter – the device) is intended for degassing cylinders with a volume of 5, 27 and 50 liters in accordance with GOST 15860-84 for liquefied hydrocarbon gases (hereinafter – LPG) The principle of operation of the device is based on the effect of condensate formation on the walls of the cylinder when processing it with steam with effective cleaning of the walls of the cylinder with condensate and removal of condensate by excess steam pressure after heating the walls of the cylinder. Those. specifications TECHNICAL CHARACTERISTICS 2.1 The volume of processed cylinders, l… .. ……………… … 5, 27, 50 2.2 Productivity, cylinders / h ………… .. …… .. ……. 40 ± 2 2.3 Number of posts, pcs …………………………………… 4 2.4 Compressed air pressure, MPa ………… .. …………… .0.650.05 2.5 Steam pressure, MPa… …………………………………………………………………………………………………………………………………………………………………………………………. ……………… .. …… 1.6 2.8 Overall dimensions, mm, not more than: – length ……………… .. ……………………………………… ..1650 – width ………………………………………. ……………… 525 – height ……………………………………… .. ……………… 1280 2.9 Weight, kg, no more than ……………………………………. 150

Floor lamellar conveyor KNP (hereinafter – conveyor) is designed to move cylinders with a volume of 27, 50 liters in accordance with GOST 15860-84 for liquefied hydrocarbon gases in shops for filling and repairing cylinders, on ramps of gas filling stations. chain. Those. specifications 2 TECHNICAL CHARACTERISTICS 2.1 Speed of the traction unit, m / s. …………… 0.0850.005 2.2 Productivity with a step of 600 mm cylinders placement, cylinders / h …………………………………………………………………………………………………………… 5105 2.3 Electric motor of the driving station: – supply network ………………………………… …… …… ………..… 380V, 50Hz – power, kW ………………….. …………………………… ……… 3 2.4 Overall dimensions, m: – minimum length ………… …………………………… 12 – maximum length …………………………………… … 100 – width (in the intermediate section), not more than ………… 0.34 – height (according to the driving station), no more than ……………… 0.58 2.5 Weight, kg, no more than – driving station ………………. ……………………… 580 – turning station ( 90˚). ……. ……………………… 110 – rotary station (180˚) ……. …………………… … 135 * – tension unit… .. …… …………. ……………………… .315 – sections (1.4 m) …… .. ………………. ……………………… 32 – linear sections (4 m) ……………. ……………………… 90 Notes. 1.The total length and weight of the conveyor depends on the number of linear sections and turning stations. 2. * Supplied by separate order

Articulated device for discharging gas from railway tank cars ШУС (hereinafter referred to as the device), intended for discharge of liquefied hydrocarbon gases (LPG) in accordance with GOST 20448-90 from railway tanks in the tanks of the LPG storage park at gas filling stations and filling railway tanks at oil refineries. The device is an intermediate link between the railway tank car and the gas pipeline system of the discharge rack. The device can be used for transporting light oil products and other liquids that are not aggressive to the materials of the device, for filling and unloading tank trucks. Those. specifications 2 TECHNICAL CHARACTERISTICS 2.1 Productivity, m3 / h, not less ………………………………. .12 2.2 Working pressure of LPG, MPa, not more ……………………………. 1,6 2.3 Conditional passage of pipelines, mm …………………………….. 32 2.4 Number of pipelines included: – LPG vapor phase ………………………………………….. ………………… 1 – liquid phase of LPG …………………… ………………………………………… 2 2.5 Number of joints on each pipeline, pcs ………… 2 2.6 Material of flexible pipelines ……………………. ….. stainless steel 2.7 Length of one pipeline, m, not less …………………………. 4 2.8 Weight one pipeline, kg, no more ………………………… 45

The machine (in accordance with Figure 1) consists of a frame 1, a pneumatic cylinder 2, a cylinder deformation mechanism 4, a control panel 3. Tech. specifications 2 TECHNICAL CHARACTERISTICS 2.1 Volume of cylinders to be treated, l ………………… ………………………………… 12.3 Productivity, cylinders / h, not less: … …………………… .302.4 Compressed air pressure, MPa, not more than …………… ………….. 0,4 0,052.5 Compressed air consumption, m3 / cylinder, no more ………… …………… .0,012.6 Overall dimensions, mm, no more …. ……… …………… ……… 1800х930х6002.7 Weight, kg, not more than ………………… .. ……………….… …………… ….. 190

ELECTREX plant – guarantees to all partners the declared 100% European quality of manufactured products. In cooperation with you, we provide all technical, financial and marketing support. We consider any proposals from potential partners as an opportunity to increase business and mutually beneficial cooperation.

The reagent dosing unit is adapted to work in macroclimatic regions with a temperate and moderately cold climate (U, UHL), as well as in areas with a cold climate (CL) in accordance with the requirements of GOST 15150-69 BDR is installed in an explosion-proof zone.

AGRS is reliable in operation, has the necessary redundancy of the main technological processes, a modern automated control system ACS GRS.AGRS is a high-tech product that allows, with the lowest cost and time savings for installation, installation and commissioning, to replace outdated gas distribution stations and to construct new gas supply facilities. The product range is constantly being modernized on the basis of regular analysis of comments and wishes of specialists from operating organizations. Block-modular design The automated gas distribution station allows maximum consideration of the customer's requirements for configuration and execution, as well as reducing the time for installation and commissioning. AGDS are designed for operation in areas with a temperate (U, N) and moderately cold climate (UHL, NF), as well as in areas with a cold climate (HL, F). The climatic version of the AGDS is chosen depending on the construction area, in accordance with the requirements of GOST 15150. AGDS can be operated in areas with seismicity up to 9 points inclusive according to SNiP II-7. The calculated snow load (200 kgf / m2) must comply with the requirements of the V territorial region, and the wind load (85 kgf / m2) must comply with the VII territorial region according to SNiP 2.01.07-85.

Eddy current magnetic separators ERGA SMVT and SMVT-E ensure the extraction of non-ferrous metals from non-conductive materials during the processing of mixed municipal waste, crushed cable, plastic, electronic and electrical equipment, cullet, scrap, wood chips, slags from waste incineration, non-ferrous slags of metallurgical industries. Highly efficient magnetic system based on NdFeB Depending on the features and operating conditions, eddy current separators are produced with an eccentric arrangement of the magnetic rotor relative to the drum axis – the SMVT-E series and with a concentric one – the SMVT series. The rotor configuration and the number of poles determine the efficiency of removing non-ferrous inclusions. Unique patented NdFeB magnetic systems ensure long-term efficient operation of magnetic separators. The guaranteed period of preservation of the properties of magnetic systems, provided that the operating rules are observed, is 10 years. separation efficiency • Separation / purification efficiency up to 99.8% Individual separation mode is selected depending on the source material. Precise adjustment of the position of the knife-divider and the rotation speed of the magnetic rotor up to 3000 rpm allow achieving up to 99.8% efficiency of separation and cleaning of the source material. • Simple installation and operation. tape. The simple design of the bearing assemblies increases the reliability and also guarantees the maintainability of the magnetic rotor, which reduces equipment downtime.

High-inductive magnetic separator ERGA SMVI provides dry enrichment of minerals and high-quality purification of materials from weakly magnetic particles. non-magnetic (quartz sands, feldspar, kaolin raw materials, semolina, etc.) and magnetic (titanium-zirconium sands, chromite ore, manganese ores, etc.) materials. • High-performance magnetic system based on NdFeB Unique patented magnetic system provides increased magnetic induction working surface up to 1.7 T (17000 Gs) without power consumption for generating a magnetic field, unlike electromagnetic analogs • Simple installation and operation Adjustment systems for magnetic separators ERGA SMVI-1, -2, -3 are optimized for simple adjustment of equipment operating modes. It is possible to connect SMVI to aspiration systems for dust removal. Special thin Kevlar belts with a self-tensioning and centering system can be quickly installed or replaced in just 5 minutes • Operation at temperatures up to + 180 ° C The use of special NdFeB alloys and high-temperature materials of the structural elements of the SMVI separator allow efficient operation at product temperatures up to + 180 ° C. • Automatic cleaning Cleaning of raw materials and materials from weakly magnetic impurities occurs automatically and does not require the participation of personnel. Continuous automatic removal of magnetic impurities improves the quality of separation. • Dry separation method: pure savings! Highly inductive separator ERGA SMVI allows you to replace or add existing equipment, increasing the quality of the source material with less energy consumption and without financial, time costs for water and drying **. ** in comparison with the wet separation method • Reliable design – proven result Reliable design of high-inductive roller separators SMVI, proven by the experience of numerous installations in different industries, is compact in comparison with electromagnetic analogs and has a convenient and easily accessible adjustment of the separation process.

Self-unloading pulley magnetic iron separator ERGA BSMK is installed in the belt conveyor as a drive drum, providing continuous high-quality extraction of large and medium strong magnetic impurities from the flow of transported raw materials. raw materials from strong magnetic inclusions. The main units of the BSMK separator are strengthened in comparison with the BSM separator to cope with additional loads from the conveyor belt. • Powerful magnetic system based on permanent magnets Automatic iron separator with magnetic induction on the surface of the conveyor belt up to 0.3 T (up to 3000 G) allows you to get a high-quality marketable product when processing slag dumps and scrap of ferrous metals with a size of up to 300 mm; cleaning of raw materials from hardware, accidental iron or crushed tires from cord. The SBMK protects the crusher and shredder from breakage and premature wear. • Size of recoverable inclusions up to 300 mm. Sector magnetic systemSpecial multi-pole sector magnetic system allows "mixing" magnetic inclusions in the raw material, which significantly improves the quality of the products and separation efficiency. • Automatic cleaning. temperature from -50 ° С to + 130 ° С Reliable magnetic system and constructive simplicity of the separator ensure its operability in a wide temperature range from -50 ° С to + 130 ° С. BSMK ensures efficient operation in all weather conditions, indoors x and in the open air. • High energy efficiency. The minimum energy consumption required for the drive of the conveyor and the complete absence of energy consumption for the generation of the magnetic field contribute to the energy saving of the entire enterprise. made of durable chromium-nickel steel, resistant to abrasion. • Simple installation and operation. Installation and adjustment of the separator is not difficult: the equipment has two support surfaces, small dimensions and weight. The product has a simple and reliable design, does not require maintenance, all materials and components are tested by long-term work with our customers. Compliance with the operating conditions described in the passport significantly extends its service life.

Vibrating feeders (vibrating feeders) ERGA are used for unloading from a hopper or uniform and dosed feeding of bulk and lumpy materials into components of technological complexes and processing lines. • A wide range of configurations and applications. support frame, with the possibility of installing a grate. Application in complex solutions in metallurgy, mining, food, chemical and processing industries dictates requirements for tray lining, dimensions and standard or reinforced execution, which are designed, calculated and tested before shipment to the client. reliable and long-term operation of the equipment, the working surfaces are additionally lined with wear-resistant materials to increase the service life. The vibration amplitude of the vibrators can be changed by changing the position of the unbalance angle. The material supply stops immediately when the power supply to the control panel is turned off. • Protection of equipment in the line Vibrating material supply to the working surfaces of other equipment (separators, conveyors) ensures uniform loading, high-quality material flow in a monolayer and high efficiency without jamming and downtime, thereby protecting equipment below the feeder in the line • Reliability and durability Simple and robust design of the ERGA feeder makes it easy to install, the possibility of continuous operation and a minimum of maintenance for a long time. During design, the structure of the vibratory feeder is subjected to strength and frequency analysis using the finite element method, which avoids premature damage from vibrations during operation. After manufacturing, the product is carefully inspected and stress tested for 16 hours to identify defects.

Conveyor collapsible metal detector ERGUARD DCM is designed to detect inclusions of ferrous, non-ferrous metals and stainless steel in bulk materials transported by a belt conveyor. The demountable design during installation allows you not to modify the conveyor, not to disconnect the belt, to carry out installation within a few hours. • High sensitivity when detecting metal inclusions The ERGUARD DCM metal detector is superior in sensitivity to the ERGUARD SCM model and provides maximum sensitivity when detecting inclusions of ferrous metals with a particle size of 2 mm or more, non-ferrous metals – from 4 mm, stainless steel – from 4 mm. The high sensitivity allows the detector to be configured to protect the equipment from wear and to avoid false alarms and off-target line stops. The stated values are obtained under ideal conditions and may vary depending on the size of the aperture, the operating frequency of the detector, the unique properties of the product, the position of the inclusions in the flow and the production conditions. • Continuous monitoring When metal inclusions are detected, the metal detector gives a sound / light signal and, depending on the Customer's desire, stops the conveyor, marks or removes the contaminated product from the conveyor belt using a reject device. The sensor has a UHL1 version (ambient temperature from -35 ° From up to + 40 ° C), which allows you to work outdoors in all weather conditions. • Protection of technological equipment from breakdowns and premature wear. equipment with all the resulting financial losses. • Intuitive Touch Screen control The control panel is a 7-inch high-definition touch screen with an intuitive user interface in Russian: there are 3 levels of access to the equipment settings (worker, engineer, service specialist) for protection from unauthorized access. • Storing up to 10 materials. Individual settings for a specific material are saved in the system memory, designed for 10 positions. • Compliance with industrial safety requirements. The equipment meets the requirements of the technical regulations of the Customs Union TR CU 004/2011 "On the safety of low-voltage equipment" 020/2011 "Electromagnetic compatibility of technical equipment". All required certificates are included in the package.

The self-unloading drum magnetic separator ERGA SMBM differs from the ERGA BSM separator by the presence of a housing with a receiving mouth, systems for adjusting the magnetic system, feed and divider. For cleaning the magnetic or non-magnetic fraction, it is possible to install a second additional drum. • Efficient extraction of magnetic inclusions with a particle size of 150 mm to 0.02 mm. SMBM determines its efficiency for the extraction of metal inclusions: – from 0.08 to 0.24 T (from 800 to 2,400 Gs) for high-performance (up to 350 t / h) dry magnetic separation of crushed magnetite ores with the receipt of tailings with a minimum content of magnetite iron ensures the production of commercial product from slag dumps of ferrous metals with a size of up to 150 mm. SMBM protects the crusher and shredder from breakages and premature wear; – from 0.24 to 0.6 T (from 240 to 6000 Gs) to improve the quality of raw materials by extracting small magnetic inclusions (metal rub, scale, etc.) with a size of up to 0.02 mm at processing of ore and nonmetallic materials with medium magnetic susceptibility (ferrous slag, iron, manganese, chrome and other ores); – up to 1 T (up to 10,000 G) for maximum purification of the material from magnetic inclusions, including weakly magnetic (manganese and stainless steel) inclusions up to 0.02 mm, and increasing the cost of the final product. SMBM with such induction is used in the processing of ore and nonmetallic materials with a weak magnetic susceptibility (titanium-zirconium, calumbite-tantalite, oxidized and carbonate iron ores, etc.). Ensures the production of high-quality material with a minimum content of harmful impurities • Protection against dust To reduce dust emissions when the separator is operated with fine, dusty material, the separator drum is closed with a dust-proof housing. The separator body can have aspiration branch pipes. • Availability of all the adjustments necessary for operation The SMBM is equipped with a full range of settings necessary to ensure efficient operation and to solve the customer's problems in the best possible way. Fine adjustment of the position of the divider, the shaft speed and the position of the magnetic system guarantee high separation efficiency • Possibility of 2 separation stages in one housing Increase of separation efficiency and equipment productivity is achieved by adding an additional separation stage. The second magnetic drum can be installed for cleaning the magnetic or non-magnetic fraction of the first stage of separation • Automatic cleaning Cleaning of raw materials and materials from magnetic impurities occurs in an automatic mode and does not require the participation of personnel. Continuous automatic removal of magnetic inclusions guarantees constant separation quality • Operation at temperatures from -50 ° C to + 130 ° C Reliable magnetic system and structural simplicity of the separator ensure its operability in a wide temperature range from -50 ° C to + 130 ° C. SMBM ensures efficient operation in all weather conditions, indoors and outdoors • Working with abrasive materials The working surface of the separator is made of durable chrome-nickel steel, resistant to abrasion. In the case of work in a highly abrasive environment, the shell of the separator is additionally lined with replaceable linings. * The overall dimensions in the description are indicated on the example of the model SMBM 200×200

Automatic rod separator ERGA CMVA with a rotating magnetic system is built into a gravity pipe of circular or rectangular cross-section and ensures continuous removal of metal impurities from products prone to sticking. product, destruction of lumps, no blockages in the flow section of the separator and high efficiency of cleaning from magnetic inclusions • Automatic cleaning with programmable frequency Continuous cleaning from magnetic impurities is carried out without stopping the product supply and does not require personnel. The cleaning interval is set individually in accordance with the technological requirements. Rows of magnetic rods are alternately removed outside the flow section of the separator. The extracted magnetic impurities are discharged into the branch pipe. • Quality assurance of the final product. Self-cleaning rod separator ERGA SMVA with a powerful rotating magnetic system allows to increase the production of quality products, excluding defects and complaints, confirming the reputation of a reliable partner and manufacturer, complying with high requirements to the quality management system. • Automation Equipment with a continuous cleaning system allows you to automate production, eliminating the human factor, a downtime line for equipment maintenance and associated costs. … All required certificates are included in the package.

Automatic rod separator ERGA ASMK with programmable cleaning frequency is built into a gravity pipe of round or rectangular cross-section and ensures continuous extraction of metal impurities from the flow of bulk product. • Efficiency of product purification up to 99% Individual separation mode is selected depending on the material and requirements for the final product. A powerful magnetic system based on permanent magnets with an induction of up to 1 T (10,000 GS), precise adjustment of the cleaning interval allows achieving up to 99% separation efficiency. • Quality assurance of the final product excluding defects and complaints, confirming the reputation of a reliable partner and manufacturer, complying with high requirements for a quality and food safety management system based on HACCP principles. staff. The cleaning interval is set individually in accordance with the technological requirements. Rows of magnetic rods are alternately removed outside the flow section of the separator. The extracted magnetic impurities are discharged into the branch pipe. For cleaning bulk products prone to sticking, rod magnetic separators ERGA SMVR with mechanical cleaning and ERGA SMVA with automatic cleaning are used. can be used in food, explosion and fire hazardous and chemically hazardous industries. The delivery set includes all the necessary certificates. * The overall dimensions in the description are shown using the example of the ASMK 300×300 model

The automatic lamellar iron separator ERGA PSM-A is built into a gravity pipe of round or rectangular cross-section and ensures efficient and timely removal of metal impurities from the flow of a bulk product. Product purification efficiency up to 99% Individual separation mode is selected depending on the material and requirements for the final product. Powerful magnetic system with induction up to 0.9 T (9000 GS), precise adjustment of the cleaning interval allows achieving up to 99% separation efficiency. • Reliable retention of small inclusions. for reliable retention of small metal inclusions and prevention of their entrainment by the material flow • Automatic timely cleaning: 5-10 sec. Automatic cleaning is carried out after stopping the supply of the product, takes 5-10 seconds and does not require the participation of personnel. The extracted magnetic impurities are discharged into the branch pipe. • Quality assurance of the final productSelf-cleaning plate iron separator ERGA PSM-A with a powerful magnetic system allows increasing the volume of production of quality products, eliminating defects and complaints, confirming the reputation of a reliable partner and manufacturer. Iron separators ERGA PSM-A are widely used at food industry enterprises that have high requirements for the quality and safety management system of food products based on HACCP principles • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation. It can be used in food, explosion and fire hazardous (including storage, processing and use of plant materials) and chemically hazardous industries. The delivery set includes all the necessary certificates. * The technical parameters of the equipment are shown on the example of the PSM-A 300×300 model. It is possible to develop individual solutions according to the requirements of the technical task.

The rod magnetic separator ERGA SMVR with a rotating magnetic system is built into a gravity pipe of circular or rectangular cross-section and ensures the extraction of metallic impurities from the flow of a bulk product prone to sticking. mixing of the product, destruction of lumps, absence of blockages in the flow section of the separator and high efficiency of cleaning the product from magnetic inclusions • Easy cleaning In the structure of the СМВР separator, magnetic rods are placed in thin-walled stainless steel tubes, on which the extracted metal impurities are retained. For cleaning, it is enough to completely remove the structure of the magnetic system from the separator body and remove the magnetic rods from the outer tubes. • Quality assurance of the final product. complying with high requirements for the quality management system and food safety based on HACCP principles • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation and can be used in food, explosion and fire hazardous and chemically hazardous industries. The delivery set includes all the necessary certificates. * It is possible to develop individual solutions according to the requirements of the technical assignment.

Pulley magnetic iron separator ERGA SMB with automatic cleaning provides high-quality extraction of highly magnetic inclusions of various sizes from a high bulk layer of material. • 2 in 1: magnetic iron separator + drive drum impurities. IMPORTANT: additional drum lining prevents the risk of slipping the belt and minimizes its wear rate • Long range magnetic field up to 350 mm The reliable design of the equipment is a magnetic system based on permanent magnets built into the drum rotating on bearings. A powerful magnetic system provides a high long-range magnetic field (up to 350 mm) with magnetization of the entire working space, guaranteeing the extraction of metal from a high layer of material. with small layers of material. The guaranteed period of preservation of the properties of the magnetic system, provided that the operating rules are observed, is 10 years. • Automatic cleaning. Continuous cleaning from magnetic impurities occurs automatically and does not require the participation of personnel. It can be used in explosive and fire hazardous (including storage, processing and use of plant materials) and chemically hazardous industries, including in mines with access to explosion protection, coal dust and methane. All required certificates are included in the package.

The powerful suspended magnetic iron separator ERGA SMPA with automatic cleaning ensures high-quality extraction of large, highly magnetic inclusions weighing up to 60 kg from the material flow from a distance of 550 mm. the equipment is capable of removing particularly large metal inclusions weighing up to 60 kg, providing effective cleaning even at a high feed rate of material (up to 3.5 m / s). conveyor belt. Used as part of technological lines, SMPA prevents damage to expensive equipment with all the resulting financial losses. • Automatic cleaning. Continuous cleaning from magnetic impurities occurs automatically and does not require the participation of personnel. • Compliance with industrial safety requirements. safety and can be used in explosive and fire hazardous and chemically hazardous industries, including in mines with access for explosion protection, coal dust and methane. The scope of delivery includes all the necessary certificates. * The overall dimensions in the description are given on the example of the model SMPA 1000 For self-unloading suspended magnetic separators ERGA SMPA, the automated remote monitoring option REMOS is available, which allows you to monitor the status of the equipment, transmitting data in real time. in real time • Diagnose remotely and eliminate the causes of problems in a timely manner • Minimize equipment downtime • Prevent abnormal situations and increase the efficiency of your enterprise The REMOS personal account interface allows online, from anywhere in the world, from any device, to monitor the key performance indicators of the enterprise technological process. The REMOS system provides the ability to set up personalized distribution of notifications to a specified list of recipients. A smartphone that is always at hand, a tablet, a laptop or a desktop computer: • SMS messages • PUSH notifications on the smartphone • PUSH notifications in the REMOS personal account • emails • messages to instant messengers: Viber, WhatsApp

Highly sensitive conveyor metal detector ERGUARD CM with non-separable housing is designed for quality control and safety inspection of raw materials, semi-finished products and finished products transported by a belt conveyor. The CM metal detector in an extended configuration comes with a built-in conveyor and does not require additional line re-equipment. Installation is carried out within a few hours. • High sensitivity for detecting metal inclusions The ERGUARD CM metal detector significantly exceeds the sensitivity of the ERGUARD DCM, SCM models and provides maximum sensitivity for detecting inclusions of ferrous metals with a size of 0.5 mm, non-ferrous metals – from 1 mm, stainless steel – from 1 mm. High sensitivity allows the detector to be configured to protect equipment from wear and to avoid false alarms and off-target line stops. The specified values are obtained under ideal conditions and may vary depending on the size of the aperture, the operating frequency of the detector, the unique properties of the product, the position of the inclusions in the flow and production conditions. When metal inclusions are detected, the metal detector gives a sound / light signal and, depending on the customer's desire, stops the conveyor, marks or removes the contaminated product from the conveyor belt using a rejection device. The sensor has the UHL4 version (ambient temperature – 60 ° C / + 40 ° C), which allows operation in a wide temperature range • Quality and safety control of the product Highly sensitive metal detectors ERGUARD CM are used primarily as control equipment for a thorough check of the safety of raw materials, semi-finished products and finished products • Protection of technological equipment from breakdowns and premature wear. The conveyor metal detector ERGUARD CM allows to reduce wear, prevent damage and downtime of crushing and grinding equipment with all the resulting financial losses. • Intuitive Touch Screen control The control panel is a 7-inch touchscreen high-definition screen with an intuitive user interface in Russian: there are 3 levels of access to the equipment settings (worker, engineer, service specialist) to protect against unauthorized access. designed for 10 positions. • Compliance with industrial safety requirements The equipment meets the requirements of the technical regulations of the Customs Union TR CU 004/2011 "On the safety of low-voltage equipment", TR CU 020/2011 "Electromagnetic capacity of technical means ". All required certificates are included in the package.

Suspended magnetic iron separator ERGA SMPR with mechanical cleaning provides high-quality extraction of large highly magnetic inclusions weighing up to 40 kg from the material flow from a distance of 450 mm. up to 450 mm. The use of SMPR is especially effective with a moderate content of large, highly magnetic inclusions weighing up to 40 kg. In case of a high content of metal impurities, we recommend using self-unloading suspended magnetic iron separators ERGA SMPA • Protection of the crusher, shredder from breakages and premature wear The iron separator is installed above the conveyor or in places where material is poured from the conveyor belt. Outwardly simple design of SMPR with a powerful magnetic system inside prevents damage to the crusher or shredder with all the ensuing financial losses. The guaranteed period of preservation of the properties of the magnetic system, subject to the rules of operation, is 10 years. • Simple installation and operation. on the part of the personnel. • Easy cleaning The iron separator has a movable ejector, which simplifies mechanical cleaning: it is enough to push the ejector out of the magnetic field zone, and metal impurities crumble. explosion and fire hazardous and chemically hazardous industries, including in mines with access to explosion protection, coal dust and methane. The delivery set includes all the necessary certificates. * The overall dimensions in the description are shown using the example of the SMPR 500 model

The universal lamellar iron separator ERGA PSM-3 is built into a gravity pipe of round or rectangular cross-section as an elevator nose and provides effective cleaning of grain, feed and other bulk raw materials from impurities. • Ready-made solution: iron separator + elevator nose. bucket elevator with built-in magnetic plate. The equipment is a universal turnkey solution and functionally complements the required section of the technological line. For ease of installation, the PSM-3 design uses connecting flanges for welding or fasteners. An additional set of adapter flanges is also available to order. The parameters of the magnetic system are selected individually, taking into account the characteristics of the Customer's production, which guarantees the most effective cleaning of the material from impurities. inclusions and prevention of their entrainment by the flow of material. • Quality assurance of the final product. PSM-3 is widely used in food industry enterprises that have high requirements for the quality and food safety management system based on HACCP principles. • Simple cleaning Cleaning of retained impurities is performed manually after stopping the supply of the product • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation. It can be used in food, explosion and fire hazardous (including storage, processing and use of plant materials) and chemically hazardous industries. All required certificates are included in the package.

Magnetic gratings ERGA СМР provide high-quality extraction of metal inclusions from the flow of liquid or bulk product. • Individual solution СМР consists of one or several rows of magnetic rods, fastened together by stiffening ribs. The sealed body of rods made of corrosion-resistant food grade stainless steel reliably protects the magnetic system from external influences. The size and shape of the magnetic lattice, the number and arrangement of rods, the parameters of the magnetic system are selected individually, taking into account the characteristics of the Customer's production, which ensures a comfortable installation of equipment and guarantees the highest quality cleaning • Guaranteed quality of the final product Externally simple, but at the same time reliable and durable CMP grating with a powerful magnetic system inside allows increasing the volume of production of quality products, reducing and eliminating defects and complaints, confirming the reputation of a reliable partner and manufacturer. • Delivery experience since 2004 Magnetic gratings ERGA СМР have been installed at more than 120 enterprises in Russia and neighboring countries. A special place in the history of deliveries is occupied by the successful experience of cooperation with enterprises of European manufacturers of the food industry, which make high demands on the quality and safety management system of food products based on the HACCP principles. • Simple installation and operation. does not require any additional re-equipment. There are no complex elements in the structure of the grille: there is simply nothing to break! Timely cleaning of impurities – and no additional maintenance. • Easy cleaning. Cleaning of the grate from retained impurities is done manually after stopping the supply of material. • Compliance with industrial safety requirements. productions. The delivery set includes all the necessary certificates. * The ERGA company develops and supplies CMP magnetic gratings with dimensions from 100 mm to 1.5 m, taking into account the necessary parameters and features of your production. The body of the magnetic bar (as well as the ribs) is made of corrosion-resistant food grade stainless steel 12X18H10T (or other at the request of the Customer) with a built-in high-performance magnetic system (up to 1.0 T) based on permanent magnets (NdFeB). The guaranteed period of preservation of the properties of the magnetic system, subject to the rules of operation, is 10 years.

The automated remote monitoring system REMOS is supplied complete with ERGA equipment as an additional option. The system will allow you to monitor the condition of the equipment, transmitting data in real time: • Monitor the condition of the equipment • Diagnose remotely and promptly eliminate the causes of problems • Minimize equipment downtime • Prevent abnormal situations and increase the efficiency of the enterprise What gives access to the personal account of the REMOS monitoring system? – Personal interface office allows online from anywhere in the world from any device to track key performance indicators of the technological process of your enterprise: • how much does the equipment actually work without downtime? • what is the actual production capacity and equipment load? equipment failure? • what are the possible causes of equipment failure? • what is the real loss of working time and production resources? • finally, what happens to the equipment, with the tasks assigned during your absence To whom and where are the notifications about the equipment status received? – The REMOS system allows you to set up personal notifications according to the list of recipients you have specified. A smartphone that is always at hand, a tablet, laptop or desktop computer. Choose and combine the format convenient for you: • SMS-messages • PUSH-notifications on your smartphone • PUSH-notifications in your REMOS personal account • letters to e-mail • messages to instant messengers: Viber, WhatsAppWhat ERGA equipment is it possible to integrate the REMOS system with? ERGA: • Densimetric tables ERGA DS • Air separators Erga Zig-Zag magnetic separators ERGA BSM • Drum magnetic separators ERGA MBS • Magnetic separators ERGA UMS • Automatic plate separators ERGA PSM-A • Automatic rod magnetic separators ERGA SMVA • Automatic rod magnetic separators ERGA ASMK • Rod magnetic separators ERGA ASMK • Rod magnetic separators ERGA SMVT and SMVT-E • Pulley magnetic separators ERGA SMB • Roller magnetic separators ERGA SMVI INDUSTRIAL METAL DETECTORS ERGUARD: • Metal detectors ERGUARD • Dynamic scales WECONT

ERGA loading bins are used as part of complexes for sorting, transporting or dosing lumpy, powder, granular materials, as well as as part of ERGA production lines. … NPO ERGA produces the following types: – receiving bins for receiving bulk materials from vehicles (loaders and excavators); – compensating (damping) bins for equalizing the load on individual technological devices for the initial feed; – dosing and accumulating bins (bunker system) for the accumulation of the source material and its dosage before the technological process (mineral processing). The presence of a dosing and accumulating hopper allows loading the product unloaded from big bags • Wide range of options and configurations Material can be loaded into the hopper from a loader, crane or from a conveyor belt. The hoppers are equipped with vibrating feeders to ensure uniform material supply and various dosing devices. For the separation of materials, a complete set with a vibrating or hydraulically raised grate is provided. If the material is prone to bridging, there is an option to install a vibrating shaker. Variable Frequency Drive (VFD) controls the feed rate of material to downstream equipment • Minimize downtime, no bagging Reliable hopper feed ensures continuous line operation with no downtime. It can be equipped with a level sensor for bulk materials in the hopper to ensure stable operation and protection of subsequent line components • Simple installation and operation The well thought-out and reliable design of the hopper is an indispensable part of numerous ERGA systems. The wear parts are lined with wear-resistant, replaceable linings. Depending on the specifics of the production, the bins are made of stainless or carbon steel. * The range of the ERGA company includes various models of loading bins with a volume of up to 20 m3. The bunker is manufactured and supplied both separately and as part of the lines. Depending on the individual needs of the customer, the lines can include magnetic separators and industrial metal detectors, feeders of various types and other types of industrial equipment manufactured by ERGA.

The Zig-Zag air separator (pneumatic separator) is designed for dedusting and dry separation of materials into light and heavy fractions simultaneously in size, density and shape with an efficiency of up to 99%. -complex (Zig-Zag separator, cyclone and fan) with closed air circulation: air purified from the product leaves the cyclone and enters the fan, from where it is fed to the Zig-Zag separator, forming a closed air cycle. As a result, the separator operates without filters and takes up less space *. * In contrast to air-pass separators • Dry separation method: net savings! The Zig-Zag air separator allows you to replace or add existing equipment, increasing the quality of the source material with less energy consumption and without financial , time costs for water and drying **. ** in comparison with the wet separation method • Separation / purification efficiency up to 99% Individual separation mode is selected depending on the material and requirements for the final product. Optimal selection of the working chamber of the Zig-Zag separator, selection of the air flow parameters allow achieving up to 99% efficiency of separation and purification of the source material. on the part of personnel • Industries of application Recycling: – PET plastic: separation of labels, paper from PET flakes; – Shredded cable: separation of copper and aluminum from PE / PVC insulation; – MSW: separation of light fraction (film, paper, fabric); separation of heavy fraction (stones, glass, metal, etc.); – cullet: cleaning glass from light fraction (film, paper-labels, dust); – Granulate tires: separation of textiles, dust, rubber crumb; – Waste electronic and electrical equipment : extraction of plastic, rubber, fabric; – Wood chips: removal of paper, textiles, fabric; extraction of metal, stones, glass; – Plastic granulate: removal of dust, fluff, small particles; – Alternative fuel RDF: extraction of light fraction from waste Food industry: – Grain: separation of mineral impurities from processed raw materials, separation of leaves from stems, husks from whole seeds ; – Sugar, table salt, flour and grain, starch, dairy products, tea, gelatin, vegetables, cocoa powder and chocolate chips: cleaning from the remnants of polypropylene bags, sacking threads, dust; – Spices, medicinal herbs and plants (pharmaceuticals) : removal of dust, threads Mining, construction, metallurgy: – Removal of dusty fraction (dolomite, feldspar, marble chips, etc.), separation by shape (mica, vermiculite, etc.) or specific gravity (chromite ore , cermets, powder metallurgy). *** The overall dimensions in the description are indicated using the Zig-Zag 180×400 model as an example. monitor the status of equipment, transmitting data in real time. • Monitor the status of equipment in real time • Diagnose remotely and promptly eliminate the causes of problems • Minimize equipment downtime • Prevent abnormal situations and increase the efficiency of your enterprise. anywhere in the world from any device to track key performance indicators of the industrial process of the enterprise. The REMOS system provides the ability to set up personalized distribution of notifications to a specified list of recipients. A smartphone that is always at hand, a tablet, a laptop or a desktop computer: • SMS messages • PUSH notifications on the smartphone • PUSH notifications in the REMOS personal account • emails • messages to instant messengers: Viber, WhatsApp

The lamellar iron separator ERGA PSM-2Ts with a housing design for working under pressure is built into a gravity pipe of circular cross-section and provides effective cleaning of material transported by means of pneumatic and vacuum conveyors, cement pipelines. by magnetic plates installed on opposite sides of the gravity flow. The parameters of the magnetic system are selected individually, taking into account the peculiarities of the Customer's production, which guarantees the highest quality cleaning of the material from impurities with high productivity. the chemical industry, as well as in flour mills and bakeries. • Reliable retention of small inclusions The working surface of the magnetic plates is equipped with special ribs forming shadow zones to securely hold small metal inclusions and prevent them from being carried away by the material flow. • Simple installation and operation. eliminating increased wear, as well as the necessary reinforcements to ensure long-term operation. Iron separator ERGA PSM-2Ts are built into the required section of the technological line and does not require additional re-equipment. For ease of installation, the PSM-2Ts design uses connecting flanges for welding or fasteners. An optional adapter flange kit is also available to order. There are no bearings or other rotating elements in the design of the plate iron separator: there is simply nothing to break here! Timely cleaning of impurities – and no additional maintenance. • Simple cleaning. Cleaning of retained impurities is done manually after stopping the product supply and release of pressure. • Protection against breakages and premature wear. with all the resulting financial losses • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation. It can be used in food, explosion and fire hazardous (including storage, processing and use of plant materials) and chemically hazardous industries. All required certificates are included in the package.

The lamellar iron separator ERGA PSM-2Ts with a housing design for working under pressure is built into a gravity pipe of circular cross-section and provides effective cleaning of material transported by means of pneumatic and vacuum conveyors, cement pipelines. by magnetic plates installed on opposite sides of the gravity flow. The parameters of the magnetic system are selected individually, taking into account the peculiarities of the Customer's production, which guarantees the highest quality cleaning of the material from impurities with high productivity. the chemical industry, as well as in flour mills and bakeries. • Reliable retention of small inclusions The working surface of the magnetic plates is equipped with special ribs forming shadow zones to securely hold small metal inclusions and prevent them from being carried away by the material flow. • Simple installation and operation. eliminating increased wear, as well as the necessary reinforcements to ensure long-term operation. Iron separator ERGA PSM-2Ts are built into the required section of the technological line and does not require additional re-equipment. For ease of installation, the PSM-2Ts design uses connecting flanges for welding or fasteners. An optional adapter flange kit is also available to order. There are no bearings or other rotating elements in the design of the plate iron separator: there is simply nothing to break here! Timely cleaning of impurities – and no additional maintenance. • Simple cleaning. Cleaning of retained impurities is done manually after stopping the product supply and release of pressure. • Protection against breakages and premature wear. with all the resulting financial losses • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation. It can be used in food, explosion and fire hazardous (including storage, processing and use of plant materials) and chemically hazardous industries. All required certificates are included in the package.

Self-unloading drum magnetic separator ERGA BSM is installed in places where material is poured from a conveyor belt or vibrating feeder, providing continuous high-quality extraction of magnetic inclusions from a flow of dry raw materials. extraction of metal inclusions: – from 0.08 to 0.24 T (from 800 to 2,400 Gs) to obtain a marketable product from slag dumps; processing of scrap of ferrous metals up to 150 mm in size; cleaning raw materials from hardware, random iron or crushed tires from cord. BSM protects the crusher and shredder from breakage and premature wear – from 0.24 to 0.6 T (from 240 to 6000 Gs) to improve the quality of raw materials by extracting small magnetic inclusions (metal rub, scale, etc.) with a particle size of up to 0.02 mm … The iron separator ERGA BSM with such induction is most effective in the processing of ore and nonmetallic materials with an average magnetic susceptibility (ferrous slag, iron, manganese, chrome and other ores). – up to 1 T (up to 10,000 G) for maximum purification of the material from magnetic inclusions, particle size up to 0.02 mm, including weakly magnetic (manganese and stainless steel), thereby increasing the cost of the final product. ERGA BSM guarantees the production of high-quality material with a minimum content of harmful impurities during the processing of ore and nonmetallic materials with a weak magnetic susceptibility (titanium-zirnonium, calumbite-tantalite, oxidized and carbonate iron ores, etc.). • Automatic cleaning Cleaning of raw materials and materials from magnetic impurities occurs in automatic mode and does not require the participation of personnel. Continuous removal of magnetic inclusions in automatic mode improves the quality of separation in comparison with separators with mechanical or manual cleaning (SMR, PSM-2). The special design of the dumpers minimizes material entrainment into the magnetic fraction. • Operation at temperatures from -50 ° C to + 130 ° C Reliable magnetic system and structural simplicity of the separator ensure its operability in a wide temperature range from -50 ° C to + 130 ° C. BSM provides effective work in all weather conditions, indoors and outdoors • Work with abrasive materials The working surface of the separator is made of durable chrome-nickel steel, resistant to abrasion. In the case of work in a highly abrasive environment, the shell of the separator is additionally lined with replaceable linings. • Simple installation and operation. all materials and components are tested by long-term work with our clients. Compliance with the operating conditions described in the passport significantly prolongs its service life. * The overall dimensions in the description are indicated using the example of the BSM 200×200 model

Rod separator ERGA SMK with a simplified mechanical cleaning system is built into a gravity pipe of round or rectangular cross-section and provides high-quality extraction of metallic impurities from the flow of bulk product. For ease of installation, the SMK design uses connecting flanges for welding or fasteners. An additional set of adapter flanges with the required diameter is available to order for a gravity pipe of circular cross-section. The design of the magnetic system includes 2 rows of rods in a staggered manner, fixed on a retractable console. The sealed body of the rods made of corrosion-resistant food grade stainless steel reliably protects the magnetic system from external influences. The number and location of the rods, the parameters of the magnetic system are selected individually, taking into account the characteristics of the Customer's production, which guarantees the highest quality cleaning of the product. • Quality assurance of the final product. SMK with a powerful magnetic system allows you to increase the volume of production of quality products, excluding defects and complaints, confirming the reputation of a reliable partner and manufacturer. additional operations at the place of installation of the product. out, explosive and chemically hazardous industries. All required certificates are included in the package.

The compact lamellar iron separator ERGA PSM-2 is built into a gravity pipe of circular or rectangular cross-section and provides effective cleaning of material from impurities with high productivity. The separated material flows are directed to the working surfaces of 2 magnetic plates, which are installed on opposite sides of the gravity flow. The parameters of the magnetic system are selected individually, taking into account the peculiarities of the Customer's production, which guarantees the most efficient cleaning of the material from impurities with high performance. • Quality assurance of the final material Reliable and durable plate iron separator PSM-2 with a powerful magnetic system allows to increase the volume of production of quality products, excluding defects and complaints, confirming the reputation of a reliable partner and manufacturer. section of the technological line even in conditions of extreme limited space and does not require additional re-equipment. For ease of installation, the PSM-2 design uses connecting flanges for welding or fasteners. An optional adapter flange kit is also available to order • There are no bearings or other rotating parts in the separator design: there is simply nothing to break! Timely cleaning of impurities – and no additional maintenance • Simple cleaning Cleaning of retained impurities is done manually after stopping the product supply • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation. It can be used in food, explosion and fire hazardous (including storage, processing and use of plant materials) and chemically hazardous industries. All required certificates are included in the package.

Conveyor magnetic iron separator KBSM, equipped with a drive magnetic drum, provides continuous high-quality extraction of highly magnetic inclusions of various sizes from the flow of bulk raw materials. a magnetic drum as part of a belt conveyor with magnetic induction on the surface of the conveyor belt up to 0.3 T (up to 3,000 Gs) allows you to obtain a high-quality marketable product when processing slag dumps and scrap of ferrous metals with a size of up to 300 mm, cleaning raw materials from hardware, random iron or crushed tires from the cord. KBSM protects the crusher and shredder from breakages and premature wear. o improves the quality of the products obtained and the separation efficiency. The long-range action of the magnetic field guarantees the extraction of magnetic inclusions with a particle size of up to 300 mm. • Automatic cleaning. separators ensure its operability in a wide temperature range from -50 ° C to + 130 ° C. KBSM ensures efficient operation in all weather conditions, indoors and outdoors. • High energy efficiency Minimum energy consumption required to drive the conveyor. No power consumption is required to generate a magnetic field. The guaranteed shelf life of the properties of the magnetic system, subject to the rules of operation, is 10 years. • Work with abrasive materials. The working surface of the separator is made of durable chrome-nickel steel, resistant to abrasion. separators do not cause difficulties: the equipment has two supporting surfaces, small overall dimensions and weight. The product has a simple and reliable design, does not require maintenance, all materials and components are tested by long-term work with our customers. Compliance with the operating conditions described in the passport significantly extends its service life.

Drum screen (trommel, butara, tumbling drum) ERGA GB is used for sorting bulk materials in the construction, mining, woodworking and municipal industries, as well as in secondary processing, as part of technological lines or crushing and screening complexes. high degree of product purification with a wide range of initial product size • Effective sieving up to 3 fractions ERGA GB screens effectively work with material prone to clumping, sticking and clogging of the cells of the screen. The screen has an adjustable angle of inclination for optimal separation of the material and the movement of the larger fraction towards the discharge. They are completed with sieves made of meshes of various designs, as well as durable sieves made of perforated steel sheets, with a given size and shape of the mesh of the sieving surface. If it is necessary to screen material into several size classes, installations are made consisting of several screening sections with different mesh sizes. Depending on the material, the sieves can be square, round, slotted or non-standard. • Additional automatic cleaning. The simple and reliable design of the ERGA GB screening unit with minimal installation time and maintenance costs provides a high degree of screening efficiency for a wide range of dry and wet materials from compost to coal or slag. Remote control of the screen operation by means of the remote control facilitates the control and adjustment of the operation by the operator. Working units made of wear-resistant high-strength materials increase the service life, and the drum itself or its sections are easy to replace. • Wide range of options and settings. unloading (outlet) conveyors, service platform. Also, for the processing of municipal and industrial waste, it is possible to equip the drum with special spikes for breaking bags. A dedicated hopper can be installed for easy loading from different types of loaders • Efficient 24/7 operation in difficult conditions The equipment is designed for both intermittent and continuous operation, even in harsh conditions.

Magnetic installation ERGA UMS continuously, in automatic mode, extracts fragments of grinding bodies from grinding products of ball, rod mills and semi-autogenous mills. • Protection of expensive equipment from breakdowns and premature wear. grinding ball, preventing wear and breakdown of conveying, classification, pumping equipment caused by the presence of metal parts and debris in the product. The magnetic scrap catcher 2-4 times reduces the wear rate of sump, pumps, hydrocyclones and pipelines, increasing their life cycle. Removal of scrap from the technological redistribution during enrichment of gold-bearing ore increases the yield of rough concentrate by 1.5% and the extraction of gold into rough gravity concentrate by 9.2% of the operation. reliable retention of small metal inclusions and prevention of their entrainment by the flow of material. • Individual solution for the standard size of the mill. magnetic installation is installed on the discharge flange of the ball mill drum. The drum is designed for butar mounting and has the same connecting dimensions, minimum size and is, in fact, a spacer. The magnetic system is installed on its own supports and requires preparation of the site for fastening. The discharge chute is installed cantilever on the supporting structure, provides continuous removal of the collected scrap outside the working area. The magnetic trunnion works without the participation of an operator and does not require special maintenance. • Automatic cleaning Cleaning of raw materials and materials from magnetic impurities occurs automatically and does not require personnel. removal of magnetic inclusions in automatic mode improves the quality of separation • Lack of energy consumption and increased energy efficiency The UMS magnetic scraper does not need electricity to generate a magnetic field. The guaranteed period of preservation of the properties of magnetic systems, subject to the rules of operation, is 10 years. High-quality extraction of worn out grinding bodies reduces the energy consumption of crushing equipment by up to 8% by eliminating the need to work with unnecessary load. • Additional lining of the magnetic system The working surface of the magnetic system is additionally protected from accelerated wear by means of a polyurethane lining. The removable lining significantly prolongs the service life of the working surface of the magnetic journal. * Development and production of magnetic UMS is carried out taking into account the connecting dimensions and the model of the customer's mill.

The ERGUARD PM pipeline metal detector is built into a round gravity pipe and provides quality control and safety checks of liquid and paste-forming products, raw materials, semi-finished products and finished products. • Stainless steel housing All elements of the ERGUARD PM metal detector are made of stainless steel, the sensor housing is all-welded, durable, non-corrosive. The metal detector meets the requirements of industrial safety and hygiene for food production. • High sensitivity for detecting metal inclusions The ERGUARD PM pipeline metal detector provides maximum sensitivity for detecting inclusions of ferrous metals with a particle size of 0.5 mm, non-ferrous metals – from 1 mm, stainless steel – from 1 mm The indicated values are obtained under ideal conditions and may vary depending on the size of the aperture, the operating frequency of the detector, the unique properties of the product, the position of the inclusions in the flow and the conditions of the process impurities in a separate container. The sensor has a UHL4 design (ambient temperature – 60 ° C / + 40 ° C), which allows it to work in a wide range of temperatures. • Quality control and product safety Highly sensitive pipeline metal detectors ERG UARD PM are mainly used as control equipment for thorough checking the safety of liquid and paste-forming products, raw materials, semi-finished products and finished products, excluding rejects and claims. • Protection of technological equipment from breakdowns and premature wear. equipment as a part of the line with all the resulting financial losses. • Flexible approach, design for the task The complete set of equipment is selected individually depending on the task being solved: the ERGUARD PM metal detector is built into an existing production line and, unlike foreign counterparts, does not require mandatory replacement of serviceable components " Full construction". At the request of the customer, the delivery set of the metal detector can include a non-metallic passage pipe, fittings, a rejection unit, a stand, additional devices for light and sound alarms. The temperature of the monitored product, high pressure in the system affect the choice of the type of throughput fittings. For such tasks, ERGA offers non-metallic conduits designed for high pressure and temperature. • Intuitive Touch Screen control The control panel is a 7-inch high-definition touch screen with an intuitive user interface in Russian: 3 levels of access to the equipment settings are provided ( worker, engineer, service specialist) to protect against unauthorized access. • Storing up to 10 materials. Individual settings for a specific material are stored in the memory of a system designed for 10 positions. • Compliance with industrial safety requirements. The equipment complies with the requirements of the technical regulation of the Customs Union TR CU 004 / 2011 "On the safety of low-voltage equipment", TR CU 020/2011 "Electromagnetic compatibility of technical means". The delivery set includes all the necessary certificates. * It is possible to develop individual solutions according to the requirements of the technical assignment.

Magnetic rods (metal catchers) ERGA MSS provide high-quality extraction of metal inclusions from the flow of a liquid or bulk product. MC are indispensable where the installation of a stationary separator for technical reasons is impossible or does not have a rational justification. and as a part of magnetic grids and rod separators. A sealed housing made of corrosion-resistant food grade stainless steel guarantees protection of the magnetic system from external influences. • Simple installation and operation. at the required distance from each other. For fastening to the ends of the rod, a standard M8 internal thread is provided on one or both sides, depending on the requirements of the Customer. • Easy cleaning Smooth, polished surface of the rod ensures its easy cleaning. can be used in food, explosion and fire hazardous and chemically hazardous industries. The delivery set includes all the necessary certificates. * The ERGA company has successful experience in the development and delivery of magnetic rods up to 1.0 T, with a diameter of 25 mm and more, up to 1.5 m in length. It is possible to develop individual solutions according to the requirements of the technical task. made of steel 12X18H10T with a built-in high-performance magnetic system based on permanent magnets (NdFeB).

Rod separator ERGA SMTP-2 is built into a gravity pipe of circular or rectangular cross-section and provides high-quality extraction of metal impurities from a liquid product stream, prone to thickening. stainless steel with branch pipes for connection to the pipeline. The rod separator ERGA SMTP-2 differs from the separator SMTP-1 in the presence of heating jackets. This design feature allows the use of equipment for cleaning products, the temperature of which must be maintained at a certain level to prevent thickening. For ease of installation, SMTP-2 design uses connecting flanges for welding or fasteners. An additional set of adapter flanges with the required diameter is also available to order. The design of the magnetic system includes 2 rows of rods fixed on a removable separator cover. The hermetic body of rods made of corrosion-resistant food grade stainless steel reliably protects the magnetic system from external influences. • 2 in 1: cleaning + filtration The choice of a complete set of a rod magnetic separator ERGA SMTP-2 depends on the requirements for its functionality. To protect the pumping equipment, it is possible to install a mesh filter to retain solid inclusions of a given size. The separator is designed for effective operation under a pressure of 8 atm. The number and arrangement of rods, the parameters of the magnetic system are selected individually, taking into account the characteristics of the Customer's production, which guarantees the highest quality product cleaning. allows to increase the volume of production of quality products, excluding defects and complaints, confirming the reputation of a reliable partner and manufacturer • Easy cleaning Purification of retained impurities is done manually after stopping the product supply. An option of simplified mechanical cleaning is available, in which it is enough to completely remove the structure of the magnetic system from the separator body and remove the magnetic rods from the outer tubes. hazardous industries. The delivery set includes all the necessary certificates. * It is possible to develop individual solutions in various configurations according to the requirements of the technical assignment. The guaranteed period of preservation of the properties of the magnetic system, subject to the rules of operation, is 10 years.

Rod separator ERGA SMTP-1 is built into a gravity pipe of circular or rectangular cross-section and provides high-quality extraction of metal impurities from a liquid product stream of various viscosities. steel with branch pipes for connection to the pipeline. For ease of installation, the SMTP-1 structure uses connecting flanges for welding or fasteners. An additional set of adapter flanges with the required diameter is also available to order. The design of the magnetic system includes 2 rows of rods fixed on a removable separator cover. The hermetically sealed body of rods made of corrosion-resistant food grade stainless steel reliably protects the magnetic system from external influences. • 2 in 1: cleaning + filtration. To protect the pumping equipment, it is possible to install a mesh filter to retain solid inclusions of a given size. The separator is designed for effective operation under a pressure of 8 atm. The number and arrangement of rods, the parameters of the magnetic system are selected individually, taking into account the characteristics of the Customer's production, which guarantees the highest quality product cleaning. allows to increase the volume of production of quality products, excluding defects and complaints, confirming the reputation of a reliable partner and manufacturer • Easy cleaning Purification of retained impurities is done manually after stopping the product supply. An option of simplified mechanical cleaning is available, in which it is enough to completely remove the structure of the magnetic system from the casing of the separator and remove the magnetic rods from the outer tubes • Compliance with industrial safety requirements The equipment is supplied to food production and has a roughness of surfaces in contact with the product, no more than 0.63 microns. Made in accordance with the recommendations and requirements of HACCP (HACCP). SMTP-1 meets the requirements of the standards and regulations of industrial safety in force in the Russian Federation and can be used in food, explosion and fire hazardous and chemically hazardous industries. The delivery set includes all the necessary certificates. * It is possible to develop individual solutions in various configurations according to the requirements of the technical assignment. The guaranteed period of preservation of the properties of the magnetic system, subject to the rules of operation, is 10 years.

Conveyor equipment is designed for the transportation of bulk, lumpy or piece, packaged goods. • Mobile and stationary conveyors NPO ERGA produces belt conveyors of various types: – horizontal belt conveyors; – inclined belt conveyors, with smooth or chevron belts; – horizontal and inclined belt conveyors special purpose (adapted to the installation of metal detectors and suspended iron separators) – mobile belt conveyors on wheels • High performance Belt conveyors – the most efficient and widespread type of conveyor equipment. Their performance is determined by the width of the belt and the speed of movement • Individual selection of design The material of the belt is selected depending on the product and can be made of polyurethane, high-strength rubber, fabric cloth, reinforced with cord. In the case of a sticky, clumping product or a product with a high degree of moisture, the belt is equipped with special corrugated sides so that the product does not fall under the belt. Conveyors can be equipped with belt or vibrating feeders, can be steeply inclined and completely closed casings. • High energy efficiency and environmental friendliness. Compared to other conveyors, belt conveyors consume less energy for transporting bulk materials, are cheap to manufacture and do not pollute the environment. • Easy integration into the NPO line " ERGA "designs conveyor equipment as part of lines, ensuring their easy integration with other components: magnetic separators and industrial metal detectors, feeders of various types, bunkers and other types of industrial equipment. * ERGA specialists design and produce various models of belt conveyors with a belt width of up to 2 m and speeds up to 3 m / s in accordance with individual technical requirements.

The conveyor magnetic iron separator ERGA KSMB, equipped with a magnetic drive drum, ensures continuous high-quality extraction of large and medium metal inclusions from the flow of transported raw materials. permanent magnets Powerful magnetic system provides reliable retention of magnetic inclusions and the necessary long-range magnetic field to remove particles up to 350 mm • High energy efficiency Minimum energy consumption required for the drive of the conveyor. No power consumption is required to generate a magnetic field. The guaranteed period of preservation of the properties of the magnetic system, subject to the operating rules, is 10 years. • Automatic cleaning. Continuous cleaning from magnetic impurities occurs automatically and does not require the participation of personnel. up to + 130 ° С Reliable magnetic system and constructive simplicity of the separator ensure its operability in a wide temperature range from -50 ° С to + 130 ° С.

Highly inductive wet separator ERGA PVM provides high recovery of minerals with low magnetic susceptibility in the mining industry (tin, iron, manganese, diamond and gold ores, ilmenite sands, etc.) and secondary processing (nonferrous alloy ores, etc.). • Unique equipment based on NdFeB The patented design of the ERGA PVM with a closed magnetic system based on Nd-Fe-B allows enrichment of weakly magnetic ore and nonmetallic materials. Compared to electromagnetic analogs of roller and rotary types, ERGA PVM is characterized by higher energy efficiency, operational reliability, lower weight and size characteristics and no need for system cooling. … The installation of the second stage of concentration in one building increases the separation efficiency. • Increased magnetic induction up to 1.7 T The increased induction of 1.7 T (1700 Gs) on the working surface allows the extraction of weakly magnetic fractions of ore and non-metallic materials: diamond and gold ores, iron, manganese, chromium , tin ores, ilmenite sands, slags of aluminum, ferrochrome and ferrosilicomanganese. • Special magnetic system for wet separation technology. The wet separation process and individually selected magnetic systems allow processing a wide range of sizes for coarse-grained (1-8 mm) or fine-grained (up to 1 mm) fractions to obtain a high quality commercial magnetic concentrate. are made of special wear-resistant coatings. Separator covers are made of stainless steel, have increased reliability and resistance to wear. * The overall dimensions in the description are given on the example of the 2PVM 1000 model For the ERGA PVM magnetic separator, an automated remote monitoring option REMOS is available, which allows you to monitor the condition of the equipment by transmitting data in real time. • Monitor the condition of equipment in real time • Diagnose remotely and eliminate the causes of problems in a timely manner • Minimize equipment downtime • Prevent abnormal situations and increase the efficiency of your enterprise enterprise process. The REMOS system provides the ability to set up personalized distribution of notifications to a specified list of recipients. A smartphone that is always at hand, a tablet, a laptop or a desktop computer: • SMS messages • PUSH notifications on the smartphone • PUSH notifications in the REMOS personal account • emails • messages to instant messengers: Viber, WhatsApp

Conveyor single plate metal detector ERGUARD SCM is designed to detect inclusions of ferrous and non-ferrous metals in bulk raw materials transported by a belt conveyor. • Compact solutionSingle-plate metal detector ERGUARD SCM with a flat rectangular body. ERGUARD SCM provides maximum sensitivity for detecting metal inclusions of various sizes. Reaction to ferrous metals: – at a height of 100 mm from the detector plate: from 10 mm – at a height of 200 mm from the detector plate: from 20 mm – at a height of 300 mm from the detector plate: from 30 mm Reaction to non-ferrous metals: – at a height of 100 mm from the detector plate: from 20 mm – at a height of 200 mm from the detector plate: from 40 mm – at a height of 300 mm from the detector plate: from 60 mm The indicated values are obtained under ideal conditions and can vary depending on the height of passage of metal impurities above the surface of the detector, the operating frequency of the detector, the unique properties of the product, the position of the inclusions in the flow and the conditions of the production environment. or removes the contaminated product from the conveyor belt using a rejection device. The sensor has a UHL1 design (ambient temperature from -35 ° C to + 40 ° C), which allows you to work outdoors in all weather conditions. • Protection of technological equipment from breakdowns and The ERGUARD SCM Conveyor Metal Detector prevents damage and downtime of crushing and grinding equipment with all the resulting financial losses. a clear user interface in Russian: there are 3 levels of access to the equipment settings (worker, engineer, service specialist) to protect against unauthorized access. • Compliance with industrial safety requirements The equipment meets the requirements of the technical regulations of the Customs Union TR CU 004/2011 "On the safety of low-voltage equipment", TR CU 020/2011 "Electromagnetic compatibility of technical equipment". All required certificates are included in the package.

The rod separator ERGA SM-2 with a mechanical cleaning system is built into a gravity pipe of round or rectangular cross-section and provides high-quality extraction of metallic impurities from the flow of a bulk product. For ease of installation, the SM-2 design uses connecting flanges for welding or fasteners. For a gravity pipe with a circular cross-section, an additional set of transition flanges with the required diameter is available to order. The design of the magnetic system includes one or more rows of rods fixed on a retractable console. The sealed body of rods made of corrosion-resistant food grade stainless steel reliably protects the magnetic system from external influences. The number and arrangement of rods, the parameters of the magnetic system are selected individually, taking into account the characteristics of the Customer's production, which guarantees the highest quality cleaning of the product. • Quality assurance of the final product. SM-2 with a powerful magnetic system allows you to increase the volume of production of quality products, reducing and eliminating defects and complaints, confirming the reputation of a reliable partner and manufacturer. metallic impurities. To clean it, it is enough to completely remove the structure of the magnetic system from the separator body and remove the magnetic rods from the outer tubes. The guaranteed period of preservation of the properties of the magnetic system, provided that the operating rules are observed, is 10 years • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and rules in force in the Russian Federation and can be used in food, explosion and fire hazardous and chemically hazardous industries. The delivery set includes all the necessary certificates. * It is possible to develop individual solutions according to the requirements of the technical assignment.

The compact lamellar iron separator ERGA PSM is built into a gravity pipe of round or rectangular cross-section and ensures high-quality extraction of metallic impurities from the flow of bulk material. For ease of installation, the PSM design uses connecting flanges for welding or fasteners. An optional adapter flange kit is also available to order. PSM magnetic plates can be supplied both as independent equipment and as part of ERGA PSM-1, PSM-2, PSM-2Ts plate iron separators. The parameters of the magnetic system are selected individually, taking into account the peculiarities of the Customer's production, which guarantees the highest quality cleaning of the material from impurities. • Reliable retention of small inclusions. Quality assurance of the final material Reliable and durable plate iron separator PSM with a powerful magnetic system allows you to increase the volume of production of quality products, excluding defects and complaints, confirming the reputation of a reliable partner and manufacturer. • Simple installation and operation. limited space and does not require additional re-equipment. There are no bearings or other rotating elements in the design of the iron separator: there is simply nothing to break here! Timely cleaning of impurities – and no additional maintenance • No energy consumption The plate iron separator ERGA PSM does not need electricity to generate a magnetic field and differs from electromagnetic analogs by significantly greater reliability and efficiency when working with small layers of material. The guaranteed period of preservation of the properties of the magnetic system, subject to the rules of operation, is 10 years. • Simple cleaning. Cleaning of retained impurities is done manually after stopping the product supply. • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation. It can be used in food, explosion and fire hazardous (including storage, processing and use of plant materials) and chemically hazardous industries. The delivery set includes all the necessary certificates. * The overall dimensions in the description are indicated on the example of the PSM 150×150 model

Budget suspended magnetic iron separator ERGA PSM-4 with mechanical cleaning provides high-quality extraction of small highly magnetic inclusions (clips, nails, nuts, etc.) from bulk material from a distance of up to 200 mm. OPTIMAL SOLUTION FOR SIMPLE PROBLEMS material from the conveyor belt. Simple and reliable design PSM-4 is a magnetic system built into a protective metal case with a mechanical cleaning system. , additional re-equipment of the site. There are no bearings or other rotating parts in the separator: there is simply nothing to break! Timely cleaning of impurities – and no additional maintenance. LACK OF ENERGY CONSUMPTION Suspended magnetic iron separator ERGA PSM-4 does not need electricity to generate a magnetic field and differs from electromagnetic analogs by significantly greater reliability and efficiency when working with small layers of material. The guaranteed period of preservation of the properties of the magnetic system, provided that the operating rules are observed, is 10 years. 4 with a working area width of 200 to 800 mm. It is possible to develop individual solutions according to the requirements of the technical assignment. * The overall dimensions in the description are indicated on the example of the PSM-4 200 model

The rod separator ERGA SM-1 is built into a gravity pipe of round or rectangular cross-section and ensures high-quality extraction of metal impurities from the flow of a bulk product. For ease of installation, the CM-1 design uses connecting flanges for welding or fasteners. For a gravity pipe with a circular cross-section, an additional set of transition flanges with the required diameter is available to order. The design of the magnetic system includes one or more rows of rods fixed on a retractable console. The sealed body of rods made of corrosion-resistant food grade stainless steel reliably protects the magnetic system from external influences. The number and arrangement of rods, the parameters of the magnetic system are selected individually, taking into account the characteristics of the Customer's production, which guarantees the highest quality cleaning of the product. • Quality assurance of the final product. SM-1 with a powerful magnetic system allows to increase the volume of production of quality products, excluding defects and complaints, confirming the reputation of a reliable partner and manufacturer. The option of mechanical cleaning is available in the alternative model of the ERGA SM-2 rod separator. • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation and can be used in food, explosion and fire hazardous and chemically hazardous industries. All required certificates are included in the package.

Vibrating screens (vibrating screens, vibrating screens, inertial screens) ERGA GV are used to classify loose granular materials and dehydration. • Efficient screening up to 4 fractions. 60 mm to 5 mm, depending on the design requirements. They are completed with sieves made of meshes of various designs with a given size and shape of the mesh of the sieving surface. The material of the screens is also selected depending on the material and can be made of steel or aluminum perforated sheet with round, square or slot-like holes, when working with complex clay or sticky materials, polyurethane screens are used. casing, unbalanced vibration exciter system provides high throughput, screen inclination angle up to 15 ° to increase screening speed • Simple installation and operation Simple and reliable design of ERGA vibrating screens with simple assembly and low operating costs provides easy access to units, simple cleaning. Remote control of the screen operation by means of the remote control facilitates the control and adjustment of the operation by the operator. Working units made of wear-resistant high-strength materials increase service life • Wide range of configurations and applications Vibrating screens are available in carbon steel or stainless steel construction, open or closed, with the ability to connect to a suction or irrigation system. They can also be completed with hoppers and vibrating feeders. • Efficient work 24/7 in difficult conditions The equipment is designed for both intermittent and continuous operation even in harsh conditions. * The assortment of the ERGA company includes various models of ERGA GV, designed for individual requirements. Screener ERGA GV is manufactured and supplied both separately and as part of lines and processing complexes. Depending on the individual needs of the customer, the lines can include magnetic separators and industrial metal detectors, feeders of various types, bunkers and other types of industrial equipment.

Dynamic scales (checkweighers) WECONT allow to determine with high accuracy the deviation of products by weight (underweight / overweight), combining functions of control, sorting and rejection of products whose weight does not correspond to the specified value. production, including by eliminating the overweight of finished products. • High accuracy of weighing and speed of data processing allow to increase the volume of production of quality products, reducing and eliminating rejects and complaints. • Automatic dynamic weighing system WECONT allows you to completely eliminate the human factor, thereby reducing costs • The guarantee of conformity of products to the specified weight parameters ensures compliance with the quality standard of your products, confirming the reputation of a reliable partner and manufacturer. high clarity with an intuitive user interface in Russian: there are 3 levels of access to the equipment settings (worker, engineer, service specialist) to protect against unauthorized access. mass range – Infinitely variable conveyor speed – Quick call and convenient use of data on 100 products – Control of weighing time and weighing interval depending on the weighed product – Possibility of integration with 1C via Ethernet channel with a description of the data protocol • Storing up to 100 products in memory individual settings for a specific product are stored in the system memory for 100 product items • Modular design The modular design of WECONT checkweighers includes 4 units: feed conveyor, conveyor scales, control unit, support frame ma. Simple and prompt replacement of one of the units in the event of a malfunction reduces the equipment downtime • IP-65 protection class The WECONT stainless steel housing of the dynamic balance complies with the IP-65 protection class, which meets the increased hygienic requirements of the food industry. The equipment can be washed under high pressure. • Inputs / Outputs The device is equipped with rejection and alarm outputs, an input for connecting a metal detector, as well as RS-232, USB interfaces. …

Self-unloading drum separator on permanent magnets ERGA MBS-R is designed for continuous automatic extraction of weighting agent from the slurry flow. 99.8%) • Magnetic system based on permanent magnets The drum wet separator MBS-R successfully replaces electromagnetic separators of the EBM type without reducing the productivity and efficiency of magnetite extraction due to the developed magnetic system (angle 2700) on high-energy permanent magnets. There are no operating costs associated with the maintenance of a technically complex electromagnetic system. For a year of operation, the MBS-R separator saves about 1 million rubles on electricity consumption compared to electromagnetic counterparts. , increasing the zone of extraction of magnetite. This provides a higher technological efficiency of separators in comparison with permanent magnet separators of PBM type. The magnetic system has a distribution of fields over the entire width of the drum, without dips in induction, as well as the maximum number of poles to ensure mixing and breakdown of floccules, which provides the purest concentrate. The presence of a squeezing scraper for removing the magnetic fraction instead of a flushing nozzle allows obtaining a weighting agent with the required T: G. • Individual selection of equipment The flexibility of the design and production process allows you to create individual solutions for the required technological parameters of the customer (process performance, specifics of the installation site). up to 1500 mm, drum length from 1000 to 3000 mm • Protection of working surfaces The separator elements most susceptible to wear (bath, drum) are lined with special wear-resistant coatings. The separator covers are made of stainless steel, have increased reliability and resistance to wear. The design of the main units of the product has been tested for long-term trouble-free operation in the most difficult conditions. * The overall dimensions in the description are given for the example of the MBS-R 800×1700 model

The magnetic eddy current separator ERGA SMVT-E5 ensures the extraction of small particles of non-ferrous metals from non-conductive fractions during the processing of raw materials. Indispensable for obtaining additional profit and unalloyed materials from MSW, waste cable or plastic, electronic and electrical equipment, cullet, scrap, tires, chips, slags. • Highly efficient magnetic system based on NdFeB rotation up to 5000 rpm and increased induction on the surface of the belt make it possible to efficiently extract particles of non-ferrous metals and their alloys from 0.3 mm. The eccentric position of the rotor allows fine-tuning the separation of the product, as well as avoiding the accumulation of magnetic particles under the belt, which prevents breakage The unique NdFeB magnet system ensures long efficient operation. The guaranteed period of preservation of the properties of magnetic systems, subject to observance of the operating rules, is 10 years • Separation / cleaning efficiency up to 99.8% Individual separation mode is selected depending on the source material. The unique patented system of knives – dividers with fine adjustment of the position contributes to a clear separation of bulk materials into three streams: conductive, non-conductive and weakly magnetic. ERGA SMVT-E5 provides maximum recovery of conductive fraction with particle size from 0.3 mm with separation and purification efficiency of the starting material up to 99, 8% • Intuitive Touch Screen and Ergonomic Design Fully digital operation is possible from the control panel, which is a 7-inch high-definition touchscreen with an intuitive user interface. In addition to adjusting the main operating parameters of the product, it is possible to save the settings of the separation parameters for each type of material. The modern design of the SMVT-E5 separator of non-ferrous metals allows it to be easily integrated into the technological line. inclusions under the tape. The simple design of the bearing assemblies increases the reliability and also guarantees the maintainability of the magnetic rotor, which reduces equipment downtime and associated costs. The specialists of NPO ERGA develop and manufacture SMVT-E5 according to the requirements of the technical specification. Strongly magnetic inclusions must be removed from the separation materials by suspended iron separators SMPR or SMPA, pulley iron separators SMB before being fed to eddy current magnetic separators.

The magnetic eddy current separator ERGA SMVT-E5 ensures the extraction of small particles of non-ferrous metals from non-conductive fractions during the processing of raw materials. Indispensable for obtaining additional profit and unalloyed materials from MSW, waste cable or plastic, electronic and electrical equipment, cullet, scrap, tires, chips, slags. • Highly efficient magnetic system based on NdFeB rotation up to 5000 rpm and increased induction on the surface of the belt make it possible to efficiently extract particles of non-ferrous metals and their alloys from 0.3 mm. The eccentric position of the rotor allows fine-tuning the separation of the product, as well as avoiding the accumulation of magnetic particles under the belt, which prevents breakage The unique NdFeB magnet system ensures long efficient operation. The guaranteed period of preservation of the properties of magnetic systems, subject to observance of the operating rules, is 10 years • Separation / cleaning efficiency up to 99.8% Individual separation mode is selected depending on the source material. The unique patented system of knives – dividers with fine adjustment of the position contributes to a clear separation of bulk materials into three streams: conductive, non-conductive and weakly magnetic. ERGA SMVT-E5 provides maximum recovery of conductive fraction with particle size from 0.3 mm with separation and purification efficiency of the starting material up to 99, 8% • Intuitive Touch Screen and Ergonomic Design Fully digital operation is possible from the control panel, which is a 7-inch high-definition touchscreen with an intuitive user interface. In addition to adjusting the main operating parameters of the product, it is possible to save the settings of the separation parameters for each type of material. The modern design of the SMVT-E5 separator of non-ferrous metals allows it to be easily integrated into the technological line. inclusions under the tape. The simple design of the bearing assemblies increases the reliability and also guarantees the maintainability of the magnetic rotor, which reduces equipment downtime and associated costs. The specialists of NPO ERGA develop and manufacture SMVT-E5 according to the requirements of the technical specification. Strongly magnetic inclusions must be removed from the separation materials by suspended iron separators SMPR or SMPA, pulley iron separators SMB before being fed to eddy current magnetic separators.

Electrostatic separator ELKRON ESS provides extraction of metal and mineral particles with particle size from 0.040 to 8 mm with separation and purification efficiency of the starting material up to 99.8% • Separation / purification efficiency up to 99.8% Individual separation mode is selected depending on the source material. Precise adjustment of the frequency of rotation of the collecting electrode, the position of the discharge and deflecting electrodes, dividers and the voltage of the discharge electrode allow achieving up to 99.8% efficiency of separation and purification of the starting material. • Automatic cleaning of electrodes Automatic cleaning of collecting and corona electrodes eliminates equipment downtime. Continuous automatic removal of non-conductive fraction improves separation quality • Intuitive Touch Screen Control The control panel is a 7-inch high-definition touch screen with an intuitive user interface in Russian: 3 levels of access to settings (worker, engineer, service technician). In addition to adjusting the main operating parameters of the product, it is possible to save the separation parameter settings for each type of material: • Dry separation method: pure savings! time costs for water and drying **. ** in comparison with the wet separation method • Applications – Separation of plastic from metal; – Recycling of electrical appliances; – Recycling of LED lamps; – Recycling of cables; – Recycling of PET bottles; – Recycling of printed circuit boards; – Processing of plastic window profiles; – Processing of used tires. Materials for dry dressing – Ores of precious metals (Au, Ag); – Non-metallic ores and materials (quartz sand, feldspar, etc.); – Ores of non-ferrous and rare metals (titanium-zirconium , tin-tungsten, columbite-tantalite, etc.); – Diamond-containing * The overall dimensions in the description are shown using the example of the ELKRON ESS-1L 300 model For the ELKRON ESS electrostatic separator, the automated remote monitoring option REMOS is available, which allows you to monitor the equipment status by transmitting data in real time. • Monitor the equipment status in real time • Diagnose remotely and eliminate the causes of problems in a timely manner • Minimize equipment downtime • Prevent abnormal situations and increase the efficiency of your enterprise The REMOS personal account interface allows you to track key performance indicators of the enterprise's technological process online from anywhere in the world from any device. The REMOS system provides the ability to set up personalized distribution of notifications to a specified list of recipients. A smartphone that is always at hand, a tablet, a laptop or a desktop computer: • SMS messages • PUSH notifications on the smartphone • PUSH notifications in the REMOS personal account • emails • messages to instant messengers: Viber, WhatsApp

Self-unloading drum separator on permanent magnets ERGA MBS-VI is designed for continuous automatic extraction of highly magnetic inclusions from the flow of pulp, sludge and process solutions. 3 to 0.6 T. The system based on rare-earth magnets NdFeB is unique and has no analogues in Russia. MBS-VI is used for beneficiation of oxidized iron, chromium, nonferrous, gold-bearing ores, tailings of concentration plants, etc. in order to extract minerals with medium and low magnetic susceptibility. The flexibility of the design and production process allows you to create individual solutions for the necessary technological parameters of the Customer (process performance, features of the installation site). The drum diameter can be from 250 to 900 mm, the drum length from 100 to 2000 mm. • Special magnetic system For this type of equipment a specially designed magnetic system is used. Distinctive features of the magnetic system are deep magnetization of the working zone for maximum extraction of magnetic particles and high-intensity magnetic stirring in order to destroy magnetic floccules and obtain a magnetic concentrate. The wet separation process allows processing a wide range of grain sizes to obtain a high quality commercial magnetic concentrate • Protection of working surfaces Separator elements that are most susceptible to wear (bath, drum) are lined with special wear-resistant coatings. The separator covers are made of stainless steel for increased reliability and wear resistance.

Conveyor non-separable metal detector ERGUARD CM for woodworking industries protects sawing, debarking and other types of technological equipment from breakdowns caused by metal inclusions entering the mechanisms. does not corrode. The cross-section of the detection area is an octahedron (octahedron), the dimensions of which are set depending on the required diameter of the logs. The CM metal detector in an extended configuration is supplied with a built-in conveyor, which is mounted in the timber supply line between the chain conveyors. Installation is carried out within a few hours • High sensitivity for detecting metal inclusions The ERGUARD CM metal detector for woodworking industries provides maximum sensitivity for detecting magnetic metals with a particle size of 2 mm and more, non-magnetic metals – from 4 mm. High sensitivity allows you to configure the detector to protect the equipment from wear and to avoid false alarms and non-target line stops. When metal inclusions are detected, the metal detector gives a sound / light signal and, depending on the Customer's request, stops the conveyor or makes marking. The sensor has a UHL1 (temperature environment – 60 ° С / + 40 ° С), which allows you to work in a wide range of temperatures. • Protection of technological equipment from breakdowns and premature wear. technological equipment with all the resulting financial losses. • Intuitive Touch Screen control The control panel is a 7-inch high-definition touch screen with an intuitive user interface in Russian: there are 3 levels of access to equipment settings (worker, engineer, service specialist) to protect against unauthorized access. • Compliance with industrial safety requirements The equipment meets the requirements of the technical regulations of the Customs Union TR CU 004/2011 "On the safety of low-voltage equipment", TR CU 020/2011 "Electromagnetic compatibility of technical equipment ". All required certificates are included in the package.

Densimetric table (air separator) ERGA DS provides high-quality separation of materials by density with an efficiency of up to 99.5%. Sorting into light and heavy fractions occurs under the influence of the circulating air flow and vibration of the inclined sieve. The dust present in the material is removed together with the air through the aspiration branch pipe, and then passes through the cleaning system. • Dry separation method: pure savings! energy consumption and without financial, time costs for water and drying *. * in comparison with the wet separation method • Separation / purification efficiency up to 99.5% Individual separation mode is selected depending on the material and size class. High accuracy of setting the angle of inclination and frequency of vibration of the vibrating sieve, adjusting the air flow rate allow to achieve up to 99.5% efficiency of separation and purification of the source material. : beneficiation of various types of ores and placers; – Glass industry: cleaning cullet from metal (lids, rings, foil, etc.) and non-metallic inclusions (lumps, organic matter, etc.); – Mechanical engineering: regeneration of sand, steel / aluminum / cast iron shot and others; – Food industry: cleaning bulk products (tea, coffee, dried fruits, nuts) from stones, glass, metal or dust. * The overall dimensions in the description are given on the example of the model DS 600×1200 which allows you to monitor the status of equipment, transmitting data in real time. • Monitor the status of the equipment i in real time • Diagnose remotely and eliminate the causes of problems in a timely manner • Minimize equipment downtime • Prevent abnormal situations and increase the efficiency of your enterprise The REMOS personal account interface allows online, from anywhere in the world, from any device, to track the key performance indicators of the enterprise technological process. The REMOS system provides the ability to set up personalized distribution of notifications to a specified list of recipients. A smartphone that is always at hand, a tablet, a laptop or a desktop computer: • SMS messages • PUSH notifications on the smartphone • PUSH notifications in the REMOS personal account • emails • messages to instant messengers: Viber, WhatsApp

Self-unloading drum separator on permanent magnets ERGA MBS is designed for continuous automatic extraction of highly magnetic inclusions from the flow of pulp, sludge and process solutions. magnetite ores, ash from thermal power plants, removal of technogenic iron) the recommended induction in the working area is 0.08-0.24T. – To obtain tailings with a minimum content of a useful magnetic product or to extract less magnetic materials (oxidized technogenic iron, ferromanganese minerals, etc.) recommended induction in the working area 0.24-0.4 T. • Special magnetic system for wet separation technology A specially developed magnetic system is used for this type of equipment. A distinctive feature of the magnetic system is deep magnetization of the working area for maximum extraction of magnetic particles and high-intensity magnetic stirring in order to destroy magnetic floccules and obtain a magnetic concentrate. bath is used for coarse material (up to 10 mm); – Countercurrent bath for material up to 3 mm; – Semi-counterflow bath for fine material (98% less than 0.071 mm). high quality concentrate • Protection of working surfaces The separator elements most susceptible to wear (bath, drum) are lined with special wear-resistant coatings. The separator covers are made of stainless steel for increased reliability and wear resistance.

Triboelectrostatic separator ELKRON TESS provides the extraction of the smallest particles of secondary materials and minerals with a size of 0.040 to 8 mm with separation and purification efficiency of the source material up to 99.8%. • Separation / purification efficiency up to 99.8% Individual separation mode is selected depending on the source material … Precise adjustment of the frequency of rotation of the collecting electrode, the voltage of the deflecting electrode, the position of the dividers make it possible to achieve up to 99.8% of the separation and purification efficiency of the starting material. One unit for different mixtures of dielectric materials One unit TESS will separate different mixtures: ABS / PS PVC / LDPE, PVC / EPDM. PP / PE, etc. – MIXTURE OF MINERAL RAW MATERIALS: quartz – calcite, garnet – hornblende, quartz – feldspar, nepheline – apatite, vermiculite – quartz, etc. • High productivity (320 mm) • Intuitive Touch Screen Control The control panel is a 7-inch high-definition touch screen with an intuitive user interface in Russian: 3 levels of access to settings (worker, engineer, service specialist). In addition to adjusting the main operating parameters of the product, it is possible to save the settings of the separation parameters for each type of material • Dry separation method: pure savings! water and drying **. ** in comparison with the wet separation method • Automatic electrode cleaning Automatic cleaning of the collecting electrode eliminates equipment downtime.

The lamellar iron separator ERGA PSM-1 is built into a gravity pipe of circular or rectangular cross-section and provides effective 2-stage cleaning of impurities even at a high material feed rate. the speed of the incoming material flow. Due to the advantages of this design feature, plate iron separators ERGA PSM-1 are usually installed in areas with a high material feed rate (for example, from a great height). For ease of installation, the PSM-1 design uses connecting flanges for welding or fasteners. An additional set of adapter flanges is also available to order • 2 stages of extracting impurities2 PSM magnetic plates installed on opposite sides of the gravity flow guarantee an effective 2-stage cleaning of material from metal inclusions. The parameters of the magnetic system are selected individually, taking into account the peculiarities of the Customer's production. • Reliable retention of small inclusions The working surface of the magnetic plates is equipped with special ribs that form shadow zones to securely hold small metal inclusions and prevent them from being carried away by the material flow. • Quality assurance of the final material Reliable and durable plate iron separator PSM -1 with a powerful magnetic system allows to increase the volume of production of quality products, eliminating defects and complaints, confirming the reputation of a reliable partner and manufacturer. • Simple operation There are no bearings or other rotating elements in the design of the iron separator: there is simply nothing to break! Timely cleaning of impurities – and no additional maintenance • No energy consumption The plate iron separator ERGA PSM-1 does not need electricity to generate a magnetic field and differs from electromagnetic analogs by significantly greater reliability and efficiency when working with small layers of material. The guaranteed period of preservation of the properties of the magnetic system, subject to the rules of operation, is 10 years. • Simple cleaning. Cleaning of retained impurities is done manually after stopping the product supply. • Compliance with industrial safety requirements The equipment complies with the requirements of industrial safety standards and regulations in force in the Russian Federation. It can be used in food, explosion and fire hazardous (including storage, processing and use of plant materials) and chemically hazardous industries. All required certificates are included in the package.

The specialized single-plate metal detector ERGUARD SCM with permanent magnets is mainly used in scrap processing plants to control the quality / composition of non-ferrous (non-magnetic) scrap with an efficiency of detecting magnetic impurities up to 99%. In the extended configuration, the detector is supplied with a conveyor and does not require additional line re-equipment. Installation takes several hours. • High sensitivity for detecting metal inclusions The ERGUARD SCM single-plate metal detector with permanent magnets provides maximum sensitivity for detecting magnetic metals of various masses: – at a height of 100 mm from the detector plate: from 5 g – at a height of 200 mm from the detector plate : from 10 g When detecting magnetic inclusions, the metal detector gives a sound / light signal and, depending on the customer's desire, stops the conveyor and removes part of the flow with magnetic impurities from the conveyor belt using a reject device. The sensor has the UHL4 version (ambient temperature – 60 ° C / + 40 ° С), which allows to work in a wide temperature range. meshes and alloys of magnetic metals. As a result, you get a pure product of a high category for subsequent melting or marketing at an attractive price. worker, engineer, service specialist) to protect against unauthorized access. • Storing up to 10 materials in memory Individual settings for a specific material are saved in the memory of a system designed for 10 positions. • Compliance with industrial safety requirements The equipment complies with the requirements of the technical regulation of the Customs Union TR CU 004 / 2011 "On the safety of low-voltage equipment", TR CU 020/2011 "Electromagnetic compatibility of technical means". All required certificates are included in the package.

The specialized single-plate metal detector ERGUARD SCM with permanent magnets is mainly used in scrap processing plants to control the quality / composition of non-ferrous (non-magnetic) scrap with an efficiency of detecting magnetic impurities up to 99%. In the extended configuration, the detector is supplied with a conveyor and does not require additional line re-equipment. Installation takes several hours. • High sensitivity for detecting metal inclusions The ERGUARD SCM single-plate metal detector with permanent magnets provides maximum sensitivity for detecting magnetic metals of various masses: – at a height of 100 mm from the detector plate: from 5 g – at a height of 200 mm from the detector plate : from 10 g When detecting magnetic inclusions, the metal detector gives a sound / light signal and, depending on the customer's desire, stops the conveyor and removes part of the flow with magnetic impurities from the conveyor belt using a reject device. The sensor has the UHL4 version (ambient temperature – 60 ° C / + 40 ° С), which allows to work in a wide temperature range. meshes and alloys of magnetic metals. As a result, you get a pure product of a high category for subsequent melting or marketing at an attractive price. worker, engineer, service specialist) to protect against unauthorized access. • Storing up to 10 materials in memory Individual settings for a specific material are saved in the memory of a system designed for 10 positions. • Compliance with industrial safety requirements The equipment complies with the requirements of the technical regulation of the Customs Union TR CU 004 / 2011 "On the safety of low-voltage equipment", TR CU 020/2011 "Electromagnetic compatibility of technical means". All required certificates are included in the package.

The self-unloading double-drum magnetic separator ERGA SMBM-2 differs from the SMBM in the presence of a second special drum for separating magnetic impurities from the pulverized material. The most isolated zones of separation and unloading of products allow minimizing the loss of valuable finely dispersed product • Obtaining a pure magnetic fraction The presence of a second auxiliary drum for removing and transporting magnetic inclusions to the unloading zone, as well as intensive magnetic stirring, ensures a high concentration of magnetic particles in the resulting product. Separator SMBM-2 is used for processing nickel and iron slag, ash and slag and ash disposal, crushed magnetite, iron and chrome ores, gas cleaning dust, dolomite, magnesite, expanded clay and other refractory materials at processing plants in glass, refractory materials, in the production of abrasive materials. • Dry separation method The two-drum separator SMBM-2 allows you to improve the quality of the material with less energy consumption without additional financial and time costs for water and drying. Continuous removal of magnetic particles in automatic mode improves the quality of separation compared to separators with mechanical or manual cleaning. In the case of work in a highly abrasive environment, the shell of the separator is additionally lined with replaceable linings.

Complete set: – Telescopic mast with a reinforced tripod complete and explosion-proof equipment – 1 pc. – Bracket (headrest) of the mast with two floodlights and an electric cable with a plug – 1 pc. – Product passport with warranty cards – 1 pc. Those. specifications Type of construction – Telescopic mast with manual control of lifting height. Height of lifting change – 1.3 ÷ 3.2 m. The complex is made of durable metal alloy with a protective anti-corrosion coating. The design of the bracket (headrest) provides for its reliable attachment to the mast of the product with the possibility of adjusting the angle of the direction of the luminous flux of the floodlights. The mast consists of: – a metal bracket (headrest) with two explosion-proof floodlights IP-65 / IP-67 and an electric cable with an IP-65 plug / IP-55; – telescopic metal mast with a reinforced tripod. Climatic version – U Power supply of the product – from a single-phase AC voltage 230 V, 50 Hz Type of floodlight IP-65 (IP-67); 1 ExdeIICT4 – With halogen lamp (E27 base) Projector power – 205 W Optimal illumination radius – 20 m Type of connection to the mains – Plug on the IP-44 connecting cable (IP-54 on demand).

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel.

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – AC mains voltage 220 V, frequency 50 Hz. Detailed characteristics – in the passport of the power plant 2) Light source HPS lamp with a power of 150 watts. Luminous flux 15000 Lm3) Dimensions in packed state – 440x350x300 mm4) Installation height in working condition – Up to 2 meters5) Total weight – 12 kg6) Inflation time – Up to 60 sec7) Climatic version – U8) Degree of protection IP 65/449) Protection class from electric shock – I or P10) Light distribution – Class P in accordance with GOST 17677

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – AC mains voltage 220 V, frequency 50 Hz or from the built-in petrol power station with a power of 0.65-0.9 kW. (For detailed characteristics, see the passport of the power plant) 2) Light source 100 W LED. Luminous flux 10,000 Lm3) Lamp service life – 18,000 hours4) Pump up to 250 W5) Dimensions in packed state – 440x350x300 mm6) Installation height in working condition – 2 meters7) Gas generator HHY 960A8) Electric power 550W9) Tank capacity – 4 liters (6 hours of operation) 10) Total weight – 20 kg 11) Inflation time – 60 sec 12) Climatic modification – U13) Degree of protection – IP 65/4414) Class of protection against electric shock – I or P15) Light distribution – class P according to GOST 17677

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics Power supply AC 220 V, frequency 50 Hz or from a built-in gasoline power plant with a power of 0.65-0.9 kW. (For detailed characteristics, see the passport of the power plant.) Light source packed condition 440х350х400 mm Installation height in working condition 2 meters Electric power 550 W Tank capacity 4 l (6 hours of operation) Total weight 20 kg Inflation time 60 sec Climatic version US Degree of protection IP 65/44 Class of protection against electric shock I or PS Light distribution class P according to GOST 17677

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – AC mains with voltage 220 V, frequency 50 Hz or from built-in gasoline power plant with a power of 0.65-0.9 kW. (For detailed characteristics, see the power plant passport) 2) Light source HPS with a power of 150 W. 3) Luminous flux 15,000 lm 4) Lamp life 18,000 hours 5) Pump up to 250 W 6) Dimensions in packed state – 400x350x400 mm 7) Installation height in working condition – 2 meters 8) Electric power 550W9) Tank capacity – 4 liters (6 hours of operation) 10) Total weight – 20 kg 11) Inflation time 60 sec 12) Climatic version – U13) Degree of protection – IP 65/4414) Class of protection against electric shock – I or P15) Light distribution – class P according to GOST 17677

Emergency lighting installation "Light tower" ("Light pillar", pillar of the Ministry of Emergency Situations, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at mass events, as well as during night works in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High pressure gas discharge lamp DNaT, DNaZ, DRI with a power of 600 W. 3) Luminous flux 48,000 – 120,000 lm. Installation of two or more lamps is possible. 4) Compressor with a capacity of 150 to 1200 W., with a capacity of 2.5 – 3.5 cubic meters / min, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600 × 460 × 500 mm. (dimensions may vary depending on the type of installation) 6) Height of installation in working condition – 5-7 m 7) Total weight – 65 kg (Weight may vary depending on the configuration) 8) Inflation time of the fabric cylinder 1 minute , the time of full lighting of the lamp is 5 min., it is recommended to turn on the lamp again after 15 – 20 min. 9) Wind resistance (with stretch marks) up to 20 m / s 10) Climatic modification – U11) Placement category according to GOST 1515012) Degree of protection – IP 65/4413 ) Class of protection against electric shock – II14) Light distribution – class P according to GOST 1767715) Resource of fan brushes – 500 hours, fan, fabric cylinder and air filter – 1000 hours. 16) The design of the installation allows illuminating an area of up to 20 thousand m2.

Emergency lighting installation "Light tower" ("Light pillar", pillar of the Ministry of Emergency Situations, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at mass events, as well as during night works in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High pressure gas discharge lamp DNaT, DNaZ, DRI with a power of 400 W. 3) Luminous flux – 48,000 – 120,000 lm. It is possible to install two or more lamps. 4) Compressor – with a capacity of 150 to 1200 W, with a capacity of 2.5 – 3.5 cubic meters / min, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600 × 460 × 500 mm … (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 5-7 m. 7) Total weight – 65 kg. (Weight may vary depending on the configuration). 8) The time of inflation of the fabric cylinder is 1 minute, the time of full lighting of the lamp is 5 min. sec10) Climatic modification – U11) Category of placement – according to GOST 1515012) Degree of protection – IP 65/4413) Class of protection against electric shock – II14) Light distribution – class P according to GOST 17677 Resource of fan brushes – 500 hours, Fan, fabric cylinder and air filter – 1000 hours. Illuminated area up to 15000 m2.

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is designed for emergency deployment on the ground in the event of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel Tech. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High-pressure gas discharge lamp DNaT, DNaZ, DRI with a capacity of 1000 W. 3) Luminous flux 48,000 – 120,000 lm. It is possible to install two or more lamps. 4) Compressor – with a capacity of 150 to 1200 W, with a capacity of 2.5 – 3.5 cubic meters / min, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm. (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 5 m. 7) Total weight – 65 kg. Weight may vary depending on the configuration. 8) The time of inflation of the fabric cylinder is 1 minute, the time of full lighting of the lamp is 5 minutes, it is recommended to turn on the lamp again after 15 – 20 minutes 9) Wind resistance (with stretch marks) up to 20 m / s 10) Climatic version – U11) Location category according to GOST 1515012) Degree of protection – IP 65/4413) Class of protection against electric shock – II14) Light distribution – class P according to GOST 17677

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High pressure gas discharge lamp DNaT, DNaZ, DRI with a power of 600 W. 3) Luminous flux 48,000 – 120,000 lm. It is possible to install two or more lamps. 4) Compressor with a capacity of 150 to 1200 W., with a capacity of 2.5 – 3.5 cubic meters / min, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm. (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 7 m. 7) Total weight – 65 kg. Weight may vary depending on the configuration. 8) Inflation time of the fabric cylinder – 1 minute, the time of full lighting of the lamp – 5 min. version – U11) Category of placement according to GOST 1515012) Degree of protection – IP 65/4413) Class of protection against electric shock – II14) Light distribution class P according to GOST 17677.

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High pressure gas discharge lamp DNaT, DNaZ, DRI with a power of 400 W. 3) Luminous flux – 48,000 – 120,000 lm. Installation of two or more lamps is possible. 4) Compressor – with a capacity of 150 to 1200 W., with a capacity of 2.5 – 3.5 cubic meters per minute, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm. (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 7 m. 7) Total weight – 65 kg. Weight may vary depending on the configuration. 8) Inflation time of the fabric cylinder – 1 minute, the time of full lighting of the lamp – 5 min. version – U11) Category of placement according to GOST 1515012) Degree of protection – IP 65/4413) Class of protection against electric shock – II14) Light distribution – class P according to GOST 1767715) Resource of fan brushes – 500 hours, fan, fabric cylinder and air filter – 1000 hours. 16) Illuminated area up to 15000 m2.

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High pressure gas discharge lamp DNaT, DNaZ, DRI with a power of 600 W – 2 pieces 3) Luminous flux – 48,000 – 120,000 lm. Installation of two or more lamps is possible. 4) Compressor – with a capacity of 150 to 1200 W., with a capacity of 2.5 – 3.5 cubic meters per minute, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm. (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 5 m. 7) Total weight – 65 kg. Weight may vary depending on the configuration. 8) Inflation time of the fabric cylinder is 1 minute, the time of full lighting of the lamp is 5 minutes, it is recommended to turn on the lamp again after 15 – 20 minutes 8) Wind resistance (with stretch marks) up to 20 m / s9) Climatic version – U10) Category of placement according to GOST 1515011) Degree of protection – IP 65/4412) Class of protection against electric shock – II13) Light distribution – class P according to GOST 17677

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High pressure gas discharge lamp DNaT, DNaZ, DRI with a power of 600 W – 2 pieces 3) Luminous flux – 48,000 – 120,000 lm. Installation of two or more lamps is possible. 4) Compressor – with a capacity of 150 to 1200 W., with a capacity of 2.5 – 3.5 cubic meters per minute, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm. (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 5 m. 7) Total weight – 65 kg. Weight may vary depending on the configuration. 8) Inflation time of the fabric cylinder is 1 minute, the time of full lighting of the lamp is 5 minutes, it is recommended to turn on the lamp again after 15 – 20 minutes 8) Wind resistance (with stretch marks) up to 20 m / s9) Climatic version – U10) Category of placement according to GOST 1515011) Degree of protection – IP 65/4412) Class of protection against electric shock – II13) Light distribution – class P according to GOST 17677

Emergency lighting installation Light Tower or as they are called "Light pole" is designed for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant; 2) Light source- High pressure gas discharge lamp DNaT, DNaZ, DRI with a capacity of 600 W.; 3) Luminous flux – 48,000 – 120,000 lm. Installation of two or more lamps is possible.; 4) Compressor – with a capacity of 150 to 1200 W., with a capacity of 2.5 – 3.5 cubic meters per minute, with an overpressure of 10,000 – 14,000 Pa.; 5) Dimensions – 600x450x500 mm. (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 5 m; 7) Total weight – 65 kg. Weight may vary depending on the configuration; 8) The time of inflation of the fabric cylinder is 1 minute, the time of full ignition of the lamp is 5 minutes, it is recommended to turn on the lamp again after 15 – 20 minutes; 9) Wind resistance (with stretch marks) – up to 20 m / s ; Climatic modification – U; 10) Category of placement – according to GOST 15150; 11) Degree of protection – IP 65/44; 12) Class of protection against electric shock – II; 13) Light distribution – class P according to GOST 17677.

Emergency lighting installation Light Tower or as they are called "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as carrying out night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High pressure gas discharge lamp DNaT, DNaZ, DRI with a power of 600 W. 3) Luminous flux 48,000 – 120,000 lm. It is possible to install two or more lamps. 4) Compressor with a capacity of 150 to 1200 W., with a capacity of 2.5 – 3.5 cubic meters / min, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm. (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 5 m. 7) Total weight – 65 kg. Weight may vary depending on the configuration. 8) The time of inflation of the fabric cylinder is 1 minute, the time of full lighting of the lamp is 5 minutes, it is recommended to turn on the lamp again after 15 – 20 minutes 9) Wind resistance (with stretch marks) up to 20 m / s 10) Climatic version – U11) Location category according to GOST 1515012) Degree of protection – IP 65/4413) Class of protection against electric shock – II14) Light distribution – class P according to GOST 17677

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is designed for emergency deployment on the ground in the event of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel Tech. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – High pressure gas discharge lamp DNaT, DNaZ, DRI with a power of 400 W. 3) Luminous flux – 48,000 – 120,000 lm. (Installation of two or more lamps is possible). 4) Compressor – with a capacity of 150 to 1200 W., with a capacity of 2.5 – 3.5 cubic meters / min, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm. (dimensions may vary depending on the selected type of installation). 6) Height of the installation in working condition – 5 m. 7) Total weight – 65 kg. (The weight may vary depending on the configuration). 8) The time of inflation of the fabric cylinder is 1 minute, the time of full ignition of the lamp is 5 minutes, it is recommended to turn on the lamp again after 15-20 minutes. sec10) Climatic modification – U11) Category of placement – according to GOST 1515012) Degree of protection – IP 65/4413) Class of protection against electric shock – II14) Light distribution – class R according to GOST 1767715) Illuminated area – up to 15000 m2.

Emergency lighting system LED Light Tower with a 2.2 kW generator. Height 3-5 meters. The arm of the installation is inflated and maintained unfolded by a built-in compressor. Power 300 W. Luminous flux 30,000 lumens. Those. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant 2) Light source – LED with a power of 300 W 3) Lighting area 15 thousand square meters … m4) Compressor with a capacity of 150 to 1200 W, with a capacity of 2.5 – 3.5 cubic meters / min, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm 6) Installation height in working condition – 5 m 7) Total weight – 65 kg. Weight may vary depending on the configuration. 8) The time of inflation of the fabric cylinder is 1 minute, the time of full lighting of the lamp is 5 minutes, it is recommended to turn on the lamp again after 15 – 20 minutes 9) Wind resistance (with stretch marks) up to 20 m / s 10) Climatic version – U11) Placement category according to GOST 1515012) Degree of protection – IP 65/4413) Class of protection against electric shock – II14) Light distribution class P according to GOST 1767715) The installation sleeve is inflated and maintained in an expanded state by a built-in compressor. 16) Power is 300 W. 17) Luminous flux 30,000 lumens. 18) Illuminated area 7850 m2

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – AC mains voltage 220 V, frequency 50 Hz. Detailed characteristics – in the passport of the power plant2) Light source LED-Lamp with a power of 50 W 3) Luminous flux 15000 lm4) Dimensions in packed state – 400x350x400 mm5) Installation height in working condition – Up to 2 meters6) Total weight – 12 kg7) Inflation time up to 60 sec 8) Climatic modification – U9) Degree of protection IP 65/4410) Class of protection against electric shock – I or P11) Light distribution – Class P according to GOST 17677

Emergency lighting installation "Light pole" (EMERCOM pole, light tower) is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel. Those. specifications Technical characteristics: 1) Power supply – AC mains voltage 220 V, frequency 50 Hz. Detailed characteristics – in the passport of the power plant2) Light source – LED-lamp with a power of 50 W 3) Luminous flux 15000 lm4) Dimensions in packed state – 400x350x400 mm5) Installation height in working condition – Up to 2 meters6) Total weight – 12 kg7) Inflation time up to 60 sec8) Climatic version – U9) Degree of protection – IP 65/4410) Class of protection against electric shock – I or P11) Light distribution – Class P according to GOST 1767712) Illuminated area – 1600 m2

Emergency lighting installation Light Tower or as they are called "Light pole" is intended for emergency deployment on the ground in case of natural and man-made disasters, in case of unauthorized switching off of lighting, to illuminate large areas at public events, as well as during night work in industry and construction in hard-to-reach places without the use of expensive equipment and qualified personnel Tech. specifications Technical characteristics: 1) Power supply – Single-phase AC power grid with a voltage of 220 V, 50 Hz, two-phase AC power grid with a voltage of 380 V, 50 Hz or from an autonomous power plant; 2) Light source – LED 300 W. 3) Lighting area – 15 thousand sq. m4) Compressor – with a capacity of 150 to 1200 W, with a capacity of 2.5 – 3.5 cubic meters / min, with an overpressure of 10,000 – 14,000 Pa. 5) Dimensions – 600x450x500 mm6) Installation height in working condition – 5 m 7 ) Total weight – 65 kg. Weight may vary depending on the configuration. 8) The time of inflation of the fabric cylinder is 1 minute, the time of full lighting of the lamp is 5 min. Climatic modification – U11) Category of placement – according to GOST 1515012) Degree of protection – IP 65/4413) Class of protection against electric shock – II14) Light distribution – class P according to GOST 17677 Emergency lighting system LED light tower without 2.2 kW generator. Height 3-5 meters. The arm of the installation is inflated and maintained in the deployed state by a built-in compressor. Power is 300 W. Luminous flux 30,000 lumens. Illuminated area 7850 m2. It is distinguished by the white glow of the Light Tower.

COMPLETE SET: – Telescopic mast with tripod – 1 pc. – Bracket (headrest) of the mast with two floodlights and an electric cable with a plug – 1 pc. – Protective cover for storage and transportation of the product – 1 pc. – Product passport with warranty cards – 1 pc. … Those. specifications Supply voltage of floodlights – 230 V Type of current, single-phase alternating – 50 Hz Luminous intensity – 8,000 cd Optimal illumination radius – 20 m Floodlight lifting height – up to 2.1 m

Complete set: – Telescopic mast with a reinforced tripod and guy ropes – 1 piece – Mast bracket (headrest) with two spotlights and an electric cable with a plug – 1 piece – Protective cover for storage and transportation of the product – 1 piece – Product passport with warranty cards – 1 PC. Those. Specifications Made of durable metal alloy with a protective anti-corrosion coating. The mast is equipped with a reliable attachment to it of the bracket (headrest) with floodlights. The design of the bracket (headrest) provides for its reliable attachment to the mast of the product with the possibility of adjusting the angle of the direction of the light flux of the floodlights. Construction type – Telescopic with manual control of the lifting height adjustment Height of the rise change – 1.6 ÷ 4.5 m Number of floodlights – 2/4 pcs. (LED 10-100 W) Optimal illumination radius – 20m Type of connection to the mains – Plug on the IP-44 connecting cable (IP-54 on request) Power supply of the product – Single-phase AC 230 V, 50 Hz Climatic version – U …

Complete set: – Telescopic mast with a reinforced tripod and guy ropes – 1 piece – Mast bracket (headrest) with two spotlights and an electric cable with a plug – 1 piece – Protective cover for storage and transportation of the product – 1 piece – Product passport with warranty cards – 1 piece – Inverter 12V / 220V 1000W – 1 piece Tech. specifications Mobile, manual, consisting of: – metal arm (headrest) with two halogen floodlights and an electric cable with a plug (euro); – a telescopic metal mast with a tripod and guy ropes. It is made of a durable metal alloy with a protective anti-corrosion coating. The design of the bracket (headrest) provides for its reliable attachment to the mast of the product with the possibility of adjusting the angle of the direction of the luminous flux of the floodlights. 2/4 pcs. (LED 30W) Type of connection to the mains – Plug on the connecting cable IP-44 (IP-54 on demand). The optimal illumination radius is 20m.

COMPLETE SET: – Telescopic mast with a reinforced tripod – 1 pc. – Bracket (headrest) of the mast with two floodlights and an electric cable with a plug – 1 pc. – Product passport with warranty cards – 1 pc. Those. specifications The complex is made of a durable metal alloy with a protective anti-corrosion coating. The design of the bracket (headrest) provides for its reliable attachment to the mast of the product with the ability to adjust the angle of the direction of the luminous flux of the floodlights. Number of spotlights – 2 / 4pcs. (Halogen IP-54, 500 W.) Climatic version – U Power supply of the product – from a single-phase network of alternating voltage 230 V, 50 Hz. Type of connection to the mains – plug on the connecting cable IP-44 (IP-54 on demand). – telescopic, manually controlled lift height adjustment, lift change height – 1.3 ÷ 2.5 m

Complete set: – Telescopic mast with reinforced tripod (max.deployment height 4.5 m; folded 1.6 m) – Mast arm (headrest) with two halogen spotlights and an electric cable with a plug – Extension coil with an electric cable, sockets and plug – Portable halogen floodlight – Sets of stakes, stretch marks, spare parts – Case for storing and transporting the product – Product passport with warranty coupons Tech. specifications The mast is made of metal with a protective anti-corrosion coating and consists of: – a metal bracket (headrest) with two halogen spotlights installed on it and an electric cable with a plug; – a telescopic metal mast with a tripod. Specifications: 1) Power supply of the product – From a single-phase AC network voltage 230 V, 50 Hz 2) Number of floodlights – 2 pcs. (Halogen IP-54, 500 W); 3) Optimal illumination radius – 20 m 4) Type of connection to the mains – Plug IP-44 5) Power of portable halogen floodlight IP-54 – 500 W

The pneumatic lighting mast MPO type is intended for use in the field, with a temperature operating mode of -50 ° C + 50 ° C, with installation on the roof of vehicles, trailers, mobile generating stations, for solving problems of rapid deployment of communication antennas or mobile lighting of emergency rescue areas, construction and installation works, in hard-to-reach places of such conduct. Those. specifications Weight: 45 kg Working height 2 m Mast composition: 3 sections, air cylinders Working voltage of lamps: 220V Lamp power: 1000W × 2 Type of lighting devices: floodlight / headlamp working pressure in the mast: 1.5-2 kg / cm.kv Control system: remote control with cable , without cable; Angles of rotation: horizontal ≤365 °, vertical ≤365 ° Dimensions: 1140 * 854 * 230

The complex is intended for lighting, construction objects, railway infrastructure, repair work, during the construction of highways, in the places of accidents and disasters, in the absence of electricity. Those. specifications Weight – 130 (dry) kg Type of mast – telescopic with mechanical winch Working height of the mast – 4 m Operating voltage of lamps – 220V Lamp power – 4 * 500 W (halogen) or 4 * 120 W (LED) Overall dimensions – 900 * 1720 * 510mm

A manual grease syringe of the SHRG-630 type is used to supply grease with a penetration of at least 280 at a temperature of 250C through an oiler to lubricated points (rubbing surfaces). A manual grease syringe of the SHRG-630 type is used to supply grease with a penetration of at least 280 at a temperature of 25 ° C through an oiler to lubricated points (rubbing surfaces). A manual grease syringe of the SHRG-630 type consists of a body with a handle and a pipeline (hose), supplied in the kit. The shape of the handle can have different shapes depending on the manufacturer. The principle of operation of manual syringes of the SHRG type is simple: the rotation of the handle is transmitted to the screw, and then to the piston. In this case, the screw makes rotational-translational movements, and the piston – translational. On a downward movement, the piston pushes the lubricant through the tubing (hose) to the point or surface to be lubricated. Those. specifications Nominal capacity per cycle, cm3 / cycle 12.5 Discharge pressure, kgf / cm2 nominal 100maximum 125 Nominal tank capacity, dm3 0.7 Working pressure of the hose, kgf / cm2 63 Hose length, mm 300 Weight, kg 3

We offer a service for the replacement of worn-out polymer and metal screens for vibrating sieves. Modernization of already existing circular vibrating screens: obsolete or inappropriate to new technological requirements, by adapting the devices we have developed to the design of specific machines. As a result, sifting devices receive a "second life" and acquire new qualities: productivity and efficiency of sieving increase, the possibilities and scope of application of vibrating sieves expand, for example, it becomes possible to sift fine, or "difficult" materials. (wet, viscous, prone to agglomeration, etc.) Design and manufacture according to the technical specifications of the customer of vibration screening equipment for size fractionation of dry and slightly wet (5 … 10%) materials, including finely dispersed, classification and dehydration of solid phases of aqueous pulps; Design and manufacture of special devices and equipment for intensifying the processes occurring during the vibration dimensional classification of substances: * accelerating the segregation of particles, * realizing the effects of "self-cleaning" of the mesh from stuck particles and a "vibro-boiling" layer that promotes mixing of the material, which increases the probability of passage small particles through the cells of the screening surface; Services for the repair and maintenance of vibration equipment of foreign manufacturers: * tension and gluing of working meshes on rings of round vibrating screens of imported production; * repair, production of spare parts, hauling of screening surfaces, screens; * replacement and supply of motor-driven brothers

Vibrating screens and sifters are widely used in the food industry, they are used for flour, milk powder, starch, sugar, egg powder, spices, chocolate, cleaning cheese and curd whey and many other products. separator, sifter) is an industrial equipment used in various fields, and performing various, but similar functions of sorting particles by size. The product enters the sieve, under the influence of vibration, vibrations and gravitational forces, particles smaller than the mesh of the mesh are sieved, and particles larger than the mesh of the sieve are sifted out. The main types of tasks solved with the help of a vibrating sieve: 1. Sifting out large pieces and particles of dry product (1 sieve) 2. Sorting (sieving) of dry material into several fractions by size (up to 4 decks) 3. Dehydration – separation of liquid from material particles 4. Filtration – coarse purification of liquids from small amounts of material, up to 30 microns. In two months we will develop, manufacture and install unique screening equipment that increases the productivity of the technological line up to 35%. In order to make sure that our equipment works perfectly, you can come to our showroom or send us your product for a test sieving. , fill it out and send it to our email address. After analyzing your data, we will select the best option for vibration equipment for you. Those. specifications Vvu2.1200.1VCh vibrating sieve (Twin-motor high-frequency vibrating sieve with a screening surface diameter of 1200 mm) Rated power el. vibrators, kW, made in Italy – 2 x 0.75 Number of revolutions, r / h -1500 Number of decks – 1 Deck diameter, m / grid area, m2 – 1.2 / 1.1 Nominal frequency of body vibration, Hz – 25 Frequency spectrum of grid vibrations , Hz -25-300 Dimensions, length x width x hanging, mm 1676х1475х950 Body material that comes into contact with the product that is sieved – Stainless steel Weight, kg up to 240 Country of origin: Ukraine Vibrating sieve: Vvu2.1200.1VCh

Vibrating screens and sifters are widely used in the food industry, they are used for flour, milk powder, starch, sugar, egg powder, spices, chocolate, cleaning cheese and curd whey and many other products. separator, sifter) is an industrial equipment used in various fields, and performing different, but similar functions of sorting particles by size. The product enters the sieve, under the influence of vibration, vibrations and gravitational forces, particles smaller than the mesh of the mesh are sieved, and particles larger than the mesh of the sieve are sifted out. The main types of tasks solved with the help of a vibrating sieve: 1. Sifting out large pieces and particles of dry product (1 sieve) 2. Sorting (sieving) of dry material into several fractions by size (up to 4 decks) 3. Dehydration – separation of liquid from material particles 4. Filtration – coarse purification of liquids from small amounts of material, up to 30 microns. In two months we will develop, manufacture and install unique screening equipment that increases the productivity of the technological line up to 35%. In order to make sure that our equipment works perfectly, you can come to our showroom or send us your product for a test sieving. , fill it out and send it to our email address. After analyzing your data, we will select the best option for vibration equipment for you. Those. specifications Supply of salt shaker vibrator, Italy, kW 0.65 Number of decks2-3 Diameter / area of the grid, m 20.6 / 0.28 Nominal frequency of vibration of the housing, Hz 25 Frequency spectrum of vibration of the grid, Hz 25 Body material in contact with the screening material room / w Overall dimensions, mm WxLxH955x800x1000 Weight, kg Up to 100

Half-turn cover 55.100-1103010-10, without ventilation valve, used on fuel tanks. It has an additional connection to the neck of the container by means of a chain. Made of galvanized steel with dies for easy grip. The cover is distinguished by its solid performance, which in turn ensures durable and trouble-free operation of the unit. Conforms to UN Regulations No. 34-02. Those. specifications Half-turn cover without ventilation valve. Diameter of the filler neck – 80mm; Outside diameter of the filler neck – 105mm; Cover connection type – bayonet; Cover body material – galvanized steel; Seal material – oil-resistant rubber;

Semi-turn cover 55.100-1103010, used on fuel tanks. Has a ventilation valve, as well as an additional connection to the neck of the container using a chain. Made of galvanized steel with dies for easy grip. The cover is distinguished by its solid performance, which in turn ensures durable and trouble-free operation of the unit. Conforms to UN Regulations No. 34-02. Those. specifications Half-turn cover with ventilation valve. Diameter of the filler neck – 80mm; Outside diameter of the filler neck – 105mm; Type of cover connection – bayonet; Cover body material – galvanized steel; Seal material – oil-resistant rubber;

The complex includes one or more compressor units, the building in which they are located, a chassis, a body, a platform, a shed, a control system and the necessary auxiliary equipment. Globaltechexport LLC offers its customers a comprehensive solution for the design, manufacture and supply of stationary compressor stations. turnkey ". Scope of delivery of the compressor station: (the scope of delivery given below is indicative, for each specific project a separate list of the necessary main and auxiliary equipment is formed) ; Multi-shaft centrifugal compressor unit; Single-shaft centrifugal compressor unit. If necessary, Globaltechexport LLC can equip compressor units with other types of compressor units, namely: e, liquid ring, axial, Roots blowers – for more information please contact our technical specialists In most cases, our company is faced with the supply of compressor equipment to areas with cold and temperate and cold climates (HL and UHL). In such cases, we recommend locating the compressor units in a heated building. At the same time, such equipment as air coolers (AVO) and separators will be located in an open area (street version). When performing turnkey projects, Globaltechexport LLC designs and supplies a building with the following engineering systems: Heating (electric or water) ; Ventilation and, if necessary, air conditioning; Lighting (working, emergency, repair, outdoor); Gas system and consists of two rooms: the compressor compartment and the control compartment and the switchboard, which are separated by a fire wall. The structure of the building, according to Russian standards, provides for easily resettable structures. Refrigeration unit equipment: Compressor unit, condenser, evaporator, economizer, frame base, piping, ACS, necessary instrumentation, shut-off, shut-off and control and safety valves, piping within the frame. Gas preparation units: A set of technological equipment designed for gas purification from dropping liquid and mechanical impurities (coarse purification up to 1 micron and fine purification up to 0.1 – 0.3 micron); Technological / commercial gas metering; Gas heating; Gas pressure reduction.

Main functions of hydraulic fracturing: -Purification of gas from mechanical impurities; -Reduction of gas pressure to the required one; -Measurement of gas flow at the outlet. Those. specifications Main technical parameters / characteristics of gas distribution station and hydraulic fracturing: Gas parameters at the inlet: Operating gas pressure: from 0 to 100 bar (g) (up to 250 bar (g) – on request) Design pressure class of equipment: from 10 (16) up to 100 bar (e) (up to 250 bar (e) on request) Gas temperature: -30 to 600 ° C (other temperatures on request) Gas consumption: up to 1.5 million m3 / h Gas outlet parameters: Dry and cleaned of droplet moisture and mechanical impurities (degree of purification at the request of the Customer) gas is supplied to consumers with the declared and required pressure and temperature values.

Hot-water fire-tube and water-tube boilers for industrial enterprises and housing and utilitiesSteam fire-tube and water-tube boilers for industrial, processing, mining, food and agricultural enterprises Tech. specifications Hot water fire tube and water tube boilers with a capacity of 1 MW. up to 200 MW. Heat carrier temperature 110/150 degrees. Celsius. Steam fire-tube and water-tube boilers with a capacity of 2 t / h up to 70 t / h Steam temperature 130 – 390 degrees. Celsius.

Block-modular boiler houses (BMK) are a reliable modern solution to heat supply problems. Such boiler rooms are manufactured in the form of blocks delivered to the installation site by road. If the dimensions and weight of the BMK make it difficult to deliver it to the facility in one container, then it is made of several prefabricated modules, which are installed directly on the site. After installing the modules, BMK is completely ready for connecting external networks. This allows us to guarantee the implementation of the project as soon as possible. According to their purpose, BMKs are divided into hot water, steam and combined ones. The former are used for heating and hot water supply of residential and office buildings, industrial and commercial facilities. The latter provide heat and steam supply for technological processes at industrial and manufacturing enterprises. Combined BMKs are also used for technological processes in which hot water and steam boilers work together. Those. specifications Hot water BMK from 1 to 200 MW. Steam BMK from 1 to 200 tons of steam / hour.

They are used in drying wood waste, bulk materials in the production of fuel briquettes, pellets or mixed feed as part of drum AVM 0.65 or AVM 1.5 types of drying complexes. Heat generator type: TG-0.6, TG-0.8, TG-1.2, TG-1.4, TG-1.5 U = 380 AC, 2.6 -: – 5.5 kW TG-1.2 size: 4800x1700x1800 Weight: 8500 kg TG-1.5 size: 2500x1700x5500 + 850x850x2600 Weight: 11250 kg All TG projects are equipped with an efficient spark extinguishing chamber and a combined heat exchanger, reliable thermal insulation and external cladding (1.5 -2 mm.). It is possible to design a TG with an economizer and an adjustable pressurization of the primary combustion chamber and afterburning in the secondary to increase its efficiency in conjunction with the aspiration system of your drying complex. The conclusion of a contract for the manufacture and supply of TG is mandatory. Conditions are negotiated after the formation of the Terms of Reference and specification. Demonstration of the TG operation is possible. on samples in operation (Leningrad region). The price is indicated for TG 1.5 (in a simplified configuration). Those. specifications Heat generator type: TG-0.6, TG-0.8, TG-1.2, TG-1.4, TG-1.5U = 380 AC, 2.6 -: – 5.5 kW TG-1.2 size: 4800x1700x1800 Weight: 8500 kg TG-1.5 size: 2500x1700x5500 + 850х850х2600 Weight: 11250 kg.

The high-speed electric reversible machine VELMA is designed to work as part of the test bench equipment. The VELMA product is connected to the stand load unit and during testing provides the load of the tested product according to the specified program. VELMA is a synchronous electric machine excited by high-coercive permanent magnets. The product is designed to operate both in the mode of converting mechanical energy into electrical energy (generator mode) and in the mode for converting electrical energy into mechanical energy of rotation (motor mode). VELMA is capable of operating in the “starter-generator” mode. In the starter mode, the electric generator is started in the motor mode for preliminary unwinding of the gas turbine engine. In this mode, the frequency converter is powered from an external industrial electrical network or from a high-voltage storage battery. When switching to the generator mode, it switches to power from an electric generator and generates electricity of a given type and quality at the output of the product. The product is controlled from the operator panel located on the control unit or via a digital communication channel (RS-485 ModBus RTU). VELMA can be adapted. for your tasks with a high degree of flexibility: 1) by power: from 5 kW to 2.5 mW 2) by frequency of revolutions per minute: from 5,000 to 110,000 rpm types of bearing arrangements: ЛГП – petal gas-dynamic bearings ГДП – hydrodynamic bearings AMP – active magnetic suspension ШП – ball bearings (rolling bearings) Preparation for serial production is possible, including obtaining all necessary licenses and certificates and passing tests, and directly organizing serial production.

The product is a synchronous reversible electric machine with high coercive permanent magnet excitation. Rotor supports – hydrodynamic bearings. Cooling and lubrication of the bearing assemblies is carried out by the oil supply from the oil system. The product is cooled by air. The product is designed to operate both in the mode of converting mechanical energy into electrical energy (generator mode) and in the mode for converting electrical energy into mechanical energy of rotation (motor mode). Options for the type of bearing arrangements: 1) Ball bearings rolling element 2) Hydrodynamic plain bearings 3) Gas dynamic petal bearings 4) Active magnetic suspension

The product is a synchronous reversible electric machine with high coercive permanent magnet excitation. Rotor supports – gas dynamic bearings. This solution eliminates the need for an oil system. The product is cooled by air. The product is designed to operate both in the mode of converting mechanical energy into electrical energy (generator mode) and in the mode for converting electrical energy into mechanical energy of rotation (motor mode). Options for the type of bearing arrangements: 1) Ball bearings rolling element 2) Hydrodynamic plain bearings 3) Gas dynamic petal bearings 4) Active magnetic suspension

The product is a synchronous reversible electric machine with high coercive permanent magnet excitation. Rotor supports – hydrodynamic bearings. Cooling and lubrication of the bearing assemblies is carried out by the oil supply from the oil system. The product is cooled by air. The product is designed to operate both in the mode of converting mechanical energy into electrical energy (generator mode) and in the mode for converting electrical energy into mechanical energy of rotation (motor mode). Options for the type of bearing arrangements: 1) Ball bearings rolling element 2) Hydrodynamic plain bearings 3) Gas dynamic petal bearings 4) Active magnetic suspension

Execution: generator The generator is designed to operate as part of the test bench equipment. The generator is installed on the gearbox housing and is connected to the stand load unit and, during the tests, provides the load of the tested product according to the specified program. The generator is a synchronous electric machine excited by high coercive permanent magnets. The generator is cooled by air. Rotor supports – deep groove ball bearings. Cooling and lubrication of bearing supports is carried out by supplying oil from the stand oil system. Execution: electric motor The electric motor is a synchronous electric machine with excitation from highly coercive permanent magnets. The engine housing is installed on the compressor unit. A centrifugal compressor impeller is installed on the motor shaft. Cooling of the engine – combined (the stator is liquid-cooled, the rotor is gas-cooled). Rotor supports – petal gas-dynamic bearings. The frequency converter provides starting and operation at a given mode of the electric motor. The product is controlled from the operator panel or via a digital communication channel (RS-485 ModBus RTU). Variants of the type of bearing arrangements: 1) Ball rolling bearings 2) Hydrodynamic plain bearings 3) Gas-dynamic petal bearings 4) Active magnetic suspension

The installation allows to obtain oxygen and nitrogen in liquid and gaseous state of medical quality. Small overall dimensions, as well as low electricity consumption required to obtain the required products from the air. Simple installation, as well as low maintenance costs, an optimal price / quality ratio. It is an advantage over competitors. The installation cost is 30% lower than analogs. The use of European components makes it more reliable in operation. Service life is not less than 30 years. Those. specifications Power supply frequency 50 Hz, voltage 220 + – 5%. Power consumption 533 kW. Installation capacity – liquid oxygen 430 kg per hour, frequency more than 99.7%, pressure 1 barr; – liquid nitrogen 430 kg per hour, frequency not less 95%, pressure 5 barr; – nitrogen and oxygen 230 kg per hour Self-cleaning air filter with a capacity of at least 9000 m3 per hour Air compressor capacity 4500 m3 per hour Rectification column dimensions: cold block 2600 * 2400 mm, height 15000 mm. Vertical tanks: – liquid nitrogen 20 m3; – liquid oxygen 50 m3.

Cold cryogenic gasifier GKhK_n series (not requiring registration with Rostekhnadzor): GKhK-0.5n; GHK-0.75n; GKhK-1n; GKhK-1.5n; GKhK-2n Cold cryogenic gasifiers GKhK series: GKhK-3; GKhK-5; GKhK-8; GKhK-10; GKhK-25

Automobile gasification unit AGU-2MGasification units of the GU series (mobile, stationary): GU – 1.6 / 22.5P (S); GU – 1.6 / 40 P (S); GU – 2.7 / 22.5 P (S); GU – 2.7 / 40 P (S); GU – 5.6 / 22.5 P (S); GU – 5.6 / 40 P (S); GU – 8 / 22.5 P (S); GU – 8/40 P (S)

Nitrogen ASP: A-0.6; AZH-0.6 Oxygen VRU: K-0.15; K-0.25; K-0.5; KZhK-0.5; KKzh-0.5 Nitrogen-Oxygen ASU: AzhKzh-0.05; AzhKzh-0.06; AzhKzh-0.07; KzhKAzh-0.25; KA-0.45; AK-0.6; AK-1.5; AzhKzhKAArzh-2 (Kzh-2)

Air compressors: 2VM4-54 / 3; 2BM4-54 / 3C; 2VM4-48 / 3; 2ВМ4-48 / 3С; 3S5VP-40/3; VP-50 / 8M; VP2-10 / 9M; 2VM2.5-14 / 9; VP3-20 / 9; 302VP-10 / 8M; 3S2VP-10 / 8M; 4VU-5/9; 305VP-30/8; 2VM4-24 / 9; 2ВМ4-24 / 9C; 2VM4-27 / 9; 2BM4-27 / 9C; 302VP-6/18; 505VP-20/18; 2VM4-15 / 25M2; 2BM4-15 / 25CM1; 302VP-6/35; 305VP-20/35; 2VP-6/35; 2VM4-12 / 65M1; 305VP-16/70; 2VM4-9.6 / 161M1; 402VP-4/220; 2VM2.5-5 / 221; 7VP-20 / 220S; 402VP-4/400; 2VM4-8 / 401; 2VM10-63 / 9; 2VM10-50 / 9; 4VM10-50 / 71; 4VM10-100 / 9; 4VM10-120 / 9; 4VM10-200 / 2.2M; 4M10-40 / 70 Gas compressors (nitrogen, argon, oxygen, hydrogen, carbon dioxide): 2GP-4/5, 305GP-30/8; 2GM4-24 / 9 C; 2GM4-24 / 9; 2GM4-24 / 9 M1; 2GM4-27 / 9; 2GM4-27 / 9 C; 2GP-6/18; 2GM4-15 / 25 M2; 2GM4-15 / 25 CM1; 3GP-12/35; 2GP-2/220 M; 3GP-5/220; 2UM; 2UP

The hose mesh is successfully used at the enterprises of the oil and gas and chemical industries, the production of tank equipment. Mesh sleeve RS is a component part for mesh bumpers (drop catchers), flame arresters, various types of filters, sound absorbers, OLTC (regular wire nozzle), etc. The main consumers: oil and gas production enterprises, oil and gas processing enterprises, chemical production, machine-building enterprises, metallurgical production, other organizations of all forms of ownership, individuals. The mesh sleeve is produced in various designs using steel, polyester, polyester, etc. The mesh can be used both in original form or be processed into flat belts, stacked in layers, twisted, corrugated, pressed or processed by a combination of the above actions. The process of crimping a metal mesh by passing it through rollers to obtain a diagonal (herringbone) corrugation or corrugation is widely used. This gives an extra mesh depth, usually between 4 mm and 8 mm.

It is used for shielding cable connections, repairing the shield of power cables, equalizing the electrical potential, as well as for leveling the connection area in oil-filled cables. It is used as a part of cable sleeves. Tinned copper mesh hose RSML (mesh copper tape, copper shielding braid): Flexible conductive sleeve made of tin-plated copper wire. When wound with tension, the sleeve is sealed so that it adheres to all profiles without wrinkling.Used for shielding cable connections, re-shielding power cables, equalizing the electrical potential, as well as for leveling the connection area in oil-filled cables. Used as a part of cable glands. Shielding mesh provides an ideal solution for many applications, especially where it is necessary to eliminate leaks in electronic housings, shielding of electrical and electronic cables, grounding, protection against static electricity, etc. Shielding can be made in various designs , both in the form of a sleeve for direct installation, and for the extrusion of cable and wire products, as well as in the form of strips, rods, tape, etc. nickel plated copper wire, stainless steel wire, copper clad steel wire. Clad wire provides excellent shielding performance while Monel is more robust and finds ubiquitous applications in aluminum enclosures. EMI and RFID mesh finds applications in many industries such as: electronic, electrical, aerospace, military, telecommunications, medical, test and laboratory , as well as related industries with the above.

Copper tinned braid PML is intended for shielding wires, cables, cords and other cable products. Copper braids (PML, AMGT): Tinned copper braid PML is designed for shielding wires, cables, cords and other cable products. The PML braid provides additional protection against external electromagnetic radiation. Also, the braid can be used for working or protective grounding, in the area from the electrical installation to the ground electrode. electric furnaces and electrical machines, power semiconductor leads, etc. It is also made from tinned copper wire. The main consumers of PML: power complex, electrical networks, transport structure, traction substations, generating production, other organizations of all forms of ownership, individuals. The main consumers of AMGT: motor transport, energy complex, electrical networks, transport structure, traction substations, generating production, other organizations, individuals.

To ensure electrical safety in accordance with IEC standards, grounding or grounding of electrical installations is required. Grounding of electrical equipment is carried out by flexible grounding (ground) jumpers PZM – copper uninsulated braided wires of the AMG and AMGT brands are terminated with tinned copper lugs with bolt holes. Those. specifications Abbreviation PZM-16-150-8: PZM – grounding jumper (masses) 16 – sectional area, mm² 150 – length, mm 8 – bolt hole diameter, mm.

A high-tech complex of devices that combines advanced technologies in the field of vacuum switching technology and microprocessor protection of distribution networks with a nominal voltage of 6-10 kV Tech. specifications Automatic transfer of reserve. Possibility of three times automatic reclosing of the line. Remote switching on / off consumers and changing protection settings. Wireless transmission of network information

Unique compact drive, with a minimum number of parts, without pivot joints and additional friction units. Those. specifications Rated voltage 10 kV, Maximum operating voltage 12.5 kV, rated current 630 A, rated breaking current 12.5 kA

The company sells equipment made of stainless steel, which has a capacity of 500, 1000, 2000 and 3000 liters of hot finished wort per day. We produce both mini-breweries, completely ready for immediate operation, as well as separate equipment for the production, storage and bottling of beer. fermentation tanks are equipped with heat-insulating jackets and have an automatic temperature maintenance system. The technology of welding and processing of welded seams ensures high-quality sanitary maintenance of tanks. For you – A complete set of the plant from malt crusher to bottling; – Reliability of equipment; – The best design and technical solutions, expert advice; – Own production, modern machine park and qualified personnel; – Manufacturing of containers from stainless food steel. " them. S.S. Golembiovskiy "has its own production base and design department, which will ensure the manufacture, installation and maintenance of the brewery.

The company produces stainless steel tanks with a volume of 100 to 25,000 liters with thermal insulation, cooling or heating, with mixers of various designs, control and measuring instruments and other technological equipment. Original design solutions using high-quality food grade stainless steel, high-performance equipment for cutting materials, argon-arc welding technology and subsequent control over welded seams, ensures high quality. S.S. Golembiovsky "produces: – Mash-wort boilers; – Filtration vats; – Unified vertical and horizontal fermentation tanks with a spiral-type cooling jacket, providing a temperature regime; – Cylinder-conical tanks for fermentation of beer and kvass; – Tanks for transporting minced meat at meat processing plants; – Mobile tanks-bunkers for bulk products. JSC "NPO" Pribor "named after SS Golembiovsky" develops the following directions: 1. Capacitive and mixing equipment of various types and purposes for food industry enterprises (beer, kvass, drinks, dairy products, butter-fat, etc.) of pharmaceutical and perfumery and cosmetic industries; 2. Tanks, reactors, apparatuses and heat exchangers for chemical industries, household chemicals and paint and varnish industries, as well as tanks for storing water, oil products, etc.; 3. Non-standard equipment according to the drawings or technical requirements of the Customer. Food grade stainless steel tanks can be designed taking into account the customer's requirements for thermal insulation, cooling and heating, equipped with mixers of various designs and instrumentation.

steam boilers from 10 to 120 t / h, operating on: -natural gas, fuel oil-biofuel

Modifications:NPT Bay – controller for traditional substationsNPT RTU – remote terminal unit for traditional substationsNPT Bay 9.2 – controller for digital substationsNPT microRTU – remote terminal unit for digital substationsNPT MU – merging unit for digital substationsNPT M – highly precise controller (0,2S) NPT RPA – relay protection and automatics controllerMain functions:Switchgear control&monitoring.Local and remote control of switchgears.Calculation of analogue parameters by CT/VT signals.Time synchronization via NTP, IEEE 1588 (PTP) protocols.Switchgear interlocking function.Disturbance events recording.Relay protection and emergency automatics.Breakers control automatics.Microprocessor equipment integration;.NPT M – highly precise controller (0,2S).Extra functions for SMART GRIDCommunication via IEC 61850: 8-1(MMS), 9-2(GOOSE), 9-2 LE Sampled Values. Тех. спецификации Designed for:1-2 feeder 110kV and higher monitoring&control;several feeder 6-35kV monitoring&control;switchgear monitoring&control via input/output modules.Technical details:256 digital inputs; 128 digital inputs «dry contact»128 control points;64 analogue inputs 4÷20мА;4 measurement modules for CT/VT (each with 5 voltages and 8 currents);4 serial ports for external device integration.

Main functions:Switchgear control&monitoring.Local and remote control of switchgears.Calculation of analogue parameters by CT/VT signals.Time synchronization via NTP, IEEE 1588 (PTP) protocols.Switchgear interlocking function.Disturbance events recording.Relay protection and emergency automatics.Breakers control automatics.Microprocessor equipment integration;.NPT M – highly precise controller (0,2S).Extra functions for SMART GRIDCommunication via IEC 61850: 8-1(MMS), 9-2(GOOSE), 9-2 LE Sampled Values. Тех. спецификации Advantages:Scalable 6U rack.Modular architecture and universal input/output modules.Flexible configuration.Temperature impact protection.IEC stardardized: 61850, 60870, etc.PLC functionality based on IEC 61131.Designed for:Assembling of remote control, dispatch system and automation of auxillary and engineering system Technical details:256 digital inputs128 digital inputs «dry contact»128 control points64 analogue inputs 4÷20мА4 measurement modules for CT/VT (each with 5 voltages and 8 currents)4 serial ports for external device integration

Functions:Relay protection (6-35 kV);Emergency automatics;Emergency events recorder;Automation and remote control. Advantages:3 devices in 1: multifunctional power meter, remote terminal unit, relay protection and emergency control terminal.Modular design: unit changeability (including «hot swap»), eased set of spare parts and accessories onsite.Malfunction diagnostic: diagnostic of units, control channels, communication channels, internal links etc.Up-to-date communication capabilities: communication protocols IEC 61850, IEC 610870-5-101/104, complete device integration.Reliable multiprocessor architecture: communication processor, input/output processor, algorithm processor. Тех. спецификации Detailed functions:Relay protection (6-35 kV);4-stage overcurrent protection (OCP) against phase-to-phase short circuit with current control in 2 or 3 phases; Automatic start of overcurrent protection stages acceleration is triggered by circuit-breaker;Current over-phase and unbalance protection;Phase-to-earth fault protection by higher harmonics sum;Phase-to-earth fault protection by current of nominal frequency;Built-in test of voltage circuits.Emergency automatics;Breakers control automation function (BCA).Single or double automatic reclosing.Automatic switching over to a reserve source with restoration service functions.Breaker failure protection. Circuit breaker open/close operations by external commands with multiple switching protection. External protections interface (ex.: arc protection)Implementation of external signals.Disturbance events recorder:Starting at specified conditions (VA, VB, VC, V1, V2, 3U0, IA, IB, IC, I1, I2, 3I0, f, discrete signals, etc), manual (program);Event logging.Relay protection and automatics (additional):Rapid and freely programmable logic (less than 5 ms per 1 iteration);Fast-speed functions for current, voltage and frequency;Remote internal configuration;Remote input and energy-independent storage of protection trip points and designed automatics configurations;Hold of outputs in case of device failure for exception of false firing.

Nitrogen lying AND 0,6, ALREADY-0,6
Oxygen lying:-0,15, K-0,25,-0,5, SHQ-0,5, CCG-0,5
Nitrogen and Oxygen lie: Aiki-0,05, Aiki-0,06, Aiki-0,07, Kikai-0,25, KA-0,45, AK-0,6, AK-1.5, Acekard-2 (QL-2)