Rockford Fosgate Power 250 Manuel utilisateur

Installation

and

Operation

Power 250 2-Channel

Power 360 2-Channel

Power 400 4-Channel

Power 500 2-Channel

Power 600 5-Channel

Power 800 2-Channel

Power 800 4-Channel

Power 1000 2-Channel

Páginas de Referencia para la Instalación

Schéma d’Installation

Installations Beiblatt

Istruzioni di Installation

Power Amplifier

Sections marked

TROUBLESHOOTING

include recommendations for

curing installation problems

Sections marked

INSTALLATION

include “slam dunk”

wiring connections

GETTING STARTED

Welcome to Rockford Fosgate! This manual is designed to provide

information for the owner, salesperson and installer. For those of you

who want quick information on how to install this product, please turn

to the Installation Section of this manual or refer to the icons listed

below. Other information can be located by using the Table of

Contents. We, at Rockford Fosgate, have worked very hard to make

sure all the information in this manual is current. But, as we are con-

stantly finding new ways to improve our product, this information is

subject to change without notice.

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Visit our website for the latest information on all Rockford products.

If, after reading your manual, you still have questions regarding this product, we rec-

ommend that you see your Rockford Fosgate dealer. If you need further assistance,

you can call us direct at 1-800-669-9899. Be sure to have your serial number, model

number and date of purchase available when you call.

The serial number can be found on the outside of the box. Please record it in the

space provided below as your permanent record. This will serve as verification of

your factory warranty and may become useful in recovering your amplifier if it is

ever stolen.

Serial Number: __________________________________

Model Number:__________________________________

Dear Customer,

Congratulations on your purchase of the world's finest brand of car audio

amplifiers. At Rockford Fosgate we are fanatics about musical reproduction

at its best, and we are pleased you chose our product. Through years of

engineering expertise, hand craftsmanship and critical testing procedures,

we have created a wide range of products that reproduce music with all the

clarity and richness you deserve.

For maximum performance we recommend you have your new Rockford

Fosgate product installed by an Authorized Rockford Fosgate Dealer, as we

provide specialized training through Rockford Technical Training Institute

(RTTI).

Please read your warranty and retain your receipt and original carton for

possible future use.

Great product and competent installations are only a piece of the puzzle

when it comes to your system. Make sure that your installer is using 100%

authentic installation accessories from Connecting Punch in your installa-

tion. Connecting Punch has everything from RCA cables and speaker wire

to Power line and battery connectors. Insist on it! After all, your new system

deserves nothing but the best.

To add the finishing touch to your new Rockford Fosgate image order your

Rockford wearables, which include everything from T-shirts and jackets to

hats and sunglasses.

To get a free brochure on Rockford Fosgate products and Rockford acces-

sories, in the U.S. call 480-967-3565 or FAX 480-967-8132. For all other

countries, call +001-480-967-3565 or FAX +001-480-967-8132.

PRACTICE SAFE SOUND™

CONTINUOUS EXPOSURE TO SOUND PRESSURE LEVELS OVER 100dB

MAY CAUSE PERMANENT HEARING LOSS. HIGH POWERED AUTOSOUND

SYSTEMS MAY PRODUCE SOUND PRESSURE LEVELS WELL OVER 130dB.

USE COMMON SENSE AND PRACTICE SAFE SOUND.

Specifications

POWER 250 POWER 360 POWER 400 POWER 500 POWER 600.5 POWER 800 POWER 800 POWER 1000

2-channel 2-channel 4-channel 2-channel 5-channel 2-channel 4-channel 2-channel

Dynamic Power Rating

(IHF-202 Standard) - Measured at 14.4 Volts

Front/Rear + Subwoofer

Bridged into a 4Ω Load 3

20 Watts x 1 481 Watts x 1 232 Watts x 2 710 Watts x 1 232 Watts x 2 + — 960 Watts x 1 525 Watts x 2 1460 Watts x 1

Per channel into a 2Ω Load

160 Watts x 2 242 Watts x 2 127 Watts x 4 330 Watts x 2 120 Watts x 4 + 240 Watts x 1 480 Watts x 2 270 Watts x 4 730 Watts x 2

Per channel into a 4Ω Load

100 Watts x 2 154 Watts x 2 84 Watts x 4 210 Watts x 2 75 Watts x 4 + 115 Watts x 1 240 Watts x 2 150 Watts x 4 450 Watts x 2

Continuous Power Rating

(Competition Standard)

Measured at 13.8 Battery Volts

RMS continuous power / channel,

62.5 Watts x 2 90 Watts x 2 50 Watts x 4 125 Watts x 2 50 Watts x 4 + 100 Watts x 1 200 Watts x 2 100 Watts x 4 250 Watts x 2

both channels driven into a 4Ω

load from 20Hz to 20kHz with

<

0.05% Total Harmonic Distortion (THD)

RMS continuous power / channel,

125 Watts x 2 180 Watts x 2 100 Watts x 4 250 Watts x 2 100 Watts x 4 + 200 Watts x 1 400 Watts x 2 200 Watts x 4 500 Watts x 2

both channels driven into a 2Ω

load from 20Hz to 20kHz, with

<

0.1% Total Harmonic Distortion (THD)

RMS continuous power bridged

250 Watts x 1 360 Watts x 1 200 Watts x 2 500 Watts x 1 200 Watts x 2 + — 800 Watts x 1 400 Watts x 2 1000 Watts x 1

into a 4Ω load from 20Hz to

20kHz, with

<0.1% Total Harmonic

Distortion (THD)

Signal-to-Noise Ratio (A-weighted) >100dB >100dB >100dB >100dB >100dB >100dB >100dB >100dB

Crossover Slope (Butterworth) 24dB/octave 24dB/octave 24dB/octave 24dB/octave 24dB/octave 24dB/octave 24dB/octave 24dB/octave

Crossover Frequency

50Hz – 210Hz 50Hz – 210Hz 50Hz – 210Hz 50Hz – 210Hz 50Hz – 210Hz 50Hz – 210Hz 50Hz – 210Hz 50Hz – 210Hz

Specifications are subject to change without notice.

POWER 250 POWER 360 POWER 400 POWER 500 POWER 600.5 POWER 800 POWER 800 POWER 1000

2-channel 2-channel 4-channel 2-channel 5-channel 2-channel 4-channel 2-channel

Dimensions (end caps installed)

2.4" (6.1cm) H 2.4" (6.1cm) H 2.4" (6.1cm) H 2.4" (6.1cm) H 2.4" (6.1cm) H 2.4" (6.1cm) H 2.4" (6.1cm) H 2.4" (6.1cm) H

9.9" (25.06cm) W 9.9" (25.06cm) W 9.9" (25.06cm) W 9.9" (25.06cm) W 9.9" (25.06cm) W 9.9" (25.06cm) W 9.9" (25.06cm) W 9.9" (25.06cm) W

11.4" (28.88cm) L 12.4" (31.42cm) L 13.4" (33.96cm) L 13.4" (33.96cm) L 18.4" (46.74cm) L 18.4" (46.74cm) L 18.4" (46.74cm) L 18.4" (46.74cm) L

Heatsink Type (internal use only) #2 #3 #4 #4 #4 #6 #6 #6

Frequency Response (±0.5dB) 20Hz - 20kHz 20Hz - 20kHz 20Hz - 20kHz 20Hz - 20kHz 20Hz - 20kHz 20Hz - 20kHz 20Hz - 20kHz 20Hz - 20kHz

Bandwidth (±3dB) 20Hz - 200kHz 20Hz - 200kHz 20Hz - 200kHz 20Hz - 200kHz 20Hz - 200kHz 20Hz - 200kHz 20Hz - 200kHz 20Hz - 200kHz

Damping Factor @ 4Ω >200 >200 >200 >200 >200 >200 >200 >200

(at output connector)

Slew Rate

30 Volts/ ms 30 Volts/ ms 30 Volts/ ms 30 Volts/ ms 30 Volts/ ms 30 Volts/ ms 30 Volts/ ms 30 Volts/ ms

IM Distortion (IHF) <0.05% <0.05% <0.05% <0.05% <0.05% <0.05% <0.05% <0.05%

Source Unit Compatibility

17V max. (RCA) 17V max. (RCA) 17V max. (RCA) 17V max. (RCA) 17V max. (RCA) 17V max. (RCA) 17V max. (RCA) 17V max. (RCA)

(+15dB gain overlap)

Input Sensitivity (+0dB gain overlap) 250mV~4V (RCA) 250mV~4V (RCA) 250mV~4V (RCA) 250mV~4V (RCA) 250mV~4V (RCA) 250mV~4V (RCA) 250mV~4V (RCA) 250mV~4V (RCA)

Protection NOMAD - Internal analog-computer output protection circuitry limits power in case of overload. Thermal switch shuts down the amplifier in case of overheating.

Battery Fuse Rating 30A 40A 50A 50A 50A 60A* 60A* 2-50A or 1-100A*

(External to Amplifier)

Fuse Type

ATC ATC AGU AGU AGU AGU AGU 2-AGU OR 1- ANL

Equalization (45Hz Punch Bass) Variable Variable Rear Variable Variable Variable Variable Rear Variable Variable

(0 to +18dB) (0 to +18dB) (0 to +18dB) (0 to +18dB) (0 to +18dB) (0 to +18dB) (0 to +18dB) (0 to +18dB)

Input Impedance 20k ohms 20k ohms 20k ohms 20k ohms 20k ohms 20k ohms 20k ohms 20k ohms

* recommended fuse not supplied with amplifier

Specifications are subject to change without notice.

Specifications

Table of Contents

Specifications.............................................................................................. i

Introduction ................................................................................................1

Power Amplifier Accessory Pack....................................................................1

Feature Chart ..............................................................................................2

Design Features ..........................................................................................3

Installation Considerations ............................................................................8

Mounting Location ......................................................................................9

Battery and Charging ................................................................................10

Wiring the System......................................................................................10

Using Passive Crossovers............................................................................12

Table of Component Values ........................................................................13

Installation................................................................................................14

Operation..................................................................................................23

System Diagrams ......................................................................................26

Troubleshooting ........................................................................................30

Dynamic Power Measurements....................................................................32

Warranty Information ................................................................................34

International Information ............................................................................35

– 1 –

Introduction

Rockford engineers designed the Power series amplifiers to withstand the

rugged automotive environment while delivering superior sound quality in

a flexible, reliable, and efficient package. TRANS•ana is a low voltage cir-

cuit in the preamp stage lets the music sound crystal clear and very real,

even when played at high volume levels. This is matched with TOPAZ, a

unique grounding circuit used to eliminate noise problems associated with

car audio systems and their installation. Flexibility is accomplished with the

use of a built-in variable crossover. The use of a protection circuit called

NOMAD, along with MOSFET and DSM (Discrete Surface Mount) technol-

ogies improve amplifier efficiency. The result of these components give the

Power amplifier awesome sound quality in a “Bullet Proof” package.

Explanations of these technologies, most of which are exclusively designed

and patented by Rockford, are described in the Technical Design Features.

Power Amplifier Accessory Pack

The accessory pack shipped with the Power amplifiers includes the mount-

ing hardware necessary to secure the amp to the vehicle.

Installation & Operation Manual

Punch Verification Certificate

(4) Amplifier mounting screws (#8 x 3/4" Phillips)

(4) Speaker/Power connector set screws (3/32" Allen)

(4) Endbell mounting screws (9/64" Allen)

(1) Allen wrench (3/32")

(1) Allen wrench (9/64")

(1) Inline fuseholder (Power 250, Power 360 & Power 400 amps)

(1) AGU 30 amp fuse (Power 250 2-channel amp)

(1) AGU 40 amp fuse (Power 360 2-channel amp)

(1) AGU 50 amp fuse (Power 400 4-channel & Power 600 5-channel amps)

(1) Remote Punch Bass (replacement part #WP-2429)

(1) 15' Remote Punch Bass cable (replacement part #CC-2421)

(2) Remote Punch Bass bracket screws (4 x 7/16" Phillips)

NOTE: Refer to the specifications section for recommended fuse sizes on

the Power 800 2-channel, Power 800 4-channel & Power 1000 2-channel

amps.

– 2 –

POWER AMPLIFIER MODEL Power Power Power Power Power Power Power Power

250 360 400 500 600 800 800 1000

# of CHANNELS 224 25242

Stable Into: (stereo/mono) 2Ω/4Ω 2Ω/4Ω 2Ω/4Ω 2Ω/4Ω 2Ω/4Ω 2Ω/4Ω 2Ω/4Ω 2Ω/4Ω

CIRCUITRY

1

TRANS•

ana – circuit topology x x x x x x x –

TRANS•

nova – patented circuit topology

2

––– ––––x

DIAMOND – patented MOSFET driver stage

3

––– ––––x

Class-G – high efficiency topology ––– –––––

MEHSA – heat dissipating technology x x x x xxxx

TOPAZ – patented noise eliminating circuitry

4

xxx xxxxx

DSM – discrete surface mount x x x x xxxx

MOSFETs – power supply & output devices x x x x xxxx

NOMAD – protection circuit x x x x xxxx

FEATURES

Die Cast Heatsink x x x x xxxx

Hi-Level Inputs – for factory radios ––– –––––

RCA Inputs – for aftermarket radios x x x x xxxx

Input Switches – eliminates “Y” adaptors ––x –––x –

Pass-Thru – feeds signal to aux. amp x x x x xxxx

Pwr/Spk Screw Terminals ––– –––––

Pwr/Spk Block Terminals x x x x xxxx

4 Gauge PWR/GND x x x x xxxx

Variable Punch Bass (0dB ~+18dB @ 45Hz) Remote Remote Remote Rear Remote Remote Remote Remote Remote

Rear Rear

Variable Xover (50Hz ~ 210Hz) HP/FULL/LP

5

HP/FULL/LP

5

HP/FULL/LP

5

HP/FULL/LP

5

HP/FULL/LP

5

HP/FULL/LP

5

HP/FULL/LP

5

HP/FULL/ LP

5

Crossover Slope (Butterworth) 24dB 24dB 24dB 24dB 24dB 24dB 24dB 24dB

Phase Warp ––– ––––x

1

Additional information on features, specifications and system designs can be found at: www.rockfordfosgate.com

2

Trans•nova is patented under "U.S. Patent No. 4,467,288"

3

DIAMOND is patented under "U.S. Patent No. 5,673,000"

4

TOPAZ is patented under "U.S. Patent No. 5,751,823"

5

HP = 24dB/octave High-Pass / LP = 24dB/octave Low-Pass / FULL = Full Range

Power Amplifier Feature Chart

– 3 –

Design Features

1. Cast Aluminum Heatsink – The cast aluminum heatsink of the Power amplifier

dissipates heat generated by the amplifier's circuitry. The inherent advantage of

casting provides a 30% improvement of cooling over conventional extrusion

heatsink designs.

2. Speaker/Power Terminals – The heavy duty, gold-plated terminal block con-

nectors (+ and –) will accept 4 gauge cable and are immune to corrosion that

can cause signal degradation.

3. REM Terminal – This spade terminal is used to remotely turn on and turn off the

amplifier when +12V DC is applied.

4. Signal Input Switch (Power 400, Power 800 4-channel & 600 5–channel

amplifiers)

– This switch allows the amplifier to be driven with either 2 or 4

pairs of inputs.

5. RCA Input Jacks – The industry standard RCAjacks provide an easy connection

for signal level input. They are gold-plated to resist the signal degradation

caused by corrosion.

6. RCA Pass-Thru Jacks – The Pass-Thru provides a convenient source for daisy-

chaining an additional amplifier without running an extra set of RCA cables

from the front of the vehicle to the rear amplifier location.

7. Gain Control – The input gain control is preset to match the output of most

source units. It can be adjusted to match output levels from a variety of source

units.

8. Remote Punch Bass – The Punch Bass helps correct for acoustical deficiencies

in the listening environment by helping reproduce full range sound without

adding excessive boost. The Punch Bass control is a narrow band adjustment

centered at 45Hz variable from 0dB to +18dB. Connection is made with a

cable using RJ-45 and can be installed under the dash for remote control access.

9. Internal Crossover – The internal crossover is a 24dB/octave Butterworth filter

selectable for High-Pass (HP), Full Range (FULL), or Low-Pass (LP) operation

variable from 50Hz to 210Hz.

10. LED Power Indicator – The LED illuminates when the unit is turned on.

11. Phase Warp (Power 1000 2-channel amplifier) – The phase warp is a variable

control used to adjust the phase of the output signal relative to the phase of the

input signal. The phase warp is most noticable when the system is playing a

sine wave (test tone). When used with the proper test equipment, this feature

can increase the relative SPL in a system.

– 4 –

Power 250

2-channel

2

1

8

9

5

2

7

3

6

1

0

Power 360

2-channel

Speaker

+ L -

Crossover Frequency

Left Gain

Input

Pass-Thru

LR

Right

Gain

Remote

Punch Bass

HP-Full-LP

Crossover

Speaker

+ R -

65

80

55

50

110

210

Hz

145

190

REM

B+ GND

2

10

5

2

9

8

77

9

2

6

1

3

– 5 –

Power 400

4-channel

Front

Crossover

HP-Full-LP

4/2

Input

Front

Gain

Front

Crossover

Frequency

65

80

55

50

110

210

Hz

145

190

Front Pass-Thru Rear

RR

LL

Rear

Crossover

Frequency

65

80

55

50

110

210

Hz

145

190

Rear

Gain

Rear

Crossover

HP-Full-LP

Rear

Remote

Punch

Bass

LR+ LR- RR+ RR- B+ GND LF- LF+ RF+RF-

REM

LED

10

2

6

4

5

7

1

2

9

8

7

9

3

9

Power 500

2-channel

Speaker

+ L -

Crossover Frequency

Left Gain

Input

Pass-Thru

LR

Right

Gain

Remote

Punch Bass

HP-Full-LP

Crossover

Speaker

+ R -

65

80

55

50

110

210

Hz

145

190

REM

B+ GND

2

10

5

2

9

8

77

9

2

6

1

3

– 6 –

Power 800

2-channel

Speaker

+ L -

Crossover Frequency

Left Gain

Input

Pass-Thru

LR

Right

Gain

Remote

Punch Bass

HP-Full-LP

Crossover

Speaker

+ R -

65

80

55

50

110

210

Hz

145

190

REM

B+ GND

5

2

9

8

77

9

2

6

1

10

3

2

Power 600

5-channel

549 8

9

10

1

Sub LP

Crossover

Frequency

Sub

Gain

65

80

55

50

110

210

Hz

145

190

6/4/2

Input

Sub Rear Front

R

L

R

L

Sub

Punch

Bass

Rear

Crossover

Frequency

Rear

Punch

Bass

Rear

Gain

Front

Crossover

Frequency

Front

Punch

Bass

Front

Gain

HP-Full-LP

Front

Crossover

HP-Full-LP

Rear

Crossover

65

80

55

50

110

210

Hz

145

190

LR+

LR-

RR+

RR-

RF- LF+ Sub-

RF+ LF- Sub+

REM

B+

GND

LR+

LR-

RR+

RR-

RF- LF+ Sub-

RF+ LF- Sub+

10

23

2

7

Remote

Punch Bass

9

– 7 –

Power 800

4-channel

1

2

6

Front

Crossover

HP-Full-LP

4/2

Input

Front

Gain

Front

Crossover

Frequency

65

80

55

50

110

210

Hz

145

190

Front Pass-Thru Rear

RR

LL

Rear

Crossover

Frequency

65

80

55

50

110

210

Hz

145

190

Rear

Gain

Rear

Crossover

HP-Full-LP

Rear

Remote

Punch

Bass

7

LR+ LR- RR+ RR- B+ GND LF- LF+ RF+RF-

REM

10

899 4

5

9 9

3

2 2

2

1

2

65

80

55

50

110

210

Hz

145

190

8 99

5

7

2

7

3

6

10

11

B+ GND

REM

HP–Full–LP

Crossover

Input

Pass-Thru

LR

Crossover

Frequency

Speaker

+ L -

Speaker

+ R -

Right

Gain

Left

Gain

Remote

Punch Bass

Phase

Warp

Power 1000

2-channel

– 8 –

Installation Considerations

This is a list of tools you will need for installing the Power amplifier:

• Voltmeter • Wire strippers

• Electric hand drill w/assorted bits • Battery post wrench

• 17' (5 m) Red Power Wire • Wire cutters

• 12' (4 m) Remote Turn-On Wire • Assorted connectors

• 1.5' (45 cm) Black Grounding Wire • Wire crimpers

This section focuses on some of the vehicle considerations for installing

your new Power amplifier. Checking your battery and present sound sys-

tem, as well as pre-planning your system layout and best wiring routes, will

save installation time. When deciding how to lay out your new system, be

sure that each component will be easily accessible for making adjustments.

Before beginning any installation, be sure to follow these simple rules:

1. Be sure to carefully read and understand the instructions before

attempting to install the amplifier.

2.

For safety, disconnect the negative lead from the battery prior to begin-

ning the installation.

3. For easier assembly, we suggest you run all wires prior to mounting

your amplifier in place.

4. Route all of the RCA cables close together and away from any high

current wires.

5. Use high quality connectors for a reliable installation and to minimize

signal or power loss.

6.

Think before you drill! Be careful not to cut or drill into gas tanks, fuel

lines, brake or hydraulic lines, vacuum lines or electrical wiring when

working on any vehicle.

7. Never run wires underneath the vehicle. Running the wires inside the

vehicle provides the best protection.

8. Avoid running wires over or through sharp edges. Use rubber or plas-

tic grommets to protect any wires routed through metal, especially the

firewall.

9.

ALWAYS protect the battery and electrical system from damage with

proper fusing. Install a fuseholder and appropriate fuse on the +12V

power wire within 18” (45 cm) of the battery terminal.

10. When grounding to the chassis of the vehicle, scrape all paint from the

metal to ensure a good, clean ground connection. Grounding connec-

tions should be as short as possible and always be connected to metal

that is welded to the main body, or chassis, of the vehicle.

– 9 –

Mounting Location

The mounting location and position of your amplifier will have a great effect

on its ability to dissipate the heat generated during normal operation. The

design of our cast aluminum heatsink serves to easily dissipate the heat gen-

erated over a wide range of operating conditions. However, to maximize the

performance of your amplifier, care should be taken to ensure adequate

ventilation.

Trunk Mounting

Mounting the amplifier vertically on a surface with the fin grooves running

up and down will provide the best cooling of the amplifier.

Mounting the amplifier on the floor of the trunk will work but provides less

cooling capability than vertical mounting.

Mounting the amplifier upside down to the rear deck of the trunk will not

provide proper cooling and will severely affect the performance of the

amplifier and is strongly

not recommended.

Passenger Compartment Mounting

Mounting the amplifier in the passenger compartment will work as long as

you provide a sufficient amount of air for the amplifier to cool itself. If you

are going to mount the amplifier under the seat of the vehicle, you must

have at least 1" (2.54cm) of air gap around the amplifier's heatsink.

Mounting the amplifier with less than 1" (2.54cm) of air gap around the

amplifier's heatsink in the passenger compartment will not provide proper

cooling and will severely affect the performance of the amplifier and is

strongly

not recommended.

Engine Compartment Mounting

Rockford Fosgate amplifiers should never be mounted in the engine com-

partment. Not only will this void your warranty but could create an embar-

rassing situation caused by the ridicule from your friends.

– 10 –

Battery and Charging

Amplifiers will put an increased load on the vehicle's battery and charging

system. We recommend checking your alternator and battery condition to

ensure that the electrical system has enough capacity to handle the

increased load of your stereo system. Stock electrical systems which are in

good condition should be able to handle the extra load of any Rockford

amplifier without problems, although battery and alternator life can be

reduced slightly. To maximize the performance of your Rockford Fosgate

amplifier, we suggest the use of a heavy duty battery and an energy storage

capacitor.

Wiring the System

CAUTION: Avoid running power wires near the low level input cables, antenna,

power leads, sensitive equipment or harnesses. The power wires carry sub-

stantial current and could induce noise into the audio system.

1. Plan the wire routing. Take care when running signal level RCA cables

to keep them close together but isolated from the amplifier's power

cables and any high power auto accessories, especially electric motors.

This is done to prevent coupling the noise from radiated electrical fields

into the audio signal. When feeding the wires through the firewall or

any metal barrier, protect them with plastic or rubber grommets to pre-

vent short circuits. Leave the wires long at this point to adjust for a pre-

cise fit at a later time.

2. Prepare the

Power cable for attachment

to the amplifier by stripping 5/8" of insu-

lation from the end of the wire. The use

of 8 gauge power cable can interfere

with the installation of the end caps.

Proper wire dress can prevent this from

occurring. To prevent the wire from fray-

ing, strip the insulation at a 45° angle.

Insert the bared wire into the B+ terminal

with the long side of the insulation on the top. Bend the cable down at

a 90° angle. Tighten the set screw to secure the cable in place.

3. Strip 3/8" from the battery end of the power cable and crimp a large ring

terminal to the cable. Use the ring terminal to connect to the battery

positive terminal.

Do not install the fuse at this time.

><

5/8"

INSULATION

STRIP WIRE

>

AMP

>

– 11 –

4. Prepare a length of cable to be used for the ground connection. Strip

5/8" of insulation from the end of the cable as described above and

connect to the appropriate terminal of the amplifier. Prepare the chas-

sis ground by scraping any paint from the metal surface and thorough-

ly clean the area of all dirt and grease. Strip the other end of the wire

and attach a ring connector. Fasten the cable to the chassis using a non-

anodized screw and a star washer.

5. Prepare the REM turn-on wire for connection to the amplifier by strip-

ping 1/4" of insulation from the wire end and crimping an insulated

spade connector in place. Slide the connector over the REM terminal

on the amplifier. Connect the other end of the REM wire to a switched

12 volt positive source. The switched signal is usually taken from the

source unit's auto antenna or the accessory lead. If the source unit does

not have these outputs available, the recommended solution is to wire

a mechanical switch in line with a 12 volt source to activate the ampli-

fier.

6. Securely mount the amplifier (with supplied screws) to the vehicle or

amp rack. Be careful not to mount the amplifier on cardboard or plas-

tic panels. Doing so may enable the screws to pull out from the panel

due to road vibrations or sudden vehicle stops.

7. Determine the number of inputs needed to drive the amplifier and

move the input switch to the desired setting (Power 400 & Power 800

4-channel amplifiers only.).

8. Connect the source signal to the amplifier by plugging the RCA cables

into the input jack(s) at the amplifier.

9. Connect the speakers. Strip the speaker wires 5/8" and insert into the

appropriate terminal on the amplifier. Insert the bared wire into the

speaker terminal and tighten the set screw to secure into place. Be sure

to maintain proper speaker polarity.

DO NOT chassis ground any of

the speaker leads as unstable operation may result.

10. Perform a final check of the completed system wiring to ensure that all

connections are accurate. Check all power and ground connections for

frayed wires and loose connections which could cause problems from

road vibrations.

– 12 –

Using Passive Crossovers

A passive crossover is a circuit that uses capacitors and/or coils

and is placed on speaker leads between the amplifier and speak-

er. The crossover delegates a specific range of frequencies to the speaker

for optimum driver performance. A crossover network can perform one of

three functions: High-Pass (capacitors), Low-Pass (inductors or coils) and

Bandpass (combination of capacitor and coil).

The most commonly used passive crossover networks are 6dB/octave sys-

tems. These are easy to construct and require one component per filter.

Placing this filter in series with the circuit will reduce power to the speak-

er by 6dB/octave above or below the crossover point depending on

whether it is a high-pass or low-pass filter. More complex systems such as

12dB/octave or 18dB/octave can cause impedance problems if not profes-

sionally designed.

Passive crossovers are directly dependent upon the speaker's impedance

and component value for accuracy. When passive crossover components

are used in multiple speaker systems, the crossover's effect on the overall

impedance should be taken into consideration along with the speaker's

impedance when determining amplifier loads. CAUTION: The Power

amplifiers are not recommended for impedance loads below 2Ω stereo

and 4Ω bridged (mono) loads.

I

N

S

T

A

L

A

T

I

O

N

+ -

– 13 –

Table of Crossover Component Values

6dB/Octave Low-Pass

6dB/Octave High-Pass

Freq.

Hertz

Speaker Impedance

80 4.1mH 1000µF 8.2mH 500µF 16mH 250µF

100 3.1mH 800

µF 6.2mH 400µF 12mH 200µF

130 2.4mH 600

µF 4.7mH 300µF 10mH 150µF

200 1.6mH 400

µF 3.3mH 200µF 6.8mH 100µF

260 1.2mH 300

µF 2.4mH 150µF 4.7mH 75µF

400 .8mH 200

µF 1.6mH 100µF 3.3mH 50µF

600 .5mH 136

µF 1.0mH 68µF 2.0mH 33µF

800 .41mH 100

µF .82mH 50µF 1.6mH 26µF

1000 .31mH 78

µF .62mH 39µF 1.2mH 20µF

1200 .25mH 66µF .51mH 33µF 1.0mH 16µF

1800 .16mH 44

µF .33mH 22µF .68mH 10µF

4000 .08mH 20

µF .16mH 10µF .33mH 5µF

6000 51

µH14µF .10mH 6.8µF .20mH 3.3µF

9000 34µH 9.5µF68µH 4.7µF .15mH 2.2µF

12000 25

µH 6.6µF51µH 3.3µF 100µH 1.6µF

2 OHMS

8 OHMS

4 OHMS

L

C L

C

L C

L

C

L = Low-Pass (Inductor)

C = High-Pass (Capacitor)

For more information, see your Authorized Rockford Fosgate Dealer.

Installation

Power 250 2-channel Power 500 2-channel

Power 360 2-channel Power 800 2-channel

– 14 –

RCA Input

Speaker

+ L -

Crossover Frequency

Left Gain

Input

Pass-Thru

LR

Right

Gain

Remote

Punch Bass

HP-Full-LP

Crossover

Speaker

+ R -

65

80

55

50

110

210

Hz

145

190

4Ω min.

+ -

REM

LED

Connect to remote

turn-on lead of

source unit

Connect to chassis

ground of vehicle*

Less than 18"

Connect to B+ of battery

with appropriate fuse

*Keep grounds as short as possible

+ -

B+ GND

• RCA Inputs connect to both left and right channels

• Gain for left and right channels are set equally to balance the subwoofer

•

Speaker Impedance should be 4Ω minimum

•

Variable Crossover can be set to High-Pass (HP), Low-Pass (LP) or

Full Range (FULL)

I

N

S

T

A

L

A

T

I

O

N

+ -

Power 250 Power 360 Power 500 Power 800

2-channel 2-channel 2-channel 2-channel

Power Connections

Bridged/Mono Mode

Power 250 Power 360 Power 500 Power 800

2-channel 2-channel 2-channel 2-channel

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Rockford Fosgate Power 250 Manuel utilisateur

Rockford Fosgate Power 250 Manuel utilisateur

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