90 Liter 1600W Large Capacity Barrel Ultrasonic Cleaning Engine
Parts
Principle of ultrasonic wave
A high tech ultrasonic cleaner works as a result of sound waves
being introduced into a cleaning liquid by means of a series of
transducers mounted onto the cleaning tank. The sound travels
throughout the ultrasonic cleaner’s tank creating waves of
compression and expansion in the liquid. In the compression wave,
the molecules of the cleaning liquid are compressed together
tightly.
Conversely, in the expansion wave, the molecules are rapidly pulled
apart. The expansion is so dramatic that molecules are ripped
apart, creating microscopic bubbles. The bubbles are unable to be
seen by the naked eye because they are so small and exist for only
a split second of time. The bubbles contain a partial vacuum while
they exist. As the pressure around the bubbles becomes greater, the
fluid around the bubble rushes in, collapsing the bubble very
rapidly.
Ultrasonic equipment manufacturers take advantage of the associated
phenomena to deliver ultra-precise cleaning capabilities. When the
bubbles collapse, a jet of liquid is created that travels at an
extremely high rate. An associated rise in temperature as high as
5000°C occurs; this is roughly the temperature of the surface of
the sun. This extreme temperature, combined with the liquid jet's
velocity provides a very intense cleaning action in a very
concentrated area that ultrasonic manufacturers can use. Because of
the very short duration of the bubble expansion and collapse cycle,
the liquid surrounding the bubble quickly absorbs the heat and the
area cools rapidly. As a result, the tank and liquid only becomes
warm and does not heat excessively due to the introduction of parts
in the ultrasonic washing equipment.
Key Selection Criteria For Ultrasonic Cleaning Solutions
Now that you are familiar with basic types of ultrasonic cleaning
solutions you can refine your selection based on the following 5
considerations.
1.What is being cleaned
2.The contaminants to be removed
3.The product configuration
4.What the product is made of
5.Post-cleaning requirements if any
Application
Ultrasonic cleaners are used to clean many different types of
objects, including jewelry, lenses and other optical parts,
watches, dental and surgical instruments, tools, coins, fountain
pens, golf clubs, fishing reels, window blinds, firearms, car fuel
injectors, musical instruments, gramophone records, industrial
parts and electronic equipment. They are used in many jewelry
workshops, watchmakers' establishments, and electronic repair
workshops.
DeKang ultrasonic cleaner Features:
1. SUS 304 stainless steel tank
2. Industrial grade integrated circuit
3. 0-80ºC temperature range
4. 1-99 minutes working time
5. Dewaxing and degreasing function
6. 28KHz for gross rinse or 40KHz for intensive rinse
7. Auto stand-by, sleep, and wake-up by one key-press mode
8. Digital controller of high-precision and a long service-life
Specification
| Model No | DK-3210R |
| Tank Size(mm) | Φ600*400 |
| Overall Size(mm) | 710*650*700 |
| Frequency(KHz) | 28/40 |
| Volume | 90L |
| Control Mode | Digital |
| Ultrasonic Power(W) | 1600 |
| Timing(min) | 1-99 |
| Temp(ºC) | 0-80 |
| Water Drainage | Yes |
DEKANG Ultrasonic Cleaner Company
ShenZhen DeKang Electronic Cleaning Appliance Co.,LTD is a
comprehensive new high-tech enterprise which focuses on the
research & development, producction and sale of commercial,
household, industrial high-power ultrasonic cleaner etc.
Our R&D department can be divided into five sections:
mechanical structure design section, electronic design section,
software developing section, graphic design section, testing
section. All members are excellent engineers who have at least 5
years’ R&D experience
All ultrasonic cleaners through Europe CE, FCC, RoHS, have passed
the ISO quality system authentication, all products are 100%
qualified factory test .
The warrnty period is 1 years from the date of shipment, and we
will be responsible if any quality problems.
