Ozotech AIM BTU 1000, Инструкция по установке и обслуживанию

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M43-31334&5 REV A
1.0 Theory of Operation
Your AIM series ozone generator is a state-of-the-art device designed to produce significant
concentrations of high-purity ozone by means of our proprietary Advanced Impedance
Management technology, “AIM”. The technology utilized by Ozotech, Inc., to generate ozone is
known as “Cold Plasma Corona Discharge”.
1.1 Cold Plasma Corona Discharge Ozone Generation
Cold Plasma Corona Discharge generators create ozone through the action of extremely high
voltage (HV), low current electrical “arcs” across an air space. When oxygen (O2) is passed through
the air space, some molecules are split, resulting in “free” oxygen atoms which quickly attach
themselves to intact O2 molecules. The result is a very unstable form of oxygen, ozone (O3). It is
the extra atom of oxygen that gives ozone its superior oxidation capabilities.
As opposed to plate-type or open-air dielectric corona discharge generators, Cold Plasma Corona
Discharge utilizes a cell filled with proprietary gases. The cell (or cells) are then surrounded by a
perforated stainless steel grid, connected to earth ground. When high voltage is applied to the
cell, an electrical arc, called “corona” is formed between the cell and the grid.
Each cell/grid combination is separately housed within its own holding chamber (manifold).
All air drawn through the manifold is channeled directly through the corona gap. This design
surpasses plate-type corona discharge designs by constantly exposing a fresh supply of oxygen
molecules to the corona, and by keeping the cell and manifold cool. Recent improvements in the
design have led to a method of producing ozone where the cell: 1) Is capable of withstanding
high voltage inputs without plating; 2) Experiences no relative expansion or contraction of the
parts; 3) Is able to operate at lower temperatures than conventional corona discharge generators,
thus improving reliability and efficiency without the need for separate cooling water circuitry; 4)
Provides maximum ozone output with minimum high voltage input.
2.0 Operating Conditions
Your AIM Series Ozone Generator requires special operating conditions in order to maintain
top performance and reliability. Warranty coverage of your equipment is contingent upon strict
compliance with the operating conditions specified in this manual.
2.1 Operating Environment
EXTERNAL
Choose a location for your equipment that is clean, dry, and free of excessive airborne particles.
Your equipment requires a constant flow of clean air for proper internal cooling. A minimum of
six (6) inches clearance is required around the front, bottom, left and right sides of the unit to
eliminate the restriction of airflow. A minimum of thirty (30) inches clearance is required above
the unit to permit access to the Corona Discharge Cells. Direct exposure to moisture must be
avoided. The AIM series ozone generator chassis is designed to be drip-proof. It is not watertight.
Mount your AIM series ozone generator vertically oriented on a wall in the best possible
operating environment available at your installation site.
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