Tayfur Water Systems products

The Quick Pressure Relief Control Valve is the safety control valve designed to protect system by releasing pressure surges to atmosphere quickly caused from sudden changes in water speed because pumps put into/out of service frequently in water network elevation lines. When network pressure goes beyond set point, valve opens by itself quickly and protects system by releasing over pressure. When line pressure decreases to normal level, it is closed slowly and automatically as wholly sealed without causing surge.

Back Flushing Control Valves are 3-way control valves that operate with line pressure or an external pneumatic pressure in filtration systems. The valve operates in the filtration and back flushing mode in coordination with the filter elements in the system. The diaphragm valve assembly of the valve works in two directions. The valve opens the evacuation path by changing the direction of the valve as it moves into the back flushing mode in the filtration mode. In this way, the cleanliness of the filter elements is best cleared by preventing contamination of clean water with dirty water in the system.

Plastic Back Flushing Control Valves are 3-way control valves that operate with line pressure or an external pneumatic pressure in filtration systems. The valve operates in the filtration and back flushing mode in coordination with the filter elements in the system. The diaphragm valve assembly of the valve works in two directions. The valve opens the evacuation path by changing the direction of the valve as it moves into the back flushing mode in the filtration mode. In this way, the cleanliness of the filter elements is best cleared by preventing contamination of clean water with dirty water in the system.

TYPHOON Foot Valves are valves that are mounted on the suction line of the suction pumps and prevent the return of the water in the system, as a result of the combination of the filter and the clapper. Thanks to the glob design, the pressure loss goes down to a minimum and the water continues to flow without deterioration. The filter in the valve prevents particle entering the system and ensures that the water transferred to the pump is clean. It prevents the pump from becoming dehydrated when it is started. The flap in the body prevents backflow to the pipeline and discharge to the pipeline. Rated Pressure: PN10 – PN16

Pressure Reducing Control Valves are hydraulic control valves that reduce the input pressure value to the desired pressure value by means of a pressure reducer pilot mounted on it. The pressure reducer control valve constantly controls the output pressure value to be set without being influenced by the flow rate and inlet pressure values. When there is no flow in the system, the valve closes itself. When the valve inlet pressure value in the system falls below the set outlet pressure value, the valve opens itself. The valve can be used in horizontal or vertical position on the system.

Pressure Sustaining Control Valve is a hydraulic control valve designed to protect the system by rapidly discharging the high pressure wave by sudden opening movement in water systems with excessive pressure increase. With the pilot on the valve, the input pressure is adjusted with the desired pressure. If for any reason the inlet pressure in the system rises above the set value, the valve is opened quickly to release the excess pressure to the outside and the system is protected. Despite its sudden opening, due to the hydraulic principle of operation, the closing of the valve is slowed down so as not to create a ripple. It provides a completely leak-tight seal. It can also be used as a safety and warning valve at the exit points of the pressure reducing control valves alone at critical points in the water system.

The Solenoid Controled Valve is the hydraulic control valve operated by line pressure and designed to ensure opening/closing process by means of built-in 3/2-way solenoid pilot valves controlled remotely with electric signal. Electric signal for solenoid pilot valves is ensured by means of a control device, time relay, main switch and PLC control units etc. Opening/Closing process may be realized easily thanks to manual control on solenoid pilot valve. Depending on desire, 24V AC 50Hz/60Hz or 12V DC, 9V DCLATCH and 12V DC latch normally open (N.O.) or normally closed (N.C.) solenoid coils may be used on main valve.

The Float Level Control Valve is the hydraulic control valve designed to control water level in reservoirs and tanks continuously. Main valve is controlled by 2-way modulating type float pilot valve manually. Main valve mounted on reservoir and tank upstream is closed as fully sealed without causing surge when water level reaches to maximum level. Valve opening/closing speed may be adjusted in set value. It may be used in the system by mounting horizontal or vertical positions.

Working Principles: Evacuation mode: with the flow of water in the system in a way, it fills a large amount of air pipe system. When the water reaches the air discharge valve, the valve’s flatter moves up and prevents the water from coming out of the system and moves the air away from the system. System pressure balancing mode: after discharging the air in the system, the system balances the difference between the pressure and the atmospheric pressure. Adjust the Air-Water Balance mode: the air is collected on the piyazometric lines or on the top of the valve even if there is a small amount. This air presses a certain pressure on the water and allows the valve to go down with the flatter. In this position, the Flatter of the valve does not seal completely. It partially adjusts the air-water balance by staying open enough to pass the air.

Working Principles: Evacuation mode: with the flow of water in the system in a way, it fills a large amount of air pipe system. When the water reaches the air discharge valve, the valve’s flatter moves up and prevents the water from coming out of the system and moves the air away from the system. System pressure balancing mode: after discharging the air in the system, the system balances the difference between the pressure and the atmospheric pressure. Adjust the Air-Water Balance mode: the air is collected on the piyazometric lines or on the top of the valve even if there is a small amount. This air presses a certain pressure on the water and allows the valve to go down with the flatter. In this position, the Flatter of the valve does not seal completely. It partially adjusts the air-water balance by staying open enough to pass the air.