Automated Ball Valve
An automated ball valve is a type of valve commonly used in piping systems to control the flow of liquids or gases. It is designed to automatically open or close in response to signals, typically from a controller or automation system, without manual intervention. The valve uses a ball with a hole in the center (called a bore) that rotates to regulate flow.
Here’s an overview of the key components and functionality of our AUTOMATED BALL VALVE :
Ball : The core of the valve. It has a hole through its center that aligns with the pipe to allow flow when open or blocks the flow when turned 90 degrees to the closed position.
Actuator : The mechanism that drives the rotation of the ball. Actuators can be electric, pneumatic, or hydraulic. They receive a signal (e.g., from a control system) to turn the ball and regulate flow.
Stem : Connects the actuator to the ball, allowing the actuator's motion to turn the ball inside the valve.
Body : Houses the internal components, like the ball and stem.
Seat : A sealing surface around the ball to prevent leaks when the valve is closed.
Advantages of Automated Ball Valves :
Remote Control : The valve can be operated from a distance via control systems, allowing for automation in industrial processes.
Fast Operation : Ball valves provide quick opening and closing with a 90-degree turn, reducing response time.
Low Maintenance : Automated ball valves have fewer parts subject to wear compared to other types of valves.
High Reliability : They are durable and can handle high pressures, temperatures, and harsh environments.
Improved Efficiency : The automation enables precise control, improving the overall efficiency of the system.
Common Applications :
Process Control : In industries like oil and gas, chemical manufacturing, and water treatment, automated ball valves are often used to control fluid flow.
HVAC Systems : Automated valves regulate water and air flow in heating, ventilation, and air conditioning systems.
Water Management : Automated ball valves can manage the flow of water in pipelines, dams, and treatment plants.
Specifications :
TYPE : pneumatic, Electric operated
SIZE : 1” to 8”
BODY MATERIALS : C.I./C.S./S.S.304/S.S. 316
DESIGN PRESSURE : UPTO 2000 PSIG
DESIGN TEMPERATURE : UPTO 250 0 C
END CONNECTIONS : screwed,socket weld up to 2” above 2” flanged confirming to 150/300/600 #
TRIM MATERIALS : S.S.304/S.S.316
CHARACTERSTICS : On-Off/ Equal percentage
ADVANTAGES : General service/slurries,High capacity,High rangeability, continuous puring of low activity, zone prevents,solids build up or entrapment,excellent control characteristics
DISADVANTAGE : Cavitation prone, high torque requirement, seal wear
