Gas spring, its model is mainly to see which parameters? Gas springs and springs, what is the difference between the two models? And what other problems are related to gas springs? The main purpose of the above questions is to make specific answers, so as to solve them well, thus eliminating doubts and enabling everyone to make progress and breakthroughs in the learning of the product.
1. Gas spring, its model is mainly to see which parameters?
Gas springs, in terms of model, mainly look at the expansion length, compression length and compression force. Also, it is divided into locks and locks. Therefore, in terms of its model selection, in addition to these important parameters, we must also look at its specific use, and whether there are requirements for use.
2. Gas spring, its sealing performance, and the change of force value during the stroke, what should we look at?
The main requirement of the gas spring sealing performance is that its sealing performance is good, and there is no leakage or oil leakage. The change in the force value in the stroke is related to the quality. Generally, the smaller the variation, the better the quality, and vice versa.
3. Gas springs and springs, how are they represented on the model? Is there a difference?
The model number of the gas spring is, for example, YQ18/8/400-150-300N-A1B1
Among them, YQ refers to a free-form gas spring, 18 refers to a gas spring pipe diameter, and 8 refers to a piston rod diameter. 400 means that the center distance is 400mm, and 150 means the stroke. 300N, which refers to resilience.
The spring, its representation on the model, mainly includes the material, pitch, spring wire diameter, spring outer diameter, spring length, and the characteristics of the two ends of the spring.
Therefore, in summary, gas springs and springs, they are still very different in terms of model representation and inclusion, and are different.
4. Gas spring, can it achieve two working states at the same time?
The answer to this question is no, that is, the gas spring, which cannot achieve two working states at the same time. Because, for supporting the gas spring, its working state is deep and the workpiece is ejected, and the tension gas spring is retracted by gravity. Therefore, these are two different gas springs that cannot be combined. Therefore, the above conclusions will be reached.
