Industrial 2400W Ultrasonic Filter Cleaner 175L with High-precision
Function
Principle
Ultrasonic cleaning is based on the cavitation effect caused by
high frequency ultrasonic wave vibration signal in the fluid.
Microscopic bubbles are formed, and then implode violently causing
the cavitation which create an intense scrubbing action on the
surface of the item being cleaned. The bubbles are small enough to
penetrate microscopic crevices, cleaning them thoroughly and
consistently.
Application
Industrial ultrasonic cleaners are suitable to clean irregular and
complex specialized instruments, components and PCBs of sundry
shops, workshops, factories etc.
Dewaxing, Degresing ,Heating,Digital control,Filtration.Sparge.
Features
Our product with multifuctional feature have a significant cleaning
effect,You can check our 11 feature below.
1. Die casting stainless steel tank
2. Industrial grade integrated circuit
3. 0~80℃ temperature range
4. 1~99 minutes working time
5. Power adjustable, degas function
6. Degassing and degreasing function
7. 28KHz for gross rinse or 40KHz for intensive rinse
8. Auto stand-by, sleep, and wake-up by one key-press mode
9. Digital controller of high-precision and a long service-life
10. SUS 304 stainless steel tank
11. Sparging and circulating filtration function
What is Ultrasonic Cleaning?
Ultrasonic cleaning uses ultrasonic energy in an immersion cleaning
tank to assist in the removal of tenacious or stubborn soils from
parts. An ultrasonic system always consists of at least three main
components:
1. A tank to hold the cleaning fluid and the dirty parts
2. A generator to transform the line voltage into an ultrasonic
signal
3. Transducers to convert the ultrasonic electrical signal into
mechanical energy
How does Ultrasonic Cleaning Work?
An ultrasonic system works by inducing controlled cavitation in the
cleaning fluid. Cavitation refers to microscopic voids or "bubbles"
that form when the transducers emit sufficient ultrasonic energy
into the fluid. The cavitation bubbles form relatively slowly and
then collapse suddenly, releasing tremendous energy against the
surfaces of objects immersed in the tank that ‘scrubs’ hard to
remove soils from the parts.
Specifications
| Model: | DK-4810DF |
| Tank Size(mm): | 700*500*500 |
| Tank thickness(mm): | 2.5(SUS 304/316) |
| Capacity: | 175L |
| Frequency(KHz): | 28/40KHz |
| Ultrasonic Power(W): | 0~2400 |
| Heating Power(W): | 6000 |
| Timing Range(min:secs): | 1-99 |
| Temperature Range(ºc): | 0-80 |
| Water Drainage: | Yes |
DIFFERENT WAYS OF CLEANING
Gennral Cleaning—use only water to clean under the temperature of about 50℃;
Enhanced Cleaning—add few drops of standard cleaning solutions, liquid soap, or
detergent, or any other non-acidic cleaning agents.
Extensive Cleaning--removing tarnish, carbon & rust from non-plated metals, it is
recommended to use specific cleaning solution associated with
ultrasonic cleaners.
How to use this machine
1. Fill the stainless steel tank with cleaning solution; turn the
single phase switch or three phases switch on; After power-on, the
LED display of the temperature displays the actual environmental
temperature; while the LED display of time displays 3 minutes
(default ultrasonic time).
2. Time setting: Press the “TIME-/ TIME+ ”shortly at a time means time increase/reduce 1min at a time,
press and hold means time will increase/reduce by 10mins
continuously. The cleaning stops when the timer counts down to
00:00. If the unit needs to be stopped before the timer runs up,
press “Ultrasonic” button.
3. Temperature setting: Press “temperature-/temperature+”shortly at a time means time increase/ reduce 1℃ at a time, press
and hold there means time will increase/decrease by 10℃ .
Note: Usually, the best cleaning temperature is within 40℃ to 60℃.
The temperature displayed is the real temperature. The default
value of the temperature is 0℃. When you set temperature, the
heating function can not be started unless the set temperature is
higher than the environmental temperature and the “Heating” button is pressed after the temperature setting. When the real
temperature is higher than the set temperature, the indicator of
heating will turn off. However, the heating function would not be
turned off automatically if the ultrasonic cleaning still works, it
will start again when the water temperature is lower than the set
temperature. In this case, you can only press “Heating” to turn off heating function. However, if the ultrasonic cleaning
time runs out, the heating function will stop automatically.
4. After time and temperature setting, press “Ultrasonic” or ”Heating” button to start both functions. Press “Ultrasonic ” or ”Heating” button again, the Ultrasonic or heating function will stop
5. Power Controller: the power can be adjusted among 0% and 100%.
Users can adjust the power value randomly based on the characters
of the stuffs to be cleaned
6. “Filter”: the filtration system with a sparger can be started or stopped by
pressing “Filter” button.
- Empty the tank and clean both the outside and inside of the cleaner
with a clean and dry cloth for next use.
Certification
All Dekang’s standard products have achieved most international
standards, such as CE certification, RoHS certification, FCC
certification etc. Besides, all no-standard products also can
satisfy all requirements of these most international standards
Company Profile
Shenzhen DeKang Electronic Cleaning Appliances Co., Limited is a
comprehensive new high-tech enterprise which focuses on the
research & development, production and sale of household,
commercial, laboratorial, industrial high-power ultrasonic cleaners
etc. Especially, we also can customize non-standard products
according to customers' requirements.
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. They are good at introducing most
advanced technologies in the world into our products and make some
innovative improvement.
