IKA HABITAT User manual

HABITAT cell
HABITAT photo cell
HABITAT cell cct
HABITAT photo cell cct
HABITAT cell vessel
0.5 L sw
0.5 L dw
1 L sw
1 L dw
2 L sw
2 L dw
5 L sw
5 L dw
10 L dw
3.2 L su sw
HABITAT ferment vessel
0.5 L dw
1 L dw
2 L sw
2 L dw
5 L sw
5 L dw
10 L dw
HABITAT ferment
HABITAT photo ferment
HABITAT ferment cct
HABITAT photo ferment cct

ENGLISH

5
safe
STOP
Stirrer
Temp
pH
pO2
Level
Foam
Safety instructions............................................................................. 7
!
Unpacking ...................................................................................... 10
Technical Data ................................................................................ 86
EU Declaration of conformity .............................................................6
Explication of warning symbols ......................................................... 6
Interfaces and outputs .................................................................... 77
Warranty ........................................................................................ 95
Useful information .......................................................................... 13
Maintenance and cleaning .............................................................. 82
Accessories ..................................................................................... 83
Intended use................................................................................... 10
Operation ....................................................................................... 32
Installation...................................................................................... 14
Error codes ..................................................................................... 84
Fig. 1
!
!
!
!
!
!

6 7
Explication of warning symbols
EU Declaration of conformity
/// Warning symbols
/// General Symbols
Note
Indicates steps of actions that require particular attention.
Position number
Indicates device components relevant to actions.
A–––
Correct / result
Indicates the correct execution or the result of an action step.
Wrong
Indicates the incorrect execution of an action step.
We declare under our sole responsibility that this product corresponds to the directives 2014/35/EU,
2006/42/EC, 2014/30/EU and 2011/65/EU and conforms with the following standards or nor-
mative documents: EN 61010-1, EN 61010-2-051, EN 61326-1, EN 60529 and EN ISO 12100.
A copy of the complete EU Declaration of Conformity or further declarations of conformity can
be requested at [email protected].
Source language: German
Indicates an (extremely) hazardous situation, which, if not avoided, will
result in death, serious injury.
Danger!
Indicates a hazardous situation, which, if not avoided, can result in
death, serious injury.
Warning!
Indicates a potentially hazardous situation, which, if not avoided, can
result in injury.
Caution!
!Indicates practices which, if not avoided, can result in equipment dam-
age.
Notice!
/// General information
› Read the operating instructions completely before starting up and follow the
safety instructions.
› Keep the operating instructions in a place where it can be accessed by everyone. For the
HABITAT operating instructions it is also available as PDF or to be downloaded from the UI.
› Ensure that only trained staff work with the device.
› Follow the safety instructions, guidelines, occupational health and safety and accident
prevention regulations.
› The device must only be used in a technically perfect condition.
!Notice!
› Pay attention to the marked sites in Fig. 1.
Safety instructions
/// Device design
Caution!
› The power switch of the device must be accessed immediately, directly and without risk at
any time. If access to the power switch cannot be ensured, an additional emergency stop
switch that can be easily accessed must be installed in the work area.
› Ensure that your hands / fingers do not get crushed when setting down the device.
Caution!
› Device surface is partially made of glass:
- Glass surface can be damaged by impact.
- If glass surface is damaged it could cause injury, don`t use the device anymore.
!Notice!
› Set up the device in a spacious area on an even, stable, clean, non-slip, dry and fireproof
surface.
› The feet of the device must be clean and undamaged.
› Ensure that the power cord set / temperature sensor cable does not touch the heating plate.
› Ensure that the vessel stands safely on the device.
!
Indicates the exposure to a hot surface.
Danger!
/// Working with the device
Danger!
› Do not use the device in explosive atmospheres, it is not EX-protected.
› With substances capable of forming an explosive mixture, appropriate safety measures must
be applied, e.g. working under a fume hood.
› To avoid body injury and property damage, observe the relevant safety and accident
prevention measures when processing hazardous materials.
› Before use, the vessel system has to be cleaned and sterilized.
› The device is not suitable for hand-held operation.
› Do not touch the rotating parts during operation!
› Autoclaving: 121°C / time, 15-20 minutes
Do not close the hose jacket connectors for the temperature chamber of the double wall
glass vessel while autoclaving! The vessel might get broken! Be aware of the hot surface after
autoclaving!
› Turn off the peristaltic pumps before replacing any tubes or pump heads.
Indicates crushing risk to fingers / hands.
Caution!
Closed lock!
Indicates the status of “locked”.
Open lock!
Indicates the status of “Unlocked”.

8 9
/// Accessories
› Protect the device and accessories from bumping and impacting.
› Check the device and accessories for damage before each use. Do not use damaged com-
ponents.
› Safe operation is guaranteed only with the use of original IKA accessories.
› Ensure that the external temperature sensor is inserted into the medium to a depth of at
least 20 mm when connected.
› Observe the operating instructions of the accessories.
/// Power supply / Switching off the device
Warning!
› Depending on the chosen mode, the device will automatically restart following any interup-
tion to the power supply.
› Restart PC / App and the IKA Biolab software if a software failure occurs or automatically
shuts down. IKA HABITAT will run without an active connection with PC / App.
› The voltage stated on the type plate must correspond to the mains voltage.
› The device can only be disconnected from the power supply by pulling out the mains plug
or the connector plug.
› The device must only be operated with the original power cord set.
› The socket for the power cord must be easily accessible.
› Socket must be earthed (protective ground contact).
Warning!
› Only process media that will not react dangerously to the extra energy produced through
processing. This also applies to any extra energy produced in other ways, e.g. through light
irradiation.
› Beware of hazards due to:
- flammable materials,
- glass breakage,
- overfilling of media,
- rotating parts.
› When handling hazardous substances or mixtures of substances which are toxic or
are contaminated with pathogenic micro-organisms, the user should take appropriate
precautions. Observe the national regulations, the biosafety level of your laboratory, the
material safety data sheets.
› For germs or biological material or risk group II or higher, please observe the “Laboratory
Biosafety Manual” issued by the World Heath Organisation).
› It may be possible for wear debris from rotating accessory parts to reach the material being
processed.
› The operation of a free rotating shaft end is prohibited.
› Over- or low pressure can damage the glass reactor.
› Don't use hoses or tubes when leaking.
› Keep all the connections tight, especially for the gases.
Caution!
› Wear your personal protective equipment in accordance with the hazard category of the
media to be processed. There may be a risk from:
- ejection of parts,
- release of toxic or combustible gases,
- splashing and evaporation of liquids,
- parts of hot surfaces.
› Stop operating if:
- the medium splashes out of the vessel because the speed is too high,
- the device is not running smoothly,
- the device begins to move around because of dynamic forces,
- an error occurs.
!Notice!
› Remove the motor, the sensor cables and the foam sensor before autoclaving, all other parts
could be autoclaved.
› Cover the sensor connectors while autoclaving.
› Covers or parts that can be removed from the device without tools must later be refitted to
ensure safe operation. This will prevent the infiltration of foreign objects, liquids and other
contaminants.
› There may be electrostatic activity between the medium and the output shaft which could
cause a direct danger.
› Never operate the device with the stirrer tools rotating freely. Ensure that parts of the body,
hair, jewelry or items of clothing cannot be trapped by the rotating parts.
› Pay attention when setting the speed to any imbalance of the stirrer tools and possible
spraying of the medium to be stirred.
/// Maintenance
› The device may only be opened by qualified and approved experts. The device must be
unplugged from the power supply before opening. Live parts inside the device may still be
live for some time after unplugging from the power supply.
› Only use original IKA spare parts!
/// Disposal instructions
› The device, accessories and packaging must be disposed of in accordance with local and
national regulations.

10 11
Intended use
1HABITAT cell / ferment
2Tablet PC
3HA.pl Peltier cooling
8
4Power cord set H 11, 2x
5User guide
6Warranty card
/// Area of use
› Indoor environments similar to that a laboratory of research, teaching, trade or industry area.
› The safety of the user cannot be guaranteed:
- if the device is operated with accessories that are not supplied or recommended by the
manufacturer,
- if the device is operated improperly or contrary to the manufacture’s specifications,
- if the device or the printed circuit board are modified by third parties.
/// Use
› Bioreactors are designed to run cell growth or fermentation processes.
1Stand
2HA.gv.sw.x (vessel single wall) or HA.gv.dw (vessel
double wall)
3HA.mt.s.x (Motor)
4 HA.sp.m.x (Micro sparger) or HA.sp.r.x* (Ring sparger)
5HA.cn (Condenser)
6HA.ip.pi.x (Impeller 3-pitch blade) or HA.ip.b.x*
(Impeller 6 blade)
7HA.ba.x (Bae)*
8HA.s.tm.x (Temperature sensor)
9HA.s.ph.x (pH sensor)
10 HA.s.do.x (DO sensor)
11 HA.s.fo (Foam sensor)
12 HA.hbl.x (Heat blanket)
13 HA.cab.sw (cable set for single wall) or HA.cab.dw
(cable set for double wall)
14 HA.sf.250 (Bottle 250 ml x4)
15 HA.sam (Syringe set)
16 HA.cf.x (Cooling finger)**
Unpacking
/// Unpacking
› Unpack the device carefully. Any damage should immediately be reported to the carrier (mail,
rail or freight forwarding company).
/// Scope of delivery
HABITATcell
HABITATphotocell
HABITATcellcct
HABITATphotocell cct
HABITATcellvessel
0.5 L sw
0.5 L dw
1 L sw
1 L dw
2 L sw
2 L dw
5 L sw
5 L dw
10 L dw
3.2 L su sw
HABITATferment vessel
0.5 L sw
0.5 L dw
1 L sw
1 L dw
2 L sw
2 L dw
5 L sw
5 L dw
10 L dw
HABITATferment
HABITATphotoferment
HABITATfermentcct
HABITATphotoferment cct
safe
STOP
rpm Temp pH
Do
Level
Foam
3
14
5
6
2
1
2
Note: "x" refers to the number of the vessel size like 0.5, 1, 2, 5 or 10, e.g. 2 L « HA.gv.sw.2; 0.5 L « HA.gv.sw.0.5.
HA.cab.sw
or
HA.cab.dw
**
4
321
For ferment only For SW 2&5 L ferment only
or
or
or
567
9
13 14 15 16
10 11 12
8
*
*
**
**

12 13
Useful information
› The HABITAT is operated by an Android or
iOs tablet PC, which is part of the delivery
scope.
› As an alternative the HABITAT Graphic-User
Interface (GUI) software is also available for
Windows based tablet PC / notebooks.
› Wired and wireless operation is supported.
Monitoring is also possible by using the Bi-
oreactor App for Android and iOs mobile
systems.
› During operation the tablet PC / notebook
can be removed from the device. The con-
trol tower is working independently from
the GUI software. All data is saved in the
control tower.
› The main parameter status is shown by an
LED light bar.
Green light: ok, within the range
Red light: not ok, out of the range
› If the tablet PC / notebook is connected
again, all data will be transferred from the
control tower to the GUI to be displayed.
› Safe-STOP button: To immediately pause
all actuators device (Stirrer, Heater, Pumps,
MFCs, Thermostat, Light)
Safe-STOP: Press the button at the control
tower / or the button on GUI. All actuators
stop.
Exit Safe-STOP: Press the button at the con-
trol tower only! All actuators resume back to
8
3 4
1Filter
2Filter heater
3Plug in barb connector 6 mm x 5 mm
4 Hose reducer 6.4 mm x 3.9 mm
5Y hose connector 3.2 mm
6Silicone tube 3.2 mm x 6.4 mm x 15 m
7Silicone tube 4.8 mm x 9.5 mm x 3 m
8pH cable
9DO cable
10 USB cable
11 RS 232 cable
12 Tubing clamp
13 Silicone cap
14 Hose with GL18 and quick coupling
15 Silicone tube 8 mm x 12.7 mm x 5 m
16 Hose clamp
1Single-use vessel
2HA.s.tm.2 (Temperature sensor)
3HA.s.do.2 (DO sensor)
4SU holder
5HA.cab.sw
6HA.sf.250 (Bottle 250 ml x4)
the setting before mode entry.
› Mains switch: Power-ON / Power-OFF the
device.
Power-ON: Control tower on, ready to use.
Power-OFF: Control tower off, no power.
!
Notice!
› Data log file is created only when starting the
“Experiment”, and it records the data all the
time, from the start to the stop of the Exper-
iment, by pressing the PLAY button on the
user interface software. Only one filename is
created for one experiment (start-stop).
› In safe-STOP mode, the data log continues
recording. Log file will show all actuators
that have been stopped during the period of
time.
HA.cab.sw
Single-use vessel
6
3
2
5
4
1
HA.cab.sw
14 15 16
9
131211
10
5
HA.cab.sw
HA.cab.dw
31 2
8
4
67
safe
STOP
Stirrer
Temp
pH
pO2
Level
Foam
Stirrer
Temp
pH
pO2
Level
Foam
safe
STOP
!
Mains switch

14 15
Installation
/// Interfaces
AUSB save data
BPC communication with GUI
software
CRS-232 communication with GUI
software
DETHERNET communication with GUI
software
ESU-CONNECT read optical sensor for
single use
FLIGHT connect to light panel
GTHERMOSTAT control thermostat
HEXT. PUMP control external pump
IEXT. SIGNAL receive 4 ... 20 mA
Input to show in GUI
software
J FILTER HEATER Connect to filter heater
K HEAT BLANKET Connect to heat blanket
LSTIRRER connect to stirrer
M POWER SOCKET connect to power
/// Gas
/// Vessel
/// Lid
Ports Port sizes
0.5 L 1 L 2 L 5 L 10 L
Temp M10
DO Pg13.5
Level M12
Bae 11 mm
pH Pg13.5
Exhaust cooler M16
Harvest M10
Sparger 11 mm
Feed 11 mm (x2) - - - -
4in1/Feed - M27
Cooling finger - - M27
Inoculation - 11 mm (x1) 11 mm (x1) 11 mm (x1) 11 mm (x1)
Reserve Pg13.5 - x1 x2 x3 x4
Reserve 11 mm - x2 x2 x2 x3
Reserve M27 - - - - x1
Double-wall glass vessel
Single-wall glass vessel
0.5 L
0.5 L
1 L
2 L
5 L
10 L
3.2 L
1 L
2 L
5 L
Single-use plastic vessel
A
B
C
D
E
F
G
H
I
J
K
M
L
Inlet
Outlet
Max. 3.0 barg
Tube OD 6 mm
Max. 1.0 barg
Barb 5 mm

16 17
0.5 L 1 L
2 L 5 L
10 L
/// Lid with plugs and fittings
/// Impeller
/// Drive shaft
1.
4.
3.
Allen key or rod 4 mm
2.
1.
1.
2.
≥ 20 mm

18 19
/// Ring or micro sparger
/// Harvest pipe
/// Condenser
/// Bae
1.
2.
2.
1.
3.
2.
3.
1.
1.
2.

20 21
/// Level sensor /// Temperature sensor
/// DO, pH, CO2, conductivity or turbidity probe
Caution!
› Read the operating instructions for the pro-
bes carefully!
/// Vessel and stand
1.
2.
1.
2.
!Notice!
› Related on the lid size the ports may vary!
1.
3.
4.
2.
/// Lid and vessel
1.
2.
2.
2.

22 23
/// Peltier cooling
/// Motor
/// Foam sensor
1.
2.
OFF
If not in use
3.
1.
2.
Warning!
› Ensure that the electrical equipment is in good condition before use.
› For long lifetime, please do not cut or fold it.
› Storage in flat condition.
/// Heat blanket
Close tightly!
› Blue LED ON: Good alignment between the sensor boxes, and no foam in between.
› Blue LED OFF: Bad position installed for the sensor boxes, or with obstruction in between.
1.
1.
2.
3.
3.
3.
3.
ON OFF

24 25
/// Positioning /// Pump tubing
› Tube flow rate
Tube ID
Flow rate (ccm / min)
Pump head adjustment
min max
0.5 mm 1 4 First position
0.8 mm 3 12 First position
1.2 mm 5 20 First position
1.6 mm 9 45 First position
2.4 mm 21 85 Second position
3.2 mm 40 140 Second position
4.8 mm 80 270 Second position
Warning!
› For autoclave, please remove the motor and keep the connectors of double-wall glass vessel open!
› Adjust the pump head
› Insert the tube to the pump head
2 3
5
1
4
Marking
(First position)
Second position
First position
1.
2.
safe
STOP
rpm Temp pH
Do
Level
Foam
Autoclaving
Autoclaving
Keep connectors open!

26 27
› Tubing filling
1. Before the calibration, select pump "Filling"
2. Click "Filling"
3. Choose "Tubing ID"
2
3
4
5
6
1
4. Input "Tubing length" in cm
5. Start "Filling"
6. Wait until "Filling" completed
/// Hose connecting
Flask stand
(HA.sfr
.250, accessories)

28 29
/// Schematic view - 4 gases system
Abbreviation Description
FS Flow sensor
CV Check valve
FVC Flow control valve
PRV Pressure relief valve
F Filter
FM Foam sensor
HBL Heat blanket
pO DO sensor
Abbreviation Description
pH pH sensor
Level Level sensor
Temp Temperature sensor
CO* CO sensor
Cond* Conductivity sensor
Turb* Turbidity sensor
FH Filter heater
1 bar
FS
0...2000 ccm** FVC
PRV
Air 3 bar max
CV
1 bar
FS
0...2000 ccm** FVC
PRV
N 3 bar max
CV
1 bar
FS
0...2000 ccm** FVC
PRV
O 3 bar max
CV
1 bar
FS
0...2000 ccm** FVC
PRV
CO 3 bar max
CV
Pump Acid
F
Pump Base
Pump Foam
Pump Level
FH
FM
H
B
L
H
B
L
FM
pO
pH
Level
Temp
CO*
Cond*
Turb*
* Accessories
** Cell growth 0...2000 ccm
Ferment 0...20000 ccm
4 gases system / IKA HABITAT Cell growth & Ferment
Abbreviation Description
FS Flow sensor
CV Check valve
FVC Flow control valve
PRV Pressure relief valve
PRV Pressure relief valve 0.5 bar
HBL Heat blanket
pO DO sensor
pH pH sensor
Abbreviation Description
Level Level sensor
Temp Temperature sensor
CO* CO sensor
Cond* Conductivity sensor
Turb* Turbidity sensor
FH Filter heater
SP Sparger
OV Overlay
1 bar
FS
0...2000 ccm FVC
PRV
Air 3 bar max
CV
1 bar
FS
0...2000 ccm FVC
PRV
N 3 bar max
CV
1 bar
FS
0...2000 ccm FVC
PRV
O 3 bar max
CV
1 bar
FS
0...2000 ccm FVC
PRV
CO 3 bar max
CV
Pump Acid
Pump Base
Pump Foam
Pump Level
FH
H
B
L
H
B
L
pO
pH
Level
Temp
CO*
Cond*
Turb*
PRV 0.5
* Accessories
4 gases system / IKA HABITAT Cell growth single use

30 31
/// Lid stand (Accessories)
2.
While in use
While not in use
4.
4.
1.
3.
or
HA.ls.2 HA.ls.10
/// SU vessel and SU vessel holder
1Motor
2SU Vessel (with / without integrated single-use sensors)
3SU Vessel Holder
1
2
3
Note: When using the SU vessel with the integrated single-use sensors, the calibration data
have to be entered and the sensors calibrated before starting the process.

32 33
Operation
/// Switching on / off
1. Turn on the device by using the mains switch on the control tower.
2. Start tablet PC / laptop Bioreactor App.
3. Connect tablet PC / laptop via Ethernet, Wi-Fi or Serial port.
/// Connection capability
/// System start
1. Set up hardware, vessel & medium, prepare for autoclaving.
For autoclaving, please refer to the section "Autoclaving" in this chapter.
2. After autoclaving, connect motor, tubes and cables, heating blanket etc. (See "Installation")
3. Set up "Recipe". Select and input necessary information, enable / disable module and cas-
cade control, then save it with a new recipe name (no space between texts).
4. Back to "Process screen", start "Experiment" in "Initialization" by selecting the recipe name
that you have saved.
5. Setup "Mode" and "Set point" for each modules: Stirrer, Air, ACID, BASE, Temperature-, pH-
and DO control, etc.
6. When the medium is in good condition, feed the cell and nutrient into the vessel.
7. Start "Cultivation", and let HABITAT automatically control all environment following the user
setting.
› For the connection capability please see chapter "Interfaces and outputs".
/// Menu structure
Available
Device
Scan for new Device
Enter manually Communication
Type
Wi-Fi Host name
Port
Ethernet Host name
Port
Serial COM port
Baudrate
Connect to Wi-Fi
Main Screen User menu Login/Logout Username
Password
Device time Quit
User
management
Show inactive user
System color Add new user Username
Email address
Status bar Password
Confirm Password
Safe-stop User enabled
User role Monitor
Process view Operator
Admin
Setup view Edit user Email address
Password
List view Confirm Password
User enabled
Trend view User role Monitor
Operator
Historical data Admin
Alarm
Maintenance
Settings
Info

34 35
Process view Batch
information
Batch ID
Name
Recipe
Status
Elapsed Time
Note
Start Button Start Cultivation Entering batch name
Entering note / comment
Choose recipe
Initialize batch
Start cultivation
Cancel
Air/O2/N2/CO2Mode Off
Manual
Cascade - DO control
Profile Loop mode Stop
Set flow Continue with
last setpoint
Repeat the loop
Start profile
Edit setpoint
Add setpoint
Insert setpoint
Delete setpoint
Acid/Base/
Anti-foam/
Feed-Level
Mode Off
Manual
Auto
Profile Loop mode Stop
Continue with
last setpoint
Repeat the loop
Start profile
Edit setpoint
Add setpoint
Insert setpoint
Delete setpoint
Set flow
Set volume
Rotation Clockwise
Counterclockwise
Calibration
information
Calibrate
Filling
Stirrer Mode Off
Manual
Cascade - DO control
Profile Loop mode Stop
Continue with
last setpoint
Repeat the loop
Start profile
Edit setpoint
Add setpoint
Insert setpoint
Delete setpoint
Chaotic mixing Speed range in Chaotic mixing
Duration to run Chaotic mixing
Set speed
Rotation Clockwise
Counterclockwise
Exhaust Mode Off
Auto
Filter Heater
Foam limit Mode Off
Auto
On delay
On time
Sensitivity
Level limit Mode Off
Auto
On delay
On time
Sensitivity
Level control
mode
Harvest
Feed
Temperature Mode Off
Auto
Profile Loop mode Stop
Continue with
last setpoint
Repeat the loop
Start profile
Edit setpoint
Add setpoint
Set Temp. Insert setpoint
Set value offset Delete setpoint
Actuator Heating blanket
Thermostat
pH Mode Off
Auto
Profile Loop mode Stop
Continue with
last setpoint
Repeat the loop
Start profile
Edit setpoint
Add setpoint
Set Temp. Insert setpoint
Set value offset Delete setpoint
pO2Mode Off
Manual
Auto
Profile Loop mode Stop
Continue with
last setpoint
Repeat the loop
Start profile
Edit setpoint
Add setpoint
Set pO2/ Set output Insert setpoint
Set value offset Delete setpoint
Light panel Mode Off
Auto
Profile Loop mode Stop
Continue with
last setpoint
Repeat the loop
Start profile
Edit setpoint
Add setpoint
Insert setpoint
Light (%) Delete setpoint
Sample Data Sample Label
Sample Note

36 37
Setup view General Batch mode Batch
Fed-batch
Perfusion
Select logging
interval
5 sec
10 sec
30 sec
1 min
5 min
15 min
30 min
Select saving
location
Internal
USB
Note
Reactor Vessel Single wall 0.5 L Glass
Single wall 1 L
Glass
Single wall 2 L
Glass
Single wall 5 L
Glass
2L normal SU
2L optic SU
Double wall 0.5 L Glass
Double wall 1 L Glass
Double wall 2 L Glass
Double wall 5 L Glass
Double wall 10 L Glass
Sparger Ring sparger
Micro sparger
Propeller 6-blades disc
3-blades disc
Paddle stirrer
No. of propeller 0
1
2
3
Filter 50mm, 0.22 Micron
50mm, 0.45 Micron
50mm, 1.0 Micron
Spinfilter 10 µm
20 µm
40 µm
75 µm
Baes
Harvest pipe
Cooling finger
Pumps Pump A Acid
Pump B Base
Pump C Anti-foam
Pump D Feed/Level
Pump ExtA
Gases Air
O2
N2
CO2
Gas Mixer for mixing Air and O2
Controllers pO2Cascading to Stirrer
Cascading to Air
Cascading to O2
Cascading to N2
Cascade setting Add table row
Remove table row
Apply
Select output
path for Air
Overlay
Sparger
Overlay & Sparger
Select output
path for O2
Overlay
Sparger
Overlay & Sparger
Select output
path for N2
Overlay
Sparger
Overlay & Sparger
pH Cascading to Acid
Cascading to Base
Cascading to CO2
Select output
path for CO2
Overlay
Sparger
Overlay & Sparger
Cell & Medium
information
Cell information Name
Lot Number
Description
Culture medium Name
Lot Number
Description
Process
supplement
Name
Lot Number
Description
Accessories &
Option
Light Panel
CO2sensor
Conductivity sensor
Turbidity sensor
Ext-A signal
Ext-B signal
Load
Save
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pH Actual value
pO2Set value
Exhaust Unit
Stirrer Mode
Air Alarm enabled
O2Alarm status
N2Error
CO
2
Acid
Base
Anti-foam
Level
Subs
Foam limit
Level limit
CO2probe
Conductivity probe
Turbidity probe
Light panel

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Alarm Timestamp
Error code
Description
Value
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Plot Parameter Stirrer
Temp
pH
pO2
Acid
Base
Anti-foam
Level
Air
O2
N2
CO2
Light
CO2probe
EC
Turbid
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Mantenance Sensor
Calibration
Temp Last Calibration
Serial no.
Zero
Slope
Condition
Action CAL
pH Last Calibration
Serial no.
Zero
Slope
Condition
Action CAL
pO2Last Calibration
Serial no.
Zero
Slope
Condition
Action CAL
Pump
Calibration
Acid Last Calibration
Base Tubing ID
Afoam Set
Level Measure
SUBA k
Action CAL
Filling
Controller Acid Last Calibration
Base Tubing ID
Afoam Set
Level Measure
SUBA k
Action Reset
Reactor Temp.
Controller
Simulation
Setpoint
kC
Ti
Td