Isotech Steril Cabinet 100 User manual

Steril Cabinet 100-20100E
ISO ITALIA GROUP S.r.l.
Italian Spa Beauty and Tanning Equipment
[email protected]
www.isobenessere.com www.isoitalia.com
USER’S MANUAL
Read all precautions and instructions in this manual
before using this equipment
www.steril-line.com
Steril Cabinet 100

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Congratulations for this fabulous purchase!
ISO Italia Group thanks you for choosing its own product from the line
ISO TECH STERILE LINE
WARNING:
Carefully read this user and maintenance manual and in particular the recommendations, warn-
ings and safety precautions contained therein.
For proper use of the appliance all the instructions and instructions contained in this manual must
be followed
Keep this manual in a safe place, within easy reach of operators for immediate reference.
FOLLOW THE INDICATIONS AND WARNINGS ON THE SIGNS AND INFORMATION LABELS THAT
MUST ALWAYS BE KEPT IN GOOD CONDITION.
WARNING!
ONLY SUITABLY INFORMED AND TRAINED PERSONNEL MAY OPERATE THIS APPLIANCE.
IMPROPER USE OF THE APPLIANCE MAY COMPROMISE THE SAFETY OF PERSONS AND ANIMALS
AND VOID THE WARRANTY.
Correct use of the appliance includes: compliance with the instructions, warnings and safety pre-
cautions provided in this manual as well as the correct execution of all maintenance procedures
provided by ISO ITALIA GROUP
WARNING:
UNPACKING, ASSEMBLY, INSTALLATION, COMMISSIONING OF THE APPLIANCE, AS
WELL AS OPERATIONS OF EXTRAORDINARY MAINTENANCE AND PERIODIC-PRO-
GRAM CHECKS, MUST ONLY BE CARRIED OUT BY TECHNICAL PERSONNEL, SUITABLY
TRAINED USING ONLY ORIGINAL SPARE PARTS.
AFTER REMOVING THE PACKAGING ENSURE THE INTEGRITY OF THE PRODUCT.
If in doubt, do not use it and contact the point of sale for a suitable analysis
of the problems encountered.
The manufacturer acknowledges their responsibility for the safety of the appliance only if
commissioning and technical interventions are carried out by suitably informed and trained
personnel who operate according to the instructions provided by the manufacturer; as such the
manufacture declines any responsibility for non-compliance with the contents of this manual.
Note: The information contained in this manual is subject to change without notice – the manufacturer assumes no
responsibility for any error that may be contained in this manual – the copy, reproduction or partial dissemination, by
any means of this document is prohibited without the express written permission of ISO Italia Group, which reserves
all rights under law No. 633 of 22/4/1941, and subsequent amendments, in order to protect copyright and other
rights related to its activities.

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DANGER
The electrical safety of this appliance also depends on the characteristics of the electrical system
that supplies it, which must therefore be made by qualied installers and comply with the laws
and safety standards in force (in Italy DM 37/08 and CEI 64-8 standard).
THIS APPLIANCE MUST BE CONNECTED
TO GROUND IN A SAFE AND RELIABLE MANNER
If in doubt, consult the installation and maintenance company of the electrical system.
ISO ITALIA GROUP does not make and does not modify the electrical system and assumes no
responsibility in this regard, it advises against the use of plug boards, adapters or extension leads
to connect the appliance to the system.
GENERAL METHODS OF USE AND MANAGEMENT
(Some aspects may not affect the product of this manual)
• ONLY USE THE EQUIPMENT FOR ITS INTENDED PURPOSE AS DESCRIBED IN THIS MANUAL.
• AVOID ELECTRICAL CONNECTIONS IN THE EVENT OF A WET FLOOR, DISCONNECT THE MAIN POW-
ER SUPPLY
• DO NOT PERFORM ANY TYPE OF TECHNICAL INTERVENTION ON THE APPLIANCE OR SYSTEM OUT-
SIDE THE PROVISIONS OF THIS MANUAL.
• DO NOT REPLACE THE COMPONENTS WITH NON-ORIGINAL MATERIALS OR IN ANY CASE NOT SUP-
PLIED BY THE ISO ITALIA GROUP AS THEY MAY COMPROMISE THE CORRECT OPERATION OF THE
APPLIANCE.
• DO NOT DAMAGE, PUNCTURE, CUT OR OPEN ANY COMPONENT THAT IS PART OF THE EQUIPMENT.
• AVOID ANY CONTACT BETWEEN THE EQUIPMENT AND POSSIBLE OPEN FLAMES, INCANDESCENT OR
BLUNT OBJECTS THAT MAY DAMAGE SURFACE INTEGRITY.
• AVOID THE USE OF CLEANING SPRAY DETERGENTS THAT MAY COME INTO CONTACT WITH INTER-
NAL ELECTRICAL PARTS DAMAGING THEM DURING OPERATION.
• DO NOT INSERT OBJECTS OF ANY KIND INTO GRILLES OR SLOTS AS YOU RISK DAMAGING THE
PRODUCT
• DO NOT OBSTRUCT GRILLES OR SLOTS IN ANY WAY AS YOU RISK DAMAGING THE PRODUCT
ENVIRONMENTAL REQUIREMENTS
Before installing make sure that:
• the oor, support surfaces, walls are stable and adequate to support the weight of
the appliance
• the room has enough space to accommodate the overall dimensions of the equipment
and the type of treatment planned according to the tables in the technical characteristics section
• the room is equipped with an electrical system
• the ambient temperature where the appliance will operate never exceeds 28/30°C.

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STERILIZZATORE D’ARIA
Steril Cabinet 100
Other technical and construction characteristics of the product.
Characteristics References Cod. Iso for spare parts
9 × 25W UVC lamps each Type 25W (double-ended) MPI17611
Lamp life 9000 hours (about 1 year of continuous
service)
6 Electronic ballasts with PFC - 2×25W Type VS ELXe 238.527 Ref. N°188137 MPI17605
UVC wavelength 253,7nm
Ultraviolet Energy for each lamp 70µW/cm² at a distance of 1m
Ultraviolet energy inside the germ chambers 5 w/m²
Germicidal chamber with reflective surfaces AISI 430 steel material mirror
External UVC light emission no use in presence of people
Steel supporting structure AISI 430 internal mirror, external satin finish
Electronic timer K400-2M K400-2M 200-240Vac MPI17618
Internal counter cannot be reset MPI17603
Operating temperature -10 °C + 55°C
ELECTRICAL CHARACTERISTICS
Template
Single-phase supply
voltage
[V AC]
Mains frequency
[Hz]
Max. electrical power
[W]
Steril Cabinet 100 230 50 250
ELECTROMAGNETIC FIELDS
Template Maximum measured weighted
value
Maximum limit imposed
(IEC EN 62233) outcome
Steril Cabinet 100 0,07 1 CONFORME
Storage conditions
Temperature -5°C / 45°C
Humidity 10 - 75%
Pressure 500-1060 hPa
Before installing, check the integrity of the device; if there are signs of damage, do not operate
the appliance.

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DIMENSIONS AND MECHANICAL CHARACTERISTICS
Overall dimensions
Product dimensions on wheels
Width 100 cm Depth 50 cm Height 2000 cm
Weight:
90Kg
Average Noise -Liquid protection IP20
Noise: IP Grade:

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EC DECLARATION OF CONFORMITY
IN RELATION TO SAFETY STANDARDS AND EEC DIRECTIVE
The manufacturer shall:
ISO Italia Group S.r.l.
Via G. Di Vittorio 30
30029 S. Stino di Livenza (VE) - ITALY
in the person of its Chairman, legal representative, under his own personal responsibility,
Hereby DECLARES that the Model
STERIL CABINET 100 con codice Codice: SCAB100
Device for sterilizing objects with the use of UVC lamps
is in accordance with the requirements of the following Community Directives, including the latest amendments, and
with the relevant national transposition legislation:
· DIRECTIVE 2014/35/EU - Low voltage
· DIRECTIVE 2014/30/EU - Electromagnetic compatibility
· DIRECTIVE 2011/65/ EU - RoHS
The harmonised standards used as a reference for compliance with the essential requirements are as follows:
For safety:
CEI EN 60335-1 - Safety of household and similar electrical appliances. Part I
For magnetic elds:
CEI EN 62233 - measurement methods for electromagnetic elds of household and similar electrical appliances
with reference to human exposure
The product covered by this declaration has been marked in accordance with the aforementioned
Directives, as of March/2020
Note: Compliance refers to installation in suitable environments and equipped with an electrical system that com-
plies with the relevant safety standards. In addition, the assembly, installation and use methods must be those indi-
cated in the documentation accompanying the appliance.
Places of issue S. Stino di Livenza (VE) ITALY
Release date March 2020
ISO ITALIA GROUP S.r.l.
Sole Director
(Dr. Valentino Astol)
SERIAL LABEL POSITION
ELECTRICAL DATA
DATE OF MANUFACTURE

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STERILIZZATORE D’ARIA
Steril Cabinet
FUNCTIONAL FEATURES
Steril Cabinet is a special germicidal cabinet, designed by Isotech to meet the ever-
growing needs for disinfection in professional and healthcare areas. Spores, viruses
and bacteria can be transported not only by air but by objects and tools of common or
daily use. With a few minutes passage inside Steril Cabinet it is possible to obtain
the disinfection of the equipment and tools and all that is positioned inside, in a
simple, immediate and safe way, without developing heat, without using liquid and
without the slightest contraindication.
Steril Cabinet is a cabinet divided into three oors from stainless steel grids equip-
ped with 9 UVC lamps, 3 on each oor. The lamps are positioned so as to radiate all
the surfaces to be disinfected without shaded areas. The internal surfaces are coated in
reective aluminum, easy to clean and designed to reect the emission of germicidal UVC by increasing the po-
wer of the radiation, and considerably lowering the exposure times necessary to achieve the disinfection degree
of 99.9%.
The use of Steril Cabinet is indicated not only in the health sector, but in all those circumstances in which you
want to create and maintain the sterility of instruments and objects.
With Steril Cabinet we obtain the maximum level of disinfection, in just 10 minutes of operation we achieve
99% reduction of bacteria on the contents of the cabinet. The same results are obtainable only with products and
chemical compounds, dangerous for health and harmful for the environment, as well as expensive and difcult
to use.
The cabinet has a security system that provides for the automatic shutdown of the lamps when it is opened.
TIMES OF USE STERIL CABINET 100
Referring to laboratory measurements with one machine.
Spectroradiometer model macam SR9910-V7 n ° series 5743
within the Steril Cabinet 100 germicidal chambers, in relation to the radiated UVC energy and the doses shown
in the ofcial tables for the destruction of microorganisms, we can indicate that with cycles of 6 - 8 - 10 minutes
the 99 % of bacteria on the contents of the cabinet will be disactivated.
Caution !!
this equipment must be considered and used only as a device for disinfecting objects that are placed inside it. Any
other use is to be considered improper and therefore dangerous.
The ISO ITALIA GROUP company declines any responsibility for improper, erroneous and unrea-
sonable uses that go beyond the provisions of this manual.

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TECHNICAL INFORMATION ON THE USE OF UVC IN ISO TECH PRODUCTS
UV-C radiation is a proven and effective technology for destroying micro-organisms
Iso Italia Group, with over 30 years of experience in UV lamp sector presents its product line for disinfection with
UVC Steril Line germicidal lamps.
Germicidal lamps emit very short ultraviolet waves, deadly to micro-organisms.
Some information about Germicide lamps
Ultraviolet rays emit a very high energy level light with a wavelength between 200-400nm. In particular, radiation
with a 254nm wavelength has been scientically proven to be extremely effective for disinfection. More than 90%
of the total UV radiation emitted is just 254nm. Wavelengths of 200-280nm are called UVC. Thus disinfection
using 254nm wavelength is called UVC Disinfection. Radiation of 254nm destroys micro-organisms by changing
the genetic information contained in their DNA, ensuring a 99.99% reduction.
Safety of UVC germicidal systems
Since UV-C rays present a danger to the skin and eyes, direct exposure to the rays should always be avoided. The
UV-C is blocked by a number of materials, including glass and most transparent plastics, so you can safely observe
a UV-C system if you look through a shielding system. UV-C provides disinfection without residues of any kind,
however these systems do not imply the need to eliminate or neutralise dangerous products after disinfection.
UVC germicidal systems are fast, inexpensive and eco-friendly, as no chemicals are added to air / water and there
are no hazardous or toxic chemicals to dispose of.
Benets of UVC germicidal systems
Disinfection times are rapid, with a typical disinfection cycle lasting about 15 minutes (excluding germicidal air
systems). This allows extremely fast turnover times for sanitising environments. For its simplicity, UV-C disin-
fection is extremely easy to use. All surfaces within a certain distance, will observe a certain level of disinfection
for a certain period of time, provided that the light is not blocked and can reach the surface. It becomes very easy
to plan the use of a UV-C disinfection system when you are familiar with the simple usage protocols.
Applications of UVC germicidal systems
The applications of our germicidal systems are many and ever more numerous.
Systems are available for the disinfection of environments, air, objects and equipment, air conditioning ducts,
ambulances and other vehicles, ducts, belt conveyors and many other applications.
The guaranteed effectiveness of UVC systems
Out manufacturing unit knows the energy produced by all pieces of equipment, calculated by the number and
from the type of lamp used and by its designated function (application) (air purication, objects, environments).
From these technical values we determine the “DOSE” of UVC produced by each device (i.e. the energy of the
device multiplied by the ignition time. This type of calculation allows us to be sure of the germicidal efciency,
as in medicine, on a global level, tables are used that indicate the required "DOSE" of UVC required to eliminate
all bacteria, spores and viruses.

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UV BASICS
Ultraviolet light belongs to the electromagnetic spectrum with a wavelength between 200 and 400 nm (nanome-
ters), which is shorter than visible light, but longer than X-rays. All UV rays and bands are invisible to the human
eye.
The UV spectrum can be divided into the following bands:
UV-A (Long Waves; 400-315 nm): Used for Black Lights, Skin Tan, Ink/Resin Hardening.
UV-B (medium waves; 315 – 280 nm): used to treat psoriasis, may cause sunburn, skin cancer.
UV-C (short waves; 280 – 200nm): more effective for germicidal disinfection.
UV-V (UV under vacuum, less than 200 nm): may produce ozone in the air.
All of the above wavelengths of UV light are emitted from the sun, but only the longest wavelengths, UV-A
and UV-B reach Earth. UV-C rays, which are the shortest wavelength but the highest energy, are blocked by the
ozone layer.
INACTIVE MICRO-ORGANISMS
Because UV-C rays are blocked by the ozone layer, micro-organisms have not developed a natural defence
against UV-C energy. When the DNA of a micro-organism absorbs UV-C energy, molecular instability occurs,
resulting in interruption of the DNA sequence. This makes the cell unable to grow or reproduce. Without the
ability to reproduce, the cell cannot infect and dies quickly.
The application of UV-C energy to inactivate micro-organisms is
known as germicidal irradiation or UVGI. It has been used for this
purpose since the early 1900s. Artificial UV-C energy is produced
in germicidal ultraviolet lamps that produce UV radiation by ion-
ising mercury vapour at low pressure. These lamps are similar to
typical fluorescent lamps for domestic use, but do not have the
phosphorescent coating that transmits soft white light. Most com-
mercial UV-C lamps are low-pressure mercury lamps that emit
UV energy at 253.7 nm, which is an ideal wavelength for disrupt-
ing the DNA of micro-organisms.
UV-C lamps and devices are increasingly used worldwide in vari-
ous configurations and applications to disinfect water, air and sur-
faces.

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DOSAGE DETERMINES EFFICACY
The amount of UV-C energy required to inactivate a given micro-organism is measured on the basis of the dose,
which is determined by a combination of radiation energy and exposure time. A key difference between surface
inactivation and airflow inactivation of micro-organisms is exposure time. The residence time in the UV field for
micro-organisms in the airflow is in the order of seconds and would require a much higher UV-C dose compared
to surface application. Scientists have determined the rates at which various microbial populations decrease due
to exposure to biocidal factors such as UV-C irradiation. Organisms differ in their susceptibility to UV-C inac-
tivation; in general, viruses are the most sensitive to UV-C rays followed by bacteria with fungal moulds and
spores that are the least sensitive.
UV-C irradiation also obeys the inverse-square law of light, where the intensity at a given point is inversely
proportional to the square of its distance from the light source.
To date, the dose in Joules has not yet been officially established to inactivate COVID-19 because to obtain the
exact data means waiting for the technical laboratory times, which should be made official by the end of October.
However, all bacteria and viruses tested to date (many hundreds over the years, including coronaviruses) are
eliminated by UV disinfection. UVC rays (or germicidal range), inactive (i.e., “kill”, “eliminate”) at least two
other coronaviruses that are the closest relatives of the COVID-19 virus: SARS-CoV and MERS-CoV (“Large-
scale preparation of UV-inactivated SARS coronavirus virions for vaccine antigen”, Tsunetsugu-Yokota Y et al.
Mol Biol Methods. 2008; 454:119-26. doi: 10.1007/978-1-59745-181-9_11.; “Efficacy of an Automated Mul-
tiple Emitter Whole-Room Ultraviolet-C Disinfection System Against Coronaviruses MHV and MERS-CoV,
“Bedell K et al. ICHE 2016 May; 37(5):598-9. doi:10.1017/ice.2015.348. Epub 2016 Jan 28.; Focus on Surface
Disinfection When Fighting COVID-19”; William A. Rutala, PhD, MPH, CIC, David J. Weber, MD, MPH;
Infection Control Today, March 20, 2020 (https://www.infectioncontroltoday.com/covid-19/focus-surface-disin-
fection-when-fighting-covid-19). However, the efficacy condition of UVC light remains related to THE DOSE,
i.e. the energy with which the light reaches the target to inactivate it. UVC systems must therefore be designed
to ensure the DOSE required to inactivate the viruses for the environments and applications for which they were
designed.
For example, an excerpt from the Virus table ( at this link:
https://www.iuvanews.com/stories/pdf/archives/180301_UVSensitivityReview_full.pdf the full table).