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Valve Rotation Monitoring for reciprocating Diesel/HFO/Gas (Bio, NG) Engines. In conventional engine system all sensors are connected to outer parts of the engine components and coupled with cables for power and signalization. It was not possible to place sensors inside the engine, or on moving parts because of cable connections or explosive risks. VaRoM, is the first solution to be installed on the Inlet and Exhaust Valves of engines, and provides vital data about the valve rotation and temperature. Thus, operators can follow the valve conditions and apply preventive and protective maintenance against Valve Break Failures. Valve Break Failures are very common failures in reciprocating engines and one single valve failure can cause millions to recover the engine. Product Features Easy-to-use Scada application to visualize and analyze sensor data. Automatically collects BLE data sent from the sensor.

Our vibration motors are manufactured using top-quality metals, such as a special blend of aluminium injection and ductile ggg 40 cast iron, in an IP66 protection standard. They offer various speed, frequency, and voltage options for maximum efficiency. We conduct thorough analyses, tests, and research and development studies before and after casting to produce premium-quality products. Vibration motors are a type of motor that generate vibrations using electrical or pneumatic energy. Vibration motors are utilized in various industrial machines that require vibration energy such as food and flour factories, construction, subways, motorways, hydro power plants, forced water tunnels, steel mills, concrete factories producing prefabricated elements, mining, and asphalt and cement plants. Additionally, they are employed in the operation of sand dewatering machines, recycling plants, steel and similar silos, feeders, sieves, vibratory discharge channels, compaction and flow processes.

An asphalt vibrating screen is one of the most critical machines at asphalt-producing plants and in many construction locations. Its role is to filter and perform size classification of aggregates, thus ensuring conformance of materials used in asphalt mixtures to specified requirements. This screening process lies at the heart of producing quality asphalt that can perform and last in road construction projects. The vibrating screen efficiently sorts aggregates to ensure the right consistency and composition of the final asphalt mixture, which is an important requirement in a paved surface for strength and durability. Application of an asphalt vibrating screen does not just act in the role of material filtering, but rather, it directly affects the quality of the asphalt products realized. Without proper screening, uneven gradation may result in the product mixture, and this unevenness can result in weaknesses in the pave.

Vibrating horizontal and sloping screens are types of screening equipment commonly used in various industries to sort, classify, and separate materials based on size. Horizontal screens are designed with a level screening deck that vibrates horizontally, allowing materials to move smoothly across the screen surface. This horizontal movement helps in effectively screening materials, separating finer particles from larger ones. On the other hand, sloping screens are inclined at an angle, providing a sloped screening surface that allows materials to cascade down the screen. The sloping motion facilitates the movement of materials along the screen deck, aiding in the separation process based on size as particles pass through the screen apertures. Both vibrating horizontal and sloping screens operate using vibrating mechanisms that create controlled vibrations to move materials along the screen decks.

Vibrating grizzlies and prescreening feeders are widely used in the mining construction and recycling industries to efficiently separate and feed materials. These feeders vibrating mechanism helps separate larger materials before they get to the main crusher or other processing equipment. Vibrating grizzly feeders also called grizzly screens typically have a sizable vibrating frame with a robust grate or screen at the top. This design allows smaller materials to flow through while the larger ones are sorted and moved to the crushing or processing unit. By screening the bulk material beforehand these feeders help to keep bigger rocks and debris out of the processing machinery enhancing the systems overall performance and efficiency.Prescreening feeders can boost operational productivity by ensuring a steady supply of material extending the life of primary crushers and other processing equipment and reducing wear and tear on them.

Vibrating, inclined screens are specialized equipment used in various industries for the efficient screening and separation of materials based on size. These screens are designed with a sloped deck that allows materials to move along the surface while being subjected to vibrating motions. The vibrating motion, typically generated by a motor, causes the material to stratify and separate according to size as it moves down the inclined surface. This screening process helps to classify materials into different fractions based on particle size, allowing for the separation of finer particles from coarser ones. Vibrating, inclined screens are commonly employed in applications where precise material separation is essential, such as in mining, aggregate production, and recycling operations.

Vibro Sieve; sticky filter flour and fine products from bran brushes, etc. It is used in the process of sieving the substances. Vibro Bran Brush; It separates the flour in the bran by 95% -98%. Application Fields Flour Mills Semolina Mills Corn Mills Feed Mills At food Processing Industry

Grizzly screens are typically constructed by welding steel rails, rods, or bars into grids with a specific pattern. The selection of rails can vary in size, ranging from about 7.4 kg/m to approximately 225 kg/m. These rails generally run parallel to each other along the entire length of the screening surface. The spacing between the rails typically range from 5 to 200 mm. To facilitate the smooth flow of materials, the openings are often tapered, with the top being wider than the bottom. Heavy-duty grizzly bars are commonly cast from manganese steel and feature double tapers. These grizzly screens are designed to receive large lumps of ore from sources such as railroad wagons, tipper cars, and other bulk material handling systems that discharge materials from considerable heights. As a result, they are constructed to be exceptionally robust to withstand the impact and handling of heavy materials.

Various minerals are found in nature either in a dispersed state, where they exist as separate entities, such as native gold particles in silica rock, or in a combined form, where they are bound within a host rock. Dry material separations using screens and sieves are typically attempted down to particle sizes of about 75 microns. Finer materials have a tendency to block the sieve openings. In such cases, screening in the presence of water can be helpful. Separating even finer-sized materials becomes challenging using traditional sieves. For such fine materials, alternative processes like classification need to be employed. Screen Types: * Grizzly Screens * Inclined Vibrating Screens * Horizontal Vibrating Screens * Dewatering Vibrating Screens Novelty Structures supplies various type of Screens for Mineral Processing Plants.

Various minerals are found in nature either in a dispersed state, where they exist as separate entities, such as native gold particles in silica rock, or in a combined form, where they are bound within a host rock. Dry material separations using screens and sieves are typically attempted down to particle sizes of about 75 microns. Finer materials have a tendency to block the sieve openings. In such cases, screening in the presence of water can be helpful. Separating even finer-sized materials becomes challenging using traditional sieves. For such fine materials, alternative processes like classification need to be employed. Screen Types: * Grizzly Screens * Inclined Vibrating Screens * Horizontal Vibrating Screens * Dewatering Vibrating Screens Novelty Structures supplies various type of Screens for Mineral Processing Plants.

The Grizzly Screen is used in a wide variety of fields, including mining, building material, and aggregate processing. It is mainly used to remove large or rough materials in the feed stream before reaching the position of primary crusher or processing equipment. The screen is useful for handling heavy loads and large, coarse materials since it is robustly built and includes heavy bars or grates that are spaced in a manner allowing small particles to pass through, but not large rocks, debris, and extraneous material. Grizzly Screen to permit only desirable-sized material to pass to the next stage of processing. The advantage is that it will try to avoid blockages, reduce wear on machinery, and stabilize a flow of materials throughout the plant.

A scalper screen is a very important device; industries like mining, construction, or aggregate processing use it to remove oversized or coarse materials from the feed before it reaches the primary crusher or any other processing equipment meant for the material. The major objective of the scalper screen is to pre-sort the material fed, to perfectly segregate the same by size, hence eliminating contaminants and debris that may otherwise cause interference in the trouble-free processing of the material in the successive stages. These are robust screens having large openings or bars that allow raking through the material, thereby sifting out only those correctly sized while keeping out oversized lumps or unwanted elements in the mix.

A Wobbler Feeder is a very important feeder and pre-screening equipment in the mining and aggregate industries, especially prior to the primary crusher. A Wobbler Feeder differs from conventional feeders in that it is capable of handling wet, sticky, or clay-bound materials through an innovative system of elliptical bars mounted on eccentric shafts. These bars rotate and wobble to produce mild agitation, keeping the flow under control. The effect helps to loosen lumpy material and break sticky material into smaller lumps to ensure free movement of material in the process plant without obstructions or delays. Probably the most important feature of a Wobbler Feeder is its capability of processing material, which, for other types of feeders, is considered being of considerable handicap. The elliptical bar of Wobbler Feeders oscillates and serves to sharply separate the material, ensuring that only the wanted size and type of materials get to move on to the crusher.

Our track cone crusher scalper screen, model PTK144, is engineered for superior performance and efficiency in various screening applications. This advanced equipment features a hybrid drive system, utilizing motors from Volvo, Cummins, or Perkins, adhering to Tier 3-4 emissions standards. The scalper screen has a top deck size of 4,000 x 1,400 mm and a bottom deck size of 3,380 x 1,300 mm, ensuring efficient material separation. With a weight of 22,500 kg, it combines robust construction with operational flexibility, making it an ideal choice for diverse screening needs.The PTK144 scalper screen features a state-of-the-art hybrid drive system, combining the power of diesel engines from Volvo, Cummins, or Perkins with the efficiency of electric motors. This innovative drive system ensures robust performance while reducing fuel consumption and emissions. The hybrid technology aligns with modern sustainability standards, offering an eco-friendly solution for operators seeking high-perform

What is a Track Mounted Mobile Washing and Screening System? Track-mounted mobile screening and washing units are adaptable and productive pieces of machinery used in recycling mining and aggregate production. A vast variety of materials including aggregates ores coal and industrial minerals can be screened cleaned dewatered and classified using these units. The mobility of track-mounted mobile screening and washing units is a significant benefit as it facilitates their easy transportation to various job sites. This adaptability lowers the need for multiple machines at different locations while increasing productivity. Furthermore these units are outfitted with cutting-edge features like hydrocyclones vibrating screens and water treatment systems to guarantee peak performance and superior quality of the finished product. All things considered mobile screening and washing-track mounted units which offer effective and affordable solutions for screening and washing operations

Our advanced track mounted screen plant is designed to deliver exceptional performance in various screening applications. Featuring three triple screen decks with a screen size of 5,200 x 1,870 mm, it ensures optimal material separation and high productivity. The plant weighs 36,500 kg, reflecting its robust construction. Driven by a hybrid system with motors from Perkins, Cummins, or Volvo, it offers the flexibility of operating on electricity or diesel. The screen angle is adjustable between 12-18 degrees, allowing for versatile screening tasks tailored to different materials and project requirements.The triple screen decks of our track mounted screen plant provide superior screening capabilities, handling large volumes of material with ease. Each deck is meticulously designed to ensure efficient and accurate separation, enhancing overall productivity.The expansive screen size of 5,200 x 1,870 mm allows for substantial screening area, making it ideal for a wide range of applications,

Introduction of Asphalt Vibrating Screen An asphalt vibrating screen is one of the most critical machines at asphalt-producing plants and in many construction locations. Its role is to filter and perform size classification of aggregates, thus ensuring conformance of materials used in asphalt mixtures to specified requirements. This screening process lies at the heart of producing quality asphalt that can perform and last in road construction projects. The vibrating screen efficiently sorts aggregates to ensure the right consistency and composition of the final asphalt mixture, which is an important requirement in a paved surface for strength and durability. Application of an asphalt vibrating screen does not just act in the role of material filtering, but rather, it directly affects the quality of the asphalt products realized. Without proper screening, uneven gradation may result in the product mixture, and this unevenness can result in weaknesses in the pave.

Vibrating, inclined screens are specialized equipment used in various industries for the efficient screening and separation of materials based on size. These screens are designed with a sloped deck that allows materials to move along the surface while being subjected to vibrating motions. The vibrating motion, typically generated by a motor, causes the material to stratify and separate according to size as it moves down the inclined surface. This screening process helps to classify materials into different fractions based on particle size, allowing for the separation of finer particles from coarser ones. Vibrating, inclined screens are commonly employed in applications where precise material separation is essential, such as in mining, aggregate production, and recycling operations. These screens are effective in removing unwanted materials, maximizing screening efficiency, and improving the quality of the final product.

Vibrating grizzlies and prescreening feeders are widely used in the mining construction and recycling industries to efficiently separate and feed materials. These feeders vibrating mechanism helps separate larger materials before they get to the main crusher or other processing equipment. Vibrating grizzly feeders also called grizzly screens typically have a sizable vibrating frame with a robust grate or screen at the top. This design allows smaller materials to flow through while the larger ones are sorted and moved to the crushing or processing unit. By screening the bulk material beforehand these feeders help to keep bigger rocks and debris out of the processing machinery enhancing the systems overall performance and efficiency. Prescreening feeders can boost operational productivity by ensuring a steady supply of material extending the life of primary crushers and other processing equipment and reducing wear and tear on them.

UĞURMAK UMBB Series Vibrating Feeders are positioned in the intermediate stock points, at the exit of the silo or bunker where the material is stocked, in order to ensure continuous feeding of the machines at all stages after the primary crushing stage in crushing and screening processes.

UGURMAK UMG Series Vibratory Grizzly Feeders are the main feeder type used in crushing and screening plants. They take place for feeding jaw or impact crushers used in primary stage. Offering high performance even in the harshest conditions, UMG Series feeders can be used for any size of material, from oversized material to small size stream materials. Thanks to the adjustable grill distance, the product size that cannot be included in the primary stage can be changed. It has a very solid chassis. Feeder body is seated on it with helical springs in sufficient number and strength. On this feeder body, there is a large volume bunker in the structure offering high strength. It can be used in all mobile and stationary primary units.

*Continious operation with intermittent loading *Silent and vibration-free operation in mini aspiration *Compact Lightweight Transport *Overflow Protection System *Maintenance Free Oil Free Pump *Design Suitable for Continuous Operation

* Silent and vibration-free operation in all surgical procedures * Durable and UV Protected Design * Color Coded Vacuum Indicator * Easy to use with foot pedal * 39.4 dB Sound Level * Overflow Protection System * Maintenance Free Oil Free Pump * Design Suitable for Continuous Operation * Easy Access Between Jars * Cooling with extra fan against heating

ECMT RUROMIX EMS933 CRAWLER MOVING CIRCULAR VIBRATING SCREENING STATION Strong and stable, Best quality, Long service life and low operating cost, Effectiveness and efficiency.

Rubber corks are used to stop vibration and used for sound insulation. Widely used at construction, under laminate, or between the walls. If you have big high vibrating machines can be used to stop vibration. All thicknesses are available.

Elastomeric bearings consisting of a solid block of vulcanised elastomer without internal cavities are called plain pads. Plain pads are economical efficient support for precast and pre-stressed concrete or steel beams in bridges and buildings. These pads are designed according to required standards and shear modulus of the manufactured elastomer may vary between 0.6-1.35 MPa to meet the customers need.

BAF IPT-25 series products are produced from special PU rubber. These bearings are used as an antivibration product for mechanical machines for different types of machines. Every machine would be calculated and evaluated to select wright product with wright dimensions and wright application designs. The height of antivibration pad material is 25mm. Deflection dimensions and natural frequence values may be change according to the model of pad.

BAF ITT-02 series products are ceiling hangers made from special Polyurethane rubber compatible with all construction elements to provide noise and vibration control. ITT-02 products provides vibration isolation with different frequences and load ranges between carrier construction and main slab at isolated ceiling production and mechanical support systems. You may use ITT-02 at mechanical rooms, endustrial buildings, sport centers conferance halls, cinemas, residences and offices.

BAF YTT steel spring hangers has different deflection values ( 25mm, 50mm (1', 2') or more) with huge load alternatives (from 10 to 1.000 kg).