The Utility of 120 Volt Electric Actuators

120 Volt Electric Actuators can fill any need that a business requires in order to keep their system running smoothly. These actuators are especially useful in various types of industrial settings, where power is needed to control and manipulate force. 120 Volt Electric Actuators work to convert rotation into other forms of motion that are necessary for the system to run. This motion might be utilized in controlling the flow of a substance through a piping system by manipulating valves, as these can be set to open or shut positions based on control of an actuary system. Additionally, 120 Volt Electric Actuators can be used to set a certain flow rate of a material, by adjusting to control the amount of flow and allowing only the desired amount through at any given time. This is a more complicated and detailed process than simply allowing or disallowing passage through a valve, and requires specific design and motor use. If static flow is desired the actuator is providing positioning duty through manipulating valves and passage.

When 120 Volt Electric Actuators are implemented into a system, they can generally be easily interfaced with the current components already in place. This is drastically easier than installing a new piping system, which would be required if a different type of actuator product (other than electric) was selected. Other types of actuators available include pneumatic actuators, which are operated by controlling the flow of gas, and hydraulic actuators, which are operated through the manipulation of liquids.

After the installation process of actuators has been completed, the ability to control them is essential for production. 120 Volt Electric Actuators can be manipulated without difficulty and diagnosed quickly if there is a problem, as an electronic system can be tested and observed more easily than other types of systems. An electric actuator can be wired in a way that allows it to be easily disconnected and reconnected. While this design is helpful for any maintenance procedures and access that might be necessary, it is also safer if quick and easy access to a system shut-off happens to be necessary. Additional safety mechanisms can also be put into place, which would cause the system to trip if certain levels of pressure or temperature are reached throughout the course of operation.

Additionally, an electric actuator is usually easier to clean and maintain than a pneumatic or hydraulic actuator, as the gas and liquids that are used to control the non-electric actuators need to be contained, controlled, and cleaned if there are leaks or other issues. Of course, each individual business will need to consider what actuator is most appropriate for their design. Some systems may require more force or power than 120 Volt Electric Actuators can easily provide, and a different type of actuator that has a better power to weight ratio may be a better fit for certain needs. Hydraulic actuators generally offer a superior power to weight ratio, and should be considered if that is a desire.