JSC “Glazov plant Metallist”

DESCRIPTION Industrial water spray cooling fans are designed for spraying of humidified and cooled air on workplaces in hot workshops of iron and steel, coke-chemical and machine-building plants and for other similar purposes (at the ambient temperatures of up to +40°C).    Industrial water spray cooling fans are installed near equipment generating maximum heat: dryers, rollers, calenders, vulcanizing and hydraulic presses, etc. The industrial fans are used at mining and processing plants, metallurgical plants and just for cooling hot workshops or production facilities in hot weather. It is often used as Man cooler in hot workshops if water feed is cut off or the model initially is without water feed.    Setup and Principles of Operation The industrial water spray cooling fan has a vertical design and consists of the following main units: axial fan, support, housing, compressed air supply cock, water supply cock, nozzle, and guard.   After turning on the industrial water spray cooling fan, the cocks regulate the compressed air supply, and the water is evenly supplied in the amount sufficient for humidification.   The industrial water spray cooling fan without the water supply is used as a blower fan at enterprises of other industries. Industrial Man cooler is used at workshops without conditioner.    Terms of Use ambient temperature from -40°C to +40°C, relative humidity up to 80% at 25°C in a temperate climate.

DESCRIPTION The heat exchanger can be of water or steam variety. The heat exchanger with bimetallic spiral-rolled aluminum fins of heat-transfer elements is designed for heating of the air in HVAC systems. The heat exchangers with finned tubes are designed for use in areas with the temperate climate.   The heating medium for water heat exchangers is water with the temperature of max. 150°C and the pressure generated by the pumps in the system is maximum 1.2 MPa.    The heating medium for steam heat exchangers is dry saturated or superheated steam with the temperature of max.150°C and the pressure generated by the pumps in the system is maximum 1.2 Mpa.   Installation and Principle of Operation of the Heat ExchangerThe heat exchanger consists of heat dissipating elements (finned tubes), tube sheets, covers and removable side shields.   For installation and fastening of heat exchangers during the mounting stage, 11x15 oval holes are provided on the sides of the tube sheets and removable shields.   The connecting dimensions of all heat exchangers with a single pitch of 125 mm make it possible to assemble heat exchangers by the height and length and to assemble the heat exchanger with the air capacity of up to 500,000 m3/h.   The heat-transfer element consist of finned tubes which are made of the 16x1.5 mm steel tube and aluminum rolling fins with the diameter of 39 mm. The step between the ribs is 3 mm.Side covers with partitions are welded onto the unit in accordance with the number of coolant strokes.In order to minimize rejects, before shipment, each heat exchanger made by the Metallist Plant passes the quality control.   In particular, the heat exchanger is subjected to hydraulic tests for strength and tightness, under pressure during 2 minutes, after which its outline dimensions, welding seams, appearance and completeness are checked.Heat Exchanging Element - Finned Tube Designed to dissipate heat from the coolant into the environment. The heat exchanging element is the bimetallic finned tube made of a steel tube with the diameter of 16 mm and aluminum rolling fins with the outer diameter of 39 mm, with the pitch between the ribs of 3.0 mm.

ESCRIPTION The air heating unit worms the air using the heat of hot or overheated water or steam coming from external sources of heat supply and is designed for air heating (including standby heating) of industrial premises, the technological process of which is not accompanied by any release of dust or explosive gases.  The unit should be operated in areas with a temperate climate. The heat transfer agent temperature should not be higher than 180°C and the pressure should be not higher than 1.2 MPa.  Principle of operation: When the fan is in operation, the air is taken from the room and heated up as it passes through the air heater. Air heater consists of finned tubes with working media hot water or steam. Then it is ducted through the fan working wheel blades into the heated area.   If heat transfer agent change on cool fluid then the unit works as cooling equipment.

We manufacture Explosion proof and Corrosion resistant radial Fans. Copper inserts at blades of working wheels, pulleys and other parts exclude spark appearance. Explosion-proof motor. The body of the fan is manufactured from AISI 304. According to the customer needs we make belt drive for easy maintenance. Rated diameter of working wheels is up to 2400 mm.

Explosion Proof Axial Mine fans (ATEX mine fans) for local-ventilation are used for safety work in coal and ore mines dangerous by gas or dust. Explosion-proof removable motor. Rated dimensions: 400 mm, 500 mm, 630 mm, 800 mm, 1200 mm.   Mine Fans work with air density up to 1.3 kg/m3, a temperature from -20 to +35C, dust content up to 50 mg/m3 and a relative humidity up to 95% (at a temperature of 25C).    Can be equipped by overheating shutdown device, with/without silencerCan be used for ventilation of small grooves. The design allows to connect two fans in one-by-one positioning in order to increase the pressure in the pipeline.The fan design uses an antistall device.    MMF-12 fans with rated diameter 1200 mm are manufactured with the blade angle 15, 25 or 35 degrees according the customer technical task.   Persian: اطلاعات تکنیکی کارخانه گلازوفسکی "متالیست" فن تهویه موضعی تک مرحله ای محوری با موتور قابل جابجایی ضد انفجار، طراحی شده برای تهویه عملیات معدن بن بست در معادن زغال سنگ و سنگ معدن، تونل ها، از جمله آنهایی که برای گاز و گرد و غبار خطرناک هستند، با چگالی هوا تا 1.3 کیلوگرم بر متر مکعب، درجه حرارت از -20 درجه تا +35 درجه سانتیگراد، میزان گرد و غبار تا 50 میلی گرم بر متر مکعب و رطوبت نسبی تا 95٪ (در +25 درجه سانتیگراد).

Vices are used in disassembling and assembly of downhole sucker-rod pumps, compressors, and pipes. The delivery set includes replaceable inserts for pieces of different diameters.  The material the vice is made of is carbon steel; the material of inserts can be changed according to the customer's requirement.

The base design allows the vice to be rotated through an angle of 0° to 360°. There is an anvil on the body. Vices can be equipped with replaceable pressure bars intended for specific types of works. The material the bench vice is made of is Steel 35 (DIN: С 35, Сk 35), VCh-50 (ductile cast iron, DIN: GGG 50). The vice range includes a modification without a swivelling base (nonswivel vice)—TSSN. The TSSN-type vices contain nonswivel vices with a clamp with a jaw width of 63 mm. The vice designation is TSSN-63-S.

The use of eccentric clamps in vices decreases the time for clamping and unclamping of a blank. The material the vice is made of is Steel 45 (DIN: С 45, Сk 45, Сq 45).

They suit optimally for acceleration of clamping operations with pieces and blanks of the same type at the flow-line production. The material of body parts is Steel 45 (DIN: С 45, Сk 45, Сq 45)

A design feature of the model consists in massive jaws with the smooth ground surface and shoulders for rigid fixation of the stroke of the vice's movable part. The material of body parts is Steel 45 (DIN: С 45, Сk 45, Сq 45) or steel 40Х (DIN: 41 Cr 4).

The material the vice is made of is Steel 35 (DIN: С 35, Сk 35). The vice range includes modifications without a swivelling base. Wide model range

They can clamp pieces within one second, with a force of 1.5 tons, without applying the manpower.  They suit optimally for acceleration of clamping operations with pieces and blanks of the same type at the flow-line production. The material of body parts is VCh-50 (ductile cast iron , DIN: GGG 50).