The claw vacuum pumps and claw compressors of the c series are based on a static compression system.
Claw vacuum pump.
Internal compression allows for low pressure and low power motors while the performance curve.
No more no less.
Medical claw vacuum systems standard with vsd.
Claw vacuum pumps are ideally suited to use with frequency controlled drives.
In medical facilities the vacuum system must react to continuous demand fluctuations.
Two and three stage claw pump designs are typical which utilize multiple claw rotors in series.
The vsd provides the right amount of vacuum at all times.
Decades of experience in countless applications have led to substantial improvements.
Claw vacuum pumps are available in a wide range of sizes.
Mink claw vacuum pumps and compressors are the result of continuous development in claw technology.
Kcp vacuum pumps are driven by a directly flange mounted asynchronous motor with an efficiency class ie2 ie3.
Tight clearances between the claw rotors and the housing optimise the internal seal and guarantee a consistently high pumping speed.
They turn in opposite directions in a compressor housing without contact observing very tight clearances.
Mink claw technology combines performance reliability and efficiency through an innovative design it can be used for both vacuum and compressed air generation.
A claw vacuum pump is a very low maintenance tool and has integrated cooling air without the need for additional cooling mechanisms.
In the process of describing the operation principle we have learned that the claw vacuum pump can compress gas in operation and the rotor has the function of self opening and closing valve in the process of rotation which can achieve high compression ratio and volume efficiency and ensure.
Claw vacuum pump characteristic and application.
A claw pump consists of two rotors.
The c series dry claw vacuum pumps of elmo rietschle generate contact free vacuum or compressed air efficiently and economically.
In contrast to rotary lobes compression happens internally by volume contraction.
2 a claw pump can be used alone when high vacuum is not required and or slower pumpdown rates are acceptable.
Variable speed drive technology matches motor speed to vacuum demand resulting in maximum efficiency of the vacuum system.
A synchronization gearbox ensures exact synchronization of the claw rotors.
There are also variants for special applications such as dust and gas explosion protection high steam contents gas tightness and increased oxygen contents.
This is possible because of the principle of internal compression in the rotary claw design.
