Major Considerations When Selecting Tube Fittings and Valves for Industrial Productivity
When you look for hot water radiator bleeder valve for an industrial process, there are several things to consider including its size, valve flow characteristics, the potential for cavitations, body and trim materials, noise, its actuator size, and type. Here is some information on important things to focus on.
Proper Valve Sizing
You need to understand the importance of right sizing in radiator bleeder valve. If you ignore this factor, there are two possibilities – you will buy a small which will not be able to pass the required flow. If you purchase hot water radiator bleeder valve that’s too large, you will end up spending more than required. Other consequences of buying an oversized valve are small changes in valve settings will cause larger changes in flow. This will make it difficult to get the right flow through the valve for an industrial process.
Right end configurations
Hot water bleed valves are available in different end configurations including SAE pipe connection, the female/male NPT, and Well Lok tube fittings. NPT is one of the best end configurations for pressure calibration systems. The Male and Female NPT are available in various sizes and materials. You need to take the temperature of the industrial process into consideration when selecting the material of end configurations. The SAE flare fitting is generally used with metal tubing made of steel, ductile copper, and aluminium.
Flow coefficient
Also known as Cv, the flow coefficient is an important factor to consider when you purchase a hot water radiator bleeder valve. Depending on the flow coefficient, you need to consider the right size of the bleeder valve for the application. The valve you select will have a direct effect on the pressure in the system. Valves are generally tested for their flow coefficient by running through them using a specific gravity of 1.0 and 1.2 centistokes viscosities.
Remember a right hot water bleeder valve will work to remove unwanted air from the process and also fix noisy radiators. Similarly, tube fittings are veins of an instrumentation system and you need to be careful when you buy compression tube fittings. Here are some important factors that you need your attention.
Types of Tube fittings
There are different types of tube fittings which are differentiated by their applications and end connections. Each type of tube fitting comes with its own advantages and disadvantages. Some of the types of tube fittings are
Male connector with different types of thread (Tapered thread, ISO tapered thread, SAE/MS tapered thread, EO Seal Straight thread, EO- Seal ISO parallel thread and many more), Long Male Connector, Bulkhead Male Connector, Positional Male Elbow, Male Branch Tree, Male Run Tee, Female Connector, Union, Reducing Union, Bulkhead Reducing Union, Male Pipe Weld Connector, Reducing Port Connector, Front Ferrule, Single Ferrule, and many more. Each tube fitting mentioned here has a specific application
Material Used In Construction
Most tube fittings are made of stainless steel. However, you need to confirm the raw materials used in construction before you buy compression tube fittings. It is an ideal way to ensure the tube fittings can handle the rigours of the industrial process and withstand the environment.
Pressure rating
The tube fittings have a pressure rating. One rule to follow when selecting tube fittings is never used tube fitting above the maximum allowed working pressure. Also, the tube and the thread pressure ratings are different so pay attention to the specs when selecting tube fittings.
Proper design and selection of right tube fittings and valves of any instrumentation system are critical for efficient operation, energy savings, and easy maintenance. Maintaining pressure, reducing leaks and ensuring corrosion resistance of tube fittings and valves makes the system more reliable, safer, and extends the service life of industrial components.