JBL GTQ240 - Manual (Page 11)

11
Specifications
GTQ360 GTQ240
Power Output 60 Watts x 4 (4 Ohms, 0.05% THD) 45 Watts x 4 (4 Ohms, 0.05% THD)
(20Hz – 20kHz, 90 Watts x 4 (2 Ohms, 0.08% THD) 60 Watts x 4 (2 Ohms, 0.08% THD)
14.4V Battery Voltage) 180 Watts x 2 (Bridged 4 Ohms, 0.08% THD) 120 Watts x 2 (Bridged 4 Ohms, 0.08% THD)
Signal-to-Noise Ratio 100dBA 100dBA
Frequency Response 10Hz – 50kHz (+0, –1dB) 10Hz – 50kHz (+0, –1dB)
20Hz – 20kHz (+0, – 0.1dB) 20Hz – 20kHz (+0, – 0.1dB)
Damping Factor > 200 > 200
Slew Factor > 5 > 5
Line-Level Input Sensitivity 100mV – 4V RMS 100mV – 4V RMS
(For Rated Power)
Line-Level Input Impedance 10k Ohms 10k Ohms
Speaker-Level Input Impedance 15 Ohm or 100k Ohm 15 Ohm or 100k Ohm
(Selectable by Internal Jumpers) (Selectable by Internal Jumpers)
Speaker-Level Input Sensitivity 200mV – 8V RMS 200mV – 8V RMS
Preamp Output Level
Preamp Input: V out = V in V out = V in
Speaker Input: V out = 1/2 V in V out = 1/2 V in
Minimum Speaker Impedance
Single-Ended (Non-Bridged):
2 Ohms 2 Ohms
Bridged: 4 Ohms 4 Ohms
Built-in Electronic 18dB per Octave Low-Pass Filter, 18dB per Octave Low-Pass Filter,
Crossover Frequency and Slope Frequency Chips Available from 50Hz – 5kHz Frequency Chips Available from 50Hz – 5kHz
Factory Setting: 80Hz Factory Setting: 80Hz
18dB per Octave High-Pass Filter, 18dB per Octave High-Pass Filter,
Frequency Chips Available from 50Hz – 5kHz Frequency Chips Available from 50Hz – 5kHz
Factory Setting: 80Hz Factory Setting: 80Hz
Bass Boost Frequency and Magnitude +4dB at 40Hz +4dB at 40Hz
Mute Trigger Voltage 5V to 12V 5V to 12V
Power Requirement 11 to 16V DC Negative Ground 11 to 16V DC Negative Ground
Fuse Size 30 Amp ATC Type Fuse (2 per Amplifier) 40 Amp ATC Type Fuse
Size (HxWxL) 2 x 11-1/4 x 14" 2 x 11-1/4 x 12"
(51 x 286 x 356mm) (51 x 286 x 305mm)
Weight 13.5 lbs (6.12 kg) 11.1 lbs (5.03 kg)
Speaker-Level Input Molex Mini-Fit Jr Molex Mini-Fit Jr
Mating Connector #39-01-2080 #39-01-2080
Metal Pins: 39-00-0038 Metal Pins: 39-00-0038
GTQ 360 new 7/17/98 10:44 AM Page 11