Valves That Use Motors Moving in Tiny Increments Explained

Valves that use motors that move in small steps are called incremental valves. These valves are primarily used in systems requiring automated flow control.

Unlike traditional manual valves, the motor in this type of valve does not perform the entire operation directly. The motor moves slowly along a set path. This lets the valve open or close steadily and in control. This switching method effectively prevents water hammer phenomena from occurring.

In water treatment projects, flow control is of paramount importance. Valves with motors that move in small steps allow media to flow steadily through valves and pipes. This improves system stability and lessens the impact on pipelines. This is why water treatment systems widely adopt such valves.

In HVAC systems and automation equipment, this type of motorized valve offers distinct advantages. The motor can stay still at any position. The valve can open and close. It also allows for precise control of how much the valve opens. This makes actuated valves suitable for systems requiring flow regulation.

These valves also feature reliable power-fail reset capability. For automated control systems, this capability reduces maintenance costs.

Valves with motors that move in small steps can use different voltage options. These options include 12V DC, 24V DC, and 110–220V AC. This enables motorized valves to be integrated into diverse control systems. Certain products also offer signal feedback functionality, facilitating remote monitoring.

Overall, valves that utilize motors capable of moving in minute increments are highly suitable for applications demanding precision, stability, and reliability. As automation levels continue to rise, the demand for such motorized valves within industrial systems will persistently increase.