ZF series package units

Background:

ZF series package unit (also known as a vacuum generating device, vacuum station) is in one or two water ring ZF package unit is a kind of whole sets for storing vacuum, which is composed of one or two water ring vacuum pumps as the device for obtaining vacuum and the vacuum container device for storing vacuum. When the vacuum resource is required constantly and the suction capacity is not required a lot, to use the ZF package unit can save more energy than to use the vacuum pump directly and this can improve the vacuum pump lifetime efficiently.
The ZF series package units are used as the vacuum resource in the large or middle domestic hospitals. They are used extensively as the vacuum station in the chemical and pharmacy, or the canning system in the light industry, or the negative molding of the rubber object in automobile area, or the vacuum sorking of the flammable resistant transmission in mine coal, or the vacuum resource for the molding area etc.

Performance characteristics:

• The device after the first start, all run process can realize the automatic control. In the process of working, everywhere in the vacuum system of the vacuum degree always within the allowable range fluctuations, and the fluctuation of range can be adjusted according to the requirements of users. If the vacuum is lower than the setting value, the alarm will be issued a warning.
• The device can automatically control the system when the power is cut off, and the vacuum system can be automatically closed during the power failure.
• The device is equipped with a gas water separator, which can save water and reduce environmental pollution.
• The vacuum tank of the device can be designed for the horizontal and vertical structure according to the site, and the installation is more flexible.

ZF series vacuum pump performance parameters:

Note:

The above model pump vacuum is the recommended products, but also according to the actual situation to choose the appropriate pumping speed of the pump vacuum model.