橡胶隔振器跟橡胶减振器的区别The diffeREnce between rubber vibration isolator and rubber shock absorber

橡胶隔振器跟橡胶减振器看似相同做用，但其实还是有区别的，一个是阻隔振动，另一个是减小振动，虽起到的作用是差不多，但***起到的效果往往不一样。在有写特定的环境就必须要用隔振器，比如：各类陆地、船用的机械设备，对于水平扰力的机械设备上用隔振器会有很好的效果!

Rubber vibration isolators and rubber shock absorbers seem to have the same function, but in fact there are differences. One is to block vibration, the other is to reduce vibration. Although the effect is similar, the final effect is often different. Vibration isolator must be used in specific environment, such as: all kinds of land, marine machinery and equipment, for the mechanical equipment with horizontal disturbance force, using vibration isolator will have a good effect!

橡胶隔振器的特点：

1、固有频率低;

2、阻尼比适宜;

3、横向刚度高于垂向刚度;

4、使用平置，倒置及侧挂等多种安装形式。

The characteristics of rubber vibration isolator are as follows

1. The natural frequency is low;

2. Appropriate damping ratio;

3. The lateral stiffness is higher than the vertical stiffness;

4. It can be installed horizontally, upside down and side hung.

其实当橡胶隔振器平置使用时，横向稳定性好。当承受比较大的振动冲击时，可以吸收振动，并自动限位保护，同时对共振峰的抑制能力很强，对瞬态冲击响应瞬时过度工况等引起的自振能相互抵消，使得设备不会出现任何摇晃或振动!

In fact, when the rubber vibration isolator is used horizontally, the lateral stability is good. When bearing large vibration impact, it can absorb vibration, and automatic limit protection. At the same time, it has strong ability to restrain resonance peak. It can counteract the natural vibration caused by transient shock response and transient excessive working conditions, so that the equipment will not have any shaking or vibration!

橡胶减振器的特点：

1、自振频率低;

2、使用年限长，能够抗油、水的侵蚀，也不会受到温度的影响;

3、稳定性高，测试数据比较准确;

4、容易加工生产、特性变化小;

Characteristics of rubber shock absorber:

1. The natural frequency is low;

2. It has a long service life, can resist the erosion of oil and water, and is not affected by temperature;

3. High stability and accurate test data;

4. It is easy to process and produce with little change in characteristics;

橡胶减振器在低频的减振效果比其他隔振装置更好，它的存在和利用价值比橡胶隔振器高!

Rubber shock absorber has better damping effect at low frequency than other vibration isolation devices, and its existence and utilization value is higher than rubber vibration isolator!