Gram bioline BioCompact II User manual

b i o l ine
Original instructions for use
Item nr. 765042589
Revision nr. 20230412
English
Original Instructions for use
MODELS: 210/310/410/610
BioCompact II
INSTRUCTIONS FOR USE

2 3
b i o l ine
Quick guide – BioCompact II
Standby
Press the button to turn the cabinet on. Press the button for 6 seconds to turn the cabinet o. The software version of the
cabinet will be shown when turning the cabinet on, followed by the software variant. The cabinet is ready when the temperature is
displayed. The cabinet will automatically start a defrost-cycle when turned on, and terminate it again after a system check.
Setting the temperature
Temperature adjustments are done by holding the button and pressing either or .
Conrm the settings by letting go of the buttons.
Lighting inside the cabinet – Only applicable to BioCompact ll cabinets with glass door
The settings for the lighting inside the cabinet can be changed by pressing and holding for 3 seconds.
There are two settings: 1) Light turns on when the door is open (o when closed)
2) Light is always on
Menu Access
+ Display code and its message
Local alarm settings LAL LHL [° C] Upper temperature limit. Code for activated alarm [A2]
LLL [° C] Lower temperature limit. Code for activated alarm [A3]
LHd [min.] Delay of upper temperature limit
LLd [min.] Delay of lower temperature limit
dA On/o Door alarm. Code for activated alarm [ A1]. [1=on/0=o]
dAd [min.] Delay of door alarm
bU On/o Acoustic signal for alarm codes [ A1], [ A2] and [ A3]. [1=on/0=o]
Oset of sensors CAL CA [K] Oset setting for A-sensor. Reference sensor for the refrigeration system
CE [K] Oset setting for E-sensor. Reference sensor for the display and alarms
CF [K] Oset setting for F-sensor. Reference sensor for the low-temperature
protection
Low-temperature protection FP ACt On/o Activation/deactivation of low-temperature protection
tES On Test of low-temperature protection
SEt [° C] Setting of the cut-o temperature for the low-temperature protection
PrE […] Read-out of the real-time temperature of the F-sensor
ALL Activation of escorted alarm limits. [FAS]=locked limits/[ESC]=follows setpoint
dEF Number of defrosts per 24 hours (4 is factory setting)
dPS Reference sensor for the display (A, E or F)
User menu and alarm settings
Example: Setting the upper limits for the alarms; LHL
Press and hold + until the display shows LAL
Press to select LAL, LHL is now shown in the display
Press to select LHL, 25 is shown in the display
Press or to set the desired value for the upper temperature limit
Press to conrm the set value
Press to return to LHL
Press to reach the next level, LLL
LHd, LLd, dA, dAd and bU are located on the same level
Press three times to leave the user menu
Menu Access +[° C] Display code and its message
Sensor for refrigeration system P-A Value on sensor for refrigeration system F1 Error on sensor for refrigeration system
Sensor for evaporator P-b Value for evaporator sensor F2 Error on evaporator sensor
Sensor for condensor P-C Value for condensor sensor F3 Error on condensor sensor
Sensor 2 for condensor P-d Value for condensor sensor 2 F4 Error on condensor sensor 2
Sensor for display and alarms P-E Value for display and alarm sensor F5 Error on sensor for display and alarm
Sensor for low-temperature
protection P-F Value for low-temperature protection sensor F6 Error on sensor for low-temperature protection
An overheated condensor can be caused by a clogged condensor –
clean the condensor F7 Overheated condensor
Open door indicator. Alarm [A1] will activate if the door is open longer
than alarm limits. -0- Door open
Acknowledging an acoustic alarm
Alarm code A1: Press to acknowledge. Temperature alarm codes A2 and/or A3: Flashes in the display. Press to acknowledge. The
display will continue to ash if the temperature is outside the alarm limits.
Latching alarms: A2, A3, A4, A5
Due to the potential implications of alarms, the red alarm triangle icon will turn on along with the corresponding alarm code will ash in
the display. The alarm state will remain on until acknowledged by pressing .
Reading Max/Min temperature
Read the higest recorded temperature inside the cabinet by holding down . Read the lowest recorded temperature inside the cabinet
by holding down .
Reading the alarm history – Example [A2]
[A2] ashes in the display – This means that the temperature has exceeded the set value for the upper temperature limit, LHL. Press
to acknowledge the [A2]. The display continues to ash, indicating that there is information in the alarm history. Press , Htt (High
temperature time) is shown, press to see for how long the temperature was above the set alarm limit. Press to return to Htt.
Press to reach Ht (Highest temperature). Press to read the highest recorded temperature during Htt. Press to return to Ht and
press again to leave the alarm history function. The procedure for reading an [A3] alarm is identical, apart from entering the alarm
history with the button. When reading out temperatures below set limits, the parameters are Ltt and Lt. A ashing display with no
alarm codes indicates that the alarm codes have been acknowledged, but the alarm system contains information.
Resetting Max/Min and alarm history
Resetting of the Max/Min and alarm history is done by holding and for more than 3 seconds, an acoustic signal will be given when
reset is complete.
Alarms
Alarm codes
A1 Door alarm
A2 The upper alarm limits, (LHL) is or has been activated
A3 The lower alarm limits, (LLL) alarm is or has been activated
Sensor read-out and error codes
Temperature settings Standby Parameter settings Defrosting
Key pad lock is
activated
N/A
Standby indicator
Alarms A2, A3, A4, A5

5
b i o l ine
4
Manufactured by
Gram Scientic ApS
Aage Grams Vej 1 · 6500 Vojens · Denmark
Tel: [phone]
e-mail: [email protected] · www.gram-bioline.com
Table of Content
Copyright © 2006- Gram BioLine, a division of Gram Scientic ApS,
Denmark. All rights reserved.
The content of this publication is owned by Gram BioLine, unless
otherwise noted, and is protected by Danish and international copyright
laws and provisions. Information and images may not be used, copied or
transferred without the express written permission of Gram BioLine.
This instructions for use is intended for the following product series:
BioCompact II
We recommend that you read this instructions for use through thoroughly before using the cabinet for the rst time.
Gram Scientic does not guarantee safe operation if the cabinet is used for anything other than its intended use.
Contents of the instructions for use can be subject to change without notice. No part of this instructions for use may be
reproduced in any form without expressed written consent of Gram Scientic. Gram Scientic guarantees the cabinet
under certain warranty conditions. Gram Scientic is in no way responsible for any loss or damage of content. This
instructions for use should be considered an integral part of the cabinet, and should be stored close to the cabinet and be
easy to access. If the instructions for use is lost, please refer to your local distributor or Gram Scientic for a replacement.
For current versions of the manual, please go to www.gram-bioline.com.
Make sure to read the instructions for use through thoroughly before using the cabinet for the rst time.
In the event of need for product support, do not hesitate to contact us at: [email protected]
Before you proceed
Symbols used throughout the instructions for use
Info
Risk of burning/freezing
Risk of personal injury
Risk of material damage
Risk of electric shock
Hazard Risk of re/ammable materials
Risk of explosion/explosive materials
ATEX information
Intended use
BioCompact II refrigerators (RR) and freezers (RF) are designed and manufactured to provide safe and precise conditions
for the items stored. The cabinets are designed for the following operating ranges:
RR +2/+20 °C
RF -25/-5 °C
At the maximum ambient temperature speciced in this instructions for use, and a maximum relative humidity of 70%.
The user must ensure that the cabinet is used in accordance with its intended use.
Abnormal use or use conicting with the intended use or guidelines stipulated in the product documentation can lead to:
danger to patient safety, damage to stored items, damage to cabinet, danger to user.
Gram BioLine equipment is designed to be used in a system with monitored additional independent alarms to ensure
timely reaction to alarms and thereby maximum item safety.
Quick guide – BioCompact II ..............................2
Table of Content ........................................4
Before you proceed . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
Symbols used throughout the instructions for use ..........5
Cabinet components.....................................6
BioCompact II 210, 310, 410, 210/210, 310/210...............6
BioCompact II 610 .......................................8
Installation ............................................10
Initial setup steps .......................................10
Anti tilt bracket .........................................16
Surroundings ..........................................18
Voltage free contact .....................................20
Connection to power ....................................22
Equipotential bonding ...................................24
Start-up ...............................................27
The digital display.......................................27
Walkthrough of menu ...................................28
Error codes ............................................29
Local alarm settings ....................................30
Local high alarm .......................................30
Local low alarm.........................................30
Local alarm settings .....................................31
On/o local door alarm .................................32
Delay for local door alarm................................32
Local acoustic settings ...................................33
External alarm settings .................................34
External high alarm .....................................34
External low alarm ......................................34
External high alarm delay ................................35
External low alarm delay .................................35
On/o external door ....................................36
External door alarm delay alarm ..........................36
External acoustic settings ................................37
Parameter settings .....................................38
Sensor oset ...........................................38
Escorted/set alarm limits.................................40
Defrosts/24 hours ......................................41
Display sensor..........................................42
Electric low temperature protection .......................43
Ordinary use...........................................44
Regular maintenance ..................................46
Cleaning ...............................................46
Door gasket ............................................47
General info ...........................................48
Service ................................................48
Type/number plate. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49
Defrost water ..........................................50
Access port ............................................51
Important..............................................52
Disposal ...............................................53
Datasheet .............................................54
BioCompact II 210, 310, 410, 210/210, 310/210 ................54
BioCompact II RR210H...................................55
BioCompact II RR310H...................................56
BioCompact II RR410H...................................57
BioCompact II RF210H ..................................58
BioCompact II RF310H ...................................58
BioCompact II RF410H ...................................59
BioCompact II RR210/RR210H ............................60
BioCompact II RR210/RF210H.............................61
BioCompact II RF210/RF210H.............................62
BioCompact II RR310/RF210H.............................63
BioCompact II RR210G...................................64
BioCompact II RR310G...................................65
BioCompact II RR410G...................................66
BioCompact II RF210G ..................................67
BioCompact II RF310G ...................................67
BioCompact II RF410G ...................................68
BioCompact II RR210/RR210G ............................69
BioCompact II RR210/RF210G.............................70
BioCompact II RF210/RF210G.............................71
BioCompact II RR310/RF210G.............................72
BioCompact II RR610H...................................74
BioCompact II RF610H ...................................75
BioCompact II RR610G...................................77
BioCompact II RF610G ...................................78
Declaration of conformity ..............................80
BioCompact II 210, 310, 410, 210/210 & 310/210 ............80
BioCompact II 610 ......................................81
BioCompact II 210, 310, 410, 210/210 & 310/210 –
Accessories code 69 .....................................82
BioCompact II 610 –
Accessories code 69 .....................................83
Wiring diagram ........................................84
BioCompact II 210/310/410 ..............................84
BioCompact II 210/310/410 - with LTP .....................85
BioCompact II RR610 – with solid door .....................86
BioCompact II RF610 ....................................87
BioCompact II RR610 – with glass door.....................88
BioCompact II RR610 – with solid door, with LTP ............89
BioCompact II RR610 – with glass door, with LTP ............90
Piping diagram ........................................91
BioCompact II ..........................................91
IQ & OQ ...............................................92
Installation Qualication .................................92
Operation Qualication ..................................92
PQ ..................................................100
Performance Qualication ..............................100

10
4
3
1
7
14
2
13
12
6
11
8
9
5
7
6
b i o l ine
7
This part describes the main components pertinent to the user.
BioCompact II 210, 310, 410, 210/210, 310/210
Cabinet components
1. Shelves, drawers and wall rails
Ensure that the shelves are mounted according to this instructions for use, before exerting load on them.
2. Door
Ensure that the door is closed completely after use.
To minimize uctuations in temperature, make the door openings as brief as possible.
3. Gasket for door
Ensure that the gasket is pliable and in good working order.
Keep clean, nd instructions in this instructions for use.
4. Base of cabinet
Ensure cabinets with legs are levelled properly and cabinets with castors are placed on a level surface and
locked as specied in this instructions for use.
5. Compressor
Ensure it is not dented or shows any other signs of damage.
6. Condenser
Like the compressor, ensure it is not dented or shows any other signs of damage.
7. Control box for refrigeration system
Enclosure for controller, sensors and other parts that monitor and manage the refrigeration system.
Ensure it is not dented or shows any other signs of damage.
8. Re-evaporator tray
Ensure it is not cracked or shows any other signs of damage.
It is recommended to clean it before applying power to the cabinet rst time.
9. Access port
Used to lead sensors and similar into the cabinet.
Ensure that the access port is sealed properly prior to start up.
10. Preload cover to access mains terminal and voltage free contact
Used to connect to an external alarm system.
Instructions for connection is found in this instructions for use.
Remember to set external alarms (EAL).
11. Defrost water tube
Outlet for the defrost water coming from the evaporator tray inside the cabinet.
Ensure its not damaged or shows sign of damage.
12. Pressure equalisation valve
Do not use as access port. Keep it as free of ice as possible.
13. Equipotential bonding
To ensure compliance with ATEX regulations EN 60079-14.
See installation section for specications.
14. Digital display for controller
Use the display to show the cabinet temperature and, to set the parameters described in this manual.
ATTENTION –
In the event of technical diculties or
breakdown, always contact Gram BioLine
technical support or a Gram BioLine
authorized service partner.
ATTENTION –
If parts show signs of damage; do not
use cabinet and contact Gram BioLine or
supplier for further aid.

7
10
12
11
8
9
23
4
13 1
6
5
9
8
b i o l ine
This part describes the main components pertinent to the user.
BioCompact II 610
1. Shelves, drawers and wall rails
Ensure that the shelves are mounted according to this instructions for use, before exerting load on them.
2. Door
Ensure that the door is closed completely after use.
To minimize uctuations in temperature, make the door openings as brief as possible.
3. Gasket for door
Ensure that the gasket is pliable and in good working order.
Keep clean, nd instructions in this instructions for use.
4. Base of cabinet
Ensure cabinets with legs are levelled properly and cabinets with castors are placed on a level surface and
locked as specied in this instructions for use.
5. Compressor
Ensure it is not dented or shows any other signs of damage.
6. Condenser and fan
Like the compressor, ensure it is not dented or shows any other signs of damage.
7. Control box for refrigeration system
Enclosure for controller, sensors and other parts that monitor and manage the refrigeration system.
Ensure it is not dented or shows any other signs of damage.
8. Re-evaporator tray
Ensure it is not cracked or shows any other signs of damage.
It is recommended to clean it before applying power to the cabinet rst time.
9. Access port
Used to lead sensors and similar into the cabinet.
Ensure that the access port is sealed properly prior to start up.
10. Access to voltage free contact
Used to connect to an external alarm system.
Instructions for connection is found in this instructions for use.
Remember to set external alarms (EAL).
11. Defrost water tube
This is the outlet for the defrost water coming from the evaporator tray inside the cabinet.
Ensure its not damaged or shows sign of damage.
12. Pressure equalisation valve
Do not use as access port. Keep it as free of ice as possible.
13. Digital display for controller
Use the display to show the cabinet temperature and, to set the parameters described in this manual.
ATTENTION –
In the event of technical diculties or
breakdown, always contact Gram BioLine
technical support or a Gram BioLine
authorized service partner.
ATTENTION –
If parts show signs of damage; do not
use cabinet and contact Gram BioLine or
supplier for further aid.

1010
b i o l ine
11
b i o l ine
10
Initial setup steps
Installation
Cabinet Minimum ambient
operating temperature
Maximum ambient
operating temperature
BioCompact II 210, 310, 410, 210/210, 310/210
RR with solid door +10 ºC +35 °C
RR with glass door +10 °C +32 °C
RF +10 °C +35 °C
BioCompact II 610
RR with solid door +10 °C +43 °C
RR with glass door +10 °C +38 °C
RF +10 °C +43 °C
WARNING –
Potential electrostatic hazard
Removing protective packaging and
lm may cause electrostatic discharge.
Protective packaging and lm shall not
be removed in ATEX zones.
I-1*: Due to safety and operating considerations, the cabinet must not be used outdoors.
I-2*: The cabinet should be installed in a dry and suciently ventilated area.
I-3*: To ensure ecient operation, the cabinet should not be installed in direct sunlight or close to heat sources.
The cabinet interior must not be exposed to corrosive atmospheres.
I-6*: The cabinet is shipped with a protective lm that should be removed prior to use.
I-5*: Avoid placement of the cabinet in a chloric/acidic environment due to risk of corrosion.
I-7*: Clean the cabinet with a mild soap solution prior to use.
I-8*: The cabinet is only allowed to lay down for very short durations (for instance handling through a
doorway). If the cabinet has been laying down, the cabinet must stand up-right for at least 24 hours
prior to use. This enables oil in the compressors to run back into place.
I-4*: Ambient operating temperature range
*): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication) *): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication)

13
12
b i o l ine
I-9*: Cabinets equipped with legs should be levelled as shown in the illustration below.
I-10-11*: For cabinets equipped with castors, the oor must be level to ensure stable positioning and safe use.
When the cabinet is positioned, the 2 front castors should be locked.
Reveral of door
Item numbers for door hinges
*): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication)
For replacement brackets, please contact your local Gram BioLine distributor

1 7
4 10
2 8
5 11
3 9
6
1514
b i o l ine
The cabinet must not be connected to a power source changing door hinging.

17
16
b i o l ine
Anti tilt bracket
The anti-tilt brackets must be tted when installing the cabinet, ensuring that the users, surroundings and
stored items are not damaged by a tilting cabinet.
Find instructions on wall mounting of a BioCompact II 210 below, the same procedure applies for
mounting 310, 210/210, 310/210 and 410.
I-12*: Cabinets with drawers and/or glass door must be secured to a stable vertical surface, ensuring that the cabinet can
not tip over when the drawers are drawn to the outermost position, or the door is open. Brackets for securing is
included. Find the instructions for the anti-tilt bracket below.
*): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication)

≥ 15 mm
15-75 mm
≥ 30 mm
19
18
b i o l ine
Surroundings
I-13-14*: The cabinet must be installed in accordance with the illustrations below.
For Ex environments –
Open containers inside the storage
chamber may impact the ATEX zone
classication
For Ex environments –
Special conditions for safe use may
apply to this product when installing in
an EN 60079-14 environment. Please
see corresponding Ex certicate for
specications.
I-15*: Do not cover the upper part of the cabinet.
All items in the cabinet that are not encapsulated, or wrapped, should be covered to reduce the risk of deterioration of
cabinet performance and/or longevity.
The cabinet is not suited for storing items that emit vapours, as this might lead to deterioration of cabinet performance
and/or longevity.
I-16*: Do not use electrical appliances inside the cabinet.
A visual inspection of the cabinet must be
conducted prior to putting the cabinet into
service.
Check the cabinets structural integrity,
that door frames and doors do not have
deformities, that gaskets seal properly and
that the doors sit ush up against the door
frame.
*): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication) *): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication)

NC
Common
NO
Common
Normally Open (NO)
Normally Open (NC)
NC
Common
NO
Common
NC
Common
NO
Common
+
+NC
NO
NC
BioCompact II 610
BioCompact II 210, 310, 210/210, 310/210, 410
21
20
b i o l ine
Voltage free contact
I-17*: The illustration shows the three connectors for the relay (used ex. in connecting to CTS or other external monitoring systems).
The three connections, are respectively. Common, NO and NC.
The moment when voltage is applied the controller draws the relay, this makes it possible for the controller to respond to both
high and low alarms, door alarms and power failures.
Temperature alarms and door alarms must be congured in the external alarm settings (EAL) before they will activate the
voltage free contact.
Find instructions on setting external alarms in the Parameter settings section.
Access to the voltage free contact is done according to the descriptions below:
BioCompact II 210, 310, 210/210, 310/210, 410
Unscrew the preload cover on the back of the cabient to access the voltage free contact block.
Two dierent sized strain reliefs are mounted into the preload cover for a secure tment of the wire for the voltage free contact.
Ensure that the preload cover is reinstalled after installing the voltage free contact.
The leaf spring in the preload cover must engage and preload the power supply plug.
Consult the section “Connection to power” for further information.
BioCompact II 610
The voltage free contact secured in place by the press-t plate that is pressed onto the block, thereby also preventing access to the
electrical circuit.
Connection of the voltage free contact should be done by a qualied installer.
Placement of voltage free contact
Normally closed circuit (NC)
*): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication)

BioCompact II 610
BioCompact II 210, 310, 210/210, 310/210, 410
23
22
b i o l ine
When setting up in an ordinary scenario that is not subject
to regulations for EN 60079-15 zone 2
The appliance may be connected in accordance with applicable
local heavy current regulations.
Note that there are special regulations for products
that are in accordance with EN 60079-15 zone 2 and
EN 60079-14: Explosive atmospheres – Electrical
installations design, selection and erection.
The appliance has been manufactured in accordance with
EN 60079-15: Electrical apparatus for explosive gas
atmospheres – Part 15: Type of protection II 3G Ex ec nC ic IIB
Tx Gc. Zone 2 is the applicable zone.
If the appliance is to be installed in a zone 2 environment,
specialist personnel should perform the installation, or be
consulted beforehand, in order to ensure that the appliance is
installed in compliance with the guidelines currently contained
in the standard.
I-19*: The cabinet is intended for connection to alternating
current.The connection values for voltage (V) and
frequency (Hz) are given on the type/number plate.
I-20-1*: BioCompact II 210, 310, 210/210, 310/210, 410
The mains terminal is accessed via the preload cover
on the back of the cabinet. Unscrew the preload cover
to access the mains supply terminal.
Ensure that the preload cover is reinstalled after
plugging in the power cord. The leaf spring in the
preload cover must engage and preload the plug of
the cord as shown in the illustrations below.
I-20-2*: BioCompact II 610
The power cord is plugged in the terminal box on the
back of the cabinet. The plug is then xated in place
by the hanger that is built into the terminal box.
Please note that the hanger should be tted tightly
around the plug, as shown.
In all cases, ensure that the mains plug is seated
completely in the terminal on the cabinet.
The appliance must be connected to the external
power supply using a suitable device which
mechanically prevents the plug and socket from
being separated unintentionally.
I-21*: The connection must be labelled:
”DO NOT SEPARATE WHEN ENERGIZED”
Read the following part thoroughly before connecting the cabinet. Contact a qualied electrician if in doubt.
Connection to power
Fuses and similar must never be removed or replaced while
the appliance is connected to a power source. The electrical
terminal box must never be opened while the appliance is
connected to a power source.
The compressor starting equipment must never be
dismantled while the appliance is connected to a power
source.
Whenever electrical components are dismantled or
replaced, the appliance must be moved to an area in
which there is no risk of ignition caused by the electrical
components or gases contained in the appliance.
Never use the cabinet if the plug is damaged. The cabinet
should be examined by a Gram BioLine service technician in
such cases.
When setting up in an ordinary scenario that is not
subject to regulations for Zone 2: The appliance may be
connected in accordance with applicable local heavy current
regulations.
In both cases
Use a three-wire plug, if the power outlet is intended for a
three-wire plug, a the lead in green/yellow insulation should
be connected to the ground terminal.
Power must be connected via a wall socket. The wall socket
should be easily accessible.
All earthing requirements stipulated by the local electricity
authorities must be observed. The cabinet plug and wall
socket should then give correct earthing. If in doubt, contact
your local supplier or authorized electrician.
ATTENTION
For Ex environments –
Special conditions for safe use may apply to
this product when installing in an EN 60079-14
environment. Please see corresponding
Ex certicate for specications.
Technical Support –
In the event of technical diculties always contact
Gram BioLine technical support or a Gram BioLine
authorized service partner. Never dismantle the
terminal box or any other elctrical component.
*): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication)

3.2 Nm
25
24
b i o l ine
25
Equipotential bonding
Exclusively for the models – BioCompact II 210, 310, 410, 210/210, 310/210
I-22*: For installation in ATEX Cat. 3 Zone 2 areas, it is mandatory to have a equipotential bonding, it is not sucient to use
protective earth through the mains connection.
To secure equipotential bonding of the unit – the mounted external bonding conductor must be used in accordance
with national installation requirements e.g. EN 60079-14.
• Mounting of the bonding conductor should be done according to the following illustrations.
• Please nd location for connection facilities on the back of the cabinet marked with:
“Attention – Equipotential bonding”.
• The bonding conductor should be at least 4 mm2guage.
• Use a ring terminal to ensure adequate bonding.
• Use the supplied M5 machine screw and washer to attach the bonding conductor to the cabinet.
Tighten the machine screw to 3.2 Nm.
Bonding of the cabinet is illustrated on the next page and the following.
ATTENTION –
Please note, this location is the only
manufacturerer-approved location for
Equipotential bonding.
*): Paragraph designation (I-1, I-2 etc) refers to the IQ (Installation Qualication)

26 27
b i o l ine
The digital display
Start-up
• Parameter setting
Gives access to the cabinets congurable parameters, such as
alarms, test program and sensor values.
• Defrost
Defrost in progress.
• Key pad lock
Keypad is locked, no access to functions or menus.
• Temperature setting
Setting of temperature setpoint and navigation in the menus.
• Standby
Turn the cabinet On or Standby, and navigation in the menus.
O-1*: Standby
Press to turn the cabinet on. Press for 6 seconds to turn
the cabinet o. The software version of the cabinet will be shown
when turning the cabinet on, followed by the software variant. The
cabinet is ready when the temperature is displayed.
The cabinet will always commence operation when initially
connected to a power supply. For instance after a power outage or
when plugging the cabinet in for the rst time.
All-round introduction to navigating the menu
Beyond setting the temperature and Standby, ,
, and is used to navigate the menus and
set the parameters for the cabinet.
The buttons have following functions in the menus:
Open a menu step/conrm a set value in the
parameter settings.
Scroll upwards in a given menu/raise a given value
in parameter settings (alarm limit for instance).
Scroll downwards in a given menu/lower a given
value in parameter settings (alarm limit for instance).
Go a menu step back.
O-2*: Temperature setting
Temperature adjustments are done by holding and pressing
either or . Conrm the settings by letting go of the buttons.
Make sure the cabinet is switched o at
the socket before service is performed
on electrical parts.
It is not sucient to switch o the
cabinet on the key, as current will
persist in some electrical parts of the
cabinet.
If fuses or similar are to be replaced,
the cabinet must be moved to a no-risk
area.
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
WARNING –
DO NOT OPEN, MAINTAIN OR SERVICE
IN AN AREA WHEN AN EXPLOSIVE
ATMOSPHERE IS PRESENT
*): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication)
Temperature settings Standby
Parameter settings
Defrosting
Key pad lock is
activated
N/A
Alarms A2, A3, A4, A5
Standby indicator

29
28
b i o l ine
Menu Access +
Local alarm settings LAL LHL [° C] Upper alarm limit. Code for activated alarm [A2]
LLL [° C] Lower alarm limit. Code for activated alarm [A3]
LHd [Min.] Delay of upper alarm limit
LLd [Min.] Delay of lower alarm limit
dA On/o Door alarm. Code for activated alarm [ A1]. [1=on/0=o]
dAd [Min.] Delay of door alarm
bU On/o Acoustic signal for alarm codes [ A1], [ A2] and [ A3]. [1=on/0=o]
External alarm settings EAL EHL [° C] Upper alarm limit. Code for activated alarm [A4]
ELL [° C] Lower alarm limit. Code for activated alarm [A5]
EHd [Min.] Delay of upper alarm limit
ELd [Min.] Delay of lower alarm limit
dA On/o Door alarm. Code for activated alarm [ A1]. [1=on/0=o]
dAd [Min.] Delay of external door alarm
bU On/o Acoustic signal for external alarm codes [ A1], [ A4], [ A5]. [1=on/0=o]
Oset of sensors CAL CA [° K] Oset setting of A-sensor. Reference sensor for the refrigeration system
CE [° K] Oset setting of E-sensor. Reference sensor for the display and alarms
CF [° K] Oset setting of F-sensor. Reference sensor for the low temperature
protection
Electric low temperature
protection FP ACt On/o Activation/deactivation of low-temperature protection
tES On Test of low-temperature protection
SEt [° C] Setting of the cut-o temperature for the low-temperature protection
PrE […] Read out of the real-time temperature of the F-sensor
ALL Activation of escorted alarm limits. [FAS]=locked limits/[ESC]=follows setpoint
dEF Number of defrosts per 24 hours (4 is factory setting)
dPS Reference sensor for the display (A, E or F)
Buttons Duration Function
+> 3 seconds Start or stop a defrost
+ > 6 seconds Activating/deactivating the keypad lock
- Shows temperature setpoint value
-Shows the highest registered temperature spike (since the last reset of alarm history)
-Shows the lowest registered temperature spike
(since the last reset of alarm history)
+> 3 seconds Reset alarm history
++> 6 seconds Restore to factory settings
+> 3 seconds Access to user menu and alarm settings
Walkthrough of menu
Lighting inside the cabinet – Only applicable to BioCompact ll cabinets with glass doors
The settings for the lighting inside the cabinet can be changed by pressing and holding for 3 seconds.
There are two settings: 1) Light turns on when the door is open (o when closed)
2) Light is always on
Acknowledge an acoustic alarm
Alarm code A1: Press to acknowledge.
Temperature alarm codes A2 and/or A3: Flashes in the display. Press to acknowledge.
The display will continue to ash if the temperature is outside the alarm limits.
Latching alarms: A2, A3, A4, A5
Due to the potential implications of alarms, the red alarm triangle icon will turn on along with the corresponding alarm code will ash in
the display. The alarm state will remain on until acknowledged by pressing .
Reading the alarm history – Example [A2]
[A2] ashes in the display – The temperature has exceeded the set value for the upper temperature limit, LHL.
Press to acknowledge the [A2]. The display continues to ash, indicating that there is information in the alarm history.
Press , Htt (High temperature time) is shown, press to see for how long the temperature was above the set alarm limit.
Press to return to Htt. Press to reach Ht (Highest temperature). Press to read the highest recorded temperature during
Htt. Press to return to Ht and press again to leave the alarm history.
The procedure for reading an [A3] alarm is identical, apart from entering the alarm history with . When reading out temperatures
below set limits, the parameters are Ltt and Lt.
A ashing display with no alarm codes indicates that the alarm codes have been acknowledged, but the alarm history contains
information.
Resetting Max/Min and alarm history
Resetting of the Max/Min and alarm history is done by holding and for more than 3 seconds, an acoustic signal will be given
when reset is complete.
Display code Explanation
- 0 - Door is open
A1 Door alarm “dAd” from LAL and/or EAL has been activated
A2 Local upper alarm LHL is or has been activated
A3 Local lower alarm LLL is or has been activated
A4 External upper alarm EHL is or has been activated
A5 External lower alarm ELL is or has been activated
F1 Error on the main cabinet sensor. The refrigeration system will use an emergency program to make the cabi-
net run. Temperature stability will be aected. Service is required
F2 Error on the evaporator sensor. Service is required
F3 Error on the 1. condenser sensor. Service is required
F5 Error on the extra sensor. Service is required
F6 Error on low temperature protection sensor. Service is required
F7
F7 indicates that the temperature of the condenser is too high. Turn o the cabinet and check that the
condenser is not covered by undesirable items, and ensure that the condenser (and possibly lter) is clean.
Service is required if the problem is not alleviated
Error codes

31
30
b i o l ine
30
b i o l ine
Local high alarm
Local low alarm
Local alarm settings
O-4*: LLL – Setting the lower alarm limit [° C]
Press and hold + for more than 3 seconds
Press to select “LAL”. “LHL” is now shown in the display
Press to proceed to “LLL”
Press to select “LLL”. The lower alarm limit is now shown in the display
Press or to set the desired value for the lower alarm limit
Press to conrm the set value
– The lower alarm limit is now set, proceed to other parameters by pressing , and then navigate by using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
O-3*: LHL – Setting the upper alarm limit [° C]
Press and hold + for more than 3 seconds
Press to select “LAL”. “LHL” is now shown in the display
Press to select “LHL”. The upper alarm limit is now shown in the display
Press or to set the desired value for the upper alarm limit
Press to conrm the set value
– The upper alarm limit is now set, proceed to other parameters by pressing , and then navigate by using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
O-6*: LLd – Setting the delay of the local lower alarm limit [min.]
Press and hold + for more than 3 seconds
Press to select “LAL”. “LHL” is now shown in the display
Press several times until “LLd” is shown in the display
Press to select “LLd”. The delay of the lower alarm limit is now shown in the display
Press or to set the desired value for the delay of the lower alarm limit
Press to conrm the set value
– The delay of the lower alarm limit is now set, proceed to other parameters by pressing , and then navigate by
using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
O-5*: LHd – Setting the delay of the local upper alarm limit [min.]
Press and hold + for more than 3 seconds
Press to select “LAL”. “LHL” is now shown in the display
Press several times until “LHd” is shown in the display
Press to select “LHd”. The delay of the upper alarm limit is now shown in the display
Press or to set the desired value for the delay of the upper alarm limit
Press to conrm the set value
– The delay of the upper alarm limit is now set, proceed to other parameters by pressing , and then navigate by
using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
Local alarm settings
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
*): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication) *): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication)

33
32
b i o l ine
32
b i o l ine
On/o local door alarm
Delay for local door alarm
O-8*: dAd – Setting the delay of the local door alarm [min.]
Press and hold + for more than 3 seconds
Press to select “LAL”. “LHL” is now shown in the display
Press several times until “dAd” is shown in the display
Press to select “dAd”. The delay of the local door alarm is now shown in the display
Press or to set the desired value for the delay of the local door alarm
Press to conrm the set value
– The delay of the local door alarm is now congured, proceed to other parameters by pressing , and then navigate
by using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
O-7*: dA – Activate/deactivate of local door alarm
Press and hold + for more than 3 seconds
Press to select “LAL”. “LHL” is now shown in the display
Press several times until “dA” is shown in the display
Press to select “dA”.
Press or to activate/deactivate the local door alarm [1 = activated/0 = deactivated]
Press to conrm the set value
– The local door alarm is now congured, proceed to other parameters by pressing , and then navigate by using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
Local acoustic settings
O-9*: bU – Activation/deactivation of the acoustic local alarms
Press and hold + for more than 3 seconds
Press to select “LAL”. “LHL” is now shown in the display
Press several times until “bU” is shown in the display
Press to select “bU”.
Press or to activate/deactivate the local acoustic alarms [1 = activated/0 = deactivated]
Press to conrm the set value
– The local acoustic alarms is congured, proceed to other parameters by pressing , and then navigate by using
or
.
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
*): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication) *): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication)

35
34
b i o l ine
3534
b i o l ine
External high alarm
External low alarm
External alarm settings
O-11*: ELL – Setting the external lower alarm limit [° C]
Press and hold + for more than 3 seconds
Press several times until “EAL” is shown in the display
Press to select “EAL”. “EHL” is now shown in the display
Press to proceed to “ELL”
Press to select “ELL”. The external lower alarm limit is now shown in the display
Press or to set the desired value for the external lower alarm limit
Press to conrm the set value
– The external lower alarm limit is now set, proceed to other parameters by pressing , and then navigate by using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
O-10*: EHL – Setting the external upper alarm limit [° C]
Press and hold + for more than 3 seconds
Press several times until “EAL” is shown in the display
Press to select “EAL”. “EHL” is now shown in the display
Press to select “EHL”. The external upper alarm limit is now shown in the display
Press or to set the desired value for the external upper alarm limit
Press to conrm the set value
– The external upper alarm limit is now set, proceed to other parameters by pressing , and then navigate by using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
O-13*: ELd – Setting the delay of the external lower alarm limit [min.]
Press and hold + for more than 3 seconds
Press to proceed to “EAL”
Press to select “EAL”. “EHL” is now shown in the display
Press several times until “ELd” is shown in the display
Press to select “ELd”. The delay of the external lower alarm limit is now shown in the display
Press or to set the desired value for the delay of the lower alarm limit
Press to conrm the set value
– The delay of the external lower alarm limit is now set, proceed to other parameters by pressing , and then navigate
by using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
O-12*: EHd – Setting the delay of the external upper alarm limit [min.]
Press and hold + for more than 3 seconds
Press to proceed to “EAL”
Press to select “EAL”. “EHL” is now shown in the display
Press several times until “EHd” is shown in the display
Press to select “EHd”. The external delay of the upper alarm limit is now shown in the display
Press or to set the desired value for the external delay of the upper alarm limit
Press to conrm the set value
– The delay of the external upper alarm limit is now set, proceed to other parameters by pressing , and then
navigate by using or
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
External high alarm delay
External low alarm delay
*): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication) *): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication)

37
b i o l ine
36 37
On/o external door
External door alarm delay alarm
O-15*: dAd – Setting the delay of the external door alarm [min.]
Press and hold + for more than 3 seconds
Press to proceed to “EAL”
Press to select “EAL”. “EHL” is now shown in the display
Press several times until “dAd” is shown in the display
Press to select “dAd”. The delay of the external door alarm is now shown in the display
Press or to set the desired value for the delay of the external door alarm
Press to conrm the set value
– The delay of the external door alarm is now congured, proceed to other parameters by pressing , and then
navigate by using or
.
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
O-14*: dA – Activation/deactivation of external door alarm
Press and hold + for more than 3 seconds
Press to proceed to “EAL”
Press to select “EAL”. “EHL” is now shown in the display
Press several times until “dA” is shown in the display
Press to select “dA”
Press or to activate/deactivate the external door alarm [1 = activated/0 = deactivated]
Press to conrm the set value
– The external door alarm is now congured, proceed to other parameters by pressing , and then
navigate by using or
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
ATTENTION –
High and low temperature alarms set
up in the cabinets’ controller (including
EAL alarms) must be accompanied by
additional redundant independent
external alarms to ensure maximum
item safety.
External acoustic settings
O-16*: bU – Activation/deactivation of the acoustic external alarms
Press and hold + for more than 3 seconds
Press to proceed to “EAL”
Press to select “EAL”. “EHL” is now shown in the display
Press several times until “bU” is shown in the display
Press to select “bU”
Press or to activate/deactivate the external acoustic alarms [1 = activated/0 = deactivated]
Press to conrm the set value
– The external acoustic alarms is congured, proceed to other parameters by pressing , and then navigate by
using or .
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
*): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication) *): Paragraph designation (O-1, O-2 etc) refers to the OQ (Operation Qualication)

39
38
b i o l ine
Sensor oset
Parameter settings
Oset of the A-sensor
Press and hold + for more than 3 seconds
Press several times until “cAL” is shown in the display
Press to select “cAL”. “cA” is shown in the display
Press to select “cA”
Press or to oset the A-sensor
Press to conrm the set value
– The A-sensor is now oset, proceed to other parameters by pressing , and then navigate by using or
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
Oset of the E-sensor
Press and hold + for more than 3 seconds
Press several times until “cAL” is shown in the display
Press to select “cAL”. “cA” is shown in the display
Press until “cE” is shown in the display
Press to select “cE”
Press or to oset the E-sensor
Press to conrm the set value
– The E-sensor is now oset proceed to other parameters by pressing , and then navigate by using or
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
Oset of the F-sensor
Press and hold + for more than 3 seconds
Press several times until “cAL” is shown in the display
Press to select “cAL”. “cA” is shown in the display
Press until “cF” is shown in the display
Press to select “cF”
Press or to oset the F-sensor
Press to conrm the set value
– The F-sensor is now oset proceed to other parameters by pressing , and then navigate by using or
Leave the user menu by pressing several times until the cabinet temperature is shown in the display
The temperature sensors connected to MPC controller can be oset independently of each other in the parameter cAL.
Oset is used in cases where there are deviations in the cabinets actual operation compared to the display and/or control
measurements by independent temperature monitoring.
The cabinet is equipped with a A-sensor, an extra sensor E-sensor and an optional F-sensor.
The A-sensor is used to manage the cabinets refrigeration system and is xated in a given position in the cabinet, not in storage space.
The location of the A sensor must not be altered.
The E-sensor is placed in the cabinet storage space and can be moved around in the cabinet to get the desired reference point for
temperature. The E-sensor is the default display sensor and reference for the alarms. The E-sensor has no eect on control of the
refrigeration system.
The F-sensor is placed inside the storage space, close to the airow of the cold air exiting the air distribution system.
The location of the F-sensor must not be altered as this will have an eect on when the low temperature protection activates.
The A-sensor should be oset if the actual temperature in the cabinet does not match the setpoint, despite taking the hysteresis into
consideration. Oset of A sensor is named “cA”.
The E-sensor should be oset if the actual temperature in the cabinets display, provided that the display sensor for reference is the
E-sensor, does not match the independent temperature monitoring used for control. Oset of E-sensor is named “cE”
The F-sensor should be oset if the cut-o temperature for the low temperature protection, does not match the setpoint temperature
for the low temperature protection. Oset of the F-sensor is named “cF”.
Practical example of oset
Example 1 – The temperature in the cabinet is operating
colder than the actual setpoint.
With a setpoint of +4 °C, the actual temperature inside the
cabinet is between +2 °C and +4 °C. The desired temperature
range is between +3 °C and +5 °C. This means that “cA”, in this
case, should be -1.0K, so that the refrigeration system stops
1.0K before and starts 1.0K later than the setpoint normally
otherwise would dictate.
Example 2 – The temperature in the cabinet is operating
warmer than the actual setpoint.
With a setpoint of +4 °C, the actual temperature inside the
cabinet is between +4 °C and +6 °C. The desired temperature
range is between +3 °C and +5 °C. This means that “cA”, in this
case, should be 1.0K, so that the refrigeration system stops
1.0K later and starts 1.0K earlier than the setpoint normally
otherwise would dictate.