Table des Matières
Publicité
fluid to evaporate and damage the internal components.
15. Upon completion of the cleaning cycle, turn the heater button off
and isolate the machine from the electrical supply.
M1.1.UCC.NLFREN - 12032018
16. Take care when adding or removing items from the cleaning tank as
the fluid is likely to be hot and displaced fluid can damage the inter-
EN
nal components. Any displaced fluid must be dried up immediately.
17. In the event of failure/emergency, disconnect the mains supply by
removing the plug from the mains socket.
LED display
LED display
heating temp
heating temperature
Temperature control
Temperature
control
Heating ON/
Heating ON/OFF
OFF
2.1 Technical specifications
Operation
Model
Tank capacity [l]
1. Fill stainless steel tank with liquid; Plug the cleaner into grounded
Ultrasonic power [W]
outlet; After powering on, the temperature displays the actual solu-
tion temperature.
Heating power [W]
2. Timer setting: Press the timer control "UP" button for setting 1-99
Total power [W]
min working time, Press the timer control "DOWN" button for reduc-
Inner chamber dimensions
ing the time per minute. The cleaning stops when the timer counts
(l x w x h) (mm)
down to 00:00. If the unit needs to be stopped before the timer runs
Frequency [kHz]
up, press "ON/OFF" button.
Temperature setting [°C]
Timer [min.]
Overall dimensions
(l x w x h) [mm]
Net weight
3 Ultrasonic cleaning 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 they 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 hem thoroughly and consistently.
Ultrasonic cleaning is extremely effective at removing dirt and grime which
would normally require tedious manual cleaning by hand. It has been used to
clean a wide variety of instruments and mechanical parts such as carburettors,
returning them to almost "like new" condition without damaging delicate parts.
Ultrasonic
Ultrasonic ON/OFF
ON/OFF
UCC006
6
180
300
480
270 x 146 x 110
ULTRASONIC CLEANING PRINCIPLE
Ultrasonic cleaning is based on the cavitation effect caused by high
frequency ultrasonic wave vibration signal in the fluid.
325 x 180 x 315
Microscopic bubbles are formed, and they implode violently causing
6,98
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 hem thoroughly and
consistently.
Ultrasonic cleaning is extremely effective
at removing dirt and grime which would
normally require tedious manual cleaning
by hand. It has been used to clean a wide
variety of instruments and mechanical
parts such as carburetors, returning them
to almost "like new" condition without
damaging delicate parts.
PREPARATION
LED display
LED display timer
timer
Timer control
Timer control
UCC010
10
240
300
540
280 x 230 x 120
470 x 226 x 100
40
20 ~ 80
1 ~ 99
330 x 270 x 310
550 x 330 x 310
10
Tiny vibrations
9
TOOLS
UCC020
UCC030
20
30
480
600
800
800
1280
1400
470 x 270 x 120
530 x 525 x 380
16
18,2 kg
Tank
Transducer
Generator
Detergent
Cavitation
Ultrasonic cleaning principle
Solution
Debris come off
Publicité
Table des Matières
