Cellbox Flight CDI User manual

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TECHNICAL MANUAL
Cellbox Flight CDI

PRODUCED BY
Cellbox is a registered trademark of Cellbox Solutions.
SOLUTIONS GMBH
Holtenauer Str. 74
24105 Kiel I Germany
Englische Planke 8
20459 Hamburg I Germany
T [phone]
cellbox-solutions.com
[e-mail]

TECHNICAL MANUAL
Cellbox Flight CDI
For Research Use Only (RUO)
DISCLAIMER
The manual is intended as a guideline and that Cellbox Solution GmbH shall in no event be held
liable for any direct, or incidental damages that arises out of, or are related to the use of this
manual.
Version 1.6, January 2021

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TABLE OF CONTENT
1. SAFEKEEPING OF THE MANUAL 5
2. DEVICE DESCRIPTION 5
3. INTENDED USE 5
3.1 Purpose 5
3.2 Restrictions on the Use of this Device 5
4. SAFETY INSTRUCTIONS 6
5. SCOPE OF DELIVERY, FEATURES AND DEVICE OVERVIEW 6
5.1 Scope of Delivery 6
5.2 Features 6
5.3 Device Overview 7
5.4 Display Elements 7
6. OPERATION OF THE DEVICE 11
6.1 Charging the Device 11
6.2 Refilling CO2 12
6.3 Preparing the device for transport 13
6.4 Transporting the Device 13
6.5 Safe Removal of the Live Cells from the Device 14
6.6 Cleaning the Device 14
7. LABELS ON THE DEVICE 14
7.1 Type Plate 14
7.2 Labeling requirements for ground transport of the Cellbox 14
7.3 Packaging of biological materials 17
8. ENVIRONMENTAL CONDITIONS FOR THE USE OF THE DEVICE 17
9. STORAGE AND DISPOSAL 17
9.1 Storage 17
9.2 Disposal 17
10 TECHNICAL SPECIFICATIONS 17

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1. SAFEKEEPING OF THE MANUAL
The technical manual belongs to the Cellbox Flight CDI
and must accompany the device at all times. This en-
sures that persons operating the device can refer to the
content of the manual as required.
The latest version of the technical manual can be
opened by scanning the code on the type plate
of the Cellbox or below:
2. DEVICE DESCRIPTION
The Cellbox is an electronic device developed by Cellbox
Solutions GmbH for the safe and documented transport
of living cells. The living cells, which can be transported in
various cell culture vessels, are enclosed within the incu-
bation chamber of a robust transport trunk. This creates a
controlled environment wherein the physical parameters,
such as the temperature and CO2 concentration (to main-
tain the pH value of the medium buffer system) can be
defined and stably maintained for a period of at least 24
hours without an external power source.
In order to achieve the optimal conditions for the
transport of living cells, the Cellbox is able to control the
ambient temperature around the cell culture vessels with
precision. This function is further supported by the con-
tinuous circulation of air around the cell culture vessels,
resulting in an even temperature distribution. The device
also maintains a constant internal CO2concentration by
automatically dispensing pure gaseous CO2. This sus-
tains the vitality of the in vitro cell cultures by providing a
source of environmental CO2that stabilizes the pH. To
ensure that an adequate supply of gaseous CO2 is avail-
able for the entire period of transport, the device has
been fitted with a thermally-insulated container for the
storage of dry ice. Through the process of sublimation
gaseous CO2is produced for the conditioning of the
transport compartment. A complete fill with dry ice can
maintain a 5% CO2environment for up to 24 hours.
The Cellbox can be operated from its built-in rechargea-
ble Lithium-Ion Battery packs, an external power supply
or even an automotive/vehicle power adapter (see chap-
ter 6.1). This provides the user with various options to
ensure an uninterrupted power supply during transport.
Sensors within the transportation compartment of the de-
vice log data of the conditions that the cells (living cargo)
experience during transport. These data logs can easily
be transferred to a mobile device using Bluetooth con-
nectivity to the Cellbox App.
3. INTENDED USE
3.1 Purpose
This device is intended to serve as a protective environ-
ment that can sustain living cells, in various cell culture
vessels, for a defined period of time, with the purpose of
transport. In this context transport can refer to carrying
the device or moving the device with the aid of a vehicle.
When in operation the device can be configured to auto-
matically maintain a set internal temperature and CO2
concentration.
Power can be supplied to the device by means of an
external power supply or in a portable manner from the
internal battery packs.
The following cell culture vessels are compatible with the
Cellbox:
• Multiwell-plates with 6, 12, 24, 48, 96 and 384
wells
• Multiwell-plates with standard ANSI/SBS
footprint.
• Various chip formats
• Various cell culture bags
• Various cell culture flasks
3.2 Restrictions on the Use of this Device
This device is intended for Research Use
Only (RUO).
It is strictly forbidden to use the device for the transport
of infectious substances as classified within Class 6.2
of the ADR (European Agreement concerning the Inter-
national Carriage of Dangerous Goods by Road, appli-
cable as from 01.01.2015) as well as Class 3.6.2 of
the IATA (International Air Transport Association - Dan-
gerous Goods Regulations, applicable as from
01.01.2021).
Use of the device for any purpose other than the in-
tended purpose described in section 3 is classified as
misuse and can result in danger or damage.
The device may not be used for the transport of materials
and substances that could produce toxic vapors or ex-
plosive fumes at the set temperature. Furthermore, mate-
rials and substances that pose a risk of exploding, burst-
ing or igniting may not be transported in this device. If
any doubt arises about the composition of the materials
or substances to be transported, they must not be
loaded in the device.
Potentially explosive gas-air mixtures may not be formed
in the transportation compartment, nor may the device
be operated in their immediate vicinity.

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4. SAFETY INSTRUCTIONS
The device may only be operated in a good
working order. When the user identifies any irreg-
ularities, disturbances or damage before
or during the operation of the device, it should immedi-
ately be decommissioned. After decommissioning the
device, the user should contact the manufacturer.
The device may not be rebuilt, modified or al-
tered in any way without the authorization of
the manufacturer. In the event of any unauthor-
ized modification or alteration, the declaration of con-
formity is declared invalid and the device must be de-
commissioned.
During the transport of unsuitable goods, the
possibility exists that toxic vapors or explosive
fumes may be formed. This may cause the de-
vice to explode and result in serious injury or poisoning.
The device is only intended for the transport of goods that
do not form any toxic vapors or explosive fumes when
heated (also see section 3. Intended Use).
The device must not be sprayed with or sub-
merged in water. As the device is only resistant
to low quantities of dripping water, larger quanti-
ties of water could reach the internal electronics and
cause damage.
As a result of partial disassembly or damage to
the casing of the trunk, electrical wires could be
exposed and pose a risk of electric shock to the
user. Repairs and maintenance of the electric compo-
nents must only be performed by the manufacturer.
The use of the device in potentially
explosive areas (containing flammable
substances, gases, fumes or mixtures of
gas and air) is strictly forbidden. The device
does not have any measure of explosion
protection.
Only use the Cellbox Flight CDI in well
ventilated areas when filled with dry ice.
Due to the sublimation of dry ice an
increase of the CO2 concentration can ensue.
Depending on the CO2concentration inhaled
and exposure duration, toxicological symptoms
in humans could range from headaches
increased respiratory and heart rate, dizziness,
muscle twitching, confusion, unconsciousness,
coma and death.
5. SCOPE OF DELIVERY, FEATURES AND DE-
VICE OVERVIEW
5.1 Scope of Delivery
Besides the Cellbox Flight CDI the following
items are included in the scope of delivery:
• 1 multi-well holder
• 3 spacers for multi-well holder
• Power adapter for operation of the device or for
charging the battery packs
• Car adapter
• Technical Manual (Online)
• Power plugs with wall socket compatibility for
the EU, Japan, UK, USA, Switzerland and Australia.
5.2 Features
The Cellbox Flight CDI has the following features:
• Protective environment for the temporary stor-
age and transport of cells and culture media
within a variety of cell culture vessels.
• Mechanical protection of goods when the de-
vice is carried or transported in a vehicle, train,
ship or airplane.
• Simple-to-use touch screen interface for the
operation of the device.
• Incubation range 3°C above ambient
temperature and programmable be-
tween 28°C and 38°C.
• Programmable CO2 concentration between
0% and 18%.
• Display that is updated with the internal
CO2concentration and temperature in
real-time.
• The Cellbox logs the history of the internal

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temperature, CO2concentration, remaining CO2in the
dry ice compartment as well as its set values for tem-
perature and CO2.
• Bluetooth connection for communication with smart
devices.
• Cellbox App for data export and graphical presenta-
tion of logged environmental conditions.
5.3 Device Overview
The outer case of the Cellbox is a robust transport box
made to withstand mechanical impact. It is therefore the
ideal device for the transport of biological material by
road, sea, rail and air.
The following device elements have been highlighted for
the user:
A Locking mechanism
B Main power switch with protective lid and LED for
device status
C Connection/socket for external power supply
D 4 LEDs for indication of the battery level
E Incubation chamber lid
F Lid locking mechanism
G Chamber for dry ice with lid
H Display
5.4 Display Elements
The touch screen of the Cellbox Flight CDI displays the
conditions inside the incubation chamber and allows the
user to adjust temperature, CO2 concentration and reset
the elapsed time and remaining CO2.
The Cellbox Homescreen becomes visible when the de-
vice is switched on. The following is displayed:
• Current temperature in the incubation chamber in °C
• Preset temperature in incubation chamber (user-de-
fined) in °C
• Current CO2level in the incubation chamber in %
• Preset CO2level (user-defined) in %
• Elapsed time in hh:mm:ss
• Bluetooth toggle on/off
• CO2dry ice level in %
• Battery level in %
Tap the respective field to enter its sub menu.
B
C
D

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Setup – Temperature
Use the keypad to define the preset temperature
in the incubation chamber. A value in the range of
28.0°C to 38.0°C is possible and can be defined in in-
crements of 0.1°C. Use the “<” key to correct your entry.
Confirm your entry with “OK” (green field).
The user is returned to the Homescreen. Tap “ ” to re-
turn to the Homescreen without modifying the preset
value.
If a value lower than 28.0°C or higher than 38.0°C is en-
tered and confirmed, the system will automatically default
to the closest minimum or maximum temperature.
It is strongly recommended that the initial heating
of the incubation chamber is performed with the
Cellbox connected to a wall power socket to re-
serve the fully charged batteries for transport. Depending
on the ambient temperature the initial heating stage can
take up to 45 minutes.
Setup – CO2Concentration
Use the keypad to define a preset CO2concentration be-
tween 0.0% and 18% in the incubation chamber. The tar-
get CO2concentration can be defined in increments of
0.1%. Use the “<” key to correct your entry. Confirm an
entry with “OK” (green field).
The user will be returned to the Homescreen. Tap “ ”
to return to the Homescreen without modifying the
preset value.
If a CO2concentration higher than 18% is entered and
confirmed, the system will automatically default to the
maximum value.
The initial CO2equilibration may take up to 15
minutes.
Setup – CO2 Dry Ice Timer
Reset the dry ice timer by tapping the green button to
confirm that the dry ice container has been refilled. The
timer will start to count backwards from 24 hours.
Tap “” to return to the Homescreen.
The remaining dry ice level is displayed by a
timer that counts backwards from 24 hours.
It is recommended to refill the dry ice
container before each transport. Re-
icing can also be performed more
frequently if needed.
When the timer reaches zero it is very likely that
there is little to no dry ice left to condition the transport
compartment.
During long transport periods the dry ice may
completely sublimate inside the container and be
replaced by gaseous CO2. Therefore, it is not
advised to open the dry ice compartment without re-icing
the device, because this could lead to a loss of the re-
maining gaseous CO2and compromise the incubation
functionality.
Be aware that leaving the transport compartment
opened for longer periods of time or increasing the
CO2concentration above 5% leads to faster sublimation
of dry ice which results in significant shorter runtimes.
Setup – Data Logging
The Data logging screen displays the elapsed time, in

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hh:mm:ss, since the data logging function has been acti-
vated. To start a log, tap “start recording”, to stop a run-
ning log, tap “stop recording”.
After tapping “stop recording” the elapsed period of time
remains visible. The counter can be reset by tapping on
“reset time”.
The Cellbox can record up to 50 logs. The remaining log
counter is displayed in the upper right corner.
Once 50 log files have been recorded, the Cell-
box will be unable to record any further logs and
the user will be notified by a pop-up window.
To delete all records, tap the “delete all
records” button. A pop-up window will
be displayed in which the user needs to
confirm their command by tapping the “okay”
button. Take special note that all previously
recorded data logs will be irrevocably deleted by
pressing “okay”. Tap “cancel” to abort deleting
the records.
Tap “ ” to return to the Homescreen.
Setup - Energy Saving Mode
The battery management menu contains the settings for
Energy Saving Mode. This feature is necessary for any
transport exceeding 8 hours or when the device is left
unattended for a longer period of time. When the Cellbox
is in Energy Saving Mode, the cooling fans for the Peltier
elements are switched off which extends the battery run-
time of the device.
There are two options to choose from; Manual
Mode or Automatic Mode.

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Automatic Mode
If Energy Saving Mode is set to “Auto”, the Cellbox will
automatically enter Energy Saving Mode when the tem-
perature difference between the set temperature and ac-
tual temperature is smaller than 1°C.
Activating the Automatic Energy Saving Mode allows the
Cellbox to optimize battery consumption by entering En-
ergy Saving Mode when required.
Manual Mode
If Energy Saving Mode is set to Manual, the user needs
to physically activate and deactivate the Energy Saving
Mode.
It is recommended to only activate the Energy Saving
Mode when the device is already pre-heated and the
Cellbox is about to be transported. If a Cellbox is left to
heat up the incubation chamber while Energy Saving
mode is activated, it will drastically increase the time re-
quired to equilibrate to the user defined temperature.
If Energy Saving Mode is active, either by man-
ual or automatic control, the fans for cooling the
Peltier elements are switched off, which also re-
sults in a lower noise level.
The actual status of the Energy Saving Mode is displayed
at the top of the Battery management menu.
Cellbox Solutions recommends activating Automatic En-
ergy Saving Mode for all transport applications.
Tap “ ” to return to the Home screen which will indicate
when Energy Saving Mode is turned on.
Data Export
To export data, install the Cellbox App on your smart de-
vice. Activate Bluetooth on your smart device and open
the Cellbox App.
Tap the Bluetooth button on the Cellbox Homescreen to
activate Bluetooth. If active, the Bluetooth symbol be-
comes blue. The Cellbox will attempt to pair with your
smart device via the Cellbox App. Once prompted, enter
the provided pin code to complete the pairing procedure:
Follow the on-screen instructions in the App to access
the data logs.
To learn more about the function of the Cellbox App,
please refer to our video tutorials and separate App In-
struction Manual accessible at:
www.cellbox-solutions.com &
www.cellbox-solutions.com/downloads
Only pair the Cellbox and the smart
device via the Cellbox App and not by
the smart device internal pairing
function.

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Service
Tapping the gear icon will open the service window
where further device information can be found. Infor-
mation displayed includes the current Firmware Revision,
BT Modul Revision and the Battery-Box Revision of the
device. The service menu also shows the actual time,
both in UTC and local time, as well as contact details of
your Cellbox Service team.
Tap the UTC time and set your desired local time by us-
ing the keypad. Use the “<” key to correct your entry,
negative numbers can be added by pressing “-“ after the
number. Confirm the entry with “OK” (green field).
The Cellbox service window will now display the local
time as well.
Tap “ ” to return to the Homescreen.
6. OPERATION OF THE DEVICE
6.1 Charging the Device
The Cellbox is fitted with 4 Lithium-Ion battery packs that
each have a capacity of 99.4Wh. These battery packs
provide an uninterrupted power source for the operation
of the device during transport for more than 24 hours.
It is recommended to connect the Cellbox to a
power supply when heating up the device for
transport. This ensures that all battery packs are
fully charged before the transport
10 hours will be required to fully charge the bat-
teries.
To charge the device during transportation, en-
sure that the automotive/adapter is set to 20V.
The power cable, power adapter and car adapter can be
found in the lid compartment.
Securely plug the power cable into the socket below the
power button.

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One of the four LEDs on the front panel of the device will
start to blink after connecting a partially or fully dis-
charged Cellbox to an external power source.
Each of the LEDs represents a 25% charge value. A con-
tinuously blinking LED indicates that the Cellbox is being
charged. When all four of the LEDs are steadily lit in
green, the device is fully charged. It is possible to charge
the device both when in operation or switched off.
The white LED ring around the power
button increases in brightness when an
external power source is connected.
• 4 LEDs are steadily lit - 100% charged
• 3 LEDs are steadily lit - 75% charged
• 2 LEDs are steadily lit - 50% charged
• 1 LED is steadily lit - 25% charged
During discharge of the battery packs each LED light will
shortly blink before switching off. When only one light is
blinking, the device needs to be connected to a power
supply as soon as possible to ensure that incubation
conditions are maintained.
Please be aware that more time is required to
fully charge the Cellbox when it is in operation.
The available current is preferentially used to
power the device, while the smart charging system only
diverts a portion of the current to recharge the batteries.
6.2 Refilling the Dry Ice Container
The Cellbox Flight CDI uses gaseous CO2to condition
the internal environment for the transport of living cells. In
this model of the Cellbox, dry ice generates gaseous
CO2through the process of sublimation. The Cellbox is
fitted with a thermally-insulated container for the storage
of approximately 0,5 kg of dry ice pellets. An electroni-
cally managed system ensures that the CO2is distributed
accurately as required.
Refilling procedure
Always handle dry ice with the
appropriate personal protective
equipment (PPE). We recommend using
goggles or a face shield, a lab coat or a similar
protective coat and loose fitting thermally-
insulated gloves.
Never handle dry ice with bare hands.
Store dry ice in a well-ventilated area.
Wear appropriate PPE.
Open the Cellbox and gain access to the dry ice con-
tainer by unscrewing the lid in an anti-clockwise motion
and pulling out the polystyrene lid on its appropriate han-
dle.

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Use a small dry ice scoop or dry ice shovel to fill the
dry ice container up so that the polystyrene lid can still be
easily placed on top of the dry ice. Do not squeeze the
polystyrene lid in too far to avoid issues in retrieving.
The lid for the dry ice container needs to be
securely tightened to reduce the risk of a
leakage into the incubation chamber
The container is designed to hold approximately 0,5kg of
dry ice pellets / nuggets with a diameter of 10mm. Avoid
overfilling the container to ensure that the polystyrene lid
can be replaced and the dry ice lid can be tightened se-
curely at least to its minimum marking.
Tap the CO2dry ice timer window in the Cellbox
Homescreen and reset the CO2dry ice timer, as de-
scribed in section 5.4.
A completely filled CO2dry ice container can sustain a
5% CO2concentration in the incubation chamber for at
least 24 hours.
If the incubation chamber is frequently opened or left
open for long periods during operation, there is a risk that
the dry ice may be depleted prematurely.
It is recommended to refill the dry ice container
and start the timer shortly before transport.
6.3 Preparing the device for transport
• Switch on the Cellbox.
• Verify the battery status and if necessary, charge the
device (observe the status of the 4 LEDs on the front
panel). Please keep in mind that 10
hours will be needed to fully charge the batteries.
• If necessary, refill dry ice before use as described in
section 6.2.
• It is essential to provide the device with sufficient
time to reach a stable internal temperature before
being used for the transport of living cells. The lid of
the incubation chamber has to be closed and
latched down before the device is switched on. Ap-
proximately 30-45 minutes are required for the inter-
nal temperature to reach 37°C.
• The device can reach an internal CO2 concentration
of 5% within a few minutes of operation.
All preparations should be performed
using an external power source to
ensure that the battery packs remain
fully charged for transport.
6.4 Transporting the device
The lid of the main power switch should be securely
closed before the device is transported. This prevents
access to the main power switch, ensuring the device is
not accidentally powered off during transport.
To protect the contents of the Cellbox, the device should
only be transported in an upright position.
It is strongly recommended that the Cellbox, and more
so the incubation chamber, remains closed during
transport. The incubation chamber should only be
opened if absolutely necessary because this jeopardizes
the internal environment and subsequently the cell viabil-
ity.
If the possibility exists, the device should be connected
to an external power source during transport. Dry ice can
also be refilled as desired. In this way the maximum
transport period of 24 hours can be extended.

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Open the carton overpack to access the polystyrene
housing within.
Lift the polystyrene lid and place the Cellbox inside.
The polystyrene housing has been
specially designed for effortlessly
inserting and removing the Cellbox.
Should the Cellbox not fit, do not force it, simply
rotate the Cellbox until it slides into the
polystyrene housing.
6.5 Safe Removal of live cells from the device
• Unlatch the outer locks and open the Cellbox device
lid.
• Unlatch the incubation chamber locks and remove
the incubation lid.
• Remove the adapter containing the transport vessels
and place it on the work bench.
• Remove the spacers when taking the vessels from
the adapter.
• Use good sterile technique when handling biological
material.
6.6 Cleaning the device
The device must be switched off and disconnected from
the external power supply before any attempts at clean-
ing are made.
Incubation chamber: The incubation chamber is con-
structed from hard anodized aluminum. It can therefore
be cleaned using a soft cloth and appropriate detergents
(e.g. 70% ethanol).
Outer Surface: The outer surface of the device can be
wiped clean with a dry cloth.
7. LABELS ON THE DEVICE
7.1 Type plate
Detailed information about each device can be found on
the type plate located at the back of the Cellbox.
7.2 Labeling requirements for flight transport
of the Cellbox
According to the guidelines of the ADR (European Agree-
ment concerning the International Carriage of Dangerous
Goods by Road, applicable as from 01.01.2015), as well
as the IATA (International Air Transport Association - Dan-
gerous Goods Regulations, applicable as from
01.01.2021) the Cellbox has to be labeled to indicate
that its operation requires dry ice for the conditioning of
the internal environment as well as that the Cellbox is
containing lithium-ion batteries.

15
Labels on Cardboard Overpack / Cellbox during Ground Transport with dry ice
Road & Air
Cellbox Flight CDI with dry ice
Labels on cardboard overpack
UN 3481 label indicating the use of Lithium-Ion
batteries.
Please add Cellbox Solutions‘ phone number in the indi-
cated field: [phone].
Dry ice label indicating the use of dry ice as conditioner
Text on cardboard: UMVERPACKUNG / OVER-
PACK
Lithium-ion batteries contained in equipment.
Information in transport documents (optional)

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Indication on Cellbox
(if transported with/without the overpack)
Information in transport documents (optional)
UN 3481 label indicating the use of Lithium-Ion bat-
teries.
Please add Cellbox Solutions‘ phone number in the
indicated field: [phone].
Please add amount of dry ice in kg as well as ship-
per‘s and consignee‘s information on UN 1845 Dry
Ice label. It is recommended to place both danger-
ous goods labels on the same side of the cardboard
overpack.
Dry ice label indicating the use of dry ice as conditioner.
Lithium-ion batteries contained in equipment in compli-
ance with Section II of PI967

17
7.3 Packaging of biological materials
Cellbox devices used to ship biological materials, need
to be packaged according to Packing Instruction of the
ADR and IATA.
Biological Substance shipments must comply with local,
state, federal and international laws governing identifica-
tion, classification, packaging and package markings
(which may be in label form).
Cellbox recommends adhering to a three-layer packag-
ing system, consisting of:
• a leak-proof primary receptacle,
• leak proof secondary packaging and absorbent ma-
terial
• outer packaging of adequate strength.
The Cellbox provides a fourth sturdy outer layer packag-
ing.
Affix the appropriate label(s) to the outer package,
either on the surface of the Cellbox, or on the carton
overpack.
Cellbox Solutions GmbH shall in no event be held liable
for damages/unsuccessful transports resulting from inap-
propriate labeling.
Please consult your specialty logistics provider for
final approval.
8. ENVIRONMENTAL CONDITIONS FOR THE
USE OF THE DEVICE
The Cellbox has an IP type of protection 21 according to
the DIN EN 60529 classifications and may only be oper-
ated under the following environmental conditions:
• Environmental temperature range of 0°C to 40°C.
Please take note that continuous operation at tem-
peratures below 20°C and above 30° C will drasti-
cally affect the battery life.
• The device must be protected from being sprayed
with water or submerged in water. It is only resistant
to dripping water and larger quantities of water could
reach the internal electronics and cause damage.
• The operation of the device in an environment con-
taining explosive substances, gases, fumes or mix-
tures of gas and air is strictly forbidden. The device
does not have any measure of explosion protection.
When the Cellbox is powered from a wall socket and the
battery packs are being charged, the device should only
be used in a closed room with the following environmen-
tal conditions:
• Environmental temperature range of 0°C to +40°C
• Relative humidity max. 80% (no condensation)
9. STORAGE AND DISPOSAL
9.1 Storage
Storage of the device is possible in a dust-free and frost-
free room. During storage the device should not be con-
nected to an external power source.
9.2 Disposal
This product is subject to the European Community Di-
rective 2002/96/EG on waste electrical and electronic
equipment (WEEE). This device may not be disposed of
along with general waste at public collection points.
Please contact your distributor or manufacturer for the
disposal of this device. Devices that are contaminated
with infected, infectious or any other substances that
pose a health hazard are excluded from being returned
to the manufacturer or distributor.
10 TECHNICAL SPECIFICATIONS
• Dimensions of the Cellbox:
535 ×340 ×380 mm; 21.0 ×13.4 ×15.0 inch
• Overpack dimensions:
• 670 ×490 ×470 mm; 26.4 ×19.3 ×18.5 inch
• Dimensions of the transport compartment:
155 ×200 ×135 mm; 6.1 ×7.9 ×5.3 inch
• Electrical supply of the power adapter:
100–240VAC, 50/60Hz, 1,4A
• Electrical supply of the Cellbox (only to be operated
or charged using the provided power adapter): 20V
DC, 5,0A, 120W max.
• Weight: 17 kg; 37.5 lbs
• Maintenance interval: 12 months
• Warranty: 1 year

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CLEANING INSTRUCTIONS
General Advice
1. Clean the Cellbox before every use.
2. Wear clean gloves for cleaning.
3. Use an appropriate detergent (e.g. 70% ethanol).
4. Avoid spray disinfection.
Immediate Measure
Regular Measure
Please remove any spills immediately.
The device must be switched off and dis-
connected from the external power supply
before any attempts at cleaning are made.
The outer surface of the device can be wiped
clean with a dry cloth.
The incubation chamber is constructed from
hard anodized aluminum. It can therefore be cleaned
using a soft cloth and appropriate detergents.

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EC DECLARATION OF CONFORMITY
We, Cellbox Solutions GmbH, Holtenauer Str. 74, 24105 Kiel, Germany, declare under our sole responsibility
that this electrical device,
Cellbox Flight CDI,
is in conformity with the following relevant Union harmonization legislation:
Directive 2014/35/EU:2014-02-26 of the European Parliament and of the Council of 26 February 2014 on
the harmonization of the laws of the Member States relating to the making available on the market of electrical
equipment designed for use within certain voltage limits
and
Directive 2014/30/EU of the European Parliament and of the Council of 26 February 2014 on the harmoni-
zation of the laws of the Member States relating to electromagnetic compatibility
and
Directive 2011/65/EU of the European Parliament and of the Council of 8 June 2011 on the restriction of
the use of certain hazardous substances in electrical and electronic equipment.
In particular, the following harmonized standards were applied:
DIN EN 61326-1:2013-07 Electrical equipment for measurement, control and laboratory use - EMC require-
ments - Part 1: General requirements
DIN EN 62368-1:2016-05 Audio/video information and communication technology equipment - Part 1:
Safety requirements
DIN EN 61010-1:2011-07 Safety requirements for electrical equipment for measurement, control and labora-
tory use - Part 1: General requirements
DIN EN 61010-2-030:2011-07 Safety requirements for electrical equipment for measurement, control and
laboratory use - Part 2-030: Particular requirements for testing and measuring circuits
DIN EN 61140:2016-11 Protection against electric shock - Common aspects for installation and equipment
This EC Declaration of Conformity becomes invalid if the above described electrical device will be altered or
changed without the consent of Cellbox Solutions GmbH.
Kiel, November 15, 2020
..................................................................
Cellbox Solutions GmbH
Wolfgang Kintzel
Managing Director

20
Holtenauer Str. 74
24105 Kiel | Germany
Englische Planke 8
20459 Hamburg | Germany
T [phone]
[email protected]
cellbox-solutions.com
SOLUTIONS GMBH