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Introduction
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Components
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Ultrasonic cleaning is a thorough, fast and safe way of cleaning small and
difficult to clean parts. The ultrasonic cleaner uses high frequency sound
waves to create millions of tiny bubbles in the liquid solution. These
bubbles expand and collapse rapidly, the energy released creating an
intense scrubbing action which is equally as effective on unseen small
crevices and blind holes as on visible surfaces. The dirt is loosened and
removed from any surface that the liquid touches. This action is referred
to as ‘acoustic cavitation’ and occurs thousands of time per second to
quickly produce clean parts.
Ultrasonic cleaners are most effective when used to clean hard materials
such as metals, glass, stone, ceramic and dense, hard plastics. It will also
clean jewellery with hard, natural stones like diamond, sapphire, ruby,
garnet, etc, but is not suitable for soft gemstones such as pearls, opal,
emerald, tanzanite, malachite, turquoise, lapis and coral.
As ultrasonic cleaning relies on the impact of the cavitation bubbles
against a hard surface to erode soiling, it is not an effective cleaning
method on soft materials such as rubber, cloth, polystyrene foam or
similar.
The large 13 litre capacity of the fluid tank enables the cleaning of
automotive components such as dismantled carburettors, brake parts,
etc.
Ultrasonic cleaning does not sterilise.
Ref. Component
A Fluid Tank
B Parts Basket
C Heater Control
D Heater Indicator
E Timer Indicator
F Timer Control
G Drain Tap
Not pictured Lid
Not pictured Power Cord
MIN
TIMER
°C
HEATER
Please read the instruction before using
OFF
OFF
ON
PROFESSIONAL ULTRASONIC CLEANER
EDC F
G
Fig 1
OFF
ON
20
15
10
5
OFF
70
50
30
Please read the instruction before using
MIN
TIMER
°C
HEATER
80
60
40
20
PROFESSIONAL ULTRASONIC CLEANER
≈ 2/3
EDC F
Fig 2
Controls