空压机油分爆炸的原因有哪些？

关于油气分离芯燃烧或者爆炸的原因来分析：在空气压缩机行业中经常听到很多朋友说油气分离芯燃烧着火，一直找不出的原因，因为我们没办法亲自看见，只是在理论上来分析。

Analysis on the causes of combustion or explosion of the oil-gas separation core: in the air compressor industry, we often hear many friends say that the oil-gas separation core is on fire, but we can't find out the cause, because we can't see it in person, just analyze it in theory.

分析如下:

The analysis is as follows:

一、油气分离芯本身是不会燃烧着火，必须有附带条件是火种和助燃气体才会燃烧着火。

1、 The oil-gas separation core itself will not be ignited. Only the fire and combustion supporting gas can be ignited.

二、油气分离芯所产生的静电并不会容易产生火种，因为压缩空气穿过玻纤后是产生静电，静电要散到压缩机的外壳处才能起作用，它的作用是吸附很小很小在不规则运动的细小油颗粒在纤维上，越吸越多就产生大油颗粒，利用油的重量比空气的重量重就下降到油气分离芯的低部，重新回到润滑系统上。

2、 The static electricity produced by the oil-gas separation core is not easy to cause fire, because the compressed air will produce static electricity after passing through the glass fiber, and the static electricity can only work when it is scattered to the shell of the compressor. Its function is to absorb small and small oil particles in irregular motion on the fiber, and the more it absorbs, the larger the oil particles will be produced, and the weight of oil will be reduced to less than that of air The air separates the lower part of the core and returns to the lubrication system.

这样是一种布朗运动。如果静电散不走的就不能起到布朗运动的原理，所以油气分离芯的垫片上要加导电片的原因，所以静电并不是燃烧着火的原因。

It's a Brownian motion. If the static electricity can't disperse, it can't play the principle of Brownian motion, so the gasket of the oil-gas separation core needs to add conductive sheet, so the static electricity is not the cause of combustion and ignition.

三、油气分离芯燃烧的一种条件已经具备的是助燃气体就是压缩空气，另一种火种，产生火种的原因有几种原因：

3、 One of the conditions for the combustion of the oil-gas separation core is that the combustion supporting gas is compressed air, another kind of fire. There are several reasons for the fire

1、是物体的碰撞产生的火种，物体是指锈铁、炭积、焊查或是金属件磨损的金属颗粒

1. It is the fire produced by the collision of objects. Objects refer to rust iron, carbon deposit, welding or metal particles worn by metal parts

2、是压缩机所使用的机油，压缩机机油是很关健，机油的闪点是否达到要求，它的抗氧化能力是否达标，机油在受压下不断在变化，在80度和100度的条件下机油的气化量都不一样，在100度的气化量是80度的10倍。

2. It is the engine oil used by the compressor. The compressor oil is very important. Whether the flash point of the engine oil meets the requirements, whether its antioxidant capacity meets the standards, and the engine oil is constantly changing under pressure. Under the conditions of 80 ℃ and 100 ℃, the gasification capacity of the engine oil is not the same. The gasification capacity at 100 ℃ is 10 times that at 80 ℃.

所以压缩机机油的气化量越大，产生炭积的就越多，在炭积不断受到压缩机的温度影响，就不断加温直到产生火种。

Therefore, the larger the gasification amount of compressor oil, the more carbon deposit will be produced. When the carbon deposit is constantly affected by the temperature of the compressor, it will be heated until the fire is produced.

3、压缩机的保压阀是否有损坏，如果损坏是在几台压缩机同时在使用的，就容易产生气体相击，容易产生火种。

3. Whether the pressure maintaining valve of the compressor is damaged, if the damage is in the use of several compressors at the same time, it is easy to produce gas impact and fire.