SOL3B1

SOL3B1 Application Field and Working Principle

The SOL3B1, commonly referred to as a "smart series" actuator, is a pressure-actuated device used for controlling the flow of water, oil and other materials. It incorporates both pneumatic (air pressure) and hydraulic (fluid pressure) technologies to achieve precise control of the flow. The SOL3B1 boasts many advanced features, including its superior controllability, high efficiency, long lifetime, and versatility.

Pneumatics

The underlying pneumatic technology utilized by the SOL3B1 is efficient and reliable, ensuring reliable control of the flow of fluids over a wide range of operating conditions. Using compressed air as an input, the actuator is capable of producing and controlling forces up to 140 psi (960 kPa). For applications requiring high pressure, the actuator also has the capability to be operated as an "active" unit with an integrated bypass and pressure regulator.

The SOL3B1 utilizes a proprietary pneumatic actuator design to ensure precise and repeatable operation of the actuator. To achieve this, the actuator is designed with a body composed of precision-machined aluminum components. The actuator is powered by an internal diaphragm, which is connected via a series of rods and levers to an external actuator arm. The diaphragm moves linearly in response to changes in pressure, forcing the arm to move in a precise matter proportional to the pressure applied. This allows the actuator to provide a highly accurate and precise response with minimal effort.

Hydraulics

The SOL3B1 is also equipped with advanced hydraulics technology, enabling it to be used in more demanding applications. The hydraulic system consists of a pressure control valve, a check valve, and a hydraulic actuator. The hydraulic actuator is connected to the pressure control valve via a series of connections. When the pressure control valve is actuated, it allows pressurized fluid to enter the actuator, resulting in the linear movement of the actuator arm. This system provides a highly precise response to pressure changes, and has a longer operational lifetime than comparable pneumatic systems.

The hydraulic actuator also offers the benefit of being self-contained. The hydraulic system is typically sealed inside the actuator body, where it is protected from environmental conditions. This ensures that the actuator remains reliable and robust for a longer period of time, even in demanding and harsh applications.

Conclusion

The SOL3B1 is an advanced actuator that offers superior controllability and high efficiency when used in a variety of applications. Its combination of pneumatic and hydraulic technologies enables it to provide precise control of the flow of fluids over a wide range of operating conditions. The SOL3B1\'s self-contained hydraulics system also ensures that it remains reliable and robust, even in the most demanding applications.