Used STOKES 149 #191680 for sale

STOKES 149 is a positive displacement rotary lobe pump. It is designed to move low viscosity, non-abrasive liquids in an efficient and cost-effective manner. It has a lobe arrangement with two lobes spaced 15° apart on a single eccentric drive. The two lobes create interaction between the rotor and the casing, forcing liquid to move through the pump. The lobes are made of inert materials such as PVC, neoprene and nitrile which make them resistant to wear and abrasion. 149 is constructed with an internal gear drive, this ensures a steady rotational speed with a low noise level. This feature makes it ideal for quieter applications. Additionally, the shaft seals used on this pump are designed to maintain tight seal integrity even when exposed to the high operating pressures of the pump. This ensures that the integrity of the pump is maintained. STOKES 149 is a very versatile pump, it can be used for volumetric transfer applications, recirculation of liquids, applications for positive displacement metering, low viscosity liquids, or pressure boosting. These features make it the perfect pump for industrial and commercial applications. 149 is also capable of changing its direction of rotation, depending on the pump's requirements. This allows it to be used for uni-directional and bi-directional pumping. The pump is designed such that it can be easily serviced. The simplified lubrication, seals and bearings system on the unit make it easy to repair when needed. Additionally, the pump is designed with a standard flange connection to allow for quick and easy installation. Overall, STOKES 149 is an incredibly robust and efficient pump, designed for both industrial and commercial applications. The integrated gears and low wear materials provide reliability and increased longevity, while the adjustable directions make it extremely versatile. Additionally, the easy maintenance system ensures the pump will remain in working condition for a long time, making it the perfect pump for any application.