FLECK Control Valve 5600

FLECK control valve 5600 softening water equipment generally uses fixed bed downstream
regeneration, the working process is operation, backwashing, regeneration, replacement,
positive washing, salt tank water injection.

 

The fleck control valve 5600 is one of the most widely recognized and popular models within the fleck control valve series. It is commonly used in residential and light commercial water treatment systems. Here are some common parameters associated with the fleck control valve 5600:

1.Flow Rate: The fleck control valve 5600 is designed to handle various flow rates, typically ranging from 5 gallons per minute (gpm) to 20 gpm or higher, depending on the specific configuration and size of the valve.

2.control valve Type: The fleck control valve 5600 utilizes a piston control valve mechanism, which efficiently controls the flow of water during different cycles, including backwash, brine draw, slow rinse, and rapid rinse.

3.Regeneration Options: This control valve offers different regeneration options, such as time-initiated regeneration, meter-initiated regeneration based on water usage, or a combination of both. These options allow for customized regeneration cycles tailored to specific water treatment needs.

4.control valve Size: The fleck control valve 5600 is available in different sizes, typically ranging from 3/4 inch to 1.5 inches, to accommodate various pipe diameters and system configurations.

5.Programming Options: The fleck control valve 5600 typically features user-friendly programming options, such as a mechanical control dial or digital control panel. These options allow for easy customization of regeneration schedules, backwash cycles, and other settings specific to the water treatment application.

6.Durability: The fleck control valve 5600 is constructed with durable materials to ensure long-lasting performance and resistance to corrosion.

7.Compatibility: The fleck control valve 5600 is compatible with a wide range of media tanks and brine tanks, providing flexibility in system design and integration.