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5

The next step is to connect the Power, Ground, and Remote wires to
your 

EPX-223. The power wire should run from the mounting location

through the vehicle to the battery or power distribution block. Avoid
sharp corners, creases, and sharp body parts. When passing through
any metal wall (i.e. firewall etc.), a grommet must be used to prevent
the wire from chaffing and shorting to ground.
The ground wire should be of the same gauge as the power wire.  As
a rule of thumb, use as short a length of wire as possible.
Find a location near the crossover that is metal (the floor is ideal) and
clean an area about the size of a quarter to bare metal.  Drill a pilot
hole in the middle of this area.  Be Careful!  Inspect the area underneath
to be sure you are not drilling into wires, brake or fuel lines, etc.
Terminate the wire with a ring connector and attach it to the bare
metal using a #8 sheet metal screw and washer (not supplied). We
suggest crimping and/or soldering this connection. After the connection
is complete, coat the area with silicone or some similar material to
prevent rust from developing.
Finally, the remote wire needs to
run to the power antenna (or
amplifier remote) lead of the head
unit. This wire supplies a 12 volt
signal to the 

EPX-223 when the

main system is activated.
Once you have routed the power,
ground, and remote wires through
the vehicle, it is time to connect the wires to the 

EPX-223. Be sure

that you have not reconnected the ground cable to the negative post
of the battery.
Cut off excess wire and, using wire strippers, strip the power, ground
and remote cables about 1/8 inch.  Locate the power, ground, and
remote 

Powerlock connector (supplied).  On the top of the connector

are three slotted screws. With a small flat-bladed screwdriver, loosen
the screws before attempting to insert the cables.  After you have
inserted the stripped end of each cable into the connector, secure it
by tightening the associated screw. Check that each connection is
tight.  If the wires are secure, the connector may be plugged into the
EPX-223.

WIRING

Remote

Ground

Power

T/O B+

Powerlock

BACK TO  CONTENTS

Summary of Contents for EPX223

Page 1: ...ulations Functions Features and Specifications Input Frequency Chart Troubleshooting Installation 2 Way System Design Wiring 3 Way System Design Wiring Block Diagram Functions Warranty EPX223 Electron...

Page 2: ...y reliability and value This PrecisionPower product reflects our commitment to offer you unparalleled versatility and quality for years of dependable service and listening enjoyment Service Do not att...

Page 3: ...owerLock Power Ground and Remote connector PWM Power Supply Designed and Handcrafted in the USA Specifications Signal to Noise Ratio 102dB Total Harmonic Distortion 1KHz 1VRMS 0 002 Crossover Slopes 1...

Page 4: ...5 54 Hz 6 58 Hz 7 62 Hz 8 66 Hz 9 72 Hz 10 78 Hz 11 86 Hz 12 10 O clock 96 Hz 13 108 Hz 14 124 Hz 15 144 Hz 16 162 Hz 17 178 Hz 18 188 Hz 19 200 Hz 20 12 O clock 216 Hz 21 234 Hz 22 252 Hz 23 276 Hz...

Page 5: ...lexity of your system design Typical mounting locations include the trunk and passenger compartment floor or under seat Never mount the crossover in a location that would subject it to immersion or ex...

Page 6: ...e opposite side of the vehicle from the power wire to avoid radiated noise Attach Ground Wires firmly to solid metal Avoid sharp edges that could chafe through the insulation Positive Battery Terminal...

Page 7: ...dering this connection After the connection is complete coat the area with silicone or some similar material to prevent rust from developing Finally the remote wire needs to run to the power antenna o...

Page 8: ...Freq Low Pass Freq Power Amplitude Amplitude 13Hz Sub Sonic Low Pass Band Pass Low Pass Band Pass 13Hz Sub Sonic Low Pass 2 High Pass High Pass Three Way Mode Two Way Mode 12dB Input Attenuation Swit...

Page 9: ...5kHz Low Pass 2 High Pass High Pass Three Way Mode Frequency Two Way Mode Outputs Low Pass 2 High Pass Band Pass Low Pass 5 6 5 6 L R L R L R L R TO ACTIVELY CROSS THESE SPEAKERS Subwoofer Mid Range T...

Page 10: ...tive RIGHT input eject VOLUME BASS TREBLE RIGHT LEFT BALANCE TRACK REVERSE FOWARD 1 2 3 4 8 7 6 5 PPI MAR KET ING DPT Trk 1 SOURCE Headunit WARNING If you are using a source unit with bridged high pow...

Page 11: ...turn on wire for voltage Make sure Ground wire is secure SAME CHANNEL Problem is in the amplifier speakers or associated wiring of the silent channel YES Check Input cables for signal by connecting th...

Page 12: ...ss Output from EPX 223 PEQ 114 Preamp Equalizer eject VOLUME BASS TREBLE RIGHT LEFT BALANCE TRACK REVERSE FOWARD 1 2 3 4 8 7 6 5 PPI MAR KET ING DPT Trk 1 Source Unit PrecisionPo wer Input Ground Rem...

Page 13: ...3 Electronic Crossover PAR 245 Preamp Equalizer Rear Output Front Output Source Unit POWERCLASS Amplifier Band Pass Mid Bass Mid Bass High Pass Output from EPX 223 Band Pass Output from EPX 223 Low Pa...

Page 14: ...RCA Input RCA Outputs 3 Way 2 Way Switch High Pass 13 Hz 12dB octave Subsonic Filter High Pass 50Hz 5KHz 12dB octave Low Pass High Pass High Pass 50Hz 5KHz 12dB octave Low Pass Low Pass High Pass Low...

Page 15: ...efer to original packaging for the serial number of your component speakers 5 The provisions of this warranty shall not apply to any PrecisionPower product used for a purpose for which it is not desig...

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