Safety Valve

Safety Valve Turkey
Materials : Ductile Iron, Steel, Stainless Steel, Bronze
Connection : Flanged, Threaded
Actuation : Manuel, Pilot Operated
Temperatur : (-200 °C) –( +550 °C)
Nominal Diameter : DN 15 – 200 / 1”-8 “
Nominal Pressure : PN 16 – 40 / Class 150-300
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It is the element used for the safe operation of the safety valve, pressure tank, and other plumbing systems. Thanks to the safety valves with adjustable pressure and membrane features, fluids pass through the installations safely. The safety valve, which is responsible for porcelain safety, prevents possible problems.

Table of Contents

    What is Safety Valve?

    The safety valve is the valve that reduces the pressure by evacuating the fluid in a controlled manner when the pressure of the fluid in the pipeline exceeds a certain value. A safety valve is used to prevent the installation from being adversely affected by pressure and to ensure the safe passage of the fluid.

    Safety valves, which are used in many sectors in the industrial sense, are most frequently encountered in combi boilers in daily life. The safety valve, which is one of the most important parts of the combi system, prevents the entire installation from being damaged due to high pressure. Damages that may occur due to water pressure are prevented.

    Safety Valve Working Principle

    The working principle of the safety valve depends on the balance between the spring pressure force and the fluid pressure. If the fluid pressure in the installation rises, it overcomes the spring force of the valve and the valve starts to open. After the safety valve is opened, the fluid begins to be discharged. As a result of the discharge of the fluid, the safety valve remains open until the pressure in the system returns to the set pressure. When the pressure drop reaches the closing pressure, the safety valve disc closes again and snaps into place.

    Thanks to the safety valve, the pressure difference in the installation are always under control. Press. Its rise and pressure drop can be detected by the safety valve. The maximum pressure required in the system should be determined as the set pressure during assembly.

    What Does a Safety Valve Do?

    The safety valve ensures that the fluid is discharged in a controlled manner as a result of the fluid pressure in the installation exceeding a certain value. As the fluid is evacuated, the pressure returns to the required level. Thus, elements such as tanks, valves, motors, and machines in the installation are not damaged due to pressure. As the name of the safety valve can be understood, it helps the entire system to work safely.

    How Many Bars Should a Safety Valve Be?

    To answer the question of how many bars the safety valve should be, the features of the system should be well known. It should be determined which fluid is used in the system and which instrument in the system is affected by high pressure. The pressure level needed for the installation to work should be checked. After evaluating all the elements, the number of bars the safety valve should be can be determined and adjusted as the set pressure.

    How Many Bars Should a Safety Valve Be?

    To answer the question of how many bars the safety valve should be, the features of the system should be well known. It should be determined which fluid is used in the system and which instrument in the system is affected by high pressure. The pressure level needed for the installation to work should be checked. After evaluating all the elements, the number of bars the safety valve should be can be determined and adjusted as the set pressure.

    Safety Valve Types

    The safety valve is an element that must be installed in every pipeline where pressure is in question. Thanks to the safety valve, the pressure-sensitive tools, and equipment in the installation work without any problems. When the pressure rises, the valve opens and evacuates until the pressure is balanced. There are many types of safety valve, which is so important for installations. The most commonly used safety valve types are as follows:

    • Flanged Safety Valve
    • Stainless Safety Valve
    • Gas Safety Valve
    • Thermosiphon Safety Valve
    • Spring Safety Valve
    • Steam Safety Valve
    • High-Pressure Safety Valve
    • Spring Return Safety Valve

    Flanged Safety Valve

    The flanged safety valve is a product with high customer satisfaction that can be used in any installation containing pressure. It detects sudden pressure increases in the system and rapidly evacuates the fluid. We produce flanged safety valves from different materials and in special sizes according to your needs.

    The flanged safety valve is a prominent product to protect the system against pressure rise and to advance the process smoothly. The fact that it can be used in sensitive structures has expanded the usage areas of this product. For this reason, it is seen that a flanged safety valve is used to ensure safety in many sectors.

    Stainless Safety Valve

    The stainless safety valve has an extremely important use, especially in tank and boiler systems. Its structure, which is not affected by liquid and steam, is resistant to corrosion. In this way, it can be used for many years. Stainless safety valves are a product that has gained the appreciation of users due to both their functionality and durability.

    If it is thought that the safety valve will be damaged due to environmental effects, a stainless safety valve should be preferred. Stainless safety valves can be used safely in closed circuit heating systems, solar energy systems, and facilities with chemical fluids.

    Gas Safety Valve

    The gas safety valve is the valve that prevents the installation elements from being damaged due to the gas pressure formed in the systems. When the pressure in the system rises above a certain level, the gas safety valve opens automatically, and gas comes out. As a result of gas escape, the pressure in the system decreases. Thus, no equipment in the system is damaged.

    The gas safety valve is used very frequently, especially in pressure tanks and steam boilers. The membrane inside the safety valve is resistant to heat and abrasion. Thus, it continues to protect the system without malfunction for many years. A gas safety valve must be used to prevent explosions of boilers and tanks due to pressure.

    Thermosiphon Safety Valve

    The water heater safety valve discharges the water so that the water heater does not explode when the water inside the water heater reaches the bleeding point. Thanks to the water discharged from the discharge end of the safety valve, the boiling water in the water heater are reduced and replaced by cold water. Thus, the safety valve takes part in the cooling of the water heater.

    Thermosiphon safety valve can be used in water heater installation, heating boiler, and tanks. It is very important to ensure safety in boilers and tanks. They can be adjusted to the desired on-off pressure.

    Spring Safety Valve

    Thanks to its spring mechanism, the spring safety valve reduces the pressure by applying counter pressure when the fluid pressure in the system rises. By using the spring safety valve, the damage to the tools and equipment in the system due to high pressure is prevented. In addition, the operation of the system without hesitation is ensured by the safety valve.

    Since the spring system inside the spring safety valve is adjustable, it can be adjusted according to the desired pressure. For this reason, it is seen that spring safety valve models are sometimes called adjustable safety valves.

    Steam Safety Valve

    The steam safety valve is the installation element that releases steam when the pressure rises in tanks and systems where steam pressure can occur. By using the steam safety valve, the entire installation can be used against steam pressure. Depending on the size of the system, a safety valve may sometimes be insufficient; In such cases, more than one steam safety valve should be installed.

    Spring Return Safety Valve

    The spring return safety valve is used for control purposes as in other safety valves. Thanks to the spring return movement, in risky situations, it switches the system to the closed or open position with the spring movement and brings the system to the position it should be. It can be easily used to ensure safety in sectors such as food and chemistry.

    As with the spring safety valve, the spring return system can be adjusted manually and automatically, so you can adjust when the system will be affected by the valve and ensure safety.

    High-Pressure Safety Valve

    The high-pressure safety valve is used to take precautions against malfunctions caused by a pressure rise in boilers, tanks, and other installations. When the pressure in the process rises, the safety valve opens and evacuates the fluid. In this way, the high-pressure inside is reduced. Since the high-pressure safety valve is activated automatically, the installations are always safe.

    The high-pressure safety valve is a special product that can withstand high bar values. It is seen that they are widely used in hot water systems, thermal centers, and tank systems. This product, which stands out with its rapid reduction of high pressure, is indispensable for many sectors.

    Where is the safety valve used?

    The safety valve is the element used to protect the installation from high pressure. If it is desired not to damage the devices due to the sudden increase in the pressure in the installation, the safety valve is used. In this respect, it is a special product that has no rival. It is preferred in many sectors to ensure continuity.

    Safety valve usage areas are as follows:

    • geyser
    • Heating systems
    • Plumbing
    • Hot water systems
    • Heating systems
    • Thermosiphon
    • Solar energy systems
    • Boiler systems

    CERTIFICATIONS

    Ada Vana Has Passed Quality Management System Certifications Like ISO 9001, ISO 14001, OHSAS 18001, CE, TS, API

    PRODUCT DETAILS

    Materials :Ductile Iron, Steel, Stainless Steel, Bronze
    Connetion :Flanged, Threaded
    Actuation :Manuel, Pilot Operated
    Temperatur :(-200 °C) –( +550 °C)
    Nominal Diameter :DN 15 – 200 / 1”-8 “
    Nominal Pressure :PN 16 – 40 / Class 150-300
     

    SIZE

    Safety Valves – Full Lift
    PN 16 – 40/Class 150-300DN 15 – 200 / 1”-8 “ 
    Bronze Safety Valves
    PN 16 – 40/Class 150-300DN 15 – 200 / 1”-8 “

    CONTACT FORM


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