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Fabreeka GmbH Deutschland
	DIMFAB pads DIMFAB pads are manufactured from a low durometer elastomeric compound that meets the qualification requirements for Distributed Isolation Material (DIM) specified for use in US Navy submarines and surface ships. These pads are available in standard 18" x 18" pads, can readily be cut to any desired shape or size for easy installation and are specifically designed to perform successfully in applications where DIM mounts are required. Click for more detailed specifications for our DIMFAB pads. Fabreeka® Crane Rail pads Fabreeka® Crane Rail pads are designed to relieve girder stress, improve load distribution, eliminate mechanical wear of flange or cover plates, damp vibration and reduce noise. The LTP section of the crane rail pad improves wear resistance, restricts lateral movement and provides a low coefficient of friction support for the rail. Tests performed by independent sources have shown up to a 40% reduction in runway beam web stress and noise levels reduced substantially when the Fabreeka® Crane Rail pad was installed. Click for more detailed specifications for our Fabreeka® Crane Rail pads. Fabreeka® pads, washers, bushings and OEM parts Fabreeka® pads, washers, bushings and OEM parts are scientifically designed and manufactured from materials composed of layers of tightly twisted, closely woven lightweight duck. Each layer is thoroughly impregnated with an elastomeric compound containing mold and mildew inhibiting agents and is impervious to oil and most chemicals. Designed for long service life in impact or vibration applications, Fabreeka® pads have great strength, up to 12,000 psi, and exceptionally high damping. Fabreeka® pads absorb impact shock and reduce the destructive effects of vibration and structure-borne noise. The Fabreeka® pads are supplied to your size and shape specifications with a variety of thicknesses available. Click for more detailed specifications on our Fabreeka® pads, bushings, washers or OEM parts Fabreeka® Precision-Aire™ PAL Pneumatic Isolators The Fabreeka® Precision-Aire™ Leveling PAL series pneumatic vibration isolation system uses servo controlled air springs. The isolators are ideally suited for conditions where height control and vibration control must co-exist. The standard line of PAL isolators has natural frequencies of 2.7 Hz and 1.5 Hz vertically; however, natural frequencies as low as 0.5 Hz can be obtained from custom systems. The natural frequency and isolation efficiency of the PAL isolators remain constant throughout their load range. The PAL isolators are supplied with a control panel, automatic height control valves, tubing and all other pneumatic accessories necessary for complete system installation. INFAB⢠Foundation Isolation In some applications, it is not feasible to mount a machine directly on vibration isolators. An integral part of most machine tool installations is a properly designed foundation which will meet the machine's support requirements. Isolating a vibration-sensitive or vibration-producing machine requires isolation of its support mass or foundation. INFAB⢠elastomeric (rubber) isolators provide low frequency isolation from induced shock and vibration for applications requiring support foundations and inertia blocks. INFAB™ isolation systems can be designed to have a natural frequency as low as 6.0 Hz. A vibration site survey/analysis will determine the levels of vibration existing at your site, which is essential for proper vibration control recommendations to be made. Please contact Fabreeka's® Engineering Department for assistance with your particular application or if you would like information regarding a vibration site survey. Some features and benefits of INFAB™ foundation isolation: Standard INFAB™ isolators are available in load ranges from 1,800 lbs to 4,400 lbs per isolator Dynamically tested for natural frequency and damping data Natural frequency as low as 6.0 Hz Compatible with a variety of foundation structural support designs to meet project requirements Alternative isolator characteristics and complete system designs available Extensive database and history of installations and system designs Tech Products Tech Products manufactures a full line of shock and vibration isolation products. Click one of the options below to view product specific information, application specific information, or technical information about shock and vibration isolation
Fluid Components International
	Flow switches Liquid Flow Switches and Air/Gas Flow Switches for Industrial Process Measurement and Automation FCI flow switches feature thermal dispersion technology in which the temperature difference is greatest in a no-flow condition and decreases as flow increases, cooling the heated RTD. Changes in flow velocity directly affect the extent to which heat dissipates and, in turn, the magnitude of the temperature difference between the RTDs. An electronic control circuit converts the RTD temperature difference into a DC voltage signal. Both of these signals are provided at output terminals and are used to drive two adjustable-setpoint alarm circuits. Both alarms are independently field configurable for flow, liquid level/interface or temperature operation. FCI has designed and developed four standard thermal flow switch product series to meet a broad range of performance and environmental application requirements. Each FCI flow switch group can be distinctly identified by the following listed general instrument characteristics: Gas Flow Meters and Coriolis Mass Flow Meters FCI designs, manufactures and sells a broad line of air, gas and liquid mass flow meters utilizing both thermal dispersion and Coriolis flow measurement technologies. Thermal dispersion technology utilizes the relationship between flow rate and cooling effect for direct measurement of mass flow. With no moving parts and minimal invasiveness, thermal dispersion is ideal and widely applied in air and gas applications, and provides a highly repeatable and accurate measurement. For use in both liquids and gases and in application in the CM Series. FCI transmitters and electronics feature advanced microprocessor-based circuitry and rugged construction. These include features such as simple configuration of the signal outputs, display or alarm setting in the field, or analog and digital outputs, easy servicing and maintenance, and long-life in even the harshest of plant installations. FCI has designed and developed four standard mass flow meter product families to meet a broad range of performance and environmental application requirements. Each FCI flow meter group can be distinctly identified by the following listed general instrument characteristics: Level Switches Level Switches and Fluid Level Switches for Industrial Process Measurement and Automation FCI liquid level/interface switches feature thermal dispersion technology in which the temperature difference between the two RTDs is greatest in the absence of liquid and decreases when the level element is submerged, cooling the heated RTD. An electronic control circuit converts the RTD temperature difference into a DC voltage signal. Both signals are provided at output terminals to drive two adjustable-setpoint alarm circuits. Both alarms are independently field configurable for liquid level, interface or temperature operation. Since all process media exhibit different heat transfer capabilities, highly sensitive FCI liquid level/interface controllers may be specifically calibrated to detect difficult interfaces between fluids -- including liquids, gases, slurries and foam regardless of their physical properties. FCI has designed and developed three standard thermal level switch product series to meet a broad range of performance and environmental application requirements. Each FCI level switch group can be distinctly identified by the following listed general instrument characteristics: An electronic control circuit converts the RTD temperature difference into a DC voltage signal. Both of these signals are provided at output terminals and are used to drive two adjustable-setpoint alarm circuits. Both alarms are independently field configurable for flow, liquid level/interface or temperature operation. FCI has designed and developed four standard thermal flow switch product series to meet a broad range of performance and environmental application requirements. Each FCI flow switch group can be distinctly identified by the following listed general instrument characteristics OEM Custom Flow Sensors, Flow Meters, Flow Switches, Level Switches for OEM Applications We realize manufacturers of industrial/commercial equipment and machinery, and control system designers have diverse and technical requirements for flow and level sensing products. Fluid Components International (FCI) is a world leading manufacturer of built-to-specification and semi-custom flow and level sensors with designs that meet specifications and exceed quality expectations. VORTAB® Flow Conditioners FCI ensures the field performance of its highly accurate mass flow meter product line by offering VORTAB Flow Conditioners. Where process conditions make flow measurement difficult, VORTAB Flow Conditioners eliminate flow distortions that degrade instrument performance. The result is accurate, repeatable measurement with minimal pressure loss.
FLUX−GERÄTE GMBH
	Drum Pumps Features and benefits: particularly suitable for transferring solvents and other fluids that do not glue, nor crystallize safe dry running of the drum pump no wear on seals inner tube and helix shaped support bearings completely self-draining - thus preventing from any mixtures of liquids being pumped. no contamination of the liquid being pumped by shaft lubricants optimum barrel emptying due to ideal impellor design to be stripped for cleaning with a minimum of effort version in stainless steel tested and certified according to ATEX-Directive 94/9/EC, category 1/2, for use in Zone 0 - EC-Type-Examination Certificate No. PTB 00 ATEX 4108 X Functional view: The inner tube supports the pump shaft, which is lubricated by the liquid. The level of the liquid in the inner tube always corresponds to that in the barrel or container. The drum pump is available in: stainless steel 316 L / 316 Ti (S) Polypropylene (PP) Polyvinylidenfluoride (PVDF) Immersion lengths: 700, 1000, 1200, 1500mm (other lengths on request) The picture shows: Pump Type F 424 S with brushless motor FBM 4000 Ex - the ideal solution for transferring high flammability solvents Sanitary Pumps Features and benefits: all wetted parts are made of stainless steel, ETFE or PTFE to be stripped for cleaning and/or sterilization with a minimum of effort no contamination of the liquid being pumped by shaft lubricants optimum barrel emptying due to ideal impellor design also available in 3A version Functional view: the sanitary pump can be stripped down within a few seconds because of its ingenious design. The F 427 does not have any inaccessible voids. This allows you to completely clean the pump at any time. The pump is available in: stainless steel 316 L / 316 Ti (S) Immersion lengths: 700, 1000 and 1200 mm The picture shows: Pump Type F 427 S with commutator motor F 457 Vertical Centrifugal Immersion Pumps Features and benefits: for transferring low flammabiltiy liquids from containers, either open topped or closed consisting of an inner tube and outer tube; the drive shaft is supported within the inner tube a mechanical seal in ceramic oxide, o-rings in FKM, separates the liquid from bearings and upper shaft with an open conical impeller with base plate for horizontal installation with thread connection on suction and discharge side The pump is available in: stainless steel 316 Ti (S) conical impeller in Polypropylene Available drive motors: Three-phase motors 0,75 - 4,0kW, 2850 rpm, jet-proof to IP 55 or explosion-proof to ATEX The pictures shows: Type F 620 S-30 TR with three-phase motor and base plate VISCOFLUX Features and benefits: allowing the transfer of high viscosity, pasty, non-flowing products, like for example grease, ointment, paste, silicon, paint and varnishes, etc. especially designed for use with 200-Litre-Barrels smooth pumping by using gentle, progressive cavity pumping technology compact construction with lifting handlees for easy portability and quick assembly fast strip down for cleaning or sterilisation flexible lip seal with tight fit to the inside of the barrel ensures an optimum barrel emptying drive motors: three-phase or air motors in differing kW-ratings and speeds Frame-mounted total package including: guide cylinder with follower plate in stainless steel and clamp connection to the pump flexible lip seal customized for barrel diameter two hydraulic rams in aluminium for lifting the pump and follower plate after barrel emptying pneumatic control unit for rams
Forschungszentrum Karlsruhe GmbH
	About the Karlsruhe Institute of Technology (KIT) The Karlsruhe Institute of Technology (KIT) represents the merger of the Universität Karlsruhe with the Forschungszentrum Karlsruhe. Both partners are joining their forces in KIT in order to achieve an unprecedented quality of cooperation. With roundabout 8000 employees and an annual budget of about 700 million Euros, KIT has the potential of becoming a leading institution in selected science disciplines in the world. With the decision of the Federal Republic of Germany and the federal state of Baden-Wßrttemberg to have both institutions merge in a public corporation from 2009, the legal and political prerequi-sites have been created for the trend-setting KIT model. The vision KIT will become an institution of top research and excellent academic education as well as a prominent location of academic life, life-long learning, comprehensive advanced training, unrestricted exchange of know-how, and sustainable innovation culture.
Forus GmbH
	Fine chrusher BZ 171 Slow speed after-crusher for waste wood pre-crushed by HB 171 or HB 180. FORUS crushers are available for each application in different equipment variations Fine crushing ­ hammer mill High speed after-crusher (hammer mill) Users: waste disposal companies, container service companies FORUS crushers are available for each application in different equipment variations High-capacity chippers Equipped with a diesel hydraulic drive, the GHM 300 can be operated on undercarriages, forwarders or trucks. The robust 604 CT chipping unit by Bruks crushes felling waste, green waste and whole trunks up to a diameter of 30 cm. equipment variations. Pre-crushers HB 20 Mainly for chopping boxes, windows, doors, screen overflow etc. FORUS crushers are available for each application in different Pre-crushers HB 70 Reduces waste and residual wood, pallets, domestic waste (in bags) FORUS crushers are available for each application in different equipment variations
Franklin Miller, Inc.
	DELUMPERÂŽ TWIN LP The TWIN-LP processes massive quantities of lumps or agglomerates with a dual-rotor crushing mechanism. SPIRALIFTÂŽ SL Auger Screening System The SPIRALIFT SL screens, washes, transports and separates solids from liquid streams. TASKMASTER TM8500 The TM8500 is a powerful shredder in a compact package. This unit can handle solid waste, wastewater solids, off-spec components, electronic parts, plastic items, cardboard, filters and more. TASKMASTER TWO STAGE SHREDDING SYSTEMS Reduces rejects, waste, bulk bags, screenings, medical waste, bottles and containers, packaging, cardboard, hazardous waste, pallets, plastics, turnings, wood, documents, cans, and plastic drums. TASKMASTERÂŽ shredders Versatile TASKMASTERÂŽ shredders employ a low speed, high torque mechanism for powerful reduction of tough and bulky waste solids. The TASKMASTER comprises a complete line of shredders and shredding systems for a wide range of applications. TASKMASTER Shredders quickly reduce a variety of bulk solids. - cut storage and disposal costs - reduce scrap volume up to 80% - aid in the safe disposal of sensitive, substandard or hazardous materials. VULCANATORÂŽ Cuts Full Rubber Bales and more... This unit has the unique ability to reduce whole bales of synthetic or natural rubber into small particles without significant heat rise.
FREDDY PRODUCTS LTD
	ATEX ATEX comes from the French term atmosphere explosif. If you use equipment in potentially explosive atmospheres, then the ATEX regulations will apply to you. The ATEX directive became mandatory for all electrical equipment which is sold into potentially explosive environments. Freddy products can supply the majority of our dry vacuums with ATEX approval. This special range of machinery can collect dust and debris that may ignite or explode. These appliances have been tested and given the ATEX certification code to comply with worldwide regulations. Freddy Drum Adaptor Vacuum Freddy Drum Adaptor Vacuum can be fitted to any 205 litre drum, making it ideal and highly effective for collecting bulk waste, including swarf, wood, plastics and liquids. Designed and built to work in even the most arduous environments, the Drum Adaptor will continue to perform where other vacuums are full or not powerful enough for the task. Available with 2kw and 3kw motors. All are available in wet or dry versions. Waste can be bagged in the drum for ease of disposal and HEPA filters can be fitted where hazardous dusts are to be vacuumed. Freddy MK 5 The Freddy MK 5 is the latest version of a machine that has developed over 30 years and has always been the leader in its class. Its extraordinary versatility makes it still indispensable in today’s modern machine shop. All units are designed to remove coolant, swarf and oil from machine tool sumps, to separate the particulates and to return filtered coolant for re–use or disposal. Our considerable experience enables us to cater for specific customer applications, designing and supplying many bespoke products. Medium powered industrial vacuum Medium powered industrial vacuum equipped with side channel pump. The pump is located on the base of the unit and covered with a steel frame. The unit can collect both dust and solid material and it is suitable for continuous operation with the help of a main filter, either pleated or bag shaped. The basic version of DS3000N is equipped with a cartridge filter – Class M. This vacuum can also collect liquid with the addition of a float. DS3000N is available with TUV certification.
FRIATEC-Rheinhütte GmbH & Co. KG
	Clean Wastewater â The Range of OEKOMAX Grease Separators As a result of ever-increasing environmental awareness, the disposal of separated oil and grease as well as food residues gains more and more in importance. Set limits must be complied with under any circumstance. OEKOMAX grease separators efficiently protect the public sewerage system and relieve sewage treatment plants - and thus help save resources and costs. FRIATHERM multi The Speedy System for Drinking-Water and Heating Networks FRIATHERM rigid The Hygienic System for Drinking-Water Networks FRIATHERM uni The Robust System for Drinking-water and Heating Networks Increased Comfort Thanks to FRIAPHON Silence means quality of life. Thatâs why any noise should be eliminated in houses or flats to the extent possible. The FRIAPHON noise-insulating in-house wastewater pipe system reduces the sounds coming from wastewater lines to a level no longer perceived as disturbing. The system complies with all current provisions governing sound insulation and fire protection. Certainly, the system also meets all requirements in terms of temperature resistance and lifetime defined in standards and regulations.
Frutiger Baumaschinen
	Automatic sludge evacuation Next to the highly effective cleaning performance, the water treatment plays a decisive part in the success of your Wheelwashing System! The wash water in all Moby Dick Systems is re-circulated for further use. The water treatment is achieved either through the addition of a flocculent and automatic sludge-evacuation with a scraper-conveyor or with large settlement tanks which may be used without flocculent addition. New! MobyDick Dragon The Wheelwashing System for lighter soiling of the truck wheels! a Compact and economic a Fast and easy installation scrapedozer 最经济的大规模土方作业通用机械> 1机1名男子进行5个关卡 - 松动 - 加载 - 运输 - 沉积 - 嵌入 >“从操作距离50 - 500米 >日常表现高达3'000立方米 >“低基础和良好的负载压力利差 >水的应用是可能的 >便捷的交通 - 快速操作准备 >功能和个人福祉为运营商 >服务友好 - 小操作所需的时间后工作 Wheelwashing Wheel-wash means no more problems with dirty roads and highways! Choose your country or select your language and enter into the world of MobyDick wheel washing systems.
FSM Frankenberger GmbH & Co. KG
	Basket screen The FSM basket screen for installation in flumes and shafts is based on the design of our course bar screen with grab mechanism. The basket screen is raised and lowered in the shaft via an electric drive. The basket is guided by two guide rails and rollers and is thus prevented from slewing. The guides are curved in the area above the channel so that the basket can be conveyed over a container where it partly empties itself automatically.When the screen basket is raised out of the shaft, a drop screen travels down automatically and blocks off the inlet feed with a coarse screen. When the basket is lowered, the drop screen opens the inlet completely.The drive is mounted on bracket on the machine frame and consists of a motor and wire rope drum. The hoist is provided with limit switches for the motor at the end positions of the basket. Compact screening The waste water flows through perforated filter elements made of stainless steel, while contaminants are held back. Solid matter is picked up directly at the bottom of the channel, a base step being incorporated in the container. The filter elements form a continuous filter belt which is cleaned by a brush at the upper deflection point. The cleaning process is assisted by a series of jets working in proportion to the screenings load. Tines located on every 5th screening element prevent build-up of rolling matter in front of the screen and ensure that large matter is removed. The sheet steel side plates of the filter elements slide on plastic rails on the screen frame, thus forming a seal and preventing screenings from being washed past the screen at the sides. As a result of the half-round shape of the filter elements and the arrangement of the cleaning brush at the upper deflection point, the distance between the brush and the filter element remains constant. This constant distance ensures very effective cleaning combined with low wear of the brush. At the turning points of the chain drive, the filter elements are in contact with one another via their sealing areas. The gap between the elements thus remains constant and small at all times during the rotation cycle, including at the upper and lower deflection points. Official, independent tests have shown that FSM screens with a hole size of 6 mm approx. filter out double the amount of screenings as a stage screens with 6 mm gap size. The screenings retention figure of an FSM screen with 6 mm holes is of the order of 76%. The efficiency of FSM filterscreens prevents build-up of screenings and clogging up in the clarification plant and thus avoids time-consuming and costly measures to deal with these disturbances. The screenings which are brushed off the filter elements drop into the screening washing press which is incorporated into the container. The screenings are conveyed within the wash compactor from the inlet zone to the washing zone. In the washing zone, service water is added and organic matter washed out. The wash water, which is rich in carbon, is released to the flume. The conveyor screw delivers the washed screenings to the pressing zone. The screenings are discharged via a discharge pipe to a container or conveyor. As a septage receiving station, the machine can be directly charged from a suction vehicle. Magnetic cards or key switches can be used to reference the delivery to the appropriate supplier and to record quantities. The septage reception station can be extended to include a grit channel to deal with material containing large quantities of grit. This ensures that additional sand does not find its way into the sewage plant. The compact screen unit can be retrofitted to existing compact installations. Grit classifier The FSM grit separator is used to separate solids from water. The unit can be charged via air jet lift, pump or free flow. The FSM grit separator consists of a separating container and a screw conveyor. Application areas range from municipal sewage plant to separation of sediment and heavy materials in production and process waste water in the chemical, food, paper and waste disposal industries. Inflow of the grit/water mixture can be either under pressure or via gravity line. The tangential feed induces a rotary movement in the water which causes the heavier substances such as sand to sink to the apex of the funnel, where they are removed and dewatered via the screw conveyor. The grit is thus rendered substantially free of organic matter. The FSM grit separator effects a continual separation of the grit from the waste water flow while reducing the organic portion of the solids and dewatering the grit. Multi rake bar screen The waste water flows through bars made of stainless steel, while contaminants are held back. Solid matter is picked up directly at the bottom of the channel without the need for a base step. The cleaning elements are fixed between two chains and are designed with teeth for the best cleaning of the screen. The screenings can be discharged into containers, wash compactors, screw conveyors, conveyor belts etc. Sealing at the sides prevents solids from circumventing the filter. The cleaning elements and teeth can be individually and quickly exchanged Screening washing press The FSM screening washing press is available in 3 sizes with screw diameters of 200, 300 and 350 mm. It is used to dewater, compact and convey screenings or other damp/wet waste materials. Waste materials from a screening unit, screw conveyor or conveyor belt are dropped into the filling hopper. The worm screw conveys, dewaters and compacts the waste material. The water escaping from the compacted material is released to the flume. With the help of the built-in washing device, fecal matter is subjected to a wash-board friction operation, loosened and washed out. Hair, fibers etc. which could cause operating failures and build-ups remains in the screenings. Service water can be used as wash water. The screening washing press is able to deal with a sudden change in load better than a conventional worm screening washing press. The screening washing press is a sturdy steel constuction. The worm screw blades are made of wear resistant material and welded to the screw shaft. If the installation is used outdoors, the discharge pipe can be provided with heating. In order to increase the dry solid matter content, the screening washing press can be equipped with an additional dewatering unit. Here the back pressure is generated by an adjustable hydraulic cylinder which communicates with the drive motor and thus regulates the solid matter content. The screenings are discharged via a discharge pipe to a container or conveyor. The FSM screening washing press can be furnished with a shredding unit, which is located at the end of the discharge pipe. The resulting size reduction of the compacted and dewatered screenings provides three advantages: 1. The reduced size screenings dry out better in a container than in a compacted ball. 2. The reduced size screenings spread out more easily in the container. 3. The reduced size screenings utilize the volume of the container better and enable a higher filling ratio to be achieved Skimmer Floating sludge is gathered by a screw conveyor and delivered to a collection container. Here the floating sludge is collected, concentrated and pumped out at intervals. The total system is designed to accommodate variations in the water level of up to 200 mm without difficulty. The entire system is not affected by wind, currents and external influences.