TXR3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The TXR3 series of vibration isolation systems are widely used for applications that require stable and reliable performance. They provide superior vibration damping and isolation in a variety of vibration-sensitive applications, from precision instrumentation and medical equipment, to military and aerospace. It is important to understand the working principle and features of the TXR3 series in order to make full use of this technology.

Working Principle of the TXR3 Series

The TXR3 utilizes an advanced active vibration isolation system that consists of two main components: a suspended mass and an optimized dampening control system. The suspended mass is supported by a series of flexible isolation mounts that minimize the impact of external vibration on the structure, while the dampening control system adjusts the stiffness of the suspension system in order to efficiently absorb vibration over a broad frequency range. The dampening control system consists of a variable tension chamber and a variable-diameter spring, with an adjustable shock absorber element. This system adjusts the dampening level depending on external vibration, allowing the TXR3 series to provide reliable and responsive vibration isolation.

Applications of the TXR3 Series

The TXR3 is designed to provide accurate and stable vibration isolation for a variety of industrial and medical applications. It can be used to isolate sensitive instruments, such as scanning tunneling microscopes, from environmental vibration. The system is also used to isolate medical equipment, such as CT scanners, MRI systems, and medical lasers, from external vibration. Additionally, it is widely used in defense and aerospace applications, such as aircraft and spacecraft, due to its high damping capabilities and stable performance.

The TXR3 series can also be used in soundproofing applications, as it can attenuate external noise and reverberations. The system can be designed to attenuate noise and vibration at specific wavelengths, allowing for optimal soundproofing performance. The TXR3 can also be used to isolate sensitive electrical components, such as sensors and switches, from vibration and noise.

Conclusion

The TXR3 series of active vibration isolation systems provide superior damping and isolation performance in a variety of industrial and medical applications. It utilizes a suspended mass and an optimized dampening control system to efficiently absorb vibrations over a broad frequency range. The system can be used for precision instrumentation, medical equipment, defense and aerospace applications, soundproofing, and isolation of sensitive electrical components. Understanding the working principle and features of the TXR3 series is essential to taking full advantage of this technology.

The specific data is subject to PDF, and the above content is for reference