wire rope isolators damping brands

Look to Enidine for high performance Wire Rope Isolators and Compact Wire Rope Isolators. The wire rope isolators have stainless steel cable and RoHS compliant aluminum retaining bars, which provides excellent vibration isolation. The isolators are corrosion resistant, which makes them environmentally stable and high-performance in a variety of applications. The isolators are completely unaffected by oil, chemicals, abrasives, ozone, and temperature extremes.

The compact wire rope isolator is smaller than a traditional wire rope and can absorb shock and vibration in small spaces. Single point mounting offers flexibility for integration into existing products.

Both compact wire rope isolators and wire rope isolators can be used on galley components where motors and fans produce vibrations onto surrounding structures. They can also be used to control vibration and thermal expansion.

Welcome to Vibro/Dynamics, where we will find effective and excellent solutions for shock and vibration problems. We offer you a great collection of wire rope isolators, constructed of stranded steel cable and contained between metal bars. The isolators’ design is chosen carefully to maximize the quality performance starting with the flexing of the cable loops that function as a spring, and the friction between the cable wires and strands that provides damping. Wire rope isolates are ideal for combined shock and vibration thanks to their large multidirectional deflection capabilities and high non-linear damping ratios. Moreover, our products can last a lifetime with quality performance and mechanism protection.

Isolation Dynamics Corp. offers the very best vibration engineering solutions like our mechanically fastened wire rope isolators and isolation assemblies for a variety of applications – including architectural foundations, oil pumps, compressors, and rugged naval electronics enclosures. Learn more about our IDC isolators below!

Wire mesh material can be manufactured in a multitude of shapes and sizes to accommodate your specific application needs. Auxiliary Power Units (APUs) are just one example of a product that can benefit from the use of wire mesh technology. Its high damping ...

Small Vibration Mount offers Big Performance Use Enidine Compact Wire Rope Isolators for the best performance in vibration isolation and small vibration mount configurations. The compact design is smaller than most wire ropes and can provide both shock an...

High Performance Vibration Damping  Look to Enidine for high performance Wire Rope Isolators and Compact Wire Rope Isolators. The wire rope isolators have stainless steel cable and RoHS compliant aluminum retaining bars, which provides excellent vibration...

VMC Group offers a variety of wire rope isolators that resolve shock and vibration issues in virtually any application. By selecting wire rope with the proper characteristics - wire diameter, number of strands, cable length, cable twist or lay, and the number of cables per section, we have created isolators that provide superior equipment protection. Ideally, passive isolation systems require no maintenance, use little space and keep functioning under varying temperatures and in corrosive environments.

As an elastic element, wire rope isolators will afford attenuation of vibration disturbances in much the same manner as they attenuate shock inputs. Wire rope isolators provide inherent damping by virtue of relative motion between wire strands. This damping limits vibration response peaks and limits responses to start-up and shut-down transients.

Isolators must also attenuate shock with minimum dynamic travel. A design that buckles under heavy shock loads without bottoming or permanent deformation provides the large deflection needed to bring the impacts within acceptable limits. When shock load is applied, the isolators soften and deform. This displacement reduces the acceleration level, through the controlled buckling of the wire rope loops.

This wire rope design handles both shock and vibration. In addition, three-plane, all-axes isolation permits installation in any attitude - vertically, horizontally or laterally.

New Elesa ranges of stainless steel damping elements offer different designs for different jobs – AVC wire rope isolators are suitable for low-frequency damping with high deflections. Their function is to prevent damage to structures and preserve the correct operation of sensitive equipment while also reducing noise. The sister range of AVM spring mounts is excellent for low vibration with high deflections, while AVF metal cushions are compact for small spaces, higher frequencies and smaller deflections. Overall, these high-performance vibration dampers are used in compliance with safety regulations on vibration and noise (DL 81/2008). Stainless steel is chosen for many applications because it performs over a long lifespan with low-to-zero maintenance, and is unaffected by ageing as generally found in rubber isolators.

Elesa wire rope isolators are very high-performance shock absorber and vibration dampers that can be used in endless applications. Typically from oil exploration, radio equipment and generator sets, to blowers/fans, and other HVAC style installations. They are very useful because they maintain excellent isolation performance under maximum shock in severe environmental conditions, for example chemical pollution or extreme temperatures. Stainless steel wire rope isolators have a long service life and can adapt to elastic displacement in all dimensions This allows multi-directional isolation, with installation in many different orientations, making them suitable for railway compressors, aviation and marine engineering as well as camera mounts on UAVs and robotic camera platforms.

AVM spring mounts offer low-frequency damping at higher deflection rates, combined with the higher frequency damping of rubber end pads. They suit acoustic and motor mountings where a wider range of vibrations and larger deflections are likely also where wind loads or asymmetric movement patterns are experienced, such as in engine starting.

At the other end of the scale, AVF metal cushions provide a very compact solution to the needs of machine tool manufacturers. They are ideal for machine component mounting where space is at a premium but deflection is minimised – such as in electronics equipment or isolation of exhaust systems.  These wire mesh vibration dampers can be used for pass-through mounting or with an inset machine screw for component retention.

“We are constantly improving our product offerings, most recently by integrating highly engineered industrial shock absorbers with wireless technology such as our Sentinel series lineup,” said Greg Herman, Director of Sales at Enidine. “We provide an innovative approach for predictive maintenance and real-time reporting of shock absorber status to engineers and maintenance personnel. This provides the end-user with a robust solution for optimizing and monitoring equipment in normal daily operations or an emergency runaway condition.”

“With a growing need for environmentally friendly products, we have recently upgraded our wire rope isolator product line with RoHS-compliant components,” said Brad Griffin, Product Line Manager for Industrial Products at Enidine. “With our already popular RoHS-compliant ECO Series shock absorbers, we felt this was the next natural evolution for our wire rope offerings, allowing our global partners to benefit from this important environmental improvement to the design and materials.”

Wire Rope Isolators: Control damaging vibration and noise within machinery and equipment. Constructed of stainless steel cable and RoHS-compliant aluminum retaining bars, Enidine wire rope isolators are corrosion resistant and completely unaffected by oil, chemicals, abrasives, ozone or temperature extremes.

HD/HDN Shock Absorbers: These heavy-duty shock absorbers protect equipment from large impacts and are available in a wide variety of stroke lengths and damping characteristics to meet stringent deceleration requirements.

Mid-Bore Series Shock Absorbers: Complete with an internal orifice design, these shock absorbers provide deceleration with efficient damping characteristics. Long-lasting and reliable, available in both non-adjustable fixed damping and adjustable models that feature a design that lets you fine-tune your desired damping.

Vibration isolators comprise a wide variety of devices used to protect machines and appliances from damage due to vibration, and to keep the devices level and stationary where required.

Vibration isolating devices are used commonly in electromechanical equipment, small appliances as well as larger machinery and transportation equipment. Many vibration isolators are available in stock sizes which are adequate for a number of applications. However, custom specifications can also be met in terms of dimensions, mounting style and the type of materials used, as well as many other factors.

When choosing a vibration isolating system, the weight and size of the equipment and the type of elastomer best suited for the application are important considerations. Vibration, which may come from both external and internal sources, consists of a series of oscillations that move at a cyclic pace at varying frequencies. Internal vibration is often caused by an imbalance between equipment components. Vibration isolators isolate the equipment to which they are attached, preventing the spread of vibrations throughout the equipment components.

Vibration isolators are common because they are often cost-effective, easy to install, and have a long life. Other influential factors include other forces, such as shock and noise that may affect the equipment and substances, including chemicals and oils, to which the isolator may be subjected. Vibration isolation devices may also be used to level a device or machine to ensure that it remains stable. Elastomeric materials are often used, such as rubber pads or mounts, which are naturally slip resistant. This prevents a machine from moving as a result of vibration. Rather, the energy is absorbed by the rubber placed between the machine and the floor.

Long trusted for their market-leading performance and reliability for critical military and defense applications, Enidine"s Wire Rope Isolators are now fully RoHS-compliant—demonstrating a commitment to continued innovation and meeting the needs of its vast customer base. In addition to its Wire Rope Isolators, Enidine will showcase its complete portfolio of shock and vibration isolation solutions, which includes off-the-shelf and fully customizable options.

Enidine"s Wire Rope products and High Energy Rope Mount (HERM) Isolators protect 810G and 901E grade equipment, minimizing high levels of equipment shock and vibration for increased protection, performance and product longevity. Both HERM and Wire Rope products combine shock absorption and vibration isolation technologies into a single solution for maximum value.

HERM Isolators are manufactured using wire rope isolators overmolded with highly damped elastomer, for a fail-safe design with a wider load range capability than standard wire rope isolators. During molding, the wire rope is forced into a more elliptical shape, offering improved tension deflection capability and less compression than wire rope isolators. The additional damping and tension deflection capability results in lower shock response accelerations. HERM isolators are integrated into several naval applications including navy cabinet isolation and rafted deck systems, radar systems, weapons and vehicles.

Wire Rope Isolators are constructed with stainless-steel cable and aluminum retaining bars to attenuate shock and vibration, protecting electronics and equipment. The all-metal construction ensures they are completely unaffected by oil, chemicals, abrasives, ozone or temperature extremes. Now RoHS-compliant, Enidine"s Wire Rope Isolators are more environmentally conscious, without compromising performance or reliability.

SKID Isolators are designed to protect and ensure the performance of equipment within critical systems. These large displacement isolators provide shock and vibration isolation under a wide range of environmental conditions and enable safe transport of missiles by land or air using a unique elastomeric technology. The U.S. Navy"s Helios laser weapons system relies on a combination of SKID isolators and HERMs to protect this high-impact, triple-threat defense system.

Shock Isolator Double Acting Spring (SIDAS) solutions are designed, developed and patented by Enidine. The SIDAS design combines a preloaded mechanical spring to provide static preload forces with a low-pressure hydraulic damper to provide dynamic damping forces.

Our R&D work on GG Series All-Metal Wire Cable Vibration Isolator started in year 1983. In 1990, the product was listed as one of top national R&D achievements.

On top of the R&D work, we also took the leadership in making several military standard for electronic and marine industry, i.e., The General Specifications For All-Metal Wire Cable Vibration Isolator (SJ20593-96) and Specification For Wire-Cable Vibration Isolator Of Ships (GJB6412-2008),Which was published on 1st Octoboer.2008.

CAVOFLEX® cable mounts are produced by WILLBRANDT from stainless steel ropes and aluminium bars. The advantages compared to conventional steel mounts or elastomer dampers lie in their high deformability for impact absorption and above average vibration damping.