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Specifications

Installation

GM-X962

Power source .............................................................................................................. 14.4 V DC (10.8 — 15.1 V allowable)
Grounding system ............................................................................................................................................ Negative type
Current consumption ........................................................................................................ 25.0 A (at continuous power, 4

)

Average current drawn* ............................................................................................................ 9.6 A (4 

for two channels)

17.3 A (4 

for one channel)

Fuse .......................................................................................................................................................................... 25 A 

×

2

Dimensions ........................................................................................................................ 279 (W) 

×

61 (H) 

×

324 (D) mm

[11 (W) 

×

2-3/8 (H) 

×

12-3/4 (D) in]

Weight  ...................................................................................................... 5.0 kg (11.0 lbs) (Leads for wiring not included)
Maximum power output  .................................................................................................................... 250 W 

×

2 / 760 W 

×

1

Continuous power output  ........................................................ 125 W 

×

2 (at 14.4 V, 4 

, 20 — 20,000 Hz, 0.08% THD)

380 W 

×

1 (at 14.4 V, 4 

, 20 — 20,000 Hz, 0.8% THD)

190 W 

×

2 (at 14.4 V, 2 

, 20 — 20,000 Hz, 0.8% THD)

Load impedance  ............................................................................................................................ 4 

(2 — 8 

allowable)

(Bridge connection: 4 — 8 

allowable)

Frequency response  ............................................................................................................ 10 — 50,000 Hz (+0 dB, –1 dB)
Signal-to-noise ratio  ...................................................................................................................... 100 dB (IHF–A network)
Distortion ............................................................................................................................................ 0.008% (10 W, 1 kHz)
Separation ........................................................................................................................................................ 65 dB (1 kHz)
Low pass filter  ................................................................................................................................ Cut off frequency: 80 Hz

Cut off slope: –12 dB/oct

Maximum input level/impedance  .................................................................................... RCA: 6.5 V/22 k

Ω (

0.2 — 6.5 V)

Note:

• Specifications and the design are subject to possible modification without notice

due to improvements.

*Average current drawn

• The average current drawn is nearly the maximum current drawn by this unit

when an audio signal is input. Use this value when working out total current
drawn by multiple power amplifiers.

CAUTION

• Do not install in:

—Places where it could injure the driver or pas-

sengers if the vehicle stops suddenly.

—Places where it may interfere with the driver,

such as on the floor in front of the driver’s
seat.

• Make sure that wires are not caught in the sliding

mechanism of the seats, resulting in a short-cir-
cuit.

• Confirm that no parts are behind the panel when

drilling a hole for installation of the amplifier.
Protect all cables and important equipment such
as fuel lines, brake lines and electrical wiring
from damage.

• Install tapping screws in such a way that the 

screw tip does not touch any wire. This is impor-
tant to prevent wires from being cut by vibration
of the car, which can result in fire.

• To prevent electric shock, do not install the ampli-

fier in places where it might come in contact with
liquids.

• To ensure proper installation, use the supplied

parts in the manner specified. If any parts other
than the supplied ones are used, they may damage
internal parts of the amplifier, or they may
become loose causing the amplifier to shut down.

To prevent malfunction

• To ensure proper heat dissipation of the amplifier,

be sure of the following during installation.

—Allow adequate space above the amplifier for

proper ventilation.

—Do not cover the amplifier with a floor mat or

carpet.

• Do not install the amplifier near a door where it

may get wet.

• Do not install the amplifier on unstable places

such as the spare tire board.

• The best location for installation differs with the

car model and installation location. Secure the
amplifier at a sufficiently rigid location.

• Make temporary connections first and check that

the amplifier and the system operate properly.

• After installing the amplifier, confirm that the

spare tire, jack and tools can be easily removed.

Example of installation on the floor
mat or on the chassis

1. Place the amplifier where it is to be

installed. Insert the supplied tapping
screws (4 

×

18 mm) into the screw

holes. Push on the screws with a
screwdriver so they make marks
where the installation holes are to be
located.

2. Drill 2.5 mm (1/8 inch) diameter

holes at the point marked, and
install the amplifier, either on the
carpet or directly to the chassis.

Drill a 2.5 mm (1/8 inch)
diameter hole

Tapping-screws 
(4 

×

18 mm)

Floor mat 
or chassis

GM-X862

Power source .............................................................................................................. 14.4 V DC (10.8 — 15.1 V allowable)
Grounding system ............................................................................................................................................ Negative type
Current consumption ........................................................................................................ 25.0 A (at continuous power, 4

)

Average current drawn* ............................................................................................................ 9.6 A (4 

for two channels)

17.3 A (4 

for one channel)

Fuse .......................................................................................................................................................................... 25 A 

×

2

Dimensions ........................................................................................................................ 279 (W) 

×

61 (H) 

×

324 (D) mm

[11 (W) 

×

2-3/8 (H) 

×

12-3/4 (D) in]

Weight  ...................................................................................................... 5.0 kg (11.0 lbs) (Leads for wiring not included)
Maximum power output  .................................................................................................................... 250 W 

×

2 / 760 W 

×

1

Continuous power output  ........................................................ 125 W 

×

2 (at 14.4 V, 4 

, 20 — 20,000 Hz, 0.08% THD)

380 W 

×

1 (at 14.4 V, 4 

, 20 — 20,000 Hz, 0.8% THD)

190 W 

×

2 (at 14.4 V, 2 

, 20 — 20,000 Hz, 0.8% THD)

Load impedance  ............................................................................................................................ 4 

(2 — 8 

allowable)

(Bridge connection: 4 — 8 

allowable)

Frequency response  ............................................................................................................ 10 — 50,000 Hz (+0 dB, –1 dB)
Signal-to-noise ratio  ...................................................................................................................... 100 dB (IHF–A network)
Distortion ............................................................................................................................................ 0.008% (10 W, 1 kHz)
Separation ........................................................................................................................................................ 65 dB (1 kHz)
Low pass filter  ................................................................................................................................ Cut off frequency: 80 Hz

Cut off slope: –12 dB/oct

Maximum input level/impedance  .................................................................................... RCA: 6.5 V/22 k

Ω (

0.2 — 6.5 V)

Note:

• Specifications and the design are subject to possible modification without notice

due to improvements.

*Average current drawn

• The average current drawn is nearly the maximum current drawn by this unit

when an audio signal is input. Use this value when working out total current
drawn by multiple power amplifiers.

Summary of Contents for GM-X862

Page 1: ...A INC 300 Allstate Parkway Markham Ontario L3R OP2 Canada TEL 905 479 4411 PIONEER ELECTRONICS DE MEXICO S A de C V San Lorenzo 1009 3er Piso Desp 302 Col Del Valle Mexico D F C P 03100 TEL 5 688 52 90 Published by Pioneer Corporation Copyright 2001 by Pioneer Corporation All rights reserved Publication de Pioneer Corporation Copyright 2001 Pioneer Corporation Tous droits de reproduction et de tra...

Page 2: ... the dial and leave it there Taking a minute to do this now will help to prevent hearing damage or loss in the future After all we want you listening for a lifetime We Want You Listening For A Lifetime Used wisely your new sound equipment will provide a lifetime of fun and enjoyment Since hearing damage from loud noise is often undetectable until it is too late this manufacturer and the Electronic...

Page 3: ...r one of the same size and rating To prevent malfunction of the amplifier and speakers the protective circuit will cut the power supply to the amplifier sound will stop when an abnormal condition occurs In such a case switch the power to the system OFF and check the connection of the power supply and speakers Detect the cause and solve the problem Contact the dealer if you cannot detect the cause ...

Page 4: ... to the NORMAL position When using with an RCA equipped Pioneer car stereo with max output of 4 V or more adjust level to match the car stereo output level Power Indicator The power indicator lights when the power is switched on LPF Low Pass Filter Select Switch Set the LPF select switch as follows according to the type of speaker that is connected to the speaker output connector and the car stere...

Page 5: ... prod ucts may be different colors even if they have the same function When connecting this product to another product refer to the supplied Installation manuals of both products and connect cords that have the same function Connecting the Unit CAUTION Disconnect the negative terminal of the battery to avoid the risk of short circuit and damage to the unit Secure the wiring with cable clamps or ad...

Page 6: ... Output Connecting wires with RCA pin plugs sold separately RCA input jack Speaker terminal See the Connecting the Speaker wires section for speaker connection instructions System remote control wire sold separately Connect the male terminal of this wire to the system remote control terminal of the car stereo SYSTEM REMOTE CONTROL The female terminal can be connected to the auto antenna relay cont...

Page 7: ...plifier to the positive terminal of the battery 2 Twist the battery wire ground wire and system remote control wire 3 Attach lugs to wire ends Lugs not supplied Use pliers etc to crimp lugs to wires 4 Connect the wires to the terminal Fix the wires securely with the terminal screws Fuse 30 A Engine compart ment Interior of the vehicle Drill a 14 mm 1 2 inch hole into the vehicle body Insert the O ...

Page 8: ...ends Lugs not supplied Use pliers etc to crimp lugs to wires 3 Connect the speaker wires to the speaker terminals Connect the speaker wires passing them through the terminal cover Fix the speaker wires securely with the termi nal screws 4 Push on the terminal cover 10 mm Twist Speaker terminal Terminal cover Terminal screw Speaker wire Lug Speaker wire 3 8 inch ...

Page 9: ...s Capacitors C1 and C2 in the diagrams act as high pass filters Inductors L are used for the woofer subwoofer and capacitors C are used for the high mid high Remember when bridging an amplifier it will see only half of the original speaker impedance Therefore you must use speakers that have ratings of 4 ohms or higher If you use speakers that have lower impedance ratings it may cause damage to the...

Page 10: ...s filter for subwoofer woofer 6 dB octave High pass filter for mid mid high 6 dB octave Band pass filter combination of low pass filter and high pass filter for mid bass mid 6 dB octave A multi channel system can be set up using a combination of filters The inductance L and capacitance C will determine the frequency fc that the speaker will reproduce Refer to the chart below to determine the compo...

Page 11: ...ng the amplifier to shut down To prevent malfunction To ensure proper heat dissipation of the amplifier be sure of the following during installation Allow adequate space above the amplifier for proper ventilation Do not cover the amplifier with a floor mat or carpet Do not install the amplifier near a door where it may get wet Do not install the amplifier on unstable places such as the spare tire ...

Page 12: ... THD 190 W 2 at 14 4 V 2 Ω 20 20 000 Hz 0 8 THD Load impedance 4 Ω 2 8 Ω allowable Bridge connection 4 8 Ω allowable Frequency response 10 50 000 Hz 0 dB 1 dB Signal to noise ratio 100 dB IHF A network Distortion 0 008 10 W 1 kHz Separation 65 dB 1 kHz Low pass filter Cut off frequency 80 Hz Cut off slope 12 dB oct Maximum input level impedance RCA 6 5 V 22 kΩ 0 2 6 5 V Note Specifications and the...

Page 13: ...190 W 2 at 14 4 V 2 Ω 20 20 000 Hz 0 8 THD Load impedance 4 Ω 2 8 Ω allowable Bridge connection 4 8 Ω allowable Frequency response 10 50 000 Hz 0 dB 1 dB Signal to noise ratio 100 dB IHF A network Distortion 0 008 10 W 1 kHz Separation 65 dB 1 kHz Low pass filter Cut off frequency 80 Hz Cut off slope 12 dB oct Maximum input level impedance RCA 6 5 V 22 kΩ 0 2 6 5 V Note Specifications and the desi...

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