User Manual

18
XP7000/XP5000/XP3500/XP2500/XP1000
取扱説明書
■ 消費電流
● XP7000
● XP5000
● XP3500
● XP2500
● XP1000
1/8 power is typical of program material with occasional clipping. Refer to these figures for most applications.
1/3 power represents program material with extremely heavy clipping.
Test signal: Pink Noise, bandwidth limited from 22Hz to 22kHz
1W = 0.860kcal/h, 1BTU = 0.252kcal
Note that Line Voltage [V] x Line Current [A] = [VA], not equals to [W].
Inrush current: 11A (XP7000, XP5000, XP3500)/10A (XP2500)/9A (XP1000)
Line Current (A)
Power (W) Thermal Dissipation
100/120V 230/240V In Out Dissipated Btu/h kcal/h
standby 0.08 0.04505174
idle 1.0 0.5 35 0 35 119 30
1/8 power
8 Ω /ch 5.4 3.0 379 188 191 653 165
4 Ω /ch 8.5 4.7 611 275 336 1150 289
1/3 power
8 Ω /ch 12.8 7.0 918 500 418 1430 360
4 Ω /ch 20.6 11.3 1481 733 748 2550 643
Line Current (A) Power (W) Thermal Dissipation
100/120V 230/240V In Out Dissipated Btu/h kcal/h
standby 0.08 0.04505174
idle 1.0 0.5 35 0 35 119 30
1/8 power
8 Ω /ch 4.0 2.2 277 131 146 499 126
4 Ω /ch 6.2 3.4 436 188 249 848 214
1/3 power
8 Ω /ch 9.3 5.1 673 350 323 1100 278
4 Ω /ch 14.7 8.1 1057 500 557 1900 479
Line Current (A)
Power (W) Thermal Dissipation
100/120V 230/240V In Out Dissipated Btu/h kcal/h
standby 0.08 0.04505174
idle 1.0 0.5 30 0 30 102 26
1/8 power
8 Ω /ch 3.2 1.7 227 98 130 443 112
4 Ω /ch 5.0 2.8 378 148 231 787 198
1/3 power
8 Ω /ch 7.3 4.0 551 260 291 993 250
4 Ω /ch 12.2 6.7 917 393 524 1790 450
Line Current (A)
Power (W) Thermal Dissipation
100/120V 230/240V In Out Dissipated Btu/h kcal/h
standby 0.08 0.04505174
idle 1.0 0.5 25 0 25 85 22
1/8 power
8 Ω /ch 2.4 1.3 174 69 105 358 90
4 Ω /ch 3.6 2.0 271 98 173 592 149
1/3 power
8 Ω /ch 5.6 3.1 421 183 238 811 204
4 Ω /ch 8.8 4.8 657 260 397 1350 341
Line Current (A)
Power (W) Thermal Dissipation
100/120V 230/240V In Out Dissipated Btu/h kcal/h
standby 0.08 0.04505174
idle 1.0 0.5 20 0 20 68 17
1/8 power
8 Ω /ch 1.1 0.6 76 28 48 165 42
4 Ω /ch 1.2 0.7 91 30 61 208 52
1/3 power
8 Ω /ch 2.4 1.3 184 73 110 376 95
4 Ω /ch 2.9 1.6 220 80 140 479 121