Model APS-610
Installation Manual
SELECTABLE FEATURES
Note: The method of manual override can either be selected to operate from the valet switch or operate as custom
code. Be certain to place a check mark indicating the method used in the box located on the last page of
the owner's manual.
Note: When both Passive Arming and Voltage Sensing are selected, you must hardwire the driver’s door pin
switch in order to begin the passive arming sequence.
RF Programmable Features :
Feature Selection
1st Door L/UL
1 Chirp
2 Chirps
3 Chirps
4 Chirps
Default
1 Sec.
3.5 Sec.
1 Sec L, Dbl. U/L
1 Sec.
2nd Accy Lock
Auto Lock On
Auto UL Dr.
On Arm
Auto Lock Off
Auto UL All
On Disarm
Active
Auto Lock Off
Auto UL Off
Both
3rd Accy. UL
Auto UL Off
On Both
4th Headlights
Off
5th Passive Locks
6th Passive/Active Arm
7th Voltage Sense
Passive
Active
Passive Arm
Active Arm
Active Arm
Hardwire
Voltage Sense Hardwire
8th Siren/Horn
Siren/Horn
10mS
Siren Only
16mS
Horn Only
30mS
Siren/Horn
16mS
9th Horn Chirp
10th Override Method
Custom Code Valet
Valet
11th Two Step Unlock
On
Off
Off
Off
Off
12th Chirp Delete From Tx On
To program these selectable features;
Action
System Response
No response
Turn ignition on
Press and release the valet switch 3 times 1 Chirp - LED 1 flash
Within 3 seconds, turn ignition Off
Short chirp, then long chirp
First
Then On
1 chirp = 1 second door locks
Press transmitter Lock button to change
Press transmitter Lock button to change
or
2 chirps = 3.5 second door locks
3 chirps = 1 sec. lock, dbl 1 sec. unlock
Second
Third
Press and release the valet switch
Press transmitter Lock button to change
or
Press and release the valet switch
Press transmitter Lock button to change
Press transmitter Lock button to change
or
2 chirps = auto locks off
1 chirp = auto locks on
3 chirps = auto unlock off
1 chirp = auto unlock drivers door only
2 chirps = auto unlock all doors
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If during the program sequence receiver channel 1 is programmed, and received channel 2 is skipped over,
as indicated in the transmitted program guide, then the unit will operate as a single button lock/unlock unit
from that transmitter.
It is possible to have one transmitter programmed for single button lock/unlock, and one transmitter
programmed for separate button lock/unlock if the customer so desires.
If you inadvertently incorrectly program the transmitter, please read the information on re-prioritizing found
in the transmitter programming guide.
Control Module:
Select a mounting location inside the passenger compartment (up behind the dash), and secure it using
the two screws provided. The control module can also be secured in place using cable ties.
Do not mount the control module in the engine compartment, as it is not waterproof. You should also avoid
mounting the unit directly onto factory installed electronic components. These components may cause RF
interference, which can result in poor transmitter range or intermittent operation.
Siren:
Select a mounting location in the engine compartment that is well protected from access below the
vehicle. Avoid areas near high heat components or moving parts within the engine compartment. To prevent
water retention, the flared end of the siren must be pointed downward when mounted.
Mount the siren to the selected location using the screws and bracket provided.
Hood or Trunk Pin Switch:
A pin switch is included for use in protecting the hood or trunk (or hatchback) of the vehicle. The switch
must always be mounted to a grounded, metal surface of the vehicle. It is important to select a location
where water cannot flow or collect, and to avoid all drip gutters on hood and trunk fender walls. Choose
locations that are protected by rubber gaskets when the hood or trunk lid is closed.
The pin switch can be mounted using the bracket provided, or direct mounted by drilling a ¼ “ diameter
mounting hole. Keep in mind that when properly mounted, the plunger of the pin switch should depress at
least ¼ “ when the hood or trunk lid is closed.
Dash Mounted L.E.D.:
A small red L.E.D. is included that will serve as a visual indicator of the alarm status. It should be installed
in the dash, located where it can be easily seen from outside the vehicle, yet not be distracting to the
driver.
Once a location has been selected, check behind the panel for wire routing access, and to confirm the drill
will not damage any existing components as it passes through the panel.
Drill a ¼ “ diameter hole, and pass the red and blue wires from the L.E.D. through the hole, from the front
of the panel. Firmly press the body of the L.E.D. into the hole until fully seated.
Valet Switch:
Select a mounting location for the switch that is easily accessible to the driver of the vehicle. The switch
does not have to be concealed, however, concealing the switch is always recommended, as this provides
an even higher level of security to the vehicle.
The valet switch can be mounted to the lower side of the dash by drilling a ¼ “ diameter hole in the selected
location.
Be sure to check behind the dash for adequate clearance for the body of the switch, and to confirm that the
drill will not damage any existing components as it passes through the dash. Route the two pin connector
toward the control module.
Shock Sensor:
Select a solid mounting surface for the shock sensor on the firewall inside the passenger compartment,
and mount the sensor using the two screws provided. The shock sensor can also be secured to any fixed
brace behind the dash using tie straps.
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Whichever mounting method is selected, make certain that the sensitivity adjustment is accessible for use
later in the installation.
WIRING THE SYSTEM
Large 10 Pin Edge Connector:
Red/White (5Amp) & Red (15Amp) Fused Wires: +12 VDC Constant Battery Source
This wire controls the sensitivity of the voltage sensing circuit, which detects the turning on of an interior
light when a door is opened. It will also detect the switching on of parking or headlamps, and in many
cases will trigger the alarm when a thermostatically controlled electronic radiator cooling fan switches on.
When installing this system into vehicles with electronic “after fans“, it is recommended you disable the
voltage sense circuit.
In voltage sensing applications, the closer to the battery that the red wire is connected, the less sensitive
the voltage sense circuitry will be. Moving this connection point to the fuse panel will increase the sensitiv-
ity, and connecting to the courtesy lamp fuse in the vehicle will provide maximum sensitivity of the voltage
sense circuit. Be certain to set selectable feature # 7 to 1 chirp, Voltage Sense On.
When hardwiring the control module to pin switches at all entry points, the voltage sense circuit must be
disabled.
White w/ Black Trace Wire: Positive Output to Siren
Route this wire through a rubber grommet in the firewall, and to the siren location.
Connect the white / black wire to the positive wire of the siren. Secure the black ground wire of the siren to
chassis ground.
2 Dark Green w/ White Trace Wires: Entry Illumination
The dark green w/ white trace wires provide the entry lighting, and flash the vehicle’s dome light while the
alarm is sounding. These are NO (normally open) and COM (common) contacts of an on board, 10 Amp
maximum relay.
Connect one of the dark green w/ white trace wires to the wire in the vehicle that turns on the interior
courtesy light. Connect the other dark green w/ white trace wire to either chassis ground if the vehicle
switches ground to the courtesy lights, or a fused + 12 volt constant battery source if the vehicle switches
12 volts to the courtesy lights.
NOTE: When wiring this feature in vehicles with factory equipped delay lighting circuits, it is best
to connect to the output of the timer which feeds the dome light, rather than at the door
switch. This will ensure that the dome light pulses when the alarm is triggered.
Black Wire: Chassis Ground
Connect this wire to a solid, metal part of the vehicle’s chassis. Do not confuse this wire with the thin black
antenna wire that exits the control module independently.
2 Dark Blue Wires: Delayed Pulsed Output / Channel 3 (Optional Device)
Typically Used For Remote Electric Trunk Release Operation, when activated, this output provides a 800 ms
closure of the on board relay.
The dark blue wires are controlled via an independent RF channel from the keychain transmitter. These are
the N.O. and COMMON contacts of an on board, 10 Amp relay, so they can be connected to positive or
negative switched circuits.
Connect one of the dark blue wires to the output of the optional device you wish to control, and connect the
other dark blue wire to either chassis ground, or to a fused + 12 VDC battery source, depending on the
input required to activate the device you are controlling.
WARNING ! Never attempt to pull more than 10 Amperes of current through this relay. The circuit
will be damaged. Always check the requirements of accessories prior to connecting
them to the circuit.
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Orange Wire: 300 mA Ground Output When Armed - N. C. Starter Disable
This wire is provided to control the starter cut relay. Connect the orange wire to terminal 86 of the relay.
Connect relay terminal 85 to an ignition wire in the vehicle that is live when the key is in the on and crank
positions, and off when the key is in the off position.
(This is where the yellow wire from the alarm should be connected).
Cut the low current starter solenoid wire in the vehicle, and connect one side of the cut wire to relay
terminal 87A. Connect the other side of the cut wire to relay terminal 30.
Note: This is a normally closed starter cut arrangement, and when power is removed from the
security system, the starter disable feature will not operate, allowing the vehicle to start.
Audiovox does not recommend using the Orange wire to interrupt anything but the
starting circuit of the vehicle.
White Wire: +12 VDC Pulsed Parking Light Output (15 Amp Max.)
This wire is provided to flash the vehicle’s parking lights. Connect the white wire to the positive side of one
of the vehicle’s parking lights.
Mini 11 Pin Edge Connector :
Dark Green w/ Black Trace Wire: Latching Output / Channel 4
This wire latches to ground via an independent RF channel from the keychain transmitter. This is a
transistorized, low current (300 mA) output, and should only be used to drive an external relay coil.
This wire provides an immediate ground signal, and stays at ground for as long as the button(s) on the
keychain transmitter remain pressed.
WARNING ! Connecting this wire to the high current switched output of trunk release circuits will
damage the control module.
Connect this output to terminal 86 of the AS 9256 relay (or an equivalent 30 Amp automotive relay), and
wire the remaining relay contacts to perform the selected function of channel 4.
Dark Blue w/Black Trace Wire: Alternate Channel 3 Output (Dbl. Push Required)
This wire is controlled from the transmitter button programmed to the receiver's channel 3. By double
pressing this the transmitter button, this output will become active for 1 second. This is a transistorized,
low current (300 mA) output, designed to provide an output only when the transmitter is intentionally
operated, such as is the case with remote start add on modules. If you require more than 300mA drive
from this output, you must drive an external relay coil, and arrange the relays contacts to preform the
specified function.
NOTE: Pressing the transmitter button, then immediately pressing and holding it will cause this output to
be active as long as the transmitter button is depressed.
Black w/ White Trace Wire: 300 mA Horn Output
The black w/ white trace wire is provided to beep the vehicle’s horn. This is a transistorized low current
output, and should only be connected to the low current ground output from the vehicle’s horn switch.
If the vehicle uses a +12 VDC horn switch, then connect the black w/ white trace wire to terminal 86 of the
AS 9256 relay (or an equivalent 30 Amp automotive relay) and connect relay terminal 85 to a fused +12
VDC battery source. Connect relay terminal 87 to the vehicle’s horn switch output, and connect relay
terminal 30 to a fused +12 VDC battery source.
Orange w/ White Trace Wire: 300 mA GROUND OUTPUT WHEN DISARMED - N. O. STARTER
DISABLE (Optional Relay Required).
This wire is provided to control the starter cut relay. Connect the orange w/white wire to terminal 86 of the
relay. Connect relay terminal 85 to an ignition wire in the vehicle that is live when the key is in the on and
crank positions, and off when the key is in the off position. (This is where the yellow wire from the alarm
should be connected).
Cut the low current starter solenoid wire in the vehicle, and connect one side of the cut wire to relay
terminal 87. Connect the other side of the cut wire to relay terminal 30.
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Note: This is a normally opened starter cut arrangement, and when power is removed from the
security system, the starter disable feature will remain operational, and the vehicle will
not start. Audiovox does not recommend using the Orange w/ White trace wire to
interrupt anything but the starting circuit of the vehicle.
Dark Green Wire: ( - ) INSTANT TRIGGER ZONE
This is an instant on ground trigger wire. It must be connected to the previously installed hood and trunk pin
switches.
Brown Wire: - DOOR TRIGGER
If the vehicle’s courtesy light switches have a ( - ) ground output when the door is opened (GM and most
Imports), you must connect this wire to the negative output from one of the door switches.
WARNING: Do not use the brown wire if the vehicle has +12 volt output type door switches.
(see Purple Wire).
Purple Wire: + DOOR TRIGGER
If the vehicle’s door courtesy light switches have a +12 volt output when the door is opened (most Fords and
some Imports), you must connect this wire to the positive output from one of the door switches.
WARNING: Do not use the purple wire if the vehicle has ground output type door switches.
(see Brown Wire).
Yellow Wire: +12 VDC IGNITION SOURCE
Connect this wire to a source that is live when the key is in the on and crank positions. Be sure that this
source is off when the key is in the off position.
White w/ Blue Trace Wire: Low Current (-) Ground Headlight Output
The White w/ Blue Trace wire is provided to operate the optional headlamp illumination feature of the
system. This is a low current (300mA) output and must be connected to an external relay to control the
high current switching circuit of the vehicle's headlamps. To use this option, connect the White /w Blue
Trace wire to terminal # 86 of a P&B VF45F11 relay or equivalent. Connect Terminals #85 and # 30 to a
fused +12 Volts source with a current capability equal to or in excess of the factory headlamp fuse. Connect
terminal # 87 of the relay to the switched +12 volt wire feeding the vehicle's headlamp circuit.
NOTE: For ground switched headlamp circuits, connect the White /w Blue Trace wire to terminal # 86 of a
P&B VF45F11 relay or equivalent. Connect Terminal #85 to a fused + 12 Volts source. Connect
terminal # 30 to a clean chassis ground. Connect terminal # 87 to the ground switched headlamp
control wire in the vehicle.
Light Green Wire: (-) Instant Trigger Zone 1
This is a instant on ground trigger input intended for the connection of optional triggering devices. The
ground trigger output wire of motion detectors, microwave detectors, or glass break detectors, can be
connected to this Light Green trigger input wire.
Light Blue/Green Wire: DELAYED 300 mA PULSED OUTPUT / CHANNEL 5
The light blue/green wire pulses to ground via an independent RF channel from the keychain transmitter.
This is a transistorized, low current output, and should only be used to drive an external relay coil.
WARNING: Connecting the light blue/green to the high current switched output of trunk release circuits,
some remote start trigger inputs, will damage the control module.
Connect the light blue/green to terminal 86 of the AS-9256 relay (or equivalent 30 A automotive relay), and
wire the remaining relay contacts to perform the selected function of channel 3.
2 Pin Blue Connector: Valet Switch
Route the grey and black wires in the 2 pin connector from the valet switch to the control module, and plug
it into the mating blue connector on the side of the module.
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2 Pin White Connector: Dash Mounted L.E.D.
Route the red and blue wires in the 2 pin white connector from the L.E.D. to the control module, and plug it
into the mating white connector on the side of the module.
4 Pin White Connector: Shock Sensor
Route the red, black, green and blue wires in the 4 pin white connector from the shock sensor to the control
module, and plug one end into the shock sensor, and the other end into the mating white connector on the
side of the module.
Normal Door Lock Operation
6 Pin Door Lock Output Connector:
The orange, blue w/ white tracer, yellow, white, green, and blue wires in the 6 conductor connector are the
contacts of the on board door lock relays. The function of each of these wires is listed below;
Lock Relay
Unlock Relay
Blue w/ White Trace = N.O. Relay Contact
Dark Green = N.C. Relay Contact
Yellow = Common Relay Contact
Orange = N.O. Relay Contact
Dark Blue = N.C. Relay Contact
White = Common Relay Contact
3 Wire Ground Switched Door Lock Circuits:
In this application, the dark green and dark blue door lock wires are not used.
The white and yellow wires must be connected to a chassis ground source.
The blue w/ white stripe wire is the ground pulse “lock“ output, and should be connected to the negative lock
wire in the vehicle.
The orange wire is the ground pulse “unlock“ output, and should be connected to the negative unlock wire
in the vehicle.
3 Wire Ground Switched 2 Step Door Locks
In this application, the Dark Green is not used, the Yellow wire connects to chassis ground, and the
Blue w/White wire connects to the negative switched low current door lock wire, or the lock wire
at the door switch.
Next, locate the drivers door unlock motor wire and cut it at a convenient location to allow wiring of the
White and Dark Blue wires, White will connect to the vehicle side of the cut wire and Dark Blue will connect
to the "Unlock Drivers Door Motor" side of the cut wire. Most vehicles door lock/unlock motor legs rest at
ground and switch +12 volts to the door lock/unlock motor legs for operation. If this is the case in the
vehicle you are working on, connect Orange to a +12 volt source. In the rare instance that the vehicle door
lock/unlock motor legs rest at +12 volts and switches ground to the door lock/unlock motors, connect
Orange to chassis ground.
Connect the Green/Black wire of the two pin 2nd step unlock connector to the low current ground switched
door unlock wire. The Red/Black wire is not used for this application.
3 Wire Positive Switched Door Lock Circuits:
In this application, the dark green and dark blue wires are not used.
The orange and blue w/ white stripe wires must be connected to a +12 volt battery source.
The yellow wire is the positive pulse “lock“ output, and should be connected to the positive lock wire in the
vehicle.
The white wire is the positive pulse “unlock“ output, and should be connected to the positive unlock wire in
the vehicle.
3 Wire Positive Switched 2 Step Door Locks
In this application, the Dark Green is not used, the Blue/White connects to +12 volt source, and the
Yellow wire connects to the positive switched low current door lock wire, or the lock wire at the
door switch.
Page 7
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Next, locate the drivers door unlock motor wire and cut it at a convenient location to allow wiring of the White
and Dark Blue wires. Dark Blue will connect to the vehicle side of the cut wire and White will connect to the
"Unlock Drivers Door Motor" side of the cut wire. Most vehicles door lock/unlock motor legs rest at ground,
and switch +12 volts to the door lock/unlock motor legs for operation. If this is the case in the vehicle you are
working on, connect Orange to a +12 volt source. In the rare instance that the vehicle door lock/unlock
motor legs rest at +12 volts and switches ground to the door lock/unlock motors, connect Orange to chassis
ground.
An optional relay will be required for this application. Connect the Green/Black wire of the two pin 2nd step
unlock connector to terminal 85 of a VF45F11 P&B relay or equivalent automotive 12 volt relay. Connect
Red/Black to terminal 86. Connect terminal 87 to a fused +12 volt source, and connect terminal 30 to the
low current +12 volt switched wire from the door unlock switch.
5 Wire Alternating Door Lock Circuits:
In this application, it is necessary to cut the existing door lock by - pass wires. These wires run from the
master door lock switch to the slave door lock switch, and then on to the door lock motors.
Cut the existing lock wire, and connect the yellow wire to the slave switch or motor side of the cut wire.
Connect the green wire to the master switch side of the cut wire.
Cut the existing unlock wire, and connect the white wire to the slave switch or motor side of the cut wire.
Connect the blue wire to the master switch side of the cut wire.
The orange and blue w/ white stripe wires must be connected to a fused +12 VDC battery source.
Refer to the door lock wiring supplement for proper connection of these wires into the various locking circuits
available in current vehicles.
6 Pin Door Lock Output Connector:
When wiring for 2 step unlock operation, you must connect the outputs of the on board unlock relay to the
driver’s door lock motor. Wire these outputs as follows;
Orange = N.O. Relay Contact to +12 VDC Battery
Dark Blue = N.C. Relay Contact to Motor leg switch side
White = Common Relay Contact to Motor leg motor side
Wire the transistorized negative “all doors unlock“ output directly to the negative unlock wire from the door
lock switch in vehicles with 3 wire ground switched circuits.
In vehicles with 3 wire positive or 5 wire alternating switched circuits, you must add a 30 Amp automotive
relay to provide the “all doors unlock“ feature.
Red w/ Black & Green w/ Black 2 Pin Red Connector: 2 Step Unlock Connector
The green w/ black tracer wire provides a 300 mA ground pulse output for the all doors unlock signal, and can
be connected to the negative door unlock wire in 3 wire negative switched vehicles.
The red w/ black trace wire provides a low current (300 mA) +12 VDC source for those applications that
require a relay for the all doors unlock feature. This wire should be connected to the relay coil only. A
separate +12 VDC source must be used for the high current relay contacts.
Resistive Circuits, As Well As 4 Wire Polarity Reversal and 5 Wire Alternating 12 Volt
Door Lock Control Circuits
These applications require the use of additional components which may include relays, fixed resistors, or for
convenience, the AS 9159 Door Lock Interface. Refer to the AUDIOVOX Door Lock Wiring Supplement and
or the Audiovox fax back service for information on your particular vehicle for properly connecting to these
types of circuits.
Page 8
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COMPLETING THE INSTALLATION
Antenna Wire: Be sure to extend the thin black antenna wire to it’s full length, and cable tie into place
where it cannot be damaged. Avoid wrapping this wire around major, high current wire looms.
Adjusting the Shock Sensor: If used, the sensitivity of the pre-detect circuit is automatically set 30% less
sensitive than the full trigger circuit.
Using a small screwdriver, gently turn the adjustment screw fully counterclockwise. (DO NOT over turn this
screw. Maximum rotation for this adjustment is 270°). Close the hood and trunk lids, and arm the alarm.
Wait 6 seconds for the accessories trigger zone to stabilize, then firmly strike the rear bumper with the side
of a closed fist considering the amount of force required to break a window.
CAUTION: Never perform this test on the vehicle’s glass, as you may break the window.
Turn the adjustment screw clockwise ( increasing sensitivity ) about ¼ turn and re-test. Repeat this
procedure until the alarm sounds. Ultimately, one firm strike to the rear bumper will cause the alarm to emit
pre-detect warning tones.
WARNING ! Setting the sensitivity too high can cause false alarms due to noise vibrations from passing
trucks and heavy equipment. To decrease sensitivity, turn the adjustment screw
counter-clockwise.
Wire Dressing: Always wrap the alarm wires in convoluted tubing, or with a spiral wrap of electrical tape.
Secure these looms along the routing using cable ties. This will ensure that the alarm wires are not
damaged by falling onto hot or sharp moving surfaces in the vehicle.
Operation: Take a few moments to check off the appropriate option boxes in the owner’s manual, and to
fully explain the operation of the system to your customer.
Page 9
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© 2000 Audiovox Corporation, 150 Marcus Blvd., Hauppauge, N.Y. 11788
128-5758A
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