Used EDWARDS XDS10 #9055016 for sale

EDWARDS XDS10 is a high-performance, high-pressure diaphragm pump designed for the toughest applications. With a maximum pressure rating of 5000 psi (2.2 times higher than that of the competition) and flowrates of up to 2.7 GPM, this pump is perfect for a variety of applications in the industrial, chemical, and food industries, such as high-pressure hydraulic systems, process engineering, water treatments, and hazardous material handling. EDWARDS XDS 10 is constructed of heavy duty cast iron, with a corrosion-resistant stainless steel drive shaft, and a ceramic and rubber diaphragm for added strength and reliability. The diaphragm is designed to minimize pulsation and yield higher pressure capacities, providing superior performance when compared to other pumps on the market. Its self-venting design eliminates the need for an exhaust port, further reducing costs and preventing air and debris from entering the system. The motor is encapsulated in a dust and water-resistant enclosure and located within the pump body for added protection. The advanced and adjustable speed control feature enables the user to adjust XDS-10's operation for optimal performance and efficiency. This intelligent speed control not only reduces energy consumption, but also increases the life of the diaphragm, reducing maintenance requirements and cost of ownership. Additionally, EDWARDS XDS-10 features premium-grade bearings, which extend the expected life of the device and resists wear and tear on the components. XDS10 is equipped with a digital display and controls that provide flexibility, accuracy, and excellent monitoring of the pump's performance. Furthermore, the connection system found on XDS 10 is quick and easy to use, allowing for fast and efficient installation. The pumps can also be integrated into existing pump networks to provide added flexibility and efficiency. All these features and advantages make EDWARDS XDS10 the ideal pump for a variety of applications, from hazardous materials to water treatments.