Kirsch MED-288 User manual

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MED-288 from factory ID No. 280 12 03000
CUSTOMER SERVICE MANUAL NO. 246
According to DIN 58345
Certified from TÜV SÜD Management Service GmbH in accordance to ISO 9001: 2000
Philipp Kirsch GmbH ● Headquarters: 77652 Offenburg ● Okenstraße 103
Phone.: [phone] ● Fax: [phone] ● [email protected] ● www.kirsch-offenburg.de

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Technical data:
Cooler: VKS 2116 K
Voltage: 220-240 V 50/60 Hz
Cooling capacity: 150 W at tm 0°C
Total current consumption: 1.4 A
L´Unite compressor: THB4419YWZ TH751WZ
Current consumption cross-flow fan: 0.15 A
Refrigerant: R 134 a, 80 g
(for exact filling quantity see details on the cooler)
Battery for the mains-independent acoustic warning system: 6 V 4Ah
General technical description of the refrigerator:
The refrigerator is equipped with an electronic control unit and an electronic monitoring unit. Both are on the same PCB and work inde-
pendently from one another.
The refrigerator has recirculated air cooling, independent defrosting, condensation evaporation, delayed interior temperature display,
optical and acoustic warning system and power failure alarm.
The recirculated air in the cold store is produced by a cross-flow fan. The selection of air humidity influences the function of the cross-
flow fan. The air humidity is set using button 2. When the setting "high air humidity" is chosen, the green diode 10 lights up and the
recirculated air fan is switched to permanent operation. NOTE: When the setting "low air humidity" is chosen, the fan stops for 5 min-
utes depending on compressor standstill (dripping time). The fan runs during the defrosting phase no matter what the air humidity set-
ting. It always switches off when the door is opened.
Defrosting is initiated every 12 hours by the electronic temperature/defrosting regulator. The cooler is switched off, the fan runs inside
the appliance. Defrosting is stopped when the temperature sensor on the condenser has reached the limiting temperature of +5°C or
after a safety period of 90 minutes. Additional defrosting can be initiated by pressing button 7 (for approx. 4 seconds). The condensa-
tion drips into the condensation dish on the interior first and then drains from there through a tube into the evaporation dish in the ma-
chine room.
Key switch 1
When the key switch is in position 0 the buttons have no function. As long as the appliance remains connected to the
mains supply, the word OFF will appear in the display.
When the key switch is in position 1 all the buttons are active. Reference value and warning thresholds can be dis-
played but not changed. The MIN and MAX values can be displayed and reset.
With the key switch in position P, reference value and warning thresholds can be displayed and changed using buttons
3 and/or 8. The air humidity can be set. In addition, the parameter lists can be requested by pressing the buttons 3 and
8 at the same time (for at least 4 seconds).
NOTE: The appliance must be operated in position 1. We recommend removing the key to prevent the appliance being switched off by
mistake.
1
0P
1
0P
1
0P
7
8
9
10
11
12
13
1
2
3
4
5
6

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After being switched on the temperature alarm is not set until the reference value has been reached or after 2 hours.
This gives the cooling system the opportunity to reach the working temperature range without the alarm being triggered.
If the temperature falls below or rises above the respective set temperature thresholds, an acoustic signal is sounded in the operating
unit, the remote warning contact is triggered and the current temperature flashes alternately with the fault message in the display 4 (see
fault and status messages).
The alarm can be switched off using the button 5. If the alarm status is still not eliminated after this, the alarm will sound every 30 min-
utes. If in the case of an alarm state the alarm sound is not switched off and the alarm state is automatically eliminated, the alarm
sound goes off but the display continues flashing to show that an alarm state has been triggered. The flashing can be switched off by
pressing button 5.
There are 2 buzzers on the control board which are activated in the event of communication problems between operating unit A1 and
control and monitoring unit A2. This alarm can only be switched off for 24 hours by being separated from the mains (remove the plug). If
the fault is not eliminated within this time, the internal buzzer is switched on again. The same applies for fault messages F90-F93 (see
fault and status messages).
Delayed temperature display according to the sample bottle
The temperature display in the alarm circuit is showed subdued according to a sample bottle. Adaptation to the size of the sample bottle
can be made using the parameter A12. A setting of 100 corresponds to a full sample bottle à 250 ml. A setting of approx. 65 corre-
sponds to a half-size sample bottle and a setting of 1 corresponds to a quarter-size sample bottle. There is no linear connection in the
selection of the numerical values.
Alarm test function:
The digital display is delayed in according to a sample bottle with 250 ml liquid. To carry out the alarm test mode the delay must be
switched off.
Access into the alarm test mode (air measurement):
Turn the key 1 to position P. Press the button 6 and 13 together for approximately 4 seconds until a decimal point appears in the dis-
play.
Now the warning system can be tested through heating up of the black probe, as soon the display reaches the upper threshold, the
acoustic warning will sound and the display will flash, the potential free contact will trigger.
After switching back the key to position 1 the display 4 shows the last measured delayed temperature.
Min/max memory
The min/max memory stores the highest and lowest temperature values displayed. The min memory can be deleted by simultaneously
pressing buttons 8 and 5, the max memory correspondingly by pressing buttons 3 and 5. The display indicates 4 dashes ("----") to con-
firm deletion.
When switched on, the system is given the opportunity to reach the reference value C1. The min/max recording only begins once the
reference value has been reached or after 2 hours.
Alarm circuit
If the temperature reaches the warning threshold, the alarm circuit intervenes in temperature control. If the temperature is too low, the
compressor circuit is interrupted by relay K7. The temperature then settles at the lower warning threshold A2.
Fault message and buzzer
If an alarm is recognised, it is displayed after the setting in A15 and/or the buzzer switches on. The buzzer sounds intermittently, i.e. it is
switched on and off alternately. Which message appears on the display is listed in the fault and status message table. The fault mes-
sage itself is displayed alternating with the current temperature. If more than one fault has occurred, they will be displayed alternately,
whereby the current temperature always appears between, in other words, for example: E0 –Temperature - E1 –Temperature –E0 –
Temperature–E1 –Temperature –E0 –etc.
Independently of this, the alarm is signalised via alarm relay K9 and the LED lights up in the operating unit. If a temperature alarm has
to be confirmed after A14, the alarm remains in the display, even when the temperature has reached the valid range again. In this case,
the LED and the alarm relay K9 are switched off since the alarm is no longer present, but the buzzer and/or display have to be con-
firmed.
Comparing actual values/display values
An actual value comparison of the control unit must always be carried out if the interior temperature measured does not correspond to
the temperature shown in the display or the reference value setting. This must also be carried out when the control board or the sen-
sors F1 or F3 are replaced. The interior temperature should be measured in the centre of the interior if possible to achieve the greatest
possible precision.
Select the parameter list PA0 as follows:
Turn the key switch to position P.
Press buttons 3 and 8 for 4 seconds until PAO appears in the display.
Press button 12, d1 appears in the display.
Use button 3 to select: H5 = Control sensor (F1)
H6 = Display.
Example: parameter H5, control sensor.
If the interior temperature is too warm, adjust to the plus range under H5. If the interior temperature is too cold, adjust to the minus
range under H5.
Example: parameter H6, display.
If the temperature displayed is too warm, adjust to the minus range under H6. If the temperature displayed is too cold, adjust to the plus
range under H6.

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A1 Replacing the display or the control and monitoring unit A2
Both parts are placed below the top plate. Remove the cover plate at the rear side of pull out the work surface. The parts then become
visible.
Replacing the cross-flow fan: Screw the upper angled part of the air baffle off and the attachment plate with the cross-flow fan off the
rear of the interior space and take it out. The cross-flow fan can be screwed off the attachment plate and replaced.
Replacing the door handle:
From the inside of the door, remove the two stoppers and insulating material. Unscrew the two screws behind these.
Replacing the cylinder lock:
From the inside of the door, unscrew the countersunk screw in the bolt. Pull out the bolt, round cover and insulating tube. Loosen the
fastening nut (22 mm socket wrench) and pull the lock out towards the front. Install replacement lock in reverse order.
Replacing the door seal:
The door does not have to be screwed off for the seal to be replaced. Pull the door seal out of the all-round groove. Force the replace-
ment seal into the grove by hitting it gently with the ball of your thumb or a wooden hammer. Make sure the seal is inserted into the
groove flush to the cover lip.
Cooler:
Together with the evaporator this forms a ready-to-insert unit which can be replaced without having to interrupt the refrigerant circuit.
The evaporator is pushed through a slot in the rear wall. If the refrigerant circuit is interrupted by non-authorised customer services
points, this renders any warranty claims invalid.
Replacing the battery:
The battery pack is monitored by the electronics and ACC appears in the display if this is faulty or not providing enough power.
The battery pack is in the machine room at the rear. It is fastened to the terminal board by the battery bracket. To change the battery
pack, remove the hoop from the battery bracket and pull the red and blue cables off. Install the replacement battery in reverse order.
NOTE: Make sure you have the right polarity red + and blue -

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Fault and status messages (extract from the operating manual)
Fault messages are displayed alternating with the current temperature. If several faults have occurred, these are
displayed in succession.
Display
Cause
Effect
Measure
OFF
Key switch in position 0
Appliance connected to the mains
supply, regulator on stand-by
Switch the appliance on, turn key switch to
position 1
Diode 9
Flashing: defrosting necessary
On: defrosting process active
Diode 10
Flashing: Requirement
On: high air humidity activated
Fan stops when door is opened
Fan on permanently
Diode 11
On: collective alarm
Hi
Temperature above warning threshold
A1
High temperature alarm (poss. too
many articles to be cooled added at
once or door left open too long)
Observe whether the state returns to normal
quickly, if not there is a technical problem
Lo
Temperature below warning threshold
A2
Low temperature alarm, safety device is
triggered, monitoring circuit has
switched off the refrigerator (can occur if
the door has been open for somewhat
longer and the appliance has to be
cooled down considerably.
Observe whether the state returns to normal
quickly, if not there is a technical problem
E1
Fault cold store sensor,
break or short-circuit
Cold regulator works in emergency
program mode
Check the sensor
E2
Fault evaporator sensor,
break or short-circuit
Cold regulator works normally, defrost-
ing time is limited
Check the sensor
E3
Fault monitoring sensor 1,
break or short-circuit
Cold regulator continues to work,
monitoring circuit has no temperature
control
Check the sensor
E5
Door open for longer than 60 seconds
Interior warms up
Close the door
EP0
Fault during self-test by cooling regula-
tor
monitoring circuit takes over tempera-
ture control
EP1
Loss of data in parameter memory
Cooling regulator switches off,
monitoring circuit takes over tempera-
ture control
Check parameters
EP2
Fault during self-test by operating
panel
Cooling regulator and monitoring circuit
are working, buzzer and alarm relay in
the monitoring circuit are on
EP3
Loss of data in the parameter memory
of the operating panel
Cooling regulator switches off,
monitoring circuit takes over tempera-
ture control
Check parameters
EP4
Fault during self-test in the monitoring
circuit
Cooling regulator is active
Monitoring circuit triggers alarm but
does not intervene in temperature
regulation
EP5
Loss of data in the parameter memory
of the monitoring circuit
Cooling regulator is active
Monitoring circuit triggers alarm but
does not intervene in temperature
regulation
Check parameters
EP6
Loss of data in data store
Cooling regulator is active
Monitoring circuit triggers alarm, no data
recorded
F90 –F93
Hardware conflict
Check the cable connecting the operating
panel and the control board, otherwise re-
place the control unit
Acc
Battery pack faulty
Replace battery pack or check connection
PF
Power failure
No cooling, alarm triggered, remote
warning contact triggered
Check power supply
With optional features:
rtc
Time not correct
Set the clock
Set time on fridge controller (Option):
Turn Key Switch 1 to “P”. Press “Set” button 12 twice and current set time will be displayed (for 3 seconds).
Adjust time by pressing Up 3 or Down 8 key as necessary. Press “Set” button 12 to confirm time and move to date setting. Adjust date with
Up 3 or Down 8 key as necessary. Press “Set” button 12 to confirm time and move to year setting. Adjust year with Up 3 or Down 8 key
as necessary

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Parameter description
The following values can change the appliance characteristics.
For this reason, any adjustments must be made with the greatest care.
Parameter list PA0
Access: Key switch 1 to position P, press buttons 3 and 8 simultaneously for 4 seconds, then press button 12 briefly. Now but-
ton 3 or 8 can be used to scroll through the parameter list.
The value of the parameter selected is displayed when button 12 is pressed. It can be adjusted by pressing button 3 or button 8
in addition. The new value is stored immediately when button 12 is released.
The value is automatically reset to the original value if no key is pressed for 45 seconds or by simultaneously pressing buttons 3
and 8 for approx. 4 seconds.
Parameter
Functional description
Setting range
MED-288
d1
Defrosting interval
0: no automatic defrosting
1 ... 99 hours
12 hours
d3
Stop at defrosting temperature
0 ... 30.0 °C
5.0°C
H1
Actual value cold store sensor F1
-
-
H2
Actual value evaporator sensor F2, if available
-
-
H3
Actual value monitoring sensor F3, undelayed
-
-
H4
Actual value monitoring sensor F4, undelayed, if
available
-
-
H5
Correction / comparison of cold store sensor (the
evaporator sensor is compared with the same
value)
-99 ... 99.0 K
0.0 K
H6
Correction/comparison of monitoring sensor
-99 ... 99.0 K
0.0 K
H15
Actual value of battery voltage (with optional
battery pack)
-
-
H 17
Battery module available
-1 = detect automatically
1 = yes
0 = no
1
r2
Current time
0:00 ... 23:59
-
r3
Current date
1.01. ... 31.12.
-
r4
Year
2000 ...2099
-
H0
Service display
0: delayed display sensor F3
1 –4*
0
If a clock module is not installed, the display will show 1.1.2001 0:00 and cannot be changed.
*The parameter H0 offers the possibility of displaying the value for a certain sensor for 5 minutes. Then the display returns
automatically to normal again. Enter a 1 for sensor F1, a 2 for sensor F2 and a 3 for sensor F3.
Parameter list PA1 (operating/display unit)
Access: Set key switch 1 to position P, press buttons 3 and 8 simultaneously for 4 seconds, select PA1 using button 3, keep
button 12 pressed and set -7 (minus 7). Now button 3 or 8 can be used to scroll through the parameter list.
The value of the parameter selected is displayed when button 12 is pressed. It can be adjusted by pressing button 3 or button 8
in addition. The new value is stored immediately when button 12 is released.
The value is automatically reset to the original value if no key is pressed for 45 seconds or by simultaneously pressing buttons 3
and 8 for approx. 4 seconds.
Parameter
Functional description
Setting range
MED-288
b2
Standby display
1: OFF
2: AUS
3: right DP
1
b12
Display mode
0: whole number
1: rounded to 0.5
2: 0,1
0
b13
Temperature scale
0: °F
1: °C
1
b51
Functional button 2 (press button briefly)
0: No function
1: Light
2: Humidity
3: Superfrost
4: Defrost
5: Humidity, key switch "P"
6: Superfrost, key switch "P"
7: Defrost, key switch "P"
0
b52
Press functional button 7 briefly
see b51
0
b61
Press functional button 2 for approx. 4 sec
see b51
5
b62
Press functional button 7 for approx. 4 sec
see b51
4

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Parameter list PA2 (cold regulator)
Access: Set key switch 1 to position P, press buttons 3 and 8 simultaneously for 4 seconds, select PA2 using button 3, keep
button 12 pressed and set -7 (minus 7). Now button 3 or 8 can be used to scroll through the parameter list.
The value of the parameter selected is displayed when button 12 is pressed. It can be adjusted by pressing button 3 or button 8
in addition. The new value is stored immediately when button 12 is released.
The value is automatically reset to the original value if no key is pressed for 45 seconds or by simultaneously pressing buttons 3
and 8 for approx. 4 seconds.
Parameter
Functional description
Setting range
MED-288
C1
Reference value upon delivery
C7 ... C6
5.0 °C
C3
Switching sense
0: Heating contact
1: Cooling contact
1
C4
Hysteresis
0,1 ... 15.0 K
1.5 K
C5
Hysteresis mode
0: symmetrical
1: one-sided
1
C6
Upper reference value limit
C7 ... 999 °C
20.0 °C
C7
Lower reference value limit
-99 °C … C6
2.0 °C
C8
Start-up protection after compressor start
0 ... 240 min.
0 min.
C9
Start-up protection after compressor stop
0 ... 240 min.
3 min.
C10
Start-up protection for compressor after mains
supply switch-on
0 ... 240 min.
0 min.
C13
Switch-on period in the event of a sensor fault
(emergency operation)
0 ... 100 %
20 %
C14
Cycle time in the event of a sensor fault (emer-
gency operation)
5 ... 60 min.
10 min.
C15
Automatic defrost function
Superfrost
0: none
1: time-controlled
0
C16
Time limit for superfrost function
4 ... 36 hours
12 hours
F15
Fan mode cooling operation
1: Permanently on
2: As 1, with drip interruption
3: With compressor on
4: Temperature controlled
2
F16
Fan control cooling operation
1: Evaporator sensor only
2: Difference cold store - evaporator
2
F17
Fan mode defrosting
0: off
1: on
1
F18
Delay after compressor on
0 ... 240 min.
0 min.
F19
Delay after defrosting
0 ... 240 min.
0 min.
F20
Dripping interruption time (for F15=2)
0 ... 240 min.
5 min.
F21
Control offset (for F15=4)
0 ... 15.0 K
0 K
F22
Hysteresis (for F15=4)
0,1 ... 15.0 K
0.5 K
d1
Defrosting interval
0: no automatic defrosting
1 ... 99 hours
12 hours
d2
Type of defrosting
0: No defrosting
1: Only compressor off
2: Electric
3: Hot gas
1
d3
Stop at defrosting temperature
0 ... 30.0 °C
5.0 °C
d4
Defrosting time limit
1 ... 99 min.
90 min.
d7
Temperature difference for previous
cool-down
0 ... -15 °C
0 °C
d8
Maximum cooling time for previous
cool-down
0 ... 180 min.
0 min.
d9
Dripping time
0 ... 15 min.
0 min.
d10
Stop time drip dish heating
0 ... 60 min.
0 min.

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Parameter list PA3 (monitoring circuit)
Access: Set key switch 1 to position P, press buttons 3 and 8 simultaneously for 4 seconds, select PA3 using button 3, keep button 12 pressed
and set -7 (minus 7). Now button 3 or 8 can be used to scroll through the parameter list. The value of the parameter selected is displayed
when button 12 is pressed. It can be adjusted by pressing button 3 or button 8 in addition. The new value is stored immediately when button 12
is released. The value is automatically reset to the original value if no key is pressed for 45 seconds or by simultaneously pressing buttons 3
and 8 for approx. 4 seconds.
Parameter
Functional description
Setting range
MED-288
A1
Upper warning limit
A2/A7 ... A6
8.0 K
A2
Lower warning limit
A7 ... A1/A6
2.0 K
A4
Hysteresis
0,1 ... 15.0 K
0.1 K
A5
Hysteresis mode
1: one-sided, absolute / 2: one-sided,
relative
1
A6
Upper setting limit for warning thresholds
A7 ... 999 °C
25.0 °C
A7
Lower setting limit for warning thresholds
-99 °C … A6
0.0 °C
A8
Alarm suppression time after temperature alarm
0 ... 240 min.
0 min.
A9
Alarm suppression time after defrosting
0 ... 240 min.
0 min.
A10
Alarm suppression time after switch-on at the mains
0 ... 240 min.
120 min.
A11
Assignment analogue input
0: Sensor F3 / 1: Coupling F3/F4
0
A12
Display delay, 0 = direct,
100 = full sample bottle, non-linear
0..100
65
A13
Alarm suppression time for door open
0: No alarm / 1 … 300 sec.
60 sec.
A14
Behaviour after independent stopping of temperature
alarm
0: Without buzzer, automatic deletion
1: With buzzer, automatic deletion
2: Without buzzer, with acknowledgement
3: With buzzer, with acknowledgement
2
A15
Function buzzer and/or display in the operating unit in
the event of an alarm
(for temperature alarm see A14)
1: Display flashes
2: Buzzer only active
3: Display flashes and buzzer active
4: as 2., can be acknowledged
5: as 3., buzzer can be acknowledged
6: as 5., returns automatically after A16
6
A16
Returning buzzer after acknowledgement
15 ... 1440 min.
30 min.
A17
In the event of an operating fault, alarm repetition,
internal buzzer after reset through mains off
1 ... 48 hours
24 hours
P23
Memory time interval, (optional data memory)
10 ... 900 sec.
120 sec.
P25
Active data record
1 ... 14
2
L0
ST-bus: own address
1 ... 250
6
Parameter list PA5 (clock)
Access: Set key switch 1 to position P, press buttons 3 and 8 simultaneously for 4 seconds, select PA5 using button 3, keep button 12 pressed
and set -7 (minus 7). Now button 3 or 8 can be used to scroll through the parameter list. The value of the parameter selected is displayed
when button 12 is pressed. It can be adjusted by pressing button 3 or button 8 in addition. The new value is stored immediately when button 12
is released. The value is automatically reset to the original value if no key is pressed for 45 seconds or by simultaneously pressing buttons 3
and 8 for approx. 4 seconds.
Parameter
Functional description
Setting range
MED-288
r1
Type
-1: Automatic setting
0: Switched off
1: Available
-1
r2
Time (European format)
0:00 ... 23:59
0:00
r3
Date (European format)
1.1. ... 31.12
1.1.
r4
Year
2000 ...
2000
r11
1st switching function
0: Without function / 1: Start defrosting
0
r12
Switching day/days for r11
0: Mon - Sun (every day)
1: Mon - Fri (weekdays)
2: Sat - Sun (weekends)
3: Mon
4: Tues, etc.
0
r13
Switching time for r11
0:00 ... 23:59
0:00
r21
2nd switching function
see r11
0
r22
Switching day/days for r21
see r12
0
r23
Switching time for r21
see r13
0:00
r31
3rd switching function
see r11
0
r32
Switching day/days for r31
see r12
0
r33
Switching time for r31
see r13
0:00
r41
4th switching function
see r11
0
r42
Switching day/days for r41
see r12
0
r43
Switching time for r41
see r13
0:00
r51
5th switching function
see r11
0
r52
Switching day/days for r51
see r12
0
r53
Switching time for r51
see r13
0:00

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Circuit diagram 226-066
X1 = Connection for remote warning contact X2 = Connection for sensor, door contact and interface X3 = Connection for mains, compressor,… X6 = Connection for battery pack X10 = Remote warning contact X11 = RS 485 X12 = RS 485 X13 = Mains plug X14 = Cold store terminal
Cd1 = Start-up capacitor F1 = Temperature sensor cold store F2 = Temperature sensor evaporator F3= Temperature senor warning
electronics and display
S1 = Door contact switch G1 = Battery pack
A1 = Operating and display unit A2 = Control and monitoring board K1 = Compressor relay (hybrid) K3 = Recirculated air fan relay K7 = Low temperature protection relay K9 = Remote warning relay KM1 = Start-up relay M1 = Compressor motor M2 = Liquefier fan M3 = Recirculated air fan MF 1 = Motor protection
blau = blue rot = red schwarz = black grau = grey weiß = white grün = green gelb = yellow braun = brown grün-gelb = green-yellow

10/12

11/12
SPARE PARTS LIST
Cooler
114560 Cooler VKS 2116 K
114550 Compressor L‟Unite
114552 Start-up relay L„Unite
114553 Start-up capacitor L‟Unite 64 myF
114554 Motor protection switch L‟Unite
114551 Evaporation tray L„Unite
Control
222162 Control and monitoring unit (status. P25 = 2)
202056 Additional board for battery charger in the event of power failure
222161 Display unit
202062 Temperature sensor F1, 2m green
202061 Temperature sensor F2, 2m yellow
202060 Temperature sensor F3, 2m black
202073 2-pin terminal for interface (plug + base)
202074 3-pin terminal for remote warning contact (plug + base)
114407 Key for key switch
202067 Akku 6 V 4 Ah
226617 Hoop for battery
Housing
226145 Work surface 660 x 587 x 16 mm
226610 Upright section for controller
226611 Cover sheet for top at the rear
226606 Terminal board
222101 Hinge above/below
226112 Refrigerator base, front
226113 Refrigerator base, at the rear
Refrigerator door
226003 Door right/left, 1105 x 655 mm
226134 Door seal 1093 x 643 mm
226108 Door handle, 210 mm hole distance
270141 Plastic bushing for hinge pin
270125 Key no. 1001
215127 Cylinder lock, 64 mm with 2 keys
Interior
270127 Cross-blow fan for recirculated air
218414 Attachment plate for cross-blow fan
226607 Air baffle, top
226608 Air baffle, buttom
226609 Attachment strip for air baffle
226105 Gib 646 mm
222205 Cable channel for door contact switch
252163 Door contact switch
270429 Striking plate
216104 Drip dish 530 x 38 x 30 mm
222156 Drawer MED-288
222158 Aluminium length divider for drawer 330 mm
222159 Cross dievicer H + H 160 mm
222157 Caster guides
Additional features (not illustrated)
220135 Compressor ventilation
226426 Mounting part for blower
202058 Additional board battery charger and data store
226007 Glass door right/left 1105 x 655 mm
114158 Insulated glass pane 1018 x 568 x 18 mm
253142 Lock with 2 keys (for glass door) above
270125 Key no. 1001 (for glass door lock)

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44246/01.10