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You own the premier AODD pump so why not keep it operating at peak performance with Genuine Wilden Diaphragms - engineered to optimise the performance of all Wilden AODD pumps.
Click to visit the Genuine Wilden Diaphragms website and select the right replacement diaphragms for your pumps.
Genuine Wilden - Accept Nothing Less.
|Turbo-Flo Model||Inlet / Discharge||Max Discharge Pressure||Flow Rate|
|T810 Advanced Metal Pump||51mm (2")||8.6 bar (125psi)||628 lpm (166 gpm)|
The Advanced™ Brahma™ pump uses the traditional Turbo-Flo™ air distribution system (ADS). The Turbo-Flo™ ADS has evolved over the past 50 years and has proven itself in numerous industrial applications. It is easy to maintain, externally serviceable and is completely submersible, this allows the Brahma™ to be used in harsh environments such as mine dewatering and sludge & slurry applications.
Click Here to view the Wilden Turbo-Flo T810 Advanced Metal Engineering, Operation and Maintenance Manual.
Click Here to view the large selection of Wilden diaphragms for every application.
Click Here for information on how to read a Wilden Pump Curve for the Turbo-Flo T810 Metal.
The Turbo-Flo™ air distribution system operates on differential pressure only; there are no mechanical trip rods, bearings or springs to wear or repair. Its externally serviceable air valve body is attached to a center block, which houses specialized Glyd™ ring seals. The air valve piston within the air valve body routes the air supply to one of two air chambers as dictated by its position. As the air chamber fills with air, the diaphragm is displaced, thus pulling the connecting shaft and opposite diaphragm toward the center block. As the shaft moves, slots on the shaft break a seal created by center block Glyd™ rings. When this seal is broken, a low-pressure area is created at one end of the air valve body causing the piston to shift up or down vertically alternately supplying each air chamber with pressurized air to displace each diaphragm. Air valve tolerances allow for the passage of some moisture and air line particulates allowing free movement of the air valve.