What are the reasons to choose motorized valves

Motorized valves are different types of control valves which are operated by electric actuators to open or close the valve. They afford a means of pressure control of the fluids utilized and are applied in rather many industrial ways. This is why Motorized Valve is used more and more instead of the valves operated manually, since there are numerous advantages of the former, compared to the latter. Many of our readers are probably familiar with motorized valves; however, in a series of 7 blog posts, we will explain why motorized valves are beneficial for your application.

1. Precision Control

Motorized valves have great control options for the position of the valve since it is motorized. You can fill the valve to the exact percentage, which gives an individual control over how much the valve should allow for fluid to flow through. It is very challenging to muster such accuracy with conventional manual valves. Accuracy is strength as you are fully in a position to control certain activities and minimize risk factors such as an example of overflow.

2. Automated Operation

Motorized valves can be controlled without the need of an operator to physically move part or all of the valve. Currently, it should be noted that the electric actuator controls the valve position in response to its conditions. This automated function can only work well in situations where there is no person available to manually control the hardware. It also relieves the amount of manpower which may otherwise be required to operate valves manually.

3. Fast Response Time

Motorized valves can also be very fast because of the capacity for quick response moves by fast-acting electric actuators. This is of importance for applications where there is a need for rapid change in the rate at which the fluids flow. It also allows the fast operation shutdown or isolation when the need arises. There is no way a manual valve will compare with an automated motorized valve; the difference in response time is very noticeable.

4. Reliability

Electric types of actuators are very reliable, and some of them are capable of providing service for hundreds of thousands of cycles before requiring a service. Manual valves have relatively short service lives due to the operational motion of parts in a system. The reliability of automated valves reduces maintenance costs and minimises incongruity of the process.

5. Communication & Monitoring

Many motorized valves are either controllable and/or directly or indirectly monitorable through industrial communication networks. The digital link provided to the valves enables them to be operated manually from a central Programmable Logic Controller or Supervisory Control and Data Acquisition system. Managers and operators of the systems can observe the kind of performance of the valves and the other operational data that may be useful.

6. Energy Efficiency

Getting rid of ordinary valves and replacing them with motorized valves offers enhanced energy efficiency because the process can be controlled much more effectively. The mechanism of the automated valves is also cheaper to manage in terms of energy required in actuation than the energy involved in manual actuators. Energy-saved results from motorized valves give relatively early returns on your investment.

7. Safety

As with the removal of manual override in other systems, the operation of motorized valves enhances safety. Hazardous components regarding operating valves are no longer needed by workers. Motorised valves also allow faster emergency closes or isolations, which makes processes safer.

Conclusion

It is now quite clear that motorized valves have enormous benefits over and above the old-fashioned manual valves. Introducing precision flow control, automating operation, enhancing reliability, and energy savings, a motorized valve is just the upgrade any facility needs. The conversion to motorized valves offers great value, as it enhances safety, increases efficiency and monitoring, optimizes the process and lowers operating expenses. Any operation that has not kept up with the installation of motorized valve technology should upgrade from manual valves now.