Damping systems - Import export

The Hegra Rail family includes various telescopic guide profiles with ball cage capable of handling high loads up to 20 kN per pair, overextensions up to 200% of the length of the guide in closed position and available in different materials such as steel, aluminium or stainless steel AISI 304 and AISI 316. The main features of the Hegra Rail telescopic guides: handling of heavy loads combined with minimal bending profiles with 1, 2 or 3 moving elements for extensions up to 200% available in different materials: steel, aluminium, stainless steel AISI 304 and AISI 316 high rigidity and moment of inertia with thin sections fluid noiseless operation long working life extremely reliable The Hegra Rail family of telescopic guides includes five product categories: partial and full extensions, overextensions, heavy loads and S-sections. Telescopic guides for partial extensions,Telescopic guides for full extensions,Telescopic guides for overextensions,Telescopic guides for heavy loads

High load capacity and reduced deflection telescopic rails with caged balls bearings. The telescopic guides have optimal running properties due to inductively hardened raceways. TELESCOPIC RAIL linear slides exhibit little deflection while under very heavy loads, even when fully extended. Telescopic guides come in eight different series (DS, DSE, DSC, DE, DBN, DMS, ASN, DRT) Torsionally rigid intermediate elements with S-shaped, double-T, or squared sections Over-extending, full or partial telescopic strokes are available In the DMS63 Series the supported load can reach 2,000kg per pair. Extremely low deflection and smoothness of movement even in high load, 24/7 applications Some Series can be locked in the closed position Special versions and strokes available upon request The Telescopic Rail product family includes full or partial extraction telescopic rails, and consists of eight (8) different sizes. The deflection resistant central components are available in the S, double T...

EWS takes measures against vibrations in deep drilling procedures Deep drilling procedures with drilling rods with a long overhang are one of the most demanding tasks in cutting technologies. What influences vibration, what amplitudes does it create, what is the effect of superimposed vibration and when are uncontrollable resonances encountered? All these are questions that are difficult to answer using theory alone. These findings formed the basis for the new development of EWS Rigid. The objective was to create a drilling holder with a passive damping system to counteract the vibrations that are created. This involves using variable vibration dampers with linear degrees of freedom in a floating mounting inside the cutter carrier. The damper position is set using a radially mounted setscrew, which allows optimum vibration conditions to be created. The improvement in surface qualities of bores is significant, as is the increase in the service life of cutter tools.

The new generation of our pneumatic cylinders according to ISO 15552. Light and robust thanks to innovative design and high-quality materials. An aluminum piston with wear protection, reinforced bronze guides and our MF5 multifunction system with improved damping, centering and sealing ensure maximum reliability even under extreme conditions.

The VISCOFLUX mobile S drum emptying system was specifically designed for use in pharmaceutical, food and cosmetics industries. It is perfectly suited for ensuring efficiency and process safety while pumping high viscosity, paste-like, non-self-flowing media out of diverse drums – either with or without aseptic bags. Media can be transferred low-shear and continously. The residual amount remaining in the drum is up to less than 1 %. The mobile drum emptying system offers a high degree of flexibility and can also be operated in wet or damp production environments. The system's stainless steel process device bears the protection class IP 66.

4 Column cutting station 80mm diameter resistant shafts in each column Lower and upper independent servo motor station groups Cutting right – left and forward – reverse motorized adjustment system Max 780°C cutting blade temperature and insulation plate. Fast blade damping system Cutting group stroke lower/upper 750 mm Needle bearing system Piston upper group dearance system Compression force 60 tons

4-column, servo-controlled station groups Needle bearing toggle system Cooling water flow control system Max stroke upper/lower 150 mm Lubrication system for each bearing Easy mould damping (with Locking System) Support piston upper and lower group Upper group spacing system (Positioning block parallelism) Ability to work with frame or press in upper and lower press Servo controlled seal system Compression force 70 tons

4-column, servo-controlled station groups Needle bearing toggle system Cooling water flow control system Max stroke upper/lower 150 mm Lubrication system for each bearing Easy mould damping (with Locking System) Support piston upper and lower group Upper group spacing system (Positioning block parallelism) Ability to work with frame or press in upper and lower press Servo controlled seal system Compression force 60 tons

The use of servo-hydraulic controls can significantly extend the range of applications for swivel motors. Larger loads can be slewed in a shorter time than is possible with purely hydraulic systems, where the damping travel is fixed. In conjunction with such a control system, the acceleration and braking behavior of the swivel motors can be specifically adapted to the requirements. This means that even fast and very precise movements with large masses can be safely mastered. We offer customized solutions for a wide range of applications. Our qualified team will be happy to advise you on design and realization.

The use of servo-hydraulic controls can significantly extend the range of applications for swivel motors. Larger loads can be slewed in a shorter time than is possible with purely hydraulic systems, where the damping travel is fixed. In conjunction with such a control system, the acceleration and braking behavior of the swivel motors can be specifically adapted to the requirements. This means that even fast and very precise movements with large masses can be safely mastered. We offer customized solutions for a wide range of applications. Our qualified team will be happy to advise you on design and realization.

The use of servo-hydraulic controls can significantly extend the range of applications for swivel motors. Larger loads can be slewed in a shorter time than is possible with purely hydraulic systems, where the damping travel is fixed. In conjunction with such a control system, the acceleration and braking behavior of the swivel motors can be specifically adapted to the requirements. This means that even fast and very precise movements with large masses can be safely mastered. We offer customized solutions for a wide range of applications. Our qualified team will be happy to advise you on design and realization.

The use of servo-hydraulic controls can significantly extend the range of applications for swivel motors. Larger loads can be slewed in a shorter time than is possible with purely hydraulic systems, where the damping travel is fixed. In conjunction with such a control system, the acceleration and braking behavior of the swivel motors can be specifically adapted to the requirements. This means that even fast and very precise movements with large masses can be safely mastered. We offer customized solutions for a wide range of applications. Our qualified team will be happy to advise you on design and realization.

The use of servo-hydraulic controls can significantly extend the range of applications for swivel motors. Larger loads can be slewed in a shorter time than is possible with purely hydraulic systems, where the damping travel is fixed. In conjunction with such a control system, the acceleration and braking behavior of the swivel motors can be specifically adapted to the requirements. This means that even fast and very precise movements with large masses can be safely mastered. We offer customized solutions for a wide range of applications. Our qualified team will be happy to advise you on design and realization.

The use of servo-hydraulic controls can significantly extend the range of applications for swivel motors. Larger loads can be slewed in a shorter time than is possible with purely hydraulic systems, where the damping travel is fixed. In conjunction with such a control system, the acceleration and braking behavior of the swivel motors can be specifically adapted to the requirements. This means that even fast and very precise movements with large masses can be safely mastered. We offer customized solutions for a wide range of applications. Our qualified team will be happy to advise you on design and realization.

The use of servo-hydraulic controls can significantly extend the range of applications for swivel motors. Larger loads can be slewed in a shorter time than is possible with purely hydraulic systems, where the damping travel is fixed. In conjunction with such a control system, the acceleration and braking behavior of the swivel motors can be specifically adapted to the requirements. This means that even fast and very precise movements with large masses can be safely mastered. We offer customized solutions for a wide range of applications. Our qualified team will be happy to advise you on design and realization.

A high-tech, high performance fount ain solution with crs* for today’s generation of high speed web-offset and sheet-fed presses. It is easy to install , easy to use, problem-solving product, which addresses all commonly encountered damping problems. Nova Fount 2020 runs at low water settings with wide latitude, making it easy to set-up and adjusts for optimum performance with different inks, papers and damping systems. Plates and blankets show ultra -thin water films that remain continuous for complete desensitisation. Water uptake by the ink is tast but controlled for lightning quick attainment of the perfect ink/water balance with excellent over-emulsification resistance. PROPERTIES Nova Fount 2020 enables isopropanol usage to be easily reduced by 50% with no noticeable loss of performance and no special operational requirements. Provide reduced costs, improved environmental impact and low isopropanol vapour levels without sacrificing time or increasing waste.

Technical consulting for application companies The INSULATION AND FLOORING STUDIO is oriented on professional technical support in the area of membrane damp-proofing of substructures, flat and sloped roofs, balconies, terraces, water-proofing of pools and small ponds, and also in technical support in the area of application floorings made by Fatra, a.s. Technical aid is provided not only to professional public, i.e. application and building companies, project designers and architects, but also to end users, investors, and their technical representatives. Specifications The centre of the INSULATION AND FLOORING STUDIO’S operation is formed by: Preparation, administration and updating of “Structural and technological regulations” of damp-proofing systems and flooring, creation of type details. Providing professional training to implementation companies. Providing chief-assembly for significant, complex, and atypical projects or as a help for start-up companies. Material laying...

RINGFEDER® Friction Springs consist of separate inner and outer mating tapered rings which stack together to form a column according to the customer’s wish. These units are repeatedly loaded 100% before delivery. Hereby the absolute functionality is ensured. Features of RINGFEDER ® Friction Springs RINGFEDER ® Friction Springs are employed in the engineering sector when high kinetic energies must be absorbed or when springs of relatively compact dimensions are required for high forces. RINGFEDER ® Friction Springs have multitude features in opposite to other damping systems: High spring work combined with low weight and volume: As RINGFEDER ® Friction Springs completely utilise the material of which they are made only a minimum of dimensions and weight are required. The decisive parameter here is therefore the spring work. High Damping Potential: The damping of RINGFEDER ® Friction Springs is standard with 66% wherewith the energy will be soon absorbed and resonances complete...

The transmitter converts the tilt angle into a direct current signal, proportional to the angle. Tilt angle values of a platform stand for important measuring data as a part of the safety and control system of that type of machinery. • Robust magnetoresistive angular position transmitter, conctact free, freely rotatable without stops • With oil-damped pendulum system • The sensor is contact free and has minimal abrasion on the pendulum • Measuring range, sense of rotation and zero position programmed directly at the transmitter

The transmitter converts the tilt angle into a direct current signal, proportional to the angle. Tilt angle values of a platform stand for important measuring data as a part of the safety and control system of that type of machinery. • Robust magnetoresistive CANopen angular position transmitter, conctact free, freely rotatable without stops • With oil-damped pendulum system • The sensor is contact free and has minimal abrasion on the pendulum • Pendulum shaft has no mechanical stops and can be 360° infinitely rotated • Reduced wiring expenditure • Autoconfiguration of the network • Comportable access of all instrument parameters • Instrument synchronisation, simultaneous data read-in and read-out

The transmitter converts the tilt angle into a direct current signal, proportional to the angle. Tilt angle values of a platform stand for important measuring data as a part of the safety and control system of that type of machinery. • Robust magnetoresistive angular position transmitter with interface SSI, contact free, freely rotatable without stops • With oil-damped pendulum system • The sensor is contact free and has minimal abrasion on the pendulum • Measuring range, sense of rotation, zero position and measuring span programmed directly at the transmitter

High braking torque and small installation space: The compact and powerful BFK464-R dual-circuit spring-applied brake from INTORQ does it economically. This brake works with a split armature plate and two independent coil circuits. It reliably complies with the legal requirements for redundancy, such as for use in passenger elevators. In addition to the reliable braking torque, the high switching dynamics add even more safety. Switching noises are kept to a minimum. This is achieved by the well-engineered damping system. Another plus is the compact design: The rotor neck only minimally protrudes into the motor bearing shield, and the gear teeth of the rotor are particularly short.

Tilt angle values of a platform stand for important measuring data as a part of the safety and control system of machinery. Angular measurement is, for instance for equipment levelling, performed in such cases by means of dual axis pendulum systems. Transducers of that type contain inside a robust splash-proof aluminium case of protection degree IP 65 to IP 68 oil-damped pendulum systems, the tilt angle dependant swing of which is measured, depending on the application, either by a potentiometric, non-contact inductive or an optoelectronic angular encoder. For measurements relevant to safety, the pendulum swing per axis is detected with redundancy i.e. by means of two mechanically and electrically independent pendulum systems. The output signal, representing the tilt angles, is provided either in form of an analog resistance, current or voltage variation or as a digital signal - with interface bus - as well.

The signals representing angle and length of a telescopic crane are important measuring data. Determination of such measuring data is performed by means of tilt angle and rope length transmitters. The determination of the jib angle is performed by a magnetically damped pendulum system, the swing of which is measured with a redundant high-resolution conductive plastic potentiometer. The output signal is provided in form either of two resistance signals or via the built-in signal converter in form of two current or voltage signals. Linear measurement is performed according to the draw wire measuring principle. One makes use of a multiwire measuring cable, which is wound multilayered on a cable reel provided with a pullback spring. A mechanical spindle lead screw nut ensures, that the rope is rewound and unwound exactly layer-by-layer. The number of drum revolutions, being proportional to the measured length is determined by a redundant potentiometer system voltage or current output.

Osmak Rulo manufactures 5, 6, 7, 8, 9, 10, 11, 12, 14, 15 meters standard size loading conveyor belts with special damping system, also desired lengths are available upon request.The bands are manufactured with properties that can work back and forth. The upper and lower band lifting system, braking and a geared motor is used. 380 volt or 220 Volt (single phase) electrical motors used on Osmak Conveyor belts. Conveyor belt width 600 mm the standard production. However, the width of the band can be narrower or wider upon request. Please do not hesitate to contact us for more information. Custom design orders are welcome with technical drawing.

They insulate the surroundings from trams, trains and undergrounds-induced vibrations by means of rubber mats, or dull them by means of tuned mass dampers. FIP INDUSTRIALE has developed a wide range of systems to reduce the effects of vibrations. In the railway, tramline and underground sectors, the use of special rubber mats under the ballast or under the reinforced concrete platforms, permits to isolate the surroundings from travelling trucks-induced vibrations. In other sectors vibrations can be dulled by means of tuned mass dampers or some types of seismic devices. TYPES: Damping mats Tuned mass dampers

The range of FIP INDUSTRIALE includes: under plate • Underplate damping mat FIP MAT T25 • Underplate damping mat FIP MAT TE 25 • Underplate damping mat FIP MAT TE 25 underballast • Underballast damping mat FIP MAT AV • Underballast damping mat FIP MAT D5/20

Tuned mass dampers, also known as TMD, are one of the many types of anti-vibration systems manufactured by FIP INDUSTRIALE. They are especially suitable to be used in flexible structures affected by external phenomena characterized by a range of disturbance frequencies such as to interfere with the own frequency of the structure. Said devices are therefore applied to walkways, cable-strayed bridges, coverage and stadium terraces, chimneys, towers and skyscrapers etc. in order to reduce structural oscillations due to the disturbance (for example running pedestrians, dancing audience, wind, earthquake, ...). TMD testing at FIP INDUSTRIALE laboratory