airinspace RHEA Titan User manual

RHEA Titan User Manual EN_ ed19_21-mars-2022
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MOBILE AIRBORNE SURFACE DISINFECTION UNIT
USER MANUAL
RHEA Titan/X-CID
In line with the Low Voltage Directives 2006/95/EC and EMC Directive 2004/108/EC

RHEA Titan User Manual EN_ ed19_21-mars-2022
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WARNING
We strongly recommend that you read these instructions in their entirety before operating the RHEA Titan/X-
CID for the first time (see section 2 –Use).
To make it easier for different types of users to access more detailed information, these instructions consist of
3 sections:
•Section 1: general information.
•Section 2: end user instructions for use.
•Section 3: technical information for servicing and maintenance personnel.
PACKING LIST
•RHEA Titan/X-CID unit.
•Power supply cable.
•User Manual.
•Wooden transport crate
•2 dip tubes
•1 remote control
•5 NFC door labels
•1 key to open the lower door

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TABLE OF CONTENTS
1 GENERAL INFORMATION...................................................................................................................................4
1.1 Safety instructions.........................................................................................................................................4
1.2 Regulatory standard ......................................................................................................................................5
1.3 Normative standards .....................................................................................................................................5
1.4 Description of the device ..............................................................................................................................6
1.4.1 Overview .................................................................................................................................................6
1.4.2 View of the open removable casing ........................................................................................................7
1.5 Labelling .........................................................................................................................................................8
1.6 Functional description of the device ...........................................................................................................8
1.6.1 Intended use............................................................................................................................................8
1.6.2 Operating principles ................................................................................................................................8
1.6.3 Description of the disinfection cycle:.......................................................................................................9
1.6.4 Physical characteristics of the RHEA Titan...........................................................................................10
1.7 Installation instructions ..............................................................................................................................11
1.8 Operating recommendations for RHEA TITAN .........................................................................................11
1.9 Instructions for handling, storing and warehousing ...............................................................................13
1.9.1 Storing the RHEA Titan unit..................................................................................................................13
1.9.2 Handling and storage of the X-CID product..........................................................................................13
1.10 Transport ......................................................................................................................................................13
1.10.1 Transporting the RHEA Titan unit .........................................................................................................13
1.10.2 Transporting the X-CID product............................................................................................................14
1.11 Disposal of the RHEA Titan unit.................................................................................................................14
2USE....................................................................................................................................................................15
2.1 Description of the user interface................................................................................................................15
2.1.1 First boot ...............................................................................................................................................15
2.1.2 Protocol selection guide........................................................................................................................17
2.1.3 Switching on the unit.............................................................................................................................18
2.1.4 Switching off the unit.............................................................................................................................18
2.2 Description of navigation icons .................................................................................................................19
2.3 Settings menu for the ASD cycle ...............................................................................................................20
2.4 Management and replacement of bottles ..................................................................................................25
2.5 Changing the language ...............................................................................................................................28
2.6 Setting the date and time ............................................................................................................................29
2.7 Protocol menu ..............................................................................................................................................29
2.8 DATALOG menu...........................................................................................................................................31
2.9 Warnings and error reporting .....................................................................................................................32
2.9.1 Warnings ...............................................................................................................................................32
2.9.2 Error reporting .......................................................................................................................................33
3MAINTENANCE - REPAIR................................................................................................................................34
3.1 Compatibility of materials with the X-CID product...................................................................................34
3.2 Cleaning ........................................................................................................................................................34
3.3 DISTRIBUTOR WARRANTY ........................................................................................................................34
3.4 Model identification .....................................................................................................................................35

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1 GENERAL INFORMATION
1.1 SAFETY INSTRUCTIONS
•READ THESE INSTRUCTIONS THOROUGHLY and strictly follow the chronological order of
installation, start-up and maintenance.
•The unit can be used at an altitude of up to 2000 m at temperatures from +5°C to +35°C and a relative
humidity of 100%.
•Do not allow any liquid to penetrate the device.
•Do not place the device near a heat source.
•Do not use the device in the presence of flammable gases.
•Never obstruct or cover the outlet nozzle when the device is in operation.
•Never obstruct or cover the air inlets when the device is in operation.
•Only use airinspace®supplies to replace the bottles (see section 2 –chapter 2.4 –Bottle
Replacement).
•Do not twist, stretch or damage the power supply cable.
•Only connect the device to earthed sockets that meet legal requirements and are inspected
periodically.
•Unplug the device when not in use for extended periods.
ATTENTION : HUMANS,ANIMALS AND VEGETATION SHOULD NOT BE PRESENT WHEN THE DISINFECTION PROCESS
BEGINS.AT THE END OF THE DISINFECTION CYCLE,THE OPERATOR MUST ENSURE THAT THE
HYDROGEN PEROXIDE LEVEL (H2O2)IS SUFFICIENTLY LOW (EXPOSURE LIMIT VALUE AT 8HOURS ELV
=1 PPM (1.5 MG/M3)).
IF AN OPERATOR HAS TO RE-ENTER THE ROOM BEFORE THE END OF THE DISINFECTION CYCLE,THEY
MUST WEAR THE FOLLOWING PERSONAL PROTECTION EQUIPMENT:INDIVIDUAL RESPIRATORY
PROTECTION DEVICE (EN 133) OR A GAS-FILTERING RESPIRATOR (EN 141); RECOMMENDED
FILTER:ABEK-P2
ATTENTION : BEFORE CARRYING OUT ANY WORK ON AN ELECTRICAL COMPONENT,SWITCH OFF THE DEVICE AND
DISCONNECT IT FROM THE MAINS.
ATTENTION : INTERVENTIONS ON THE RHEA Titan (NOTABLY FOR ELECTRICAL CIRCUITS,ELECTRONIC CARDS
AND THE MOTOR)SHOULD ONLY BE CARRIED OUT BY airinspace® MAINTENANCE STAFF OR
APPROPRIATELY TRAINED PERSONNEL.
THE USER IS LIABLE FOR ANY DAMAGE,REGARDLESS OF ITS NATURE,CAUSED BY NON-COMPLIANCE
WITH THE USAGE RULES AND SAFETY INSTRUCTIONS.

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1.2 REGULATORY STANDARD
RHEA Titan devices are CE-marked and comply with European regulations:
-Low Voltage Directive 2006/95/EC
-EMC Directive 2004/108/EC
1.3 NORMATIVE STANDARDS
-NF EN 61010-1 (2011): Safety Requirements for Electrical Equipment for Measurement, Control
and Laboratory Use - Part 1: General Requirements
-EN 61326-1 (2013). Electrical equipment for measurement, control and laboratory use - EMC
requirements - Part 1: General requirements
-EN 17272 (2020) : Chemical disinfectants and antiseptics - Methods of airborne room disinfection
by automated process - Determination of bactericidal, mycobactericidal, sporicidal, fungicidal,
yeasticidal, virucidal and phagocidal activities
Classification
Type of protection against electric shocks
Class I
Earthing for all accessible metallic elements and internal metallic elements.
Level of protection of applied parts against
electric shocks
No applied parts
Degree of protection against water and solids
IP 40
Level of safety when used in the presence of
flammable anaesthetics mixed with air,
oxygen or nitrous oxide
Device not suitable for use with flammable anaesthetics mixed with
air, oxygen or nitrous oxide.
The RHEA Titan is not an AP or APG category medical device. It must
always be kept more than 25 cm from the point where there is a mixture of
flammable anaesthetic with air or oxygen or nitrogen protoxyde. The user
is thus responsible for positioning the RHEA Titan appropriately in the area
to be processed.

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1.4 DESCRIPTION OF THE DEVICE
1.4.1 OVERVIEW
1
Handle
2
NFC reader
3
Cover with light
4
Outlet nozzle x2
5
Front plastic casing
6
Metal frame
7
Wheels with brake
8
Wheels without brake
9
Touchscreen
10
Printer
11
Bottle access door
12
Maintenance ports
13
Power supply socket
14
Storage access door
1
9
10
11
13
14
2
4
3
5
6
7
8
12

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1.4.2 VIEW OF THE OPEN REMOVABLE CASING
15
Quick connector to attach to the dip tubes
16
NFC TAG
17
XCID product label
18
XCID 2.5 L bottle
19
Dip tube to screw into the bottle
15
16
19
17
18

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1.5 LABELLING
Label
Description
Position
Product
Under a protective shield on the rear of the
machine
Electrical characteristics
Under a protective shield on the rear of the
machine
Fuse
Under a protective shield on the rear of the
machine
1.6 FUNCTIONAL DESCRIPTION OF THE DEVICE
1.6.1 INTENDED USE
The RHEA Titan / X-CID is a mobile airborne surface disinfection unit which effectively combats fungi,
yeasts, bacteria, viruses, mycobacteria and spores. As a unit designed to control surface contamination
and combat hospital-acquired infections, the RHEA Titan / X-CID can be used wherever the risk of surface
contamination must be controlled.
1.6.2 OPERATING PRINCIPLES
The RHEA Titan / X-CID generates a hydrogen peroxide (7%), acetic acid (5%) and peracetic acid (0.4%)-
based disinfection solution using a technique that provides a diffusion of micro-droplets that form a dry and
cold mist. This diffusion enables the disinfecting agents to make contact with all surfaces.
The diffusion time depends on the size of the room to be processed. Several protocols are available; the
RHEA Titan / X-CID has a bactericidal, fungicidal, virucidal, yeasticidal, mycobactericidal, tuberculicidal
and sporicidal activity in line with standard EN 17272 : 2020.
Please contact airinspace®for more information on these certifications.
The safety time is the time required for the concentration of hydrogen peroxide to become sufficiently low
(the Exposure Limit Value is 1 ppm).
The combined action of an eCHEM OX or CUBAIR mobile chemical decontamination unit will significantly
reduce the safety time.

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1.6.3 DESCRIPTION OF THE DISINFECTION CYCLE:
•Manually bio clean the room.
•If needed, caulk the windows, doors, and intake and return outlets, as well as the smoke detectors. If covering
the smoke detectors, you must inform those responsible for fire safety on the site.
•Position the device depending on the space in the room (see §1.8).
•Switch on the appliance (see §2.1.1) and follow the operating instructions.
•Leave the room and lock the door if needed.
•Ensure that a visible and understandable warning sign (DANGER –ACCESS PROHIBITED) is attached to
the outside of the door. Use a high-quality adhesive. It is also recommended that a tape is crossed over the
door to prevent access to the room.
•A countdown will run throughout the spray cycle. Spraying stops automatically when the required quantity of
product has been sprayed.
•At the end of the spray cycle, a new countdown will run throughout the contact time.
•The machine will beep when the contact time is up. An operator wearing protective equipment such as an
individual respiratory protection device (EN 133) or a gas-filtering respirator (EN 141), ABEK-P2 filter
recommended, may enter the room to check the hydrogen peroxide concentration.
•Do not forget to uncover the smoke detectors at the end of the safety time (when the hydrogen peroxide level
is less than or equal to 1 ppm).
DRY MIST DIFFUSION DIRECTION
ATTENTION : HUMANS,ANIMALS AND VEGETATION SHOULD NOT BE PRESENT WHEN THE DISINFECTION CYCLE
BEGINS.AT THE END OF THE DISINFECTION CYCLE,THE OPERATOR MUST ENSURE THAT THE
HYDROGEN PEROXIDE LEVEL (H2O2)IS SUFFICIENTLY LOW (EXPOSURE LIMIT VALUE AT 8HOURS ELV
=1 PPM (1.5 MG/M3)).
IF AN OPERATOR HAS TO RE-ENTER THE ROOM BEFORE THE END OF THE DISINFECTION CYCLE,THEY
MUST WEAR THE FOLLOWING PERSONAL PROTECTION EQUIPMENT:INDIVIDUAL RESPIRATORY
PROTECTION DEVICE (EN 133) OR A GAS-FILTERING RESPIRATOR (EN 141); RECOMMENDED
FILTER:ABEK-P2
ATTENTION : MANUAL BIO CLEANING MUST BE CARRIED OUT BEFORE BEGINNING THE AIRBORNE DISINFECTION
CYCLE OF SURFACES.

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1.6.4 PHYSICAL CHARACTERISTICS OF THE RHEA TITAN
* See §2.1.2 PROTOCOL SELECTION GUIDE.
The information contained in this table is for information only. For any information on measurements and tolerance
intervals, please contact airinspace®at the address provided at the end of this document.
Electrical supply
~200/240 V; 50/60 Hz
Maximum electrical power
1050 VA max / 980 W
Electrical protection
-Isolated by removable power cable
-Fused Ph + N bipolar switch (2x10AT)
Volume output of the X-CID disinfectant product
40 ml/min ±5%
Treatment capacity (room volume)
300 m3 max. per device (optimum with one unit)
1600 m3 cumulative volume (new X-CID bottles)
Noise levels 1 m from the device
80 dB(A)
Bactericidal efficacy in line with standard EN 17272*:
-Pseudomonas aeruginosa
-Escherichia coli
-Staphylococcus aureus
-Enterococcus hirae
-Acinetobacter baumanii
Logarithmic reduction:
>5 log
Fungicidal efficacy in line with standard EN 17272*:
-Candida albicans
-Aspergillus brasiliensis (niger)
Logarithmic reduction:
>4 log
Tuberculicidal efficacy in line with standard EN 17272*:
-Mycobacterium terrae
-Mycobacterium avium
Logarithmic reduction:
>4 log
Sporicidal efficacy in line with standard EN 17272*:
-Bacillus subtilis
Logarithmic reduction:
>4 log
Yeasticidal efficacy in line with standard EN 17272*:
-Candida albicans
Logarithmic reduction:
>4 log
Viruicidal efficacy in line with standard EN 17272*:
-Adenovirus type 5
-Murine novovirus
Logarithmic reduction:
>4 log
Water/solids protection index
Complete
device
IP40
Control panel
Waterproof touchscreen
Overall dimensions
H 1145 x W 550 x D 643 mm
Weight of RHEA Titan
50 kg
Environmental operating range
Temperature
+5 °C to +35 °C
Relative humidity
100%
Environmental storage range
Temperature
5°C to 35°C
Relative humidity
20% to 90%
Dust level
< 1 mg/m3

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1.7 INSTALLATION INSTRUCTIONS
Unpacking
1. Move the transport crate as close as possible to a clean, flat floor space.
2. Remove the unit from the transport crate:
ATTENTION : USE THE GRIPPING HANDLES TO HANDLE THE DEVICE
ATTENTION : KEEP THE ORIGINAL PACKAGING.THIS MAY BE REQUESTED FOR ANY RETURN TO THE SELLER OR
MANUFACTURER.
ATTENTION : DO NOT TILT THE DEVICE ON ITS SIDES.
Reception
3. Carefully examine the device delivered and check that the items on the packing list are present.
4. Connect the unit to a secure electrical socket. (see 1.6.4 –Physical specifications)
5. Switch on the unit and check that it starts up correctly (see 2.1.3 - Starting).
6. Write down any anomalies and potential damage on the delivery slip and notify the distributor or
airinspace®.If you wish to contact the manufacturer or distributor, please provide the serial number
and date of purchase.
1.8 OPERATING RECOMMENDATIONS FOR RHEA TITAN
The positioning of the machine depends on the space in the room. Select a position near the entrance to
the room. Place the device in such a way that the nozzle is at least 1 m 50 away from any obstacle.
Ensure that the machine is stable and in a vertical position.
If the maximum treatment capacity for a RHEA Titan unit is 1600 m3cumulative volume with two new X-
CID bottles, it is recommended that you limit the operation of a unit for the treatment over one cycle of a
maximum volume of 300 m3in order to obtain an optimum disinfection result.
For volumes higher than this, it is recommended that you use multiple RHEA units divided spatially to cover
all of the target volume.
Vtotal = 1200 m3
Vopt =
300 m3
Vopt =
300 m3
Vopt =
300 m3
Vopt =
300 m3

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Beyond the single volume of the room, it is advisable to use several units to optimise the spatial coverage
of the disinfection process in the following cases:
•Significantly long room: consider an optimal diffusion range over a length of approximately 10 metres/15
metres.
•Significantly high ceiling: consider an optimal diffusion range over a height of approximately 4 metres/5
metres.
•Restrictive geometry: consider an optimal diffusion range over spaces directly in line with the unit.
Examples:
Disinfection of a corridor longer than 10/15 metres
Disinfection of an industrial production room with a height greater than 4/5 metres
Disinfection of a geometrically complex room
Lopt ≤ 15 m Lopt ≤ 15 m
Ltotal ≥ 15 m
Htotal ≥4 /5 m
RHEA vue
latérale
RHEA vue
latérale
Hopt ≤ 4/5 m
Hopt ≤ 4/5 m

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1.9 INSTRUCTIONS FOR HANDLING, STORING AND WAREHOUSING
1.9.1 STORING THE RHEA TITAN UNIT
1. The unit must be stored with its bottles inside in the operating position (4 months maximum for bottles,
see. §1.8.2).
2. Check that the unit is switched off.
3. Arrange the power supply cable.
4. Position the unit in its storage area.
5. The unit must be stored in a clean area with an atmosphere not polluted by industrial activities.
The unit must be protected from dust, direct sunlight, heat sources, frequent changes in temperature and
humidity, potentially corrosive chemicals or other products.
Storage temperature: from +5°C to +30°C.
Relative rate of humidity: from 20% to 90%.
Dust level: less than 1 mg/m3.
1.9.2 HANDLING AND STORAGE OF THE X-CID PRODUCT
The X-CID product is a hydrogen peroxide (H2O27%), acetic acid (5%) and peracetic acid (0.4%) -based
solution. The product’s characteristic smell is similar to vinegar. Handling, storing and transporting this product
requires a certain number of precautions.
ATTENTION : THIS PRODUCT MUST BE HANDLED,STORED AND TRANSPORTED BY TRAINED PERSONNEL WHO ARE
AWARE OF THE APPROPRIATE SAFETY MEASURES TO TAKE AND WEARING ADEQUATE PROTECTIVE
EQUIPMENT (PVC GLOVES IN LINE WITH STANDARD 374 OR EQUIVALENT,GLASSES IN LINE WITH
STANDARD 166 OR EQUIVALENT).
•Inhaling the X-CID fumes could cause irritation of the nose and throat.
•Contact with the skin could cause burns.
•Contact with the eyes could cause serious irritation and the risk of permanent injury.
•Ingesting the product could cause serious internal injuries.
For more information, refer to the product label and its Material Safety Datasheet.
ATTENTION : THE BOTTLES MUST BE STORED CLOSED,IN A VERTICAL POSITION IN AN UNHEATED AND ADEQUATELY
VENTILATED ROOM,AND AWAY FROM SUNLIGHT AND ANY FLAMMABLE MATERIALS.
•Storage temperature: +5°C to +20°C.
•Shelf life: 24 months for a closed bottle/4 months after opening
ATTENTION : THE STORAGE OF THIS PRODUCT MUST COMPLY WITH LOCAL GUIDELINES GOVERNING THE STORAGE
OF HAZARDOUS SUBSTANCES.
1.10 TRANSPORT
1.10.1TRANSPORTING THE RHEA TITAN UNIT
Before transport: remove any bottles from the unit, close them with their original caps and store them in a
dedicated place. Protect the unit against impacts and scratches.

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Transport must be carried out by duly trained and qualified personnel.
The unit must be transported in its original packaging, maintained on its wheels, firmly anchored, and kept in
an enclosed space (not transported on an open-air platform, for example).
ATTENTION : ONLY TRANSPORT THE UNIT IN THIS POSITION:
1.10.2TRANSPORTING THE X-CID PRODUCT
The X-CID product must only be shipped by a courier or carrier specialised in the transport of hazardous
substances.
ATTENTION : THE TRANSPORT OF THIS PRODUCT MUST COMPLY WITH LOCAL GUIDELINES GOVERNING THE
TRANSPORT OF HAZARDOUS SUBSTANCES.
ATTENTION : TRANSPORT OF THIS PRODUCT MUST BE ENTRUSTED TO PROFESSIONALS WITH THE NECESSARY
PERMISSIONS TO TRANSPORT HAZARDOUS SUBSTANCES.
1.11 DISPOSAL OF THE RHEA TITAN UNIT
This product is covered by European Directive 2012/19/EU of 04 July 2012 on waste electrical and electronic
equipment (WEEE) and falls within category 6 “Electrical and electronic tools (with the exception of large-
scale stationary industrial tools)” as defined in Appendix I to this directive.
Disposal of this product and the recovery of the resultant waste must respect regulations arising from the
application of the European directive by the different member states, as well as any local regulations that
complement it.

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2 USE
2.1 DESCRIPTION OF THE USER INTERFACE
The RHEA Titan has been programmed to offer a simple, user-friendly interface to its users.
The user interface comprises a 4.3-inch resistive colour touchscreen. It has an audible warning system.
2.1.1 FIRST BOOT
Check that the RHEA Titan is connected to a ~230 V -50 Hz electrical network
During first use, the RHEA Titan offers you the option of changing the settings. Follow the steps below:
After switching on, the RHEA Titan offers a choice of
language:
French
English
German
Spanish
Chinese
Press the flag corresponding to the desired language.
Then validate by pressing
Then set the date and time.
Once this is set, press
to move onto the next step
Press to go back.

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The next step is to choose the disinfection protocol:
There are 9 protocols:
-3 ml/m3–2 hours of contact time
-6 ml/m3–2 hours of contact time
-8 ml/m3–2 hours of contact time
-3 ml/m3–1 hour of contact time
-6ml/m3–1 hour of contact time
-8ml/m3–1 hour of contact time
-6 ml/m3–30 minutes of contact time
-8 ml/m3–30 minutes of contact time
-6 ml/m3–15 minutes of contact time
-
After choosing your protocol, press
Press to go back.
After having chosen the protocol, a confirmation
screen will appear
Press to confirm the protocol
Press to go back.

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2.1.2 PROTOCOL SELECTION GUIDE
The RHEA Titan has been validated according to standard EN 17272 depending on the different protocols, in
order to give the user the choice to adapt to the best use.
The table below will help with protocol choice:
Available protocols
(Target X-CID
concentration - contact
time)
Selection criteria
Biocide range
in line with
EN 17272
3 ml/m3- 1 hour
- Low concentration of X-CID.
Low consumption - Excellent material compatibility - Minimum aeration time
- No tuberculocide validation
Compliant with EN 17 272 standard
- Bactericide
- Fongicide
- Sporicide
- Levuricide
- Virucide
3 ml/m3- 2 hours
- Low concentration of X-CID.
Low consumption - Excellent material compatibility - Minimum aeration time
Quick cycle for volume > 80 m3when using CUBAIR OX
- Double contact time - Long-time of exposure - Cost savings on filters
Compliant with EN 17 272 standard on all class of microorganisms
- Bactericide
- Fongicide
- Sporicide
- Levuricide
- Tuberculocide
- Virucide
6 ml/m3- 1 hour
- Concentration intermediaries X-CID.
Quick cycle for volume < 80 m3when using CUBAIR OX
6 log efficiency on spores
Compliant with EN 17 272 standard on all class of microorganisms
6 ml/m3- 2 hours
- Medium concentration of X-CID.
- Double contact time - Safety margin on disinfection performances
Long-time of exposure - Cost savings on CUBAIR OX filters
Compliant with EN 17 272 standard on all class of microorganisms
8 ml/m3- 30 minutes
- Maximum concentration of X-CID.
- Shortest contact time for quick cycle if the room is equipped with a performant
HVAC system to eliminate the biocide at the end of contact time.
Compliant with EN 17 272 standard on all class of microorganisms
8 ml/m3- 1 hour
- Maximum concentration of X-CID.
- Doubled contact time - Safety margin on disinfection performances
Compliant with EN 17 272 standard on all class of microorganisms
8 ml/m3- 2 hours
- Maximal concentration of X-CID.
- Quadrupled contact time - Long-time of exposure - Safety margin on
disinfection performances - Cost savings on CUABIR OX filters
Compliant with EN 17 272 standard on all class of microorganisms
6 ml/m3- 15 minutes
Protocol non-compliant with EN 17 272 under customer's validation
Non complaint
with EN 17 272
standard
Compliant with
NF 72 281
standard
6 ml/m3- 30 minutes
Protocol non-compliant with EN 17 272 under customer's validation

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2.1.3 SWITCHING ON THE UNIT
Check that the RHEA is connected to a ~230 V -50 Hz electrical network
When the RHEA Titan is connected to the mains via the power cable and the switch is set to “1”, the home
screen is displayed for several seconds during software start-up. Once start-up has finished, the main screen
is displayed automatically, the unit emits a validation beep and the green LED comes on.
ATTENTION : THE ELECTRICAL SUPPLY MUST COMPLY WITH REGULATORY TEXTS AND BE PERIODICALLY
CHECKED.
ATTENTION : ONLY USE POWER CABLES SUPPLIED BY THE MANUFACTURER.
2.1.4 SWITCHING OFF THE UNIT
To switch off the unit, simply set the switch to “0”. The green LED goes
out.
Home screen
Main screen+ green LED

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2.2 DESCRIPTION OF NAVIGATION ICONS
3
1
Run and set the disinfection cycle
2
Access the bottle menu
3
Access the datalog
4
Access the maintenance menu
5
Return to previous menu
6
Validate
7
Open the bottle compartment
8
Bottle replacement
9
Turn the page
10
Print the ticket
11
Data extraction to USB drives
1
2
5
6
7
8
10
11
9
3
4

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2.3 SETTINGS MENU FOR THE ASD CYCLE
Step 1:
On the main screen, press the Run disinfection
cycle (1) icon.
Step 2:
After pressing the button to launch the cycle, the
machine will check the weight of the drums
presents or not before going to the next step. It can
take 10 seconds
Step 3:
During first use, or if the bottles are empty, or if they
do not match the last bottles used, the system will
ask you to install new bottles and to scan them using
the NFC reader to access the disinfection cycle
settings.
Once the bottles are scanned, press the button
again to run the disinfection cycle.
Step 4:
This brings you to the user settings screen.
Press the grey rectangular boxes to enter the
following information:
1: Operator name
2: Company name
3: The department
4: The room number
Press the validation button to proceed to step 4.
1
2
3
4
TL
1