Used EDWARDS iQDP40 #9216930 for sale

EDWARDS iQDP40 is a robust, high performance vacuum pump ideal for laboratories and industrial applications. This pump is a direct drive, dry diaphragm mechanical pump, designed to provide excellent pumping performance for volumes from 1050 cubic centimeters down to 50 millibars (or 0.05 mbar). It has an operating temperature range of 0 to +40°C, and a maximum flow rate of 40 l/s of free air and 2.3 m3/hr of displaced air. The mechanical design of the pump makes it extremely reliable and durable, with a maximum continuous operating pressure of up to 690 mbar (1000 mT). EDWARDS IQDP 40 pump has a simple, straightforward design for easy installation and maintenance. It is constructed of stainless steel for corrosion resistance, and features a large diameter diaphragm, a heavy duty air-cooled motor, and an operating speed of 2800 rpm. This allows the pump to run reliably, even under high pressure and cycling conditions. The motor is designed with a vulcanized head, which helps reduce thermal load, improves performance and life span. An integrated oil regulating system ensures optimal lubrication for the motor and mechanical components, extending the pump's operational life. Additionally, an on-board motor capacitor helps the motor to start quickly in adverse conditions. This is an efficient pump, with a 1400-watt rated motor that operates in the region of 1300 to 1700 Watts. This allows it to operate with very low total operating costs, making it highly cost-effective over its lifetime. It also offers low vibration and low noise operation, with a noise level rated under 65 dB(A), perfect for quiet, laboratory and production areas. IQDP40 is a compact, high performance dry diaphragm pump, suitable for demanding laboratory and industrial applications. With its robust construction, reliable performance and economical operation, it provides a strong solution for these applications. The pump has been specially designed to handle large pressure ranges and cycling operations, helping to ensure optimal performance and service life.