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Thank you for choosing PPI audio epuipment. Now, HANG ON! PPI
products are engineered and manufactured to deliver a wild ride of
performance, sound quality, and reliability. This PPI product reflects our
commitment to offer you versatility and quality for years of incredible power
and listening enjoyment!
SERVICE
Do not attempt to service PPI products yourself. Performing exploratory
surgery on your audio equipment yourself will void the warranty. All parts of
your PPI gear have been built t
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4-Way/5-Way Variable Crossover with RCA Outputs QBASS™ Bass Boost Balanced Differential Input Circuit Speaker Lead High Level Inputs High Voltage Input Capability Gold Plated RCA, Speaker and Power Connectors Mixed Mono/Stereo Operation Power Bandwidth:. . . . . . . . . . 7Hz to 80kHz Signal to Noise Ratio: . . . . . . . 105 dB Total Harmonic Distortion:. . . . .05% Input Sensitivity: . . . . . . . . . . . 100mV to 12V Input Impedance: . . . . . . . . . . 10k Ohms Load Impedance (Stereo): . . .
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PPI4240 30W x 4 Channels @ 4 Ohms 60W x 4 Channels @ 2 Ohms 120W x 2 Channels @ 4 Ohms Bridged PPI5440 30W x 4 Channels @ 4 Ohms + 120W x 1 Channel @ 4 Ohms 60W x 4 Channels @ 2 Ohms + 200W x 1 Channel @ 2 Ohms 120W x 2 Channels @ 4 Ohms Bridged + 120W x 1 Channel @ 4 Ohms PPI4240 Front Variable 12db/Octave FULL/HPF/LPF 20-5kHz Rear Variable 12db/Octave FULL/HPF/LPF 20-5kHz Selectable FULL/HPF/LPF RCA Output PPI5440 Front Variable 12db/Octave FULL/HPF/LPF 20-5kHz Rear Variable 12db/Octave
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The following formula is a guide to determine current draw so you can choose the proper gauge power cable and fuses for your system. A 50% amplifier efficiency rating is used as an average. (Total 4-Ohm rate RMS output x 2) x 2 = Total Input Wattage Total Input Wattage/Supply Voltage = Current Draw (in Amps) Example: Your PPI4240 is 30 watts x 4 RMS @ 4-Ohms. You would use the formula below: 30 x 4 = 120 watts Total Output 120W x 2 = 240W Input/12.5v = 19.2 amps Current Draw Note: Notice that
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Before beginning, disconnect the negative (-) terminal of the battery prior to working on the positive (+) terminal to prevent a short to ground. This is important, unless you want to spend the rest of your life with a nickname like "Sparky," or "Smokey." Reconnect the negative terminal only after all connections have been made. You will need to install an in-line fuse or circuit breaker in the power wire within 18” of the battery. This fuse or circuit breaker protects your vehicle from fire in
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Remote Turn-on Your head unit should have a lead marked ‘remote’ or ‘ power antenna’ which will be used to turn on your amplifier. Extend this lead through your vehicle along with your RCA signal wires. Strip 1/4 inch of the insulation off the wire and insert the end into the corresponding terminal on the amplifier. Grounding Locate an area near the amplifier(s) that is metal and clean an area about the size of a quarter to bare metal. Inspect the area around and underneath to be sure you won
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1 2 3 4 5 PPI4240 4-channel FUSES +12V REM GND FL + FL - FR - FR + RL + RL - RR - RR + FUSES POWER (GREEN) PROTECT (RED) BRIDGED BRIDGED POWER SPEAKER OUTPUT 1 2 3 4 5 6 5-channel PPI5440 +12V REM GND FL + FL - FR - FR + RL + RL - RR - RR + SUB - SUB + FUSES BRIDGED BRIDGED POWER (GREEN) POWER SPEAKER OUTPUT PROTECT (RED) 1. Battery Power Connect the 12-volt constant power cable from the battery here. 2. Remote Connect the remote turn on lead from you source unit here. This connection will turn
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All PPI amplifiers are capable of being bridged into a 4-Ohm mono output without switches or bridging modules. This in turn allows you to run Full range or component speakers and a subwoofer off one PPI amplifier. (using passive crossovers) You can achieve this mono channel by using the Left positive (+) speaker connection and Right negative (-) speaker connection. You can bridge channels 3 and 4, on your PPI four channel amplifiers, in the same way. (Refer to the end panel drawing on page 8.)
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1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1. Front RCA Input Plug in the front RCA cables from the source unit or PPI signal processor here. 2. Rear RCA Input Plug in the rear RCA cables from the source unit or PPI signal processor here. 3. RCA Outputs Plug in the RCA cables here to send signal to a second amplifier. This output can be Full Range, High Pass or Low Pass according to the Output X-Over Switch. 4. Speaker Input Plug in speaker cables here when RCA cables are not available. 5. Input -1
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9. Rear X-Over Freq Select the rear crossover frequency here. The detented control moves clockwise from 20Hz to 5kHz. Use the chart on page 20 to select the desired crossover frequency. 10. Rear Gain Control Use this control to match the output level of the head unit to the amplifier. 11. Front X-Over Switch Select the desired crossover setting, FULL/HPF/LPF for the front speaker outputs. 12. Rear Input X-Over Switch Select the desired crossover setting, FULL/HPF/LPF for the input signal to
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1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 1. Front RCA Input Plug in the front RCA cables from the source unit or PPI signal processor here. 2. Rear RCA Input Plug in the rear RCA cables from the source unit or PPI signal processor here. 3. Subwoofer RCA Input Plug in the subwoofer RCA cables from the source unit or PPI signal processor here. 4. Speaker Input Plug in speaker cables here when RCA cables are not available. 5. Input -12db Push this switch “IN” when using Speaker Inputs,
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9. Rear X-Over Freq Select the rear crossover frequency here. The detented control moves clockwise from 20Hz to 5kHz. 10. Rear Gain Control Use this control to match the output level of the head unit to the amplifier. 11. Subwoofer X-Over Freq Select the subwoofer crossover frequency here. The detented control moves clockwise from 20Hz to 500Hz. 12. Subwoofer QBASS™ Control Select the desired boost by turning the dial clockwise form 0-12dB centered at 40Hz on the rear channel. 13. Subwoofer G
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1. Adjust all amplifier input gain controls to just above minimum sensitivity (fully counterclockwise). 2. Using the cleanest source (CD), with music playing turn up the head unit until you can hear the music begin to distort. Now turn it down a bit until you cannot hear the distortion. 3. Increase the Amplifier gain (clockwise) until the onset of audible distortion. Then decrease the gain to the point just before the distortion starts. This setting minimizes background noise and prevents o
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For extra BOOM from your system, we’ve developed the QBASS™ bass control circuit. The QBASS™ control is located to the left of the crossover switches and allows you to add up to 12dB of boost centered at 40Hz by rotating the control clockwise. CAUTION! QBASS™ should only be used in systems with strong subwoofers. 12dB is a lot of bass boost and could damage full range speakers. This circuitry is capable of eliminating noise radiated into your signal cables by up to 40dB. This is equivalent to
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System One System Two 15
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System Three 16
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System Four 17
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PPI4240 18
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PPI5440 19
