Wire rope damper High damping, heat and cold resistance, chemical resistance: Enidine
Enidine Corporation
Operating temperature range: -100℃ to +260℃. Solving vibrations that could not be eliminated with rubber through three-dimensional movement! Excellent durability as well.
- It has a large damping force. Think of it as combining the functions of a spring and a shock absorber, like in a car's suspension. - It is capable of shock absorption and vibration isolation in three axes (X, Y, Z). It protects machinery from impacts by utilizing large deformations. It can accommodate weights ranging from a few hundred grams to several tons, and various installation methods are possible. - It is not limited by the usage environment. It has excellent environmental resistance and chemical resistance, and is also used in clean rooms. It is corrosion-resistant and demonstrates high performance in various applications, remaining environmentally stable. It is completely unaffected by oil, chemicals, abrasives, ozone, and extreme temperatures.
Inquire About This Product
basic information
■Wire Rope Vibration Damper Specifications ●Material Wire Rope: SUS300 Series Stainless Steel Mounting Bar: 6061 Aluminum ●Operating Temperature Range: -100℃ to 260℃ ●Complies with various MIL standards For details, please refer to the catalog or contact us.
Price information
Please contact us.
Delivery Time
※Please contact us.
Applications/Examples of results
For more details, please refer to the catalog or feel free to contact us.
Detailed information
-
Crimp model (WR2-WR8) The joining of wire and aluminum bars is processed with a uniform and reliable crimping method (patented recessed hole type) that cannot be achieved with a screw method, contributing significantly to aesthetics and lightweight design unique to compact models.
-
Clamp model (WR12-WR40) For large models, we have adopted a clamp model to securely and reliably fix thick wires and aluminum bars, allowing them to withstand greater impacts and heavy objects.
-
Product Characteristics The spring constant of the wire rope damper is nonlinear, which means that the load vs. deflection is also nonlinear. Therefore, the spring constant during vibration is denoted as Kv, and the spring constant during impact is denoted as Ks, and they are described accordingly. The damping coefficient is approximately 5-15%, but it varies depending on input conditions. The amount of wire protrusion when a load is applied is as shown in the image.
-
Usage Examples In addition to images, it is used for various purposes. Examples of Use Equipment and materials for earthquake countermeasures (targeting frequencies and vibrations amplified by earthquakes) Precision instruments mounted on cranes Packaging cases, trunks Pumps, generators, compressors Aerospace electronic installations Military-related devices Electronic devices/navigational equipment on ships Chemical equipment Control panels Pipe suspension in nuclear power plants Equipment protection within nuclear power plants
catalog（2）
Download All Catalogs
Company information
Kozu Transmission Machinery Co., Ltd. is a top-class specialized trading company for industrial equipment in Japan. Countless machines in the industrial sector are in operation... and our products are vital in their drive, transmission, and control parts. We also contribute to the faithful execution of operations in FA and CIM. Since our founding in 1951, we have expanded our range of products not only in transmission components but also in response to customer needs, broadening our offerings to include control systems, ensuring we have everything necessary for transmission. With the motto of being a "trustworthy company," we have established a unique system to respond quickly to customer requests while maintaining a customer-oriented approach. Additionally, we continuously capture the latest product information and provide it to our customers, as well as making proposals to manufacturers. Moving forward, we aim to continue our daily efforts for improvement without forgetting our original intentions.