11
SPECIFICATIONS
GX3GX5
Specification subject to change without notice.
Output Power, 1 kHz, 0.1 % clipping
8Ω, both channels driven 8Ω, single channel driven 4Ω, both channels driven 4Ω, single channel driven
2Ω, both channels driven, 1% clipping
Signal to Noise (20 Hz – 20 kHz)
Input Sensitivity
Voltage Gain at 8Ω
Output Circuitry
Power Requirements (1/8 power, pink noise at 4Ω 120 V AC)
Distortion (1 dB below rated power, 20 – 20 kHz)
Frequency Response
Dynamic Headroom, 4Ω
Damping Factor
Input Impedance
Maximum Input Level
Input Connectors, each channel
Output Connectors, each channel Amplifier and Load Protection
Controls and Indicators, Front Panel
Controls, Rear Panel
Dimensions (HWD)
Weight – Shipping / Net
Agency Approvals
300 W | 500 W |
350 W | 600 W |
425 W | 700 W |
500 W | 850 W |
200 W | 350 W |
100 dB |
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1.2 Vrms |
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32.2 dB | 34.4 dB |
Class B | |
6.3 A | 6 A |
8Ω, less than 0.05% 4Ω, less than 0.1%
20 – 20kHz, +0,
100
Greater than 20K ohms (balanced or unbalanced) +24 dB (16 Vrms)
Speakon®, 1/4”, Binding Posts
Short circuit, open circuit, thermal, RF protection Load protected against DC faults
Gain controls, 21 detents
Red Clip LEDs, proportional, 0.1% THD threshold. Green Signal LEDs, threshold
Blue Power LED,
Full Range / Crossover switch
100 Hz, 3rd order LP (sub), 2nd order HP (top).
3.5” (2RU) x 19” x 10.1” (89 mm x 483 mm x 257 mm)
30 / 25 lbs (13.5 / 11.5 kg) | 31 / 26 lbs (14 / 12 kg) |
UL, CE, RoHS / WEEE compliant
EN
AC POWER CONSUMPTION 1/8 power, ohms (AC Current and Heating, 120Vac)
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| GX5 |
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Operating Condition | AC amps | BTU / hr | AC amps | BTU / hr | |
Idle | 0.2 | 44 | 0.3 | 60 | |
8 | + 8 ohms, 1/8 power (1) | 4.1 | 904 | 3.3 | 734 |
8 | + 8 ohms, 1/3 power (2) | 6.1 | 1160 | 8.5 | 1456 |
8 | + 8 ohms, full power (3) | 9.75 | 1109 | 16.2 | 1891 |
4 | + 4 ohms, 1/8 power (1) | 6.3 | 1515 | 5.8 | 1160 |
4 | + 4 ohms, 1/3 power (2) | 9.4 | 2105 | 11.2 | 2162 |
4 | + 4 ohms, full power (3) | 15.0 | 2297 | 24.5 | 3754 |
(1)1/8 power represents typical operating conditions.
(3)Full power is breaker limited to short periods.
(2) 1/3 power represents peak program levels.
(4) For 230V, multiply AC current by 0.5. For 100V, multiply AC current by 1.25.