Manufacturing Laser Equipment needs a better flow. Right? And we are sure you are looking to know whether or not flow control valves are suitable for this context or not! Well, flow control valves emerge in all forms, sizes, and patterns. Their fundamental purpose is similar to their name – to control the flow of air. A flow control valve that is perfect for hydraulic systems (fluids under stress) comes in the same design. A standard example of a proportional valve is the pure water tap placed in homes. The flow control valves direct the flow of fluid or gas.
The good thing is there existing multiple types of flow control valves. If you are curious to know about them, this post is the right place to learn. Here, we’ll demonstrate the basics of flow control valves and their functions in laser manufacturing equipment. Take a look!
How do flow control valves work?
Bear in mind that there exist multiple types of proportioning valves. They all run on a mere basic system. A flow control valve consists of a tiny hole, or orifice, in a tube and contains a lower flow of air in precise pressure. Experts also call it a digital air pressure regulator that controls a machined tapered tube that meets the profile of a place. It gets closed ends in no airflow; as the pipe gets progressively revealed, more air can flow until it is completely open.
As a result, the air or fluid can pass through at the max flow of the device. A pressure release valve will regulate airflow in either way. And uni-directional media control airflow in one place. So, in this way, the process runs smoothly, and you can set safe and fast settings in your work!
How to select a flow control valve?
There exist several factors to consider:
- Flow rate control – You should know: what is the least and max controllable current rate – needed for a segment or process. You should test the flow control valve that you are thinking of installing. Also, look for its size and shape.
- Arrangement – For a proportional valve. Take a look at the control options on the exhaust or in-flow period. Also, examine the overall nozzles to determine how well it works.
- Connection – You should know that a flow control valve gets threaded or push-in common cycle. Everything corresponds to other elements in the system
- Control Method – Another crucial thing is the standard arrangement ideal for the utilization, or is a distant system required?
- Working Environment – This factor is the essential one! You have to look for the aggressive environments or temperature in the flow control valve.
- Working Pressure – Last but not least! What is the max running load of the system or utilization? It is the ultimate thing to consider before buying a proportioning valve.
Remember that flow control valves are often utilized to measure the speed of pneumatic controllers. It implies that it would be the best fit for laser manufacturing equipment!