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24
en | General installation procedures
4.6
Mains operation and resulting temperature
The power drawn from the mains network is converted into output power to feed the
connected loudspeaker systems and into heat. The difference between power consumption
and dispensed power is called power dissipation (P
power dissipation might remain inside of a rack‑shelf and needs to be diverted using
appropriate measures.
Mains operation and resulting temperature tables allow the determination of power supply
and cabling requirements. The tables are meant as auxiliary means for calculating
temperatures inside of a rack-shelf system/cabinet and the ventilation efforts necessary.
The column P
BTU/hr lists the dispensed heat amount per hour.
Mains voltage = 120 V
PRM-4P600
Standby
ecoRAIL mode (incl. Idle)
1/8 Max. Output Power Pink noise
(1)
1/3 Max. Output Power Pink noise
(1)
1/8 Max. Output Power 1 kHz
1/3 Max. Output Power 1 kHz
PRM-2P600
Standby
ecoRAIL mode (incl. Idle)
1/8 Max. Output Power Pink noise
(1)
1/3 Max. Output Power Pink noise
(1)
1/8 Max. Output Power 1 kHz
1/3 Max. Output Power 1 kHz
2024.01 | V03 | F.01U.402.247
lists the leakage power in relation to different operational states. The column
d
U
I
mains
mains
[V]
[A]
120
0.07
120
0.25
120
2.1
120
4.1
120
2.3
120
3.8
U
I
mains
mains
[V]
[A]
120
0.07
120
0.16
120
1.9
120
3.3
120
1.0
120
3.3
Installation manual
). The amount of heat resulting from
d
P
P
mains
out
[W]
[W]
<1.0
0
<20.0
0
128
4 x 19
298
4 x 50
118
4 x 19
283
4 x 50
P
P
mains
out
[W]
[W]
<1.0
0
<12.0
0
112
2 x 38
265
2 x 100
106
2 x 38
265
2 x 100
Bosch Security Systems B.V.
SYNSONA amplifiers
P
BTU/hr
d
[W] (3)
(2)
0.60
<3.4
19
<68
52
178
98
335
42
144
83
283
P
BTU/hr
d
[W] (3)
(2)
0.53
<3.4
11
<41
36
123
65
222
30
103
65
222
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