Introduction
The track ball valve is a specially designed valve that is used for controlling fluids and liquids in industries such as oil and gas, petrochemical, and chemical. It is characterized by its unique construction that utilizes ball-shaped tracks, and its ability to perform multiple tasks such as on/off, shut-off, diverting, and throttle control. This valve has the distinction of being one of the most reliable, efficient and cost-effective valves for both distribution and main lines.
Design
The design of a track ball valve is different from the conventional ball valve. Instead of being round in shape, it has two flat, semi-circular surfaces which are joined by an annular groove (track). The track acts as a guide for the ball. The ball is mounted in the center of the track and held in place by a spring-loaded body. The track ball valve is further equipped with a stem and a hand wheel. The stem is used to move the ball within the track, while the hand wheel is used to rotate the ball at high speeds.
Features
A track ball valve is characterized by its simplified design and improved performance. First, the ball is designed to remain centered in the track, preventing it from becoming misaligned as it moves. This increases the valve’s overall accuracy and makes it easier to operate. Second, because of its ball-shaped track, a track ball valve can easily be configured for different on/off, shut-off, diverting, and throttle control functions. This makes the valve very versatile and able to meet the application needs of many industries.
Another key feature of the track ball valve is its low cost. The track is made of inexpensive materials such as carbon steel, stainless steel, and bronze, thereby reducing the cost of installation and maintenance. Additionally, the valve requires minimal maintenance due to its simplicity of design. This eliminates the need to frequently replace components, thus resulting in cost savings over time.
Finally, the valve is easy to install. The track ball valve can be easily mounted directly onto any existing piping and connected to a fluid or liquid delivery system, provided that the installation specifications are followed. Because the installation process is straightforward and requires little effort, the valve can be quickly and conveniently installed in any industrial facility.
Applications
The track ball valve is widely used in various industries, including oil and gas, petrochemical, and chemical. Its versatile design and easy installation make it suitable for a wide range of functions, including on/off, shut-off, diverting, and throttle control. Its strength and durability also make it an ideal choice for nearly any industrial applications that require a dependable, cost-effective valve.
Conclusion
The track ball valve is a reliable, efficient and cost-effective valve for both distribution and main lines. It is distinguished by its simple design, improved performance, and minimal maintenance requirements. With its versatility, strength and durability, the valve can be easily integrated into industrial facilities, providing an easy and cost-effective solution for fluid and liquid control.
