micro dispensing pump

FSH-CF series is the latest pulse free high efficiency constant flow metering pump system developed by  Guangzhou Ascend. The system consists of a digital controller and a pulse free constant flow pump body.  FSH-CF series is a high efficiency, high precision, high reliability digital control system based on micrometer precision machining technology. The system maintains high precision dispensing with maximum  injection efficiency. FSH-CF series pump system is a perfect solution for automatic injection and filling  lines as well as fully automatic factories.  The system can be widely used in lithium battery electrolyte injection, chemical dispensing, pharmaceutical drug dispensing, liquid food dispensing, etc.

Working Principle:

Special Constant Flow Driving Technology:

In order to maintain constant fluid flow from the system, FSH-CF pump uses a special constant flow  mechanism device. The motor drives the device to complete fluid inlet and outlet dispensing cycle. The  pump uses micro-meter high precision machining technology to ensure its dispensing accuracy of 0.3% or  better.

 

 

   CF.jpg

   

Specification:

   FSH-CF series constant flow metering pump system

   

System Features

   High efficiency. Up to 40ml/s.

   Pulse free. No pump jamming or leaking

   High pressure. Up to 2MPa.

   High precision. 0.5% or better.

   Communication: PLC I/O; Ethernet

   Drive: Step motor with closed loop control

   Intuitive and easy to use.

   Option of explosion proof version.

    

   Typical Applications

   Lithium battery electrolyte injection

   Pharmaceutical drug filling

   Chemical fluid filling

   Food and beverage additions

https://www.ascendtechs.com/Liquid-metal-dispensings.html

https://www.ascendtechs.com/energy-saving-work-of-the-micro-dispensing-pump.html

https://www.ascendtechs.com/micro-dispensing-pump.html

https://www.ascendtechs.com/The-characteristics-of-the-micro-dispensing-pump.html


https://www.ascendtechs.com/Guangzhou-Ascend-Micro-dispensing-Pump-Mechanical-Application-Decoding.html

 

Posted in Default Category on July 07 2023 at 07:01 AM

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