airBee HOME User manual

AIR AND SURFACE SANITIZING DEVICE
HOME
USE AND MAINTENANCE MANUAL
Dott. Ing. Luigi Palcone
(Editing)
22/12/2020
(Date)
1.2.1
(Version)
287-CE-RFA-2020
(Project)

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TABLE OF CONTENTS:
1Company name, address of the manufacturer and introduction 5
1.1 Update of the user’s manual 6
1.2 Warranty 6
2.1 Summary of symbols and terminology used in this manual 8
Fig.1.1.1 –Symbols 10
Fig.1.3.2 –Examples of PPE symbols (Personal Protective Equipment) 10
2.2 DEFINITIONS 12
2.3 Intended use of the machine 14
Fig.1.5.1 –Air intake into the device 16
Fig.1.5.2 –Air Sanitization Circuit 18
2.4 Education / training of maintenance workers 18
2.5 Reference standard 18
Model 20
Fig.2.2 –Internal filter coated with TiO221
2EC declaration of conformity (Facsimile) 23
3General description of the machine and technical specifications 24
Fig.4.1 –inlet filter H13 24
Fig.4.2 –Scheme of the photocatalysis process 26
3.1 Operation via APP 26
3.2 Manual operation 27
Fig.4.2.1 –Remote Control 28
3.3 Factory Default 28
Fig.4.3.1 –Reset 29
3.4 Detail of visual signaling LED 29
Fig.4.4.1 –Reset signal lights 31
3.5 Scope of use of the machine 31
3.6 Technical Specifications 32
3.7 External application operation 33
3.7.1 SYSTEM INSTALLATION AND ACCESS 33
Fig.4.7.1.1 –Login 35
Fig.4.7.1.2 - Registration 35
Fig.4.7.1.3 –Information 36
Fig.4.7.1.4 –Reading of values obtained from internal sensors 37
3.7.2 New device registration 38
Fig.4.7.2.1 –New device registration 40
Fig.4.7.2.2–Home data 42
Fig.4.7.2.3 –Sensor reading 43
Fig.4.7.2.4 –Description of the MQTT connection 43
4Drawings, diagrams, descriptions and explanations necessary for the use, maintenance and
repair of the machine and to verify its correct functioning 44
Fig.5.1 –Home elevation view 44
Fig.5.2 –Home power supply and motherboard 45
Fig.5.3 –Air flow into the device 46
Fig.5.4 –Initial filtration 47
Fig.5.5 –Base of the device 48

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Fig.5.6 –Sensor for detecting pollutants 48
Fig.5.7 –Elevation view of the device base 49
4.1 Identification of main components 49
Fig.5.1.2 –Home wiring diagram 50
Fig.5.1.3 –Ballast 50
4.1.1 Control system 50
Fig.5.1.1.1 –LED board 51
4.2 Recognition of left and right side of the machine: 51
Fig.5.2.1 –Front elevation 52
4.3 Instructions for assembly and disassembly 52
4.4 Adjustments 54
4.4.1 Adjustments horizontally 54
4.5 Use of the machine 54
4.6 Requirements for operating and maintenance personnel 55
4.7 Checks 55
4.8 Warnings for safe use 57
5Periodic maintenance and checks 59
5.1 Cleaning 60
5.1.1 Filters cleaning 61
5.1.2 Fan cleaning 63
5.2 Electrical system maintenance 63
5.3 Screw tightness check 64
5.4 Component replacement 65
6Example photos of the safety devices 68
Fig.7.1 –Protections 68
7Description of the workplaces 70
7.1 Operational phases 70
7.2 Prohibitions 71
8Description of the intended use of the machine 74
8.1 Reasonably foreseeaable misuse 75
9Instructions for installation and assembly aimed at reducing noise and vibrations produced 76
9.1 Noise evaluation 76
9.2 Vibration exposure assessment 76
10 Residual risks 77
10.1 security risks: 77
10.2 Risks to health 79
10.3 Risks to safety and health 79
11 Method to be followed in the event of an accident or breakdown 80
12 Transport –Storage 82
13 Recovery after a period of inactivity 84
14 Safety signs on the machine 85
Machine safety sign 85
15 Instructions for decommissioning and disposal of the machine 86
15.1 Disposal of components and materials 86
16 CE PLATE 88

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1 Company name, address of the manufacturer and
introduction
Machine manufacturer’s data:
AIR –BEE S.r.l. Via Colico, 10 - 20158 –MILANO - P.IVA 10755150967
This document represents the use and maintenance manual of the HOME device, used to
sanitize the air through a photocatalysis process that prevents microorganisms such as
viruses, molds and / or particles of "dirt" from being able to create risk conditions for human
health. It is not among the objectives of this document to provide a detailed description of
what the photocatalysis process is, but it is mandatory to provide a brief description so that
it is possible to fully understand the benefits of the machine in question. The photocatalysis
process is based on a photocatalytic oxidation process (UV-PCO) generated by the
combined action of the rays emitted by the UV lamp and a photocatalyst structure, titanium
dioxide (TiO2), called photocatalyst. We are in the presence of a natural process as
photocatalysis is a phenomenon where the photocatalyst (Titanium Dioxide - TiO2), due to
the effect of natural and / or artificial light, speeds up a reaction, effective in microbial
destruction, which leads to the decomposition of organic substances pollutants (VOC)
reducing them to harmless products such as carbon dioxide (CO2) and / or water (H2O).
The AirBee device ensures the destruction of bacteria, molds, odors, dust, ... or "dirty air"
that is generally created in closed environments. Added to this is a correct electrical balance
of the air which helps a lot to fight problems such as headaches, insomnia, irritability,
allergies, ... etc. The purpose of this manual is to provide the necessary instructions to avoid
serious damage to oneself or to others as a result of incorrect use of the machine. It is
essential to follow the warnings and all the basic procedures for a correct use of the machine.

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Read this use and maintenance manual carefully before using it and / or for any work or
routine / extraordinary maintenance. Carefully observe the labels, pictograms and
indications affixed to the machine, as well as plates or cards showing the technical and / or
performance characteristics of the machine. Consultation of the manual as well as the
instructions for use and maintenance imply, in addition to the indications for correct use,
knowledge of the capabilities and limits of the machine. For these reasons, the manual must
always be consulted by those who will use, assemble and disassemble it. This document,
together with the EC declaration of conformity,isan integral part of thesupply of the machine
and all the prescriptions and indications contained are mandatory.
The user is directly responsible for the machine’s operation .
1.1 Update of the user’s manual
The manual reflects the state of the art of the device relative to the reference period of its
design and construction. Therefore, it is an integral part and complies with all laws, directives
and mandatory standards. Any changes, adjustments or anything else do not oblige the
manufacturer to intervene on what was previously provided or to consider the machines
previously sold and the related manual lacking or inadequate. Possible additions that the
manufacturer deems appropriate to send to users must be kept together with the previous
manual to which they refer.
1.2 Warranty

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2 The definition of the warranty terms for AIRBEE devices is determined according to the
general conditions of supply. The warranty does not cover items that have been
repaired, modified (even partially) or replaced by non-original and / or unauthorized
spare parts. The warranty will not be valid if the defects are due to incorrect measures,
negligence, carelessness or in case of alteration and / or repairs carried out by
unauthorized persons. It follows that the manufacturer will not be liable in any way for
damage caused to people or things due to incorrect use of the machine or for structural
modifications, applications or unauthorized transformations. Below are some of the
mandatory requirements for the use of the warranty:
●Always work within the limits of use of the equipment;
●Always carry out constant maintenance;
●Employ adequately trained personnel with proven ability and aptitude for cleaning
and maintenance of the machine.
The manufacturer declines any and all responsibility for:
●Failure to observe the instructions contained in this use and maintenance manual;
●Use of the device by anyone who has not read and fully understood the contents of
this document;
●Modifications and / or repairs not expressly authorized by the manufacturer;
●Use of non-original or non-specific spare parts;
●Bad cleaning and / or maintenance of the device;
●Exceptional events not attributable to the operation of the device

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The transfer of the machine to another user also includes the delivery of the manual. Failing
that, not being able to acquire information on the correct use of the device, all
liability on the part of the manufacturer, including any warranty, will be void.
2.1 Summary of symbols and terminology used in this manual
The symbols and acronyms used in this document are shown below. The symbols, shown
in (Fig.1.1.1), is adopted in the presence of a potential dangerous condition or to inform the
user of risk conditions
GENERIC DANGER
It indicates that the described operation presents, if not carried out in
compliance with safety regulations, a source of possible injury or damage
to persons.
DANGER OF ELECTRIC SHOCK
it warns the user that the described operation presents, if not carried out in
compliance with safety regulations, a source of possible injury or damage
to persons resulting from electric shock.
EX (DANGER EXPLOSIVE ATMOSPHERE)
It highlights the risk of the explosion due to the presence of explosive
atmospheres.
NOTE
It warns the user that the content of the information reported is of significant
importance. Therefore, damage to the various parts of the machinery may

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occur.
WARNING
Alerts the reader to a dangerous situation that could cause minor injuries.
MACHINE OPERATOR OR DRIVER
Identifies qualified and professionally trained personnel who, in compliance
with the legislation inforce inthe country where the operation isperformed,
are authorized to carry out only switching on, using, setting up (obligatorily
with the protections enabled and the machine off) and switching off
machine in full compliance with the instructions contained in this manual,
equipped with the personal protective equipment (PPE) provided. It is
strictly forbidden for the Operator to perform operations that are associated
with the responsibility of the maintenance technician.
OPERATOR IN CHARGE OF HANDLING
This is a qualified and professionally trained operator who, in compliance
with the legislation in force in the country of use, is authorized to operate
forklifts, bridge cranes or cranes, to carry out the transport and handling of
materials in safety. Equipped with the required personal protective
equipment (PPE).
MECHANICAL MAINTENANCE TECHNICIAN
A qualified technician authorized to perform interventions exclusively on
mechanical parts to carry out maintenance and / or repairs in absolute
compliance with the instructions contained in this manual. Equipped with
the required personal protective equipment (PPE). Dota
ELECTRICAL MAINTENANCE ENGINEER
(See EN 60204-1:2006)
Qualified technician (electrician in possession of professional technical
requirements recognized under current legislation), authorized to perform

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interventions exclusively on electrical devices to carry out adjustments and
maintenance in absolute compliance with the instructions contained in this
manual. Equipped with the required personal protective equipment (PPE).
OBLIGATION TO READ THE MANUAL
Obligation to read the Safety Prescriptions and in particular the entire use
and maintenance manual.
EXTRAORDINARY INTERVENTIONS
Any maintenance operations highlighted by the symbol alongside must be
requested from the manufacturer.
Fig.1.1.1 –Symbols
The person who maintains the device is responsible for compliance with basic safety
measures such as the use of personal protective equipment, to be worn for necessary safety
reasons.
Fig.1.3.2 –Examples of PPE symbols (Personal Protective Equipment)
In (Fig.1.3.2) the symbols relating to the Personal Protective Equipment (PPE) that you will
have to use during maintenance activities is indicated, although its modest size could lead
to think that safety equipment such as PPE is not necessary. Below is a brief description of
them:

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1. Cut resistant safety gloves / Insulating gloves. There are many types of this product
on the market. Regardless of the brand chosen, it is essential that they are equipped
with CE marking and that they perform the characteristics of insulation and protection
from any punctures, cuts and abrasions to hands. The choice of the type of function
(whether anti-cut or insulating) is left to the maintenance technician. Although the
machine has been designed and built to prevent this risk condition, the use of PPE
serves to completely eliminate any residual risks;
2. Face mask with visor / safety goggles. This device represents a useful means of
protection against risks deriving from any material being discharged due to moving
parts towards the face and / or eyes. During the design, construction, analysis and risk
assessment phases, the risks associated with this risk condition have been resolved,
therefore by wearing this PPE it is also possible to eliminate the residual risks;
3. Earmuffs. The machine does not produce a high value of noise but it is necessary
that the workers, delegated to the maintenance operations, always wear ear plugs to
reduce any residual risks due to noise, above the threshold value of 80dB.
The operator must always remember that the machine components can cause situations of
danger. You must not intervene on them without making sure that you have previously
disconnected the power supply.

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2.2 DEFINITIONS
Definizione
Descrizione
Anisotropy
Characteristic of metal products that expresses sheet resistance to thinning
during deformation.
Anti vibration
Materials used to isolate the device from the support structures so that the
mechanical vibrations do not propagate, but are absorbed by these supports
(anti-vibration) in the shortest possible time.
AOPD (EN 16092-
1:2018)
(Active opto-electronic protective device). Device whose detection function is
performed by emitting and receiving optoelectronic elements which detect the
interruption of the optical radiation, generated by the same device, by means of
an opaque object present in the specified detection zone.
Electrical Arc
the electrical arc occurs when electricity tries to bypass a gap in a conductor
causing a "high-temperature light electrical discharge". The arc current literally
jumps through an air gap. The air is ionized and the arc is maintained until the
power is turned off by a protective device. The arc temperature is several
thousand degrees and varies with voltage drop, current and conductor type.
Spacer Barrier
Shelter that does not completely enclose a dangerous area, but which prevents
access due to its size and distance from the dangerous area, for example a
perimeter fence or a tunnel shelter (UNI EN ISO 12100: 2010).
Burr
Defect caused by the shearing of the sheet
Protection Carter
Protective structures designed to protect against potentially dangerous moving
parts.
ESPE (EN 16092-
1:2018)
(Electro-sensitive protective equipment). Electro-sensitive protective
equipment. Set of devices and / or components that work together to obtain
protection activation or presence detection, which includes:
●A detection device;
●Control of monitoring devices;
●Output devices;
●All interconnect cables
Machine
Hereinafter, this term will refer to the machine, object of this document
MQTTN
Message Queue Telemetry Transport. Born 20 years ago with the aim of
managing machine to machine connections, that is, to enable communication
between machines in an extremely efficient manner. The main features of
MQTT are that of being a simple and light protocol for exchanging messages, as
well as minimizing traffic on networks and requiring few resources from devices

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for its management. The person (s) in charge of installing, operating, adjusting,
cleaning, repairing and moving or maintaining a machine
Operator
The person (s) in charge of installing, operating, adjusting, cleaning, repairing
and moving or maintaining a machine.
.
Exposed person
.Any person who is wholly or partially in a danger zone.
PFH
Probability of Failure per Hour
PLC
Programmable Logic Controller –- Programs and processes the digital and
analog signals from the sensors present in the system.
Work place
Position occupied by a worker during the performance of his duties.
Guard
Physical barrier, designed as part of the machine, to provide protection (UNI EN
ISO 12100: 2010).
Total segregation
Guard
Fixed Guard
Fixed guard that prevents access to the dangerous area from all sides (UNI EN
ISO 12100: 2010).
Guard fixed in such a way (for example by screws, nuts, welding) that it can be
opened or removed only by using tools or by destroying the means through which
the guard is fixed (UNI EN ISO 12100: 2010 point 3.27.1 ).
Interlocked Guard
Guard associated with an interlocking device so that, together with the machine
control system, the following functions are performed:
●• The dangerous functions of the machines “treated” by the guard cannot
be activated until the guard is closed;
●• If the guard is open while dangerous machine functions are running, a
stop command is sent;
●• When the guard is closed, the dangerous functions of the machine
“treated” by the guard can work (closing the guard does not in itself
initiate the dangerous functions of the machine);
(UNI EN ISO 12100: 2010 point 3.27.4).

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.
Mobile Guard
Shelter that can be opened without the help of tools (UNI EN ISO 12100: 2010
point 3.27.2).
Motorized Guard
Mobile guard operated by an energy source other than human or by gravity (UNI
EN ISO 12100: 2010).
Adjustable Guard
Overall adjustable guard or that integrates one or more adjustable parts (UNI EN
ISO 12100: 2010 point 3.27.3).
Risk
Combination of the probability and severity of an injury or damage to health that
may arise in a dangerous situation.
Sensor
DDevice that transforms the physical quantity in input into a signal that can be
received by a receiving electronic station (e.g. PLC)
Safety
The common term for protective measures in which a person or object is
monitored.
.
Machine Safety
This has been achieved once measures have been taken to reduce the risk to
an acceptable residual risk after the risk assessment has been performed.
.
Stop systems
Devices for the immediate stop of the machine in case of emergency.
Dangerous Area
Any area inside and / or near the machine where the presence of a person
constitutes a risk for the safety and health of that person.
2.3 Intended use of the machine
The machine in question is an air sanitizing device which, installed in rooms with adequate
ventilation, allows an effective and quick neutralization of: viruses, germs, pollen, bacteria,
spores, molds, cigarette smoke, unpleasant odors, … Including the removal of suspended
particulates. The elimination of unpleasant odors is made possible thanks to the
neutralization of bacteria and germs. Environmental sanitization is an activity aimed at
eliminating bacteria and pollutants that cannot be removed through the usual cleaning and
detergents. It also allows the microbial and viral load to be brought back within optimal
hygiene standards. With the AirBee devices, sanitization is conceived as an ordinary activity
because although we do not notice it, the air we breathe every day in the rooms is

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contaminated, including the ventilation and / or conditioning systems. The advantages of
constant sanitization, in any season, involve, in addition to compliance with current
regulations, also the improvement of work performance and environmental sanitization in
small, medium and large meeting places.
Fig.1.5.1 - Air intake into the device
The air is introduced into the sanitation system through a fan (Fig.1.5.1). Once it has entered
the sanitizing chamber, the air is purified, becoming clean air, where the bacterial and
microbial load is drastically reduced by the action of the photocatalysis produced by the
components of the device (UV lamp + titanium dioxide photocatalyst) shown in Fig.1.5 .2.
The AirBee air device is especially effective inside small and medium-sized rooms (for large
spaces it is possible to connect multiple devices, connected to each other, thus increasing
their range of action), with high probability presence of polluting loads such as:

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Fig.1.5.1 –Air intake into the device
●Small, medium and large homes (network of multiple devices);
●Emergency Rooms;
●Medical and / or dental offices;
●Hospital rooms;
●Shelters for the elderly;
●Analysis laboratories;
●Hotel rooms;
●Classrooms;
●Toilet;
●Waiting rooms;
●Libraries;
●Etc.

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The following slide shows the direction of the air flow which, once it enters the device, will
be sanitized and reintroduced into the environment without the volatile substances harmful
to the human body. As passive filtration devices there are very high efficiency HEPA filters
(absolute filters) of class H13 for the interception of PM2.5 - PM10 dust. For active filtration
there is a filter coated with titanium dioxide (TiO2), for a further phase of photocatalysis. As
can be seen from Fig.1.5.2 on the device there are two catalysts, the first honeycomb with
the sole function of photocatalysis. The second, in addition to the task of preventing the
passage of fine dust, also has the function of sanitizing the air through the well-known
process of photocatalysis.
Fan
TiO2 honeycomb
catalyst
UV LAMP
HEPA - H13 Filter
Dioxide titanium
filter
Functions button
Board
LED

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Fig.1.5.2 –Air Sanitization Circuit
2.4 Education / training of maintenance workers
The main purpose of this document is to bring the user of the device closer, in a simple and
gradual manner, to the legislation for the prevention of accidents and to those rules of
conduct that are the basis for a correct and safe use of the device (Essential requirements
for safety required by the applicable directives and harmonized standards). To prevent, as
far as possible, the occurrence of accidents, the user must have read and understood this
manual. The legal provisions (Directives and harmonized standards associated with them)
to which we have referred, during the design and construction of the machine, are listed in
the following paragraph. Their study is a good exercise for those who wish to broaden and
/ or study this topic.
The manual, translated into languages other than Italian, will be made available at the
following web address: http://www.air-bee.it/manuali-uso-e-manistenza/. As far as device
configuration is concerned, the tutorials, in the form of videos, will be downloadable and / or
viewable at the link: http://air-bee.it/guida-installation/.
2.5 Reference standard
The directives, used for the CE marking of the air sanitation device, are:
●2006/42 / EC - Machinery Directive;
●2014/30 / CE - Electromagnetic Compatibility Directive (EMC);
●2014/35 / EC - Low Voltage Directive (LVD);

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In this regard, the safety information and requirements contained in this use and
maintenance manual must always be respected as they are absolutely binding for the
correct use of the machine. All CE marked devices are accompanied by the declaration of
conformity (a copy is given in Chapter 3) with which the manufacturer guarantees the
compliance of the device with the essential safety requirements. In addition to the directives,
the manufacturer has followed, during the design and construction phase, the following
standards:
●CEI EN 60204-1: 2018: Safety of machinery - Electrical equipment of machines - Part
1: General rules;
●EN ISO 12100: 2010: Safety of machinery - General principles for design - Risk
assessment and risk reduction;
●IEC 60335-2-65: 2002 + AMD1: 2008 + AMD2: 2015 - Household and similar
electrical appliances - Safety - Part 2-65: Particular requirements for air purification
appliances Risk assessment and risk reduction;
●UNI EN ISO 14118: 2018: Safety of machinery - Prevention of unexpected start-up;
●ISO 11428: 1996. Ergonomics - Visual warning signs - General references, design
and testing;
●UNI EN ISO 14120: 2015 - Safety of machinery - Guards - General requirements for
the design and construction of fixed and movable guards;
●UNI EN ISO 13732-1: 2009 - Ergonomics of thermal environments - Methods for
evaluating human response to contact with surfaces - Part 1: Hot surfaces
●ISO 28590: 2018 - Sampling procedure in the inspection by attributes - Introduction
to the series of ISO 2859 standards for sampling in the inspection by attributes;

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Against the CE marking, the machine is guaranteed for free circulation and use, within the
European community. In addition to the declaration of conformity, there is a plate on the
device (see Chapter 17) that uniquely identifies it, with the serial number. The facsimile of
the CE plate is shown in the last chapter (Chap.17). The machines, produced by AirBee, are
carried out adequate tests and inspections, designed during the prototype construction
phase, in order to intercept any construction defects, malfunctions or other types of problems
associated with the construction and safety of the machine and / or its users. Quality control
during the production cycle is performed using the ISO 28590: 2018 standard using a high
quality level (tending to 100%).
The devices are sampled and classified according to ISO 28590: 2019 and any
defective devices are rejected. In the event that the number of defective pieces
is greater than the maximum limit, the whole lot will be rejected and the
defective devices will be destroyed.
Model
This document refers to a type of machine that meets the technical and functional
requirements required by the market. The following table shows the characteristics of the
AirBee air sanitization device.
Typ
e
Model
year
Mass
Material
Switch
On - Off
Height
(mm)
Width
(mm)
Length
(mm)
RA
HOME
2020
10 Kg
Wood-
Steel
Yes +
Remote
control
350
170
170
The machine consists of the following components