Aerservice Equipments SO-20 User manual

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USE AND
MAINTENANCE
MANUAL
SO-20

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INDEX
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Use and maintenance manual index
INDEX................................................................................................................................2
Use and maintenance manual index......................................................................................2
INTRODUCTION ...............................................................................................................3
Scope of the operating and maintenance manual.................................................................3
Storage of the instruction manual..........................................................................................4
Updating of the Instruction Manual........................................................................................4
Glossary...................................................................................................................................5
Manufacturer’s identification data .........................................................................................6
Machine identification and data plates (if present)...............................................................7
Declarations.............................................................................................................................7
GENERALITIES OF THE MACHINE.................................................................................9
General description of the machine.......................................................................................9
SO-20 technical data...............................................................................................................9
Machine’s components description.......................................................................................9
FIRST START OF THE MACHINE..................................................................................10
Electrical connections ..........................................................................................................10
First start of the machine......................................................................................................10
RISKS CONNECTED WITH USE OF THE MACHINE....................................................11
Residual risks of the ozone generator.................................................................................11
Malfunctions..........................................................................................................................12
Maintenance program...........................................................................................................12

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INTRODUCTION
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Scope of the operating and maintenance manual
This instruction manual is an integral part of the machine and has the purpose of providing all the necessary
information for the following purposes:
•Raise the awareness of operators as regards safety matters;
•Safe handling of the machine when packaged and unpackaged;
•Correct installation of the machine;
•Thorough knowledge of the machine’s operations and limits;
•Correct use in total safety;
•Correct and safe maintenance;
•Dismantling of the machine in total safety, in compliance with the regulations in force on the health
and safety of workers and the environment.
The people in charge of the company’s departments in which this machine will be installed must,
according to the regulations in force, carefully read the content of this Operating Manual and ensure
that operators and maintenance staff operating and working on the machine read the relevant parts.
The time dedicated to this will be fully rewarded by the correct and safe operation of the machine.
This document is based on the assumption that the systems in which the machine is to be installed are in
compliance with the health and safety at work regulations in force.
The instructions, drawings and documentation contained in this Manual are of a technical confidential nature
and are property of the manufacturer; they may not be reproduced in any way, in part of fully.
If this manual is amended by the manufacturer, the Customer has the responsibility of ensuring that only the
updated versions are available in the points of use.

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INTRODUCTION
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Storage of the instruction manual
The instruction manual must be kept safely and must be handed over to new owners in case of sale
throughout the lifecycle of the machine.
To help preserve the manual in good condition it must be handled with care and with clean hands, and it
must not be placed on dirty surfaces.
It is forbidden to remove, tear out or arbitrarily modify any parts of the manual.
The manual must be stored in an environment away from humidity and heat, in a position near the machines
to which it refers.
Upon the User’s request the Manufacturer shall supply other copies of the machine’s instruction manual.
INTRODUCTION
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Updating of the Instruction Manual
The manufacturer reserves the right to modify the project and improve the machine without informing
customers and without updating the manual already delivered to the User.
If modifications are made to a machine installed at the customer’s premises, in agreement with the
manufacturer, and which entail the amendment of one or more chapters of the manual, the manufacturer
shall send the amended chapters to the holders of the Instruction Manual and its new overall revision.
According to the instructions that will accompany the updated documentation, the User shall replace the old
chapters in the copies held with the new ones, as well as the first page and table of contents with the new
revision level.
The manufacturer shall be responsible for the descriptions in Italian; translations cannot be thoroughly
checked therefore if there is a difference the Italian version must be considered correct; if this should occur
please contact our sales office that shall make the necessary amendments.

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INTRODUCTION
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Glossary
This paragraph lists some terms which are not commonly used or with a meaning different from the common
one. The meaning of the abbreviations and pictograms used is described below. The abbreviations and
pictograms are used to indicate operator qualifications and state of the machine; they provide, in a quick and
univocal manner, the information necessary for the correct and safe use of the machine.
GLOSSARY (Annex I point. 1.1.1 Dir. 2006/42/EC)
HAZARD
A potential source of injury or damage to health;
DANGER ZONE
Any zone within and/or around machinery in which a person is subject to a risk to his health or safety;
EXPOSED PERSON
Any person wholly or partially in a danger zone;
OPERATOR
The person or persons installing, operating, adjusting, maintaining, cleaning, repairing or moving machinery;
RISK
A combination of the probability and the degree of an injury or damage to health that can arise in a hazardous
situation;
INTENDED USE
The use of machinery in accordance with the information provided in the instructions for use;
REASONABLY FORESEEABLE MISUSE
The use of the machinery in a way not intended in the instructions for use, but which may result from readily
predictable human behaviour.
OTHER DEFINITIONS
STATE OF THE MACHINE
The state of the machine includes operating modes, for example automatic running mode, jog command,
stop, etc., the condition of the safety devices on the machines such as protection devices provided (or not
provided), pressed emergency button, type of isolation from energy sources, etc.
RESIDUAL RISK
Risks that persist despite the adoption of the protective measures included in the design of the machine and
despite the additional protective devices and measures adopted.

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GENERAL INFORMATION
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Manufacturer’s identification data
MANUFACTURER
Aerservice Equipments S.r.l.
REGISTERED OFFICE –ADMINISTRATIVE OFFICE
Viale dell’industria, 24 Z.I. – 35020 –Legnaro –(PD) –Italy
CONTACTS
Tel. +39 049 641 200
E-mail: [email protected]om

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GENERAL INFORMATION
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Machine identification and data plates (if present)
Each machine is fitted with a CE plate with indelible identification data. All communications with the
manufacturer or technical assistance centres must refer to the said data.
The position of the plate on the machine may vary.
GENERAL INFORMATION
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Declarations
The machine is manufactured in conformity with relevant EC Directives, applicable when the machine is put
on the market.
ANNEX IV Directive 2006/42/EC
The machine does not belong to the category of machines mentioned in Annex IV to directive 2006/42/EC
Year of
manufacture
Article code
Article barcode
Serial number
Barcode serial
number
Label revision
number

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CE CONFORMITY DECLARATION
(All. IIA DIR. 2006/42/CE)
THE MANUFACTURER
Aerservice Equipments S.r.l.
Company
Viale dell’industria, 24 Z.I.
35020
Padova
Address
Cap
Provincia
Legnaro
Italia
City
Country
DECLARES THAT THE UNIT
Ozone generator
SO-20
Description
Model
2020
Serial number
Year of production
SO-20
Product name
High-voltage Ozone generator –20 g/h
Use
IS IN COMPLIANCE WITH THE FOLLOWING DIRECTIVES
Directive 2006/42/EC of the European Parliament and Council of 2006, May 17th on machinery and amending directive
95/16/EC.
Directive 2014/30/EC of the European Parliament and Council of 2014, February 26th on the approximation of the laws
of the member States relating to electromagnetic compatibility.
Directive 2014/95/EC of the European Parliament and Council of 2014, February 26thon the approximation of the laws of
Member States relating to electrical equipment designed for use within certain voltage limits.
Directive 2011/65/EU of the European Parliament and Council of 2011, June 8th concerning the restriction of the utilization
of certain substances in the electric and electronic equipments.
AND DECLARES THAT THE TECHNICAL FILE
Has been compiled by the manufacturer and is kept at:
Aerservice Equipments S.r.l. in Viale dell’industria, 24 Z.I. – 35020 –Legnaro –PD –Italia
Place and date of the document The manufacturer
Legnaro,
Marco Gallerino
D.C.: DC N-001/00001

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GENERALITIES OF THE MACHINE
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Description
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General description of the machine
The SO-20 ozone generator is the ideal solution to sanitize and disinfect all work environments, but also cars
and any place where sanitization is needed with a method that gives guaranteed results.
GENERALITIES OF THE MACHINE
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SO-20 technical data
Ozone (O3) Generator 230v 20 g/h
Ozone emission: 20g/h
Power consumption: 120w
Input voltage: 230V
Noise level: 62 dBA
Operating range: -20°C/+40°C
Material: stainless steel
Timer: 1h 35’
GENERALITIES OF THE MACHINE
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Machine’s components description
HANDLE
DIGITAL TIMER
SWITCH
OZONE GENERATOR
IEC (POLYSNAP LOCK) SOCKET
FOR THE CONNECTION TO THE
ELECTRICAL SUPPLY

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FIRST START OF THE MACHINE
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Description
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Electrical connections
The mobile sanitizing unit, in whatever version, is supplied with a 2 meters
long cable.
On one side it has a Schuko plug and on the other it has an IEC (polysnap
lock) socket for the connection on the machine.
The cable is provided with a wired plug.
FIRST START OF THE MACHINE
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First start of the machine
1. Press the switch on the back of the machine near the power cable and bring it to position “1”;
2. Press the buttons “+” and “-” to set the timer (one minute for m2);
3. Press “start” and leave the room;
4. At the end of the treatment ventilate the room for at least 20 minutes.
DURING THE TREATMENT WITH OZONE, PEOPLE
OR ANIMALS MUST NOT BE PRESENT INSIDE
THE ROOM

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RISKS CONNECTED WITH USE OF THE MACHINE
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Residual risks of the ozone generator
Human tolerance to ozone
Ozone is a toxic gas, after inhalation it can cause diseases if
inhaled in sufficient quantities.
Humans can endure limited ozone exposure, symptoms such
as dry mouth and throat, cough, headache and chest
constriction and close to lethal limits, when the concentration
of ozone increases, serious problems will follow.
Limits * 0.06 ppm for 8 hours a day, 5 days a week (ppm =
parts per million) * 0.3 ppm for up to 15 minutes. These limits
are a maximum acceptable concentration (CMA), these
concentrations are much higher than the olfactory level at
which ozone can be smelled.
The following diagram provides information on times of
exposure to different concentrations and their influences on
humans.
Ozone toxicology
In higher concentrations, ozone can cause health effects after inhalation.
Symptoms such as mucosal irritations and headaches often follow.
These symptoms can also occur during photochemical smog episodes.
Higher concentrations (> 50 ppm) and long-term exposure (> 30 min) can be fatal. However, staying in a
room with this type of concentration is almost impossible.
The long-term effects of ozone exposure are not fully known, but a reduction in lung capacity and an increase
in lung disease should be considered.
To prevent the above health risks, a maximum amount of ozone has been established for the areas where
ozone is used.
This is the so-called maximum permissible concentration, or CMA value. This value describes the maximum
concentration of a substance to which a human can be exposed for a certain period of time.
For a normal five-day, eight-hours-a-day work week, ozone has a CMA value of 0.06 ppm (parts per million
or mg / L). For 15 minutes, the CMA value is 0.3 ppm.
Ozone can be measured in ppm or ppb (parts per billion or μg / L), according to various principles.
With these measurements, you can monitor the ozone concentration in a system.
When the CMA values are reached near the ozone generator, an alarm is issued.
Ozone has a very characteristic odor, which quickly reveals the violation of the CMA value. The level
at which ozone can be smelled is around 0.02 ppm.
Ozone decomposition
When ozone is produced it decays quickly because it is an unstable compound with a relatively short halving
time.
The halving time of ozone in water is much shorter than in air (see table 1). Ozone decays in drinkable water
(pH: 6-8.5), partially in reactive OH radicals.
Hence, the evaluation of an ozone-based process always involves the reaction of two species: ozone and
OH radicals.
When these OH radicals are dominant particles in the solution, it is called the advanced oxidation process
(POA).
Halving of ozone in OH radicals in natural waters is characterized by an initial rapid decrease of ozone,
followed by a second phase in which ozone decreases by first order kinetics.

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Depending on the quality of the water, the halving time of ozone ranges from seconds to hours.
Factors that influence the decomposition of ozone in water are temperature, pH, environment and
concentration of dissolved material and UV light.
The main factors influencing ozone decomposition are discussed below.
Influencing factors:
Temperature: it has an important influence on the halving time of ozone. Table 1
shows the halving time of ozone in air and water. In water the halving time of ozone
is much shorter than in air, in other words ozone decomposes faster in water.
Ozone solubility decreases at higher temperatures and is less stable. On the other
hand, the reaction rate increases with a factor of 2 or 3 every 10°C [5,6]. Mainly the
ozone dissolved in water cannot be applied at a temperature above 40° C, because
at this temperature the halving time of the ozone is very short.
Table 1: halving time of ozone in air and water at different temperatures
MACHINE MAINTENANCE
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Malfunctions
If necessary, contact Aerservice Equipments Srl technical office.
MACHINE MAINTENANCE
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Description
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Maintenance program
ROUTINE CHECKS
TYPE OF CHECK
OR MAINTENANCE
METHOD
CADENCE
CHECK DATE AND MAINTENER NAME
1
2
3
4
5
1
GENERAL CHECK OF
THE CONDITION OF
THE SANITIZER
VISUAL
DAILY
2
CLEANING
MANUAL
See note A
NOTE A
The cleaning intervals vary according to the type of fluid conveyed and its concentration and also according to the
type of work environment in which it is used. The end user must therefore define a cleaning interval suitable to
always keep the machine perfectly clean; the accumulation of material on the fixed parts must not be more than 5
mm thick.
FAULT TYPE
CAUSE
ACTION
FAILURE TO START
No power supply
Check the connection of the plug and/or
socket
Fuse is burned out
Replace the fuse
Motor is burned out
Control the electrical connections
NO PRODUCTION OF OZONE
Circuit board on the generator is burnt
Replace the ozone generator

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Aerservice Equipments S.r.l.
Viale dell’industria, 24 Z.I.
35020 - Legnaro (PD) Italy
Tel. +39 049 641 200
E-mail: [email protected]
equipments.aerservice.com
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