To propel low-flow, low-pressure flows, solenoid dosing pumps are precision liquid chemical conveying devices that make use of electromagnetic actuation mechanisms. These pumps are used to convey liquid chemicals. Pumps like these are utilized to ensure that liquid chemicals are delivered precisely when they are required. The transportation of liquid chemicals is accomplished with the assistance of these pumps.
When it comes to the treatment of water and wastewater, solenoid pumps are injection tools that are absolutely necessary. This is because they provide dependable and maintenance-friendly operation, and they are also suitable for applications that involve corrosive or abrasive applications. This is the reason why they are so popular.
Each of the three primary models of solenoid dosing pumps that HAOSH
https://haoshpumps.com/ manufactures is available to customers. Every single one of these models is optimized for a distinct flow range, and every single model is designed to fit a particular flow range.
It is possible for the H series pump to handle flows that range from 1 to 11 liters per hour, and it is able to withstand pressures that can potentially reach up to seven bars. This versatile unit, which is powered by 110VAC, is ideal for medium conveyance needs because it is equipped with an electro-mechanical actuator that drives a PTFE coated piston and dual ceramic coated check valves. Additionally, it is equipped with dual ceramic coated check valves. A number of input/output ports make it possible to perform remote control and data collection, respectively. This is made possible by the presence of these ports.
Because of their small size and the fact that their electromechanical drive is not overly complicated, solenoid dosing pumps are ideally suited for use as embedded components in skid-mounted chemical feed systems. This is because of the fact that they operate on a relatively simple mechanism.
In addition to being pre-assembled, these modular plants come pre-programmed to operate according to injection protocols that have been validated by independent engineering.
As a consequence of this, the processes of disinfection at multiple feed points and water conditioning are carried out automatically by these plants. Because these devices are plug-and-play, the process of installation and operation at decentralized treatment points across large campuses, districts, or municipalities that are served by distributed infrastructure is simplified. This is because these devices are able to be installed and operated without any additional hardware.
