Active Member
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[China]
Address: 2F, Building 8, YuanLing Industrial Park, ShangWu Community, ShiYan Street, Bao'an District, Shenzhen，China
Contact name:Sandy Wang
Shenzhen DeKang Electronic Cleaning Appliances Co.,LTD |
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0-180W 6.5 Liter Ultrasonic Cleaner with Degas and Sweep Function
Ultrasonic cleaning energy exists in a liquid as alternate rarefaction’s and compressions of the liquid. During rarefaction, small vacuum cavities are formed which collapse, or implode, during compression. This continuing rapid process, called cavitation, is responsible for the scrubbing effect, which produces ultrasonic cleaning. Three factors affecting the scrubbing action are the degree of liquid degassed, the ultrasonic frequency and the chemical characteristics of the liquid at specific temperatures.
What is sweep function of ultrasonic cleaner?
Sweep refers to adjusting the unit’s ultrasonic frequency ±3 kHz during the cleaning cycle. This small, but continuous variation helps to prevent harmonic vibration. Harmonic vibration can occur when a static ultrasonic frequency causes parts submerged in the solution to resonate. Fine wire and other sensitive components can be damaged if allowed to resonate by ultrasonic frequency for any length of time. Further, with sweep, the cleaning power of cavitation is evenly distributed throughout the tank.
6.5L ultrasonic cleaner specifications:
| Model Number | DK-360FTS |
| Volume(L): | 6.5 |
| Frequency(KHz): | 28/40 |
| Heating Capacity(W): | 300 |
| Timing Range(min:secs): | 00:01-99:59/ Always on |
| Overall Size(mm): | 300*155*150 |
| Tank Size(mm): | 330*180*357 |
| Temperature Range(ºC): | 0-100ºC |
| Drainage: | Yes |
Ultrasonic generator or power supply that converts electrical energy from the wall to high voltage and high frequency, which is then applied to ultrasonic transducers. Ultrasonic transducers convert high voltage and frequency to mechanical vibration. A cleaning tank that receives the mechanical energy and causes the cleaning media pressure to rise above and bellow the atmospheric pressure, thereby causing the formation and collapse of bubbles in the liquid. This process produces an intense scrubbing action that removes sediments from the submerged parts.
