Used EDWARDS ESDP30 #9243385 for sale

EDWARDS ESDP30 is a reliable, high-pressure and high-flow rate liquid pump that is suited for a wide range of applications. This positive displacement pump operates on a unique lapping technology and uses a six-piston assembly to pump liquids with increased accuracy. The design of ESDP30 maximizes volumetric efficiency by minimizing the liquid flow losses that are traditionally associated with other pump designs. When properly maintained, EDWARDS ESDP30 offers a low initial investment with a high return due to its improved performance and extended service life. It is specifically designed to meet demanding requirements and has superior pressure up to 30 bar (435 psi), a capacity of up to 60 l/min (3.6 m3/hr) of liquid and a higher liquid flow accuracy compared to conventional pumps. This pump also offers low noise levels, 50% less energy consumption and low maintenance costs due to its superior design. ESDP30 is constructed with a two-stage integral lapping system that utilizes a dual-sided bearing assembly, meaning that the bearing cups on both sides are tapered together to ensure symmetrical loading of the pistons. The six pistons of the pump move up and down in unison to generate the pumping power of EDWARDS ESDP30 pump. Its single-phase design also allows for quick and easily serviceable connections. ESDP30 is also equipped with an adjustable boundary layer to control the speed of the pistons. This adjustable boundary layer can be adjusted to the user's needs in order to optimize the performance of the pump and reduce cost over time. What's more, EDWARDS ESDP30 can be controlled remotely by a centralized control panel and a remote control system. Overall, ESDP30 pump is an efficient and reliable pump that can be used for a wide variety of industrial and manufacturing applications. It provides a high-pressure and high-flow rate liquid pumping system that is simple to maintain and operate. The design is cleverly engineered with a dual-sided bearing and adjustable boundary layer to ensure efficient operation, low noise levels and low power consumption.