Used EDWARDS QDP40 #293771789 for sale

EDWARDS QDP40 is a twin-head mechanical diaphragm vacuum pump, designed for a wide variety of applications. This reliable and efficient pump offers a class-leading performance, with increased air displacement and excellent run-time. EDWARDS QDP 40 incorporates twin diaphragms that are supported by hardened stainless steel arms, offering reliability and stability compared to other pumps on the market. QDP40 is designed to be an extremely quiet and vibration-resistant device, and utilises an advanced high-speed direct drive motor that can run both continuously or intermittently. The Diaphragm pump consists of two independent drive motors, coupled mechanically through a single shaft, allowing for quieter operation. The construction of QDP 40 is constructed of stainless steel and aluminum, offering a rugged and durable product. The diaphragms are self-priming, enabling the air to circulate quickly and efficiently and reducing consumption of oil. EDWARDS QDP40 operates on 400V, three-phase and can be configured with up to 5 bar operating pressure. EDWARDS QDP 40 has an NMFS-IV certification, which indicates the product's high quality and reliability. Additionally, all the main components of QDP40 are RoHS compliant, which means the device is environmentally friendly and Low Voltage Directive compliant. This diaphragm pump features an impressive design that combines efficiency and reliability, enabling the pump to deliver excellent performance for many years. QDP 40 is extremely effective at vacuum handling operating pressures, capable of reaching airflows in excess of 160 m³/hr. This pump is very energy efficient, requiring only 0.9 kW power consumption on average, reducing the energy bills and allowing a longer service life for the product. Additionally, the high flow capacity of EDWARDS QDP40 vacuum pump improves process times and reduces downtime. EDWARDS QDP 40 also has a low maintenance requirement, making it a great choice for users looking for a cost-effective and reliable solution.