Equipment
Notes :
¹ Automatic-6 dB gam compensation when bridging channels.
² PAL can reduce the maximum output power to keep the power supply operating safely,
and/or to prevent excessive current draw tripping the mains breaker. Refer to Operation Manual.
³ For sine waves, peak voltage output values translate to Vrms with the formula V/1.41 = Vrms. E.g. 1DD V peak
equals app. 7D V peak. Hence, outputs can be set for high-impedance loads without requiring a transformer
RHYME R4500
2x4500 Watts Amplifier
SPECIFICATION
Out Power (8Ω) / (4Ω) / (2Ω) | : 2x 1600 / 2x 3000 / 2x 4500 W |
Out Power (Bridge) (16Ω) / (8Ω) / (4Ω)¹ | : 3200 / 6000 / 9000 W |
Performance with Gain | : 35 dB and VPL: 100 V |
THD 20 Hz – 20 kHz for 1 W | : <0.1% |
THD at 1 kHz and 1 dB below clipping | : < 0.05 % |
Signal To Noise Ratio | : 112 dBA |
Channel separation (Crosstalk) 1 kHz | : > 70 dB |
Frequency Response (1 W into 8Ω) | : 2.3 Hz – 56 kHz (+0/-3 dB) |
Input impedance | : 20 k Ohm |
Input Common Mode Rejection, CMR | : 50 dB |
Output impedance I 100 Hz | : 30 m Ohm |
VPL, selectable per ch.³ | : 141, 118, 100, 85, 71, 59, 50, 42 V |
VPL, when bridged ¹ ³ | : 282, 236, 200, 170, 142, 118, 100, 84 V |
Voltage Peak Limiter mode (per ch.) | : Hard / Soft |
Amplifier gain selectable (all channels)¹ | : 23. 26, 29. 32. 35, 38. 41, 44 dB |
Default gain | : 35 dB |
Input connectors (per ch.) | : 3-pin XLR, electronically balanced |
Output connectors (per ch.) | : Neutrik Speakon |
Cooling | : Two fans, front-to-mar airflow, temperature controlled speed |
Operating voltage, 230V nominal | : 130-265V |
Minimum power-up voltage, 230 V | : 171V |
Power Average Limiter (PAL)³ | : Yes |
Dimensions (WxHxD) | : 483 x 88 x 343 mm |
Weight | : 12 kg (26.4 lbs.) |
¹ Automatic-6 dB gam compensation when bridging channels.
² PAL can reduce the maximum output power to keep the power supply operating safely,
and/or to prevent excessive current draw tripping the mains breaker. Refer to Operation Manual.
³ For sine waves, peak voltage output values translate to Vrms with the formula V/1.41 = Vrms. E.g. 1DD V peak
equals app. 7D V peak. Hence, outputs can be set for high-impedance loads without requiring a transformer