Dry vacuum pump against oil vacuum pump Dry vacuum pump vs oil vacuum pumps Dry vacuum pump has been seen in terms of initial cost and maintenance in the industry has better advantages. Industrial vacuum pumps are available for most applications. Oil vacuum pumps have played a significant role in industrial markets for decades. And flooded screws are durable and durable if maintained. The mechanisms are simple and normal maintenance can be done without having to send a pump to a repair shop.
These pumps work well from atmospheric to base pressure and to increase capacity and range well Amplifier pumps are compatible.
In contrast, the management of oil and waste from changes can often be problematic because it can contain toxic substances that must be used carefully. \ r / n As pumps get older, spare parts and services become more difficult to find, however, there are several sources that can compress parts and materials to compress more time than an old "reliable" pump At the end of its life cycle.
Dry vacuum pumps Dry vacuum pumps, and dry air vacuum pumps also perform well from atmospheric to basal pressure, but not constant flow Which you get with wet pumps. The dry vacuum pump minimizes the contamination of the process caused by oil and other chemicals and keeps the product chemistry pure. Dry pumps can also be installed with booster pumps to achieve higher capacities and a wider vacuum range. One of the distinct advantages is the absence of oil in these mechanisms. Any lubrication is usually away from the swept volume of the pump and is less prone to contamination.
Less oil change is performed and the capacity of these pumps is less than oil pumps of similar size.
Maintenance is usually done to change the oil, but major repairs to bearing changes require specialized tools and knowledge.
Do you need help making decisions? Learn more about Dry vacuum pump and other available technologies according to your plans Contact us. Reduce total cost with dry vacuum pump When it comes to industrial vacuum pump applications, any material involved in this process It generally enters the vacuum pump. This is an inherent problem in any industrial vacuum application, whether it is just inlet air humidity or something more tangible (such as dust, waste, etc.)
Hard vacuum applications - such as those involving corrosive acids, moisture Excess, or dust particles, can undermine the reliability of the vacuum pump, especially for oil vacuum pumps, rotary vane pumps and reciprocating vacuum pumps.
Any substance that enters the oil-sealed vacuum pump can cause serious damage. The dust mixes with the oil and effectively forms a mill paste that erodes the pump. Water vapor changes to a liquid and forms an emulsion that can rust the internal components.
It eats the acid of the pump. Frequent change of oil and filters in oil vacuum pumps is necessary.
Increases the total cost of purchase.
Benefits of dry vacuum pump Dry vacuum pump Alternative technology for vacuum seal pumps And there is a waxed oil that can eliminate the hassle of changing the oil and significantly reduce the cost of purchase. Over the past 25 years, dry vacuum pumps have reduced the cost of capital and are now available for more and more industrial processes.
Dry vacuum pumps are not technically oil-free, a small amount of oil inside the gearbox Used to lubricate gears and bearings, but oil is not used in the vacuum generating mechanism. The oil is separated from the pump chamber by a seal so that no ingested material comes into contact with the lubricant.
By removing the oil from the swept volume, all problems related to the operation and maintenance of the oil can potentially be overcome. It is oiled.
Why have dry pumps become mainstream? Dried pumps have been used successfully for more than 25 years. But they were usually very small for all processes except the most difficult and costly, with significant advances in machining technology for cheaper and / or more expensive production. However, the development of larger units based on the experience of the first pumps has led to the development of cost-effective dry pumping capacity. Ten is used with a negative power of 2 torques or potentially even lower.
Why should I consider a dry vacuum pump? Dry vacuum pumps are more affordable than ever They are cost-effective, mainly due to higher life cycle costs than traditional oil vacuum pumps. Financial considerations do not only come from the initial purchase price (although these prices are much closer), but are also very important from an operational point of view. n The above operational factors are unique to each user, their process, installation, and maintenance approach. However, the more difficult this process and related maintenance is, the more compelling the financial advantage of switching to vacuum dry compression technology.
Definition of total cost of ownership Before the most common ...
