Liebherr WKt 4552 GrandCru User Manual
Page 36
36
8,5 °C
8,0 °C
7,5 °C
7,0 °C
6,5 °C
6,0 °C
5,5 °C
5,0 °C
4,5 °C
4,0 °C
3,5 °C
3,0 °C
2,5 °C
2,0 °C
8,5 °C
8,0 °C
7,5 °C
7,0 °C
6,5 °C
6,0 °C
5,5 °C
5,0 °C
4,5 °C
4,0 °C
3,5 °C
3,0 °C
2,5 °C
2,0 °C
t1
t2
t3
t4
t5
t6
t7
t8
t9
t1
t2
t3
t4
t5
t6
t7
t8
t9
Probes
Probes
MKUv 1610
MKUv 1612
H0 = Gradient
H0 = Gradient
max (0
mj
+ U
mj
) = mean value warmest probe + expanded measurement uncertainty
max (0
mj
+ U
mj
) = mean value warmest probe + expanded measurement uncertainty
min (0
mj
– U
mj
) = mean value coldest probe – expanded measurement uncertainty
min (0
mj
– U
mj
) = mean value coldest probe – expanded measurement uncertainty
Gradient H0- :
3.31 K
(+2.0 K / –1.31 K from
set temperature)
Max. fluctuation:
2.70 K
Gradient H0- :
4.27 K
(+2.27 K / –2.00 K from
set temperature)
Max. fluctuation:
4.00 K
Liebherr laboratory refrigerators or freezers do not comply with the German Institute for Standardisation norm DIN 58371 regarding the
requirements for the storage of conserved blood and DIN 58375 regarding the requirements for the storage of blood plasma. The MKv and
MKUv models comply with the German Institute for Standardisation norm DIN 58345 which refers to the specification of pharmacy refrigerators.
All other Liebherr refrigerators and freezers in this catalogue do not comply with this standard.
Set temperature
Average probe temperature
Set temperature
Average probe temperature
Pharmacy refrigerators compliant to DIN 58345