APPLICATIONS – BPX MODELS
To the right are several application diagrams to help plan your subwoofer system installation. Figures 1 through 3 show how to configure the JBL Power
Set OUTPUT MODE
to 2CH/BR
(on input panel)
BPx Amplifier
PARALLEL 2CH/BR
CH 1 | CH 2 |
2 CHANNEL
BRIDGED
NEON
PARALLEL*
Series subwoofer amplifiers (models BPx500.1, BPx1100.1 and BPx2200.1) for
OUTPUT MODE
(partial rear panel)
SPEAKER OUTPUTS
*SEE MANUAL FOR PARALLEL CONNECTION
NOTE: For simplicity, Figures 1 through 3 do not show power, remote and input
See “Setting the Crossover(s)” on page 6 to adjust
(on input panel)
FREQ
connections.
If the nominal impedance of your speaker system is close to 2 ohms, be prepared to try both bridged and parallel configurations to determine which performs better.
Figure 1. The JBL Power Series subwoofer amplifier is set to
2-channel mode to drive a pair of subwoofers.
32Hz 320Hz
12dB 24dB
SLOPE
Set OUTPUT MODE
to 2CH/BR
(on input panel)
SubwooferSubwoofer
CH 1 | CH 2 |
2 CHANNEL
BRIDGED
NEON
BPx Amplifier
PARALLEL*
PARALLEL 2CH/BR
OUTPUT MODE
(partial rear panel)
SPEAKER OUTPUTS
*SEE MANUAL FOR PARALLEL CONNECTION
See “Setting the Crossover(s)” on page 6 to adjust
Figure 2. The JBL Power Series subwoofer amplifier is set to bridged (mono) mode to drive a single subwoofer. Use this mode only when the nominal impedance of the speaker system is 2 ohms or greater.
(on input panel)
FREQ
32Hz 320Hz
12dB 24dB
SLOPE
Set OUTPUT MODE
to PARALLEL
(on input panel)
Subwoofer (2 ohms or greater)
CH 1 | CH 2 |
2 CHANNEL
BRIDGED
NEON
BPx Amplifier
PARALLEL*
jumper
PARALLEL 2CH/BR
OUTPUT MODE
(partial rear panel)
SPEAKER OUTPUTS
*SEE MANUAL FOR PARALLEL CONNECTION
See “Setting the Crossover(s)” on page 6 to adjust
Figure 3. The JBL Power Series subwoofer amplifier is set to parallel mode to drive a single subwoofer. Use this mode only when the nominal impedance of the speaker system is less than 2 ohms.
NOTE: A jumper is added between the + terminals.
(on input panel)
FREQ
32Hz 320Hz
12dB 24dB
SLOPE
Subwoofer (less than 2 ohms)
3