Placing
Install the appliance in a dry and well
ventilated place. Avoid installation near
heat sources or in direct sunlight. Standard
EN378 specifies that the room in which you
install the appliance must have a volume
of 1m3 per 8g of R600a refrigerant used
in the appliances to avoid formation of
inflammable gas/air mixtures in the event of
leaks in the refrigerant circuit. The quantity
of refrigerant used is indicated on the name
plate.
Place the appliance on the floor and make
sure that it is level.
Room temperature
The appliance is designed and adjusted to
produce an optimum temperature level in
the vaccine compartment at a minimum/
maximum ambient temperature of +20°C to
+32°C.
NOTE:
The appliance must not be placed in
ambient temperatures below +20°C.
NOTE:
Updated WHO PQS specifications:
The temperature specifications of the vacci-
ne storage refrigerator allow brief deviations
from the general target of +2°C to +8°C.
During a 5 day period, temperatures over
+8°C should not exceed a total of 12 hours
or 20°C. The temperatures should
also not get below +2°C for a total of 12
hours or reach 0°C.
Ventilation
It is important that the appliance is well ven-
tilated, and that air can circulate unhindered
above, below, and around the appliance.
Fig. 3 below illustrates how the necessary
air circulation can be ensured.
Placing and unpacking
800 mm
20 mm
100
mm
100 mm
There must be at least 30 mm clearance
between the base of the appliance and the
floor.
Ventilation openings in the appliance or in
built-in structures must be kept clear.
NOTE: There must be free access to the
ventilation grille.
Unpacking
Unpack the appliance and check that it
has not been damaged. If you observe any
damage, please inform your supervisor.
fig. 3
Important: Do not use open fire or
cigarettes in the proximity of the
appliance.
4
GB
Summary of Contents for MKS 044 SolarChill
Page 15: ...15 GB...
Page 16: ...Wiring diagram 16 GB...
Page 31: ...15 FR...
Page 32: ...Sch ma de principe 16 FR...
Page 47: ...15 ES...
Page 48: ...Diagrama de cableado 16 ES...
Page 51: ...SolarChill 1 2 3 v 3 RUS...
Page 54: ...SolarChill 6 RUS...
Page 55: ...2 12 150 180 1 3 2 20 80 UL T V 61215 2 7 RUS...
Page 56: ...2 85 C SolarChill 8 RUS...
Page 57: ...SolarChill 3A 3A 3A 3 9 RUS...
Page 58: ...6 10 RUS...
Page 59: ...A B C 7 A B C 11 RUS...
Page 60: ...6 A B C D 8 A A B C D 9 12 RUS...
Page 61: ...3 A 15 A 10 9Ah 12V 7 2 Ah 12V 6 3 94 65 94 11 13 RUS...
Page 63: ...15 RUS...
Page 64: ...16 RUS...
Page 65: ...3 2002 96 EC 2006 66 EC 17 RUS...
Page 66: ...3 2 C 8 C 2 22V 2 3 4 5 6 7 8 9 10 16 17 Vestfrost Solutions 2 CHI...
Page 67: ...1 2 3 3 CHI...
Page 70: ...6 CHI...
Page 71: ...2 12V 150 180W 1 3 2 20 80 UL T V IEC 61215 2 7 CHI...
Page 72: ...85 C 2 8 CHI...
Page 73: ...3A 3A 3A 3 9 CHI...
Page 74: ...6 10 CHI...
Page 75: ...A B C A B C 7 11 CHI...
Page 76: ...6 A B C D 8 9 A A B C D 12 CHI...
Page 77: ...3A 15A 10 9Ah 12V 7 2 Ah 12V 6 3 94 65 11 13 CHI...
Page 79: ...15 CHI...
Page 80: ...16 CHI...
Page 81: ...2002 96 EC 2006 66 EC 17 CHI...
Page 82: ......
Page 83: ......
Page 84: ...EC 2006 66 EC 2002 96 ARA...
Page 85: ...ARA...
Page 86: ...ARA...
Page 88: ...7 A B C ARA...
Page 89: ...15A 3A 8 9Ah 12V 7 2 6 3 Ah 12V 94 65 94 11 ARA...
Page 90: ...6 10 9 A A B C D ARA...
Page 91: ...6 ARA...
Page 92: ...3A 3A 3A ARA...
Page 93: ...85 ARA...
Page 94: ...2 12 180 150 3 1 80 20 T V UL IEC 61215 2 ARA...
Page 95: ...ARA...
Page 96: ...1 4 3A 7 5 27 4 8 2 8 2 AWG 2 2 5 12 1 5 5 4 12 3 10 6 10 5 16 5 10 8 9 29 5 4 1 5 ARA...
Page 97: ...EN378 8 3 1 R600a 20 32 20 WHO PQS 2 8 20 12 2 12 3 30 3 800 mm 20 mm 100 m m 100 mm ARA...
Page 98: ...1 2 3 ARA...
Page 99: ...8 2 22 22 2 3 4 5 6 7 8 9 10 16 17 Vestfrost Solutions ARA...
