Edwards CDX1000 Chemical Dry Screw Pump, Bareshaft without motor 60 Hz, ATEX - A70812985

CDX Chemical Dry Vacuum Pumps

Edwards CDX1000 Chemical Dry Screw Pump, Bareshaft without motor 60 Hz, ATEX

Product Number: A70812985

Available in the Following Configurations:

• Edwards CDX1000 Chemical Dry Screw Pump, Bareshaft without motor 50 Hz, ATEX - A70802985
• Edwards CDX1000 Chemical Dry Screw Pump, Bareshaft without motor 60 Hz, ATEX - A70812985

Dry Screw Pumps

Vacuum dry screw pumps are positive displacement pumps that are designed to operate in rough application conditions. These products do not use any lubricant in the pumping mechanism to seal therefore the are defined as dry compressing machines. They offer high pumping speed and can handle a wide range of gases and vapors. These pumps are ideal for applications in the industrial, chemical, pharmaceutical, and semiconductor industries, among others, where oil-free and contamination-free vacuum is required. They have a compact design and require minimal maintenance, making them a reliable and cost-effective solution for many vacuum applications.

CDX Dry Screw

The Edwards CDX dry pumps use the latest screw technology to provide a clean, effluent free vacuum specifically for the chemical, pharmaceutical and petrochemical industries. These pumps offer the ability to handle large volumes of dust and water vapor without any loss of performance while minimizing maintenance requirements and running costs. The CDX dry pumps are capable of continually operating from atmosphere to ultimate and offer excellent temperature control with indirect cooling fitted as standard.

CDX1000

Edwards CDX1000 represents the next generation of dry pump technology. The CDX1000 is a double ended mechanism for the chemical process, pharmaceutical and petrochemical industries.

This innovative technology leverages Edwards latest manufacturing and design philosophies. The CDX1000 is suited to larger processes where repeatability and reliability are key. Technologies and manufacturing techniques have been carefully selected to produce a robust, high performance machine that is simple to operate and maintain.

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