Arctiko PR 170 User manual

OPERATING INSTRUCTIONS
PR/LR 170-310-390 & LF 140-340

2
INDEX . .........................................................PAGE
Location and building in . . ....... . . ....................................................
Solid / Glass door... . ........................................... . . ... . . . . . . . . . . ... . . . .
Important! ...........................................................................
Connection to electricity . ..............................................................
Starting up . . ........................................................................
Setting th temperature..................................................................
Ligthing inside the cabinet...............................................................
User menu and alarm settings. . . ... . ..................................... . . . . ... . . . ... .
Defrosting ..........................................................................
Keylock . ........... . ...............................................................
Reversing the door .............. . . ..................................................
Cleaning .......... . ... . ............................................................
Spare parts .........................................................................
Servicing ........... . ........................................ . . . . ... . . . . . . . . ... . . . . .
Disposal ...........................................................................
Electrical diagram ..............................................................
Voltage free contact 6
3
4
5
6
7
8
8
8
10
10
11
11
13
13
13
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.
.
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14-15-16
.
Alarms
Cancelling and acoustic alarm
Reading Max/Min temperature
Reading the alarm history
Resetting Max/Min and alarm history
Sensor read-out and error codes
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9
9
9
9
9
9

3
Location and building in
The cabinet should be placed in a room which is dry and sufficiently ventilated. To operate efficiently it
should not be positioned in direct sunlight or near warm appliances. Please note that optimal cabinet
performance is obtained at an ambient temperature between +16°C and +32°C.
In environments with both high temperature and high air humidity, the appliance is approved in
climate class 4+.
Refrigerators:
By placing the cabinet in an environment with high air humidity, it might be necessary to acquire extra
equipment for re-evaporation of the drip water in the reevaporation pan over the compressor. This
equipment can be bought as extras.
Stainless steel:
cabinets: Avoid placement of the cabinet in a chlorine/acid-containing environment (swimming-bath etc.)
due to risk of corrosion.
Appliances with drawers must be secured to a stable surface to prevent them from tipping over
when the drawers are fully extended.
The cabinet can be installed freestanding against a wall or it can be built under a worktop.
Important
The cabinet must have sufficient ventilation and free air circulation beneath, above and behind the cabinet.
The cabinet legs under the cabinet and the spacers at the rear of the cabinet ensure
sufficient air space.
The drawings show how much air space is needed.
A. shows a refrigerator free-standing against a wall.
B. shows a refrigerator installed under a worktop (LR/PR170 & LF140). Note the necessary clearance
between refrigerator and worktop. This dimension must be maintained to ensure air circulation. If the
refrigerator is installed under a worktop and this dimension cannot be observed, air circulation must be
provided by making an extract channel in the worktop.
Fig. 1: There must be a minimum
clearanceof 30 mm above
the cabinet.

Solid/glass door:
By placement of cabinets side by side, the minimum distance shown below should be regarded, due to risk
of condensation between the cabinets.
If additional sensors or similar are to be fitted to the inside of the cabinet, care must be taken to avoid
damaging the wiring as this may prevent the appliance from functioning. If necessary, please contact your
local distributor or Arctiko for information on wiring location.
Cable entries through the cabinet wall should be equipped with a lead-through tube and kit. Such kits are
available through local distributors.
Whether the standard alarm functions with which the appliance is equipped are sufficient or whether
additional surveillance systems or the like are required should be assessed in each specific case. If
substances which are either irreplaceable or replaceable only on the expenditure of considerable time, effort
or money are to be stored in the appliance, it is advisable to take suitable precautions regarding storage and
surveillance.
The appliance has been manufactured in accordance with EN 60079-15: Electrical apparatus for explosive
gas atmospheres - Part 15: Type of protection "n".
Connection in zone 2 environment:
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. The connection must be labelled:
”DO NOT SEPARATE WHEN ENERGIZED”
Connection in areas not covered by zone 2 regulations:
The appliance may be connected in accordance with applicable heavy current regulations.
4

5
Important! Applies to cabinets with glass door and/or drawers:
Anti-topple brackets must be installed to avoid the cabinet toppling over when opening the door.
The brackets which are delivered with the cabinet must be fastened to the wall behind the cabinet, as
shown in the drawings.
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.
The halogen lighting 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.

6
Connection to electricity
The cabinet is intended for connection to alternating current. The connection voltage (V) and frequency (Hz)
are shown on the name plate in the cabinet . Power connection is made by a three pin plug to a wall socket.
Any requirement for earthing from the local power supply must be met. The cabinet plug and wall socket
should then give a correct earthing. If you are in doubt, approach your supplier or authorized electrician.
Warning - this appliance must be earthed
The flexible cord fitted to this appliance has three cores for use with a 3-pin 13 Amp 3-pin or 15-Amp plug.
If a B.B. 1363 (13 Amp) fused plug is used, it should be fitted with a 13 Amp fuse.
Important
The wires in this mains lead are coloured in accordance with the following code:
Green-and-yellow: earth
Blue: neutral
Brown: live
The colours of the wires in the mains lead of this appliance might not correspond with the coloured markings
identifying the terminals in your plug. Proceed as follows: The wire which is coloured green-and-yellow must
be connected to the terminal in the plug which is marked "E" or marked by the earth symbol or coloured
green-and-yellow. The wire which is coloured blue must be connected to the terminal which is marked with
the letter "N" or coloured black. The wire which is coloured brown must be connected to the terminal which
is marked with the letter "L" or coloured red.
In case of technical problems or failure, always contact authorised service personnel for repair.
Never open the electrical terminal box or other electrical components yourself.
Note that EN 60079-15 contains special regulations regarding appliances in zone 2.
Voltage free contact
The voltage free contact is providing with a remote alarm in case of temperature alarm, power failure or
door alarm, with separate delay.
•or normally open connect one wire in NO and one in COM.
•or normally closed connect one wire in NC and one in COM.

Starting up (PC-Board MPC 46)
Plug in the cabinet
To start, press the START/STOP key.
When starting up the display will first show the software version of the cabinet followed by the program
variant. When the display switches to displaying temperature the cabinet is ready for use.
To turn off the cabinet, push for more than 6 seconds.
Servicing:
Make sure the appliance is switched off at the socket before service is performed on electrical parts. It is not
sufficient to switch off the cabinet by the START/STOP key as there will still be voltage to some electrical
parts of the cabinet.
7
21
Defrosting
345
Code/parameter setting Display
+
-
Start/stop
P
Temperature setting
Keylock

8
Setting the temperature
Temperature adjustments are done by holding the button and pressing either or
Confirmthe settings byletting go of thebuttons.
Lighting inside the cabinet
-Only applicableto cabinets with glass doors -
The settings for the lighting inside the cabinet can be turned oby pressing and holding
for 3seconds.
There are two settings:
1) Light turns on when the door is open(owhen closed)
2) Light is always on
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 thedisplay
Press to select LHL, 25 is shown in the display
Press or to set thedesired value for theupper temperature limit
Press to conrm the set value
Press to return to LAL
Press to reach the next level, LLL
LHd,LLd, dA,dAd and bU are located on thesame level
Press three times to leave the user menu
Local alarm 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 uppe timil e r u ta repmet r
timil eru tar epmet rewo l f o yaleD ).n im( dLL
dA On/off Door alarm. Code for activated alarm: (A1). (1=on / 0=off)
mr a l a r ood f o ya l eD ) . n im( dAd
BU On/off Acoustic signal at alarms: Codes (A1), (A2), (A3). (1=on / 0=off)
External alarm EAL EhL (°C) Upper temperature limit Code for activated alarm: (A4)
ELL (°C) Lower temperature limit Code for activated alarm: (A5)
Ehd (min.) Delay of uppe timil eru tar epmet r
timil eru tar epmet rewo l f o yaleD ).n im( dLE
dA On/off Door alarm. Code for activated alarm: (A1). (1=on / 0=off)
mr a l a r ood f o ya l eD ) . n im( dAd
BU On/off Acoustic signal at alarms: Codes (A1), (A4), (A5). (1=on / 0=off)
Calibration of
sensors
cAL cA (°K) Offset settings of A-sensor. Reference sensor for the refrig. system
cE (°K) Offset settings of E-sensor. Reference sensor for display and alarms
cF (°K) Offset settings of F-sensor. Reference sensor for low temp. protection
Low-temp.
protection
ffo/no noitcetorp erutare pmet woL ffo/nO tcA PF
tES On Function test of the low temp. protection. Cut out of compressor =C4
erutarepmet tuo tuc eht fo gni t teS )C°( teS
ro sn es- F e ht no erutarepmet emit la er fo tuo d a eR )…( E r P
ALL Activation of escorted alarm limits. (FAS)=locked limits / (ESC)=follows set
points
sruoh 4 2 rep stsorfed fo rebmuN FEd
.)F ro E,A( ya l psi d eh t rof rosnes ecne re feR SPd

9
Menu Acess +[° C] Display code and it’s 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
Cancelling an acoustic alarm
Cancellinga dooralarm: [A1] ashes in the display. Press to cancel.
Cancelling atemperature alarm: [A2 and/or A3] Flashes in thedisplay. Press to cancel.
Thedisplay will continue to ash if thetemperature is outside thealarm limits, and will continueuntil thetemperature has
recovered.
Reading Max/Min temperature
Read the higest recorded temperature inside the cabinet by holding down . Read thelowest recorded temperature insidethe
cabinet byholding down .
Reading the alarm history - Example [A2]
[A2] ashes in the display -This means that thetemperature has exceeded the set value for theupper temperature limit, LHL.
Press to cancel 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 seefor howlong 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.
Theprocedure 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 ashingdisplay with no alarm codes indicates that thealarm codes have been canceled, but the alarm system contains
information.
Resetting Max/Min and alarm history
Resettingof theMax/Min and alarm history is donebyholding and for more than 3 seconds, an acousticsignalwill be
given when reset is complete.
Sensor read-out and error codes
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
A6 The low-temperature protection alarm is or has been activated

10
Defrosting
Refrigerator
Defrosting is automatically performed 4 times every 24 hours, by circulating the air inside the cabinet during
compressor standstill periods. The defrost LED lights to indicate the defrosting cycle is running.
Freezer
Defrosting is automatically performed 4 times every 24 hours, by a heating element mounted at the
evaporator.
Manual defrosting
If the cabinet is operating under severe load (frequent door opening and frequent replenishment), manual
defrosting can become necessary.
Manual defrosting is performed as follows:
Hold and for 3 seconds, and defrosting is started. The defrost LED lights to indicate the
defrosting cycle is running.
Do not use sharp or pointed objects to accelerate the defrosting process.
Keylock
The keys can be locked and in this way secured against unauthorized use of the appliance.
To lock the keys:
Press and at the same time for 6 seconds, is shown to indicate the keys are locked.
To unlock the keys:
Press and at the same time for 1 second, is no longer shown to indicate the keys are unlocked.
Illummination
Applies only to models with glass door
The light can be switched on or off by pressing for 6 seconds.
P
1
1
5

11
Reversing the door
The door can be changed from righthand-hinged to lefthand-hinged, or vice versa.
To do so, proceed as follows:
Models with solid door:
1. Switch off the power at the mains socket.
2. Dismantle the two screws that hold the
control panel at front and back, pull the
panel a little forward, and then tilt it
upwards.
3. Dismantle the hinge at pos. A, and lift off the
door.
4. Dismantle the hinge at pos. B, and mount it
at pos. D.
5. Turn the door 180°, and fix it at the hinge
pos. D.
6. Mount the hinge from pos. A in pos. C, and
move bracket from pos. C to pos. A.
7. Fasten the control panel again. Apply power
to the cabinet again.
Models with glass door:
The door should only be reversed by a service electrician or an authorised refrigeration company with
knowledge of the products.
Cleaning
Before cleaning, switch off the cabinet at the mains.
The cabinet should be kept clean using a mild soap solution. Do not use cleaning detergents that may
cause scratches.
Regular cleaning of the rubber door gasket to ensure unwanted substances are removed which could
otherwise damage the gasket.
It is also good practice to regularly vacuum or brush clean the condenser on the back of the cabinet.

12
The condenser fan air outlet above the compressor must be free of leaves, paper etc. to ensure normal
operation of the cabinet.
Cleansing agents containing chlorine or compounds of chlorine as well as other corrosive means, must
not be used, as they might cause corrosion to the stainless panels of the cabinet and the evaporator
system.
Do not flush water directly on or inside the cabinet as this may cause short-circuits in the electrical
system.

Spare parts
When ordering spare parts that you can easily fit yourself, please give the cabinet type number, the serial
number and the function of the part(s) concerned from the spare parts list.
Servicing
The hermetically sealed refrigerating system requires no inspection - just maintenance.
If the system fails and you cannot find the cause, contact a refrigeration repair service.
Disposal
If the cabinet for which there is no longer any use is to be disposed of, please do so in an environmentally
correct way. There might be special requirements/conditions to be observed.
You can obtain information on the disposal of refrigeration appliances from:
- Arctiko A/S
- Your supplier
- Authorities (The local council, Ministry of the Environment, etc.)
13
ID 12 00 66 32
Type
Serial No
Refrigerant
Power consumtion
V Hz Amp Watt
Permissible operation over-pressure: MADE IN DENMARK
Cabinet type number and serial number is stated
on the name plate.

14
Wire-diagram for PR 170 / PR 390
Evaportor fan Compressor
Trafo
230V/12V
Trafo
230V/24V
LED light strip
E1
Power Supply
PCB
Alarm
NC
NO
Alarm
Connector
Com
NC
NO
Programming
Connector
E2
Display PCB
GDL Connetctor
S1
Door switch
230V Supply
N
E
L
E-sensor
Condenser
Sensor
Defrost
Sensor
Cabinet
Sensor

15
Wire-diagram for LR 170 / LR 310 / LR 390
Evaportor fan Compressor
Trafo
230V/12V
E1
Power Supply
PCB
Alarm
Connector
Programming
Connector
220V Supply
E2
Display PCB
GDL Connetctor
S2
Door switch
E-sensor
Condenser
Sensor
Defrost
Sensor
Cabinet
Sensor
N
E
LCom
NC
NO
Alarm
NC
NO

16
Wire-diagram for LF 140 / LF 340
Drip tray
Heater
Defrost
Heater
Evaporator
Fan
Compressor
Trafo
20V/12V
Klixon
Circuit breaker
230V Supply
E1
Power Supply
PCB
Alarm
Connector
Programming
Connector
E2
Display PCB
GDL Connector
S2
Door switch
E-sensor
Condenser
Sensor
Defrost
Sensor
Cabinet
Sensor
N
E
LCom
NC
NO
Alarm
NC
NO

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Notes:

18
Notes:

19
Notes:

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DENMARK
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FAX [phone]
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