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Product Features
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AC type corona discharge
• This is an AC corona discharge type ionizer. The ion balance is not disturbed by needle
contamination.
• A high-frequency piezoelectric transformer is incorporated. Losses caused by recombination of ions
are reduced, and ions are generated efficiently.
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Fan type ionizer
• The light wind 120 mm square DC fan feeds ionized air softly.
• The fan’s airflow volume can be adjusted in three steps.
• The airflow direction can be changed vertically by adjusting the stand’s screw.
• Components are assembled into the compact body to create a small and lightweight product.
• The input power is 24 VDC. Power is supplied to the product from the enclosed dedicated AC adaptor.
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Capacitive-coupled discharge
• The capacitive-coupled method applies a high voltage onto the discharge needle, thus providing
outstanding ion balance stability.
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Variable louver function
• The airflow direction angle on the front cover can be changed to straight or wide to set the static
erasing range.
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Safe design
• When the front cover is removed, the circuit is shut off and the power is turned OFF to prevent electric
shocks.
• Fan -lock alarm function and high voltage output stop alarm function are available as a standard. The
status is indicated with LED lamps.
• The alarm signals can be output externally to operate an external device such as lights.
• The high-frequency piezoelectric transformer has an output shutdown function which instantly lowers
the output in the event of a short circuit or overload.
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Maintenance
• The front cover can be opened and closed with a single touch. Easy access to the internal
components simplifies maintenance.
• The “needle electrode”, which must be cleaned or replaced, is unit-type module which can be
replaced easily without tools.
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Environment measures
• RoHS compatible product
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CE compliance product (EMC Directive)
• Various tests have been performed based on EN61000-6-4 and 6-2, and the basic requirements of CE
have been satisfied.
Applications
Use to prevent trouble and dust adhesion caused by static electricity.
