A control system is a process which consists of control valves, actuators, controllers, and sensors. The goal of the control system is to provide maximum regulation to the plant operator or plant personnel. A Motor control valve provides an essential means of controlling the variables inherent in regulating a control system. A motor control valve is a…
Motor Control Valves – A control system generally consists of control valves, actuators, controllers, and sensors with the ability to incrementally adapt to dynamic conditions as appropriate according to preset parameters. These terms are generic, and the actual function of the part determines its characteristics. Each is designed to give maximum control to the operator so…
Our motorized ball valve is a high quality control valve, which is used in many types of process control applications. These valves are used in the oil, gas, automotive, chemical, treatment, power processing, pharmaceutical, cosmetic, beverage, and food industries, just to name a few. These valves can be used manually, or if automation is required, they can…
Our motorized ball valves are high quality control valves, which are used on many types of process control applications. These valves are used in the oil, gas, automotive, chemical, treatment, power processing, pharmaceutical, cosmetic, beverage, and food industries, just to name a few. These valves can be used manually, or if automation is required, they can come…
A motorized butterfly valve is a type of valve which can be used for isolating or regulating flow. The closing mechanism is the disc, which sits in the center of the valve body. The disc is connected to a handle or actuator via the shaft, which passes from the disc through the top of the…
Motorized butterfly valves provide a great amount of control over process media flowing through the pipelines of a system. A variety of reasons call for the need to manipulate the amount of liquid or gas flowing in a certain direction at a certain time. In fact, several systems require the ability to stop flow altogether…
