Pneumatic four-way flange ball valve

Q646F Pneumatic Four way Flange Ball Valve

Q646F adopts a pneumatic actuator and a four-way flange ball valve structure, which switches the flow path between pre designed interfaces through the rotation of the ball. The current page caliber is DN40-DN500, and the material fields include WCB, 304, and 316L.

The four-way flow channel cannot be guessed based solely on the T or L models

Four way ball valves can adopt different ball opening schemes, but this page will not uniformly declare T, L, or double L without specific flow path diagrams. When selecting, the interface number and the required connection relationship for each valve position should be clearly defined.

How to choose a pneumatic actuator?

It is necessary to confirm the actual opening and closing torque of the valve, gas source pressure, single or double acting requirements, safe position for gas loss, as well as the configuration of accessories such as solenoid valves, limit switches or positioners. The action time should also be based on the actual executing mechanism and operating conditions.

Materials and standards

The current material fields include WCB, 304, and 316L; PN16, Class150, and 10K belong to different standard systems. The specific valve body material, flange, and pressure temperature rating should be confirmed according to the order.

More pneumatic ball valves are availableSelection of Pneumatic Ball ValveElectric four-way products can refer toQ946F Hand Electric Four way Reversing Ball Valve。

Frequently Asked Questions

Does Q646F use dual L channels by default?

It cannot be assumed that the actual flow channel should be confirmed based on the spherical opening diagram and product information.

Is the default action time of the pneumatic four-way ball valve less than 2 seconds?

This cannot be uniformly stipulated, as the action time is related to the caliber, actuator, gas source pressure, and load.

Is 4 to 7bar a unified gas source range for all pneumatic actuators?

No, the required gas source conditions should be confirmed based on the actual actuator model and manufacturer's technical data.