Appendices 22, Thermal dissipation, Lucia 120/2 – Lab.gruppen LUCIA 240/2M User Manual
Page 22: Lucia 120/2m, Lucia operation manual rev 1.0.0
15. Appendices
22
LUCIA Operation Manual rev 1.0.0
15.4. Thermal dissipation
LUCIA 120/2
Level
Load
Output power
Mains
voltage
Line
current
Watt *1)
Thermal Dissipation
VAC
IAC
In
Out
Dissi-
pated
BTU/hr
kCal/hr
Standby w. remote Power Off.
230
0.032
0.88
0
1
3
1
120
0.027
0.77
0
1
3
1
100
0.028
0.76
0
1
3
1
Power on, Idling
230
0.21
11.9
0
12
41
10
120
0.19
13.0
0
13
44
11
100
0.22
13.1
0
13
45
11
Pink Pseudo
Noise (1/8)
16 Ω / Ch.
30
x 2
230
0.22
25.3
7.5
18
61
15
120
0.34
24.3
7.5
17
57
14
100
0.40
24.6
7.5
17
58
15
8 Ω / Ch.
60
x 2
230
0.30
35.6
15
21
70
18
120
0.47
33.6
15
19
63
16
100
0.54
34.4
15
19
66
17
4 Ω / Ch.
60
x 2
230
0.30
36.3
15
21
73
18
120
0.48
34.9
15
20
68
17
100
0.55
35.3
15
20
69
17
2 Ω / Ch.
60
x 2
230
0.32
37.7
15
23
77
20
120
0.50
36.3
15
21
73
18
100
0.57
36.6
15
22
74
19
*1) The amplifier’s PSU operates as a non-resistive load, so the calculation “Volts x Amps = Watts” would not be correct. Instead, measured and specified here
is what is known as the “Active Power” in the amplifier providing useful, real-world values of power consumption and heat dissipation.
LUCIA 120/2M
Level
Load
Output power
Mains
voltage
Line
current
Watt *1)
Thermal Dissipation
VAC
IAC
In
Out
Dissi-
pated
BTU/hr
kCal/hr
Standby w. remote Power Off.
230
0.032
0.88
0
1
3
1
120
0.027
0.77
0
1
3
1
100
0.028
0.76
0
1
3
1
Power on, Idling
230
0.14
14.8
0
15
51
13
120
0.21
13.4
0
13
46
12
100
0.25
14.1
0
14
48
12
Pink Pseudo
Noise (1/8)
16 Ω / Ch.
30
x 2
230
0.25
28.2
7.5
21
71
18
120
0.35
24.7
7.5
17
59
15
100
0.41
25.6
7.5
18
62
16
8 Ω / Ch.
60
x 2
230
0.33
38.5
15
23
80
20
120
0.47
34.0
15
19
65
16
100
0.55
35.4
15
20
70
18
4 Ω / Ch.
60
x 2
230
0.33
39.2
15
24
83
21
120
0.48
35.3
15
20
69
17
100
0.56
36.3
15
21
73
18
2 Ω / Ch.
60
x 2
230
0.34
40.6
15
26
87
22
120
0.51
36.7
15
22
74
19
100
0.59
37.6
15
23
77
19
*1) The amplifier’s PSU operates as a non-resistive load, so the calculation “Volts x Amps = Watts” would not be correct. Instead, measured and specified here
is what is known as the “Active Power” in the amplifier providing useful, real-world values of power consumption and heat dissipation.