P70H Elmasonic Ultrasonic Cleaning Unit 115-120V

The Elmasonic P is the ideal unit for professional applications in analytical and medical laboratories and in industrial production processes. Microprocessor-controlled ultrasonic cleaning with multi-frequency technology (37/80 kHz) and special features are perfect for intensive cleaning tasks and laboratory applications. As the units are more powerful than standard ultrasonic cleaning units, and the ultrasonic power can be reduced electronically depending on the cleaning task.Features:Ultrasonic tank made of cavitation-proof stainless steelCasing made of stainless steel, hygienic and easy to cleanSandwich-type performance transducer systemsTwo ultrasonic frequencies, switchable in one unit - 37 kHz: for the removal of coarse contaminations and for mixing, dissolving, dispersing and degassing: 80 kHz: perfect for the cleaning of capillaries and fort he use in quiet work areas, prolonged cleaning periodAutomatic frequency switch-over for simultaneous coarse and fine cleaningActivatable Sweep mode for an optimized sound field distribution within the cleaning bathActivatable Pulse mode for an intensified ultrasonic cleaning power, additional ultrasonic power up to 20%Activatable Degas mode for the quick degassing of HPLC samples or solvents and of fresh cleaning liquidsAuto Degas mode for an automatic degassing cycle, e.g. for fresh cleaning liquidsUltrasonic power variable for sensitive surfacesTemperature-controlled ultrasonic operation: ultrasound starts automatically as soon as the preset temperature is reachedIndication of unit settings (e.g. set and actual values) by alphanumerical displaySaving of the last unit settings at switch-offElectronic turning knobsDrain duct mounted to the unit rear, operation of the drain duct on the unit sideAutomatic stirring during heating-up processPluggable mains cableAutomatic safety switch-off after 12 h operation to prevent unintended permanent operationAutomatic safety switch-off at 90 °C to protect the cleaning items against excess temperatures.