Used EDWARDS QDP80 / QMB500 #293602241 for sale

EDWARDS QDP80 / QMB500
Manufacturer
EDWARDS
Model
QDP80 / QMB500
ID: 293602241
Dry pump Low voltage.
EDWARDS QDP80 / QMB500 is a reliable, efficient rotary vane pump designed for use in vacuum applications. It features advanced features such as a low noise operation, a vacuum operation range of 400 mbar to 1 mbar, and advanced cooling options. EDWARDS QDP80/QMB500 is capable of achieving maximum motor speeds of 9000 rpm while running in gas ballast mode, and a build-up to 2850 mbar. The motor bearing and mechanical seals are designed to provide long-term operation without maintenance. QDP80+QMB500 is constructed using advanced materials as well as precision engineering to provide a longer period of uninterrupted operation. This includes usage of ceramic shafts and flights, a choice of drive couplings, and an advanced ceramic bearing for the motor. The use of a BOC EDWARDS vacuum controller allows for an integrated platform for running the pump and controlling its performance. QDP80 / QMB500 has a range of built-in safety features, designed to protect the pump from overheating and to reduce the potential for sensitivity issues caused by high inrush currents. The pump has been designed with a low noise operation, and a large choice of vacuum controller settings are available which further reduce the likelihood of acoustic noise. The vacuum operation range is designed to remain constant under varying conditions, with a build-up of up to 2850 mbar. QDP 80 / QMB 500 is ideal for applications that require a reliable solution in tight spaces, making it an excellent choice for a range of applications. The pump is capable of running at maximum speeds of 9000 rpm, and features a choice of coupling options to match your specific installation. It is built with a low noise operation, a range of integrated safety features, and an advanced vacuum controller. Ultimately, QDP80 / QMB 500 is an excellent choice for a range of applications and can provide reliable, efficient operation in almost any environment.
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