Thermo Scientific Heratherm IMH 60 Operating Instructions Manual page 112

Technical Data
Table 13-1 Technical Data - Series IMH 60/100/180 and IMH 60-S/100-S/180-S
Parameter
Depth
Overall weight
Loading capacity per shelf
Max. overall loading
capacity per device
Electrical data
Power consumption
Maximum current
Earthing system (e. g.
1/N/PE)
Power line frequency
Power line voltage
+/- 10 %
IP protection system
Protection class
Overvoltage category
Device fusing, building
side
Device fusing, on PCB
Environmental conditions
Min. ambient temperature
Max. ambient temperature
Max. humidity in service,
non condensing
Min. storage temperature
Max. storage temperature
Max. humidity in storage,
non condensing
Post-transport acclimation
time
Noise level
Pollution degree
Site conditions
Maximum altitude above
sea level
Minimum side clearance
Minimum front clearance
Minimum back wall
clearance
13-2 Heratherm
Unit IMH 60 IMH 100
mm/in 565/ 565/
25.2 25.2
kg/lbs 45/99 56/123
kg/lbs 25/55
kg/lbs 50/110 50/110
W 600 840
A 5.0 7.0
1/N/PE 1/N/PE
Hz
V 120
IP 20
A
A 2 x 16
°C/° F 18/65
°C/° F 32/90
% r.F./ 80, non condensing
% r.H.
°C/° F 20/68
°C/° F 60/140
% r.F./ 90, non condensing
% r.H.
h
dB(A)
m/y NN 2000/2187
mm/in 50/2
mm/in 590 / 23.2 690 / 27.2 814 / 32 590 / 23.2 690 / 27.2 814 / 32
mm/in 80/3.2
IMH 180 IMH 60-S
738/ 565/
29.1 25.2
70/154 45/99
75/165 50/110
1020 1390
8.5 11.6
1/N/PE 1/N/PE
60
I
II
16
2
45
2
IMH 100-S IMH 180-S
565/ 738/
25.2 29.1
56/123 70/154
25/55
50/110 75/165
1390 1390
11.6 11.6
1/N/PE 1/N/PE
60
120
IP 20
I
II
16
2 x 16
18/65
32/90
80, non condensing
20/68
60/140
90, non condensing
2
45
2
2000/2187
50/2
80/3.2
Thermo Scientific