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 amplier’s PSU operates as a non-resistive load, so the calculation “Volts x Amps = Watts” would not be correct. Instead, measured and specied here
is what is known as the “Active Power” in the amplier 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 amplier’s PSU operates as a non-resistive load, so the calculation “Volts x Amps = Watts” would not be correct. Instead, measured and specied here
is what is known as the “Active Power” in the amplier providing useful, real-world values of power consumption and heat dissipation.
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