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ENFORCER 300C/L 

Installation Manual

ENFORCER 300C/L 

Installation Manual

SECO-LARM U.S.A., Inc.

Page 14

Page 7

9. 6-wire connector, BLUE WIRE

(negative door trigger input), fig. 6

A. Existing car door switches — Use a VOM

meter to locate a wire (usually in the
driver’s kick panel) which shows ground
when any vehicle door is opened, and
which is not ground when all the doors are
closed.  Connect to the BLUE WIRE.

6. 8-wire connector, BROWN/WHITE

WIRE (3rd channel auxiliary negative

output), fig. 4

A. Operation — Outputs 300mA transistor

ground for as long as button #3 is
pressed, whether the alarm is armed or
not.

B. Connection — Connect the BROWN/

WHITE WIRE to a 30A relay to control a
trunk release or other accessory.  NEVER
CONNECT THE BROWN/WHITE WIRE
DIRECTLY TO AN OPTIONAL
ACCESSORY, AS THIS WILL BURN OUT
THE 3RD CHANNEL OUTPUT, AND
POSSIBLY THE ENTIRE ALARM BRAIN.

7. 6-wire connector, BLACK/WHITE WIRE

(2nd channel auxiliary negative

output), fig. 5

Supplies a 300mA transistor ground output
for as long as button #2 is pressed for 3
seconds, when the alarm is disarmed.  For
safety, 2nd channel output operates only:

(1) If the ignition switch is OFF; or

(2) If a car door is open while the ignition

switch is ON.

8. 6-wire connector, GRAY/BLACK WIRE

(domelight neg. output), fig. 6

A. Output — Supplies a 300mA transistor

ground output, When the alarm is
disarmed, the GRAY/BLACK WIRE outputs
steady 300mA for 30 seconds, or until the
ignition key is turned ON.

B. Connection — Connect the GRAY/BLACK

WIRE via a 30A relay to the domelights.
NEVER CONNECT THE GRAY/BLACK
WIRE DIRECTLY TO THE DOMELIGHTS, AS
THIS WILL BURN OUT THE DOMELIGHT
OUTPUT, AND POSSIBLY THE ENTIRE
ALARM BRAIN.

Fig. 5 — 2nd channel output

Negative-triggered door switches:

GRAY/BLACK wire

+12V

BLUE wire (neg. door trigger)

Door switch

Domelight

Positive-triggered door switches:

GRAY/BLACK wire

PURPLE wire (pos. door trigger)

Domelight

Door switch

Ø

Fig. 6 — Connecting to the domelights
and the door pin switches (pos. or neg.)
(NOTE — Optional features, but
choose positive or negative only.)

Fig. 17 (power door lock/unlock) —
Single wire, polarity
switching

NOTE — The BLUE wire

between the pump & control is

ground when locked, +12V

when unlocked.

Fig. 16 (power door lock/unlock) —
Positive reversal switching to factory
actuators

B. Positive relay switching to factory actuators

(fig. 15) — The factory door lock switch
has 3 wires.  One wire always shows
+12VDC.  The LOCK WIRE becomes
+12VDC when the door is locked to pulse
a factory relay to lock the doors.  The
UNLOCK WIRE b12VDC when
the door is unlocked to pulse a factory
relay to unlock the doors.  Most General
Motors cars use this system.

C. Positive reversal switching to factory

actuators (fig. 16) — The factory door lock
switch typically has 5 wires.  Two wires
always show ground, and one always
shows +12VDC.  The LOCK WIRE shows
ground at rest and during unlock, but
shows +12VDC when the door is locked.
The UNLOCK WIRE shows ground at rest
and during lock, but shows +12VDC
when the door is unlocked.  Many GM
trucks, Fords, and Chryslers use this.

D. Single wire, polarity switching (fig. 17) —

The factory door lock switch uses a single
wire to control the door lock and unlock
operation.  The single LOCK/UNLOCK
WIRE shows ground when the doors lock,
and +12VDC when they unlock.  This is
found on most Mercedes Benz and on
some other European cars.

E. Single wire, positive shunt switching (fig.

18) — This system uses a single wire to
activate the door locks.  Applying
+12VDC on the LOCK/UNLOCK WIRE
causes the doors to unlock, and removing
the +12VDC (not applying ground) causes
the doors to lock.  Found on some Ford
Probes.

F.

Single wire, negative shunt switching (fig.
19) — This system uses a single wire to
activate the door locks.  Applying ground
on the LOCK/UNLOCK WIRE causes the
doors to unlock, and removing the ground
(not ap12VDC) causes the doors
to lock.  Found on some Mazdas and
Nissans.

NOTE — Program the alarm's

door/unlock timer for 3.5-

second output (see page 17).

+12V

Ø

Alarm BLACK/WHITE wire

(2nd channel output, tr.

ground, 300mA max.)

To optional

accessory

(positive

switched)

+12VDC

Ø

Ø

+12V

Ø

Ø

+12V

BROWN

(-) to unlock,

(+) to lock,

300mA max.

GRAY

(-) to lock,

(+) to unlock,

300mA max.

+12VDC

Lock wire

×

Unlock wire

&

Cut

Factory door

lock actuators

Factory door

lock switch

Must add fuse

(15A for 2 doors,

30A for 4 doors)

+12V

×

&

×

&

×

BROWN

(-) to unlock,

(+) to lock,

300mA max.

+12VDC

+12VDC

BROWN

BL

UE

+12VDC

BL

UE

BROWN

YELLOW

GREEN

CUT

CONTROL

ACTUATOR

RED/W

HITE

RED/WHITE

Must add fuse

(15A for 2 doors,

30A for 4 doors)

GRAY

(-) to lock,

(+) to unlock,

300mA max.

×

&

FACTORY

CONTROL

PUMP

&

×

Содержание 300C

Страница 1: ...e of the alarm and not a problem Check all openings to see which is not closed properly Reprogram to restore chirp Check the connection Check the alarm brain ground for good contact and make sure it is not grounded together with siren Connect these two wires to separate sources of 12VDC Feature not available for parking light systems Wait 4 sec hardwired triggers or 10 sec current sense after armi...

Страница 2: ...propriate wire near the alarm brain while testing the trigger For instance to determine why a door trigger is not TIPS FOR TESTING THE ALARM working probe and test the BLUE WIRE of the 6 pin connector near that connector If the BLUE wire shows when the door is opened then the problem may be caused by the user not arming the alarm correctly or the alarm brain may be defective But if the BLUE wire d...

Страница 3: ...e wires are accidentally pulled by someone servicing the vehicle in the future Remember that wires may shrink or break due to impact heat and so on 3 Do not allow wires to rub against sharp edges which could cause short circuits Use grommets when wires are run through holes in the car body or firewall 4 Protect and hide wires with flexible tubing or by wrapping with electrical tape if possible Ide...

Страница 4: ... eight DIP switches on the alarm brain The various functions are programmed by turning the DIP switches on and off with a pointed object such as an awl Refer to Table 1 to see which functions are controlled by which DIP switches Table 1 Chart of DIP switch programming functions The alarm s main brain which controls all the alarm s functions is very sophisticated and care must be taken when mountin...

Страница 5: ...itively or negatively switched Using a VOM meter test the wires coming from the parking light switch Look for a wire which changes polarity when the parking lights are turned on 1 Positive parking light system If a wire goes to 12VDC when the parking lights are turned on but is not 12VDC with the parking lights turned off this is the parking light wire See fig 3a 2 Negative parking light system If...

Страница 6: ...ty references Ø Ø ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE 15A 3c Dual circuit parking lights ORANGE ORANGE ORANGE ORANGE ORANGE Ø ORANGE ORANGE ORANGE ORANGE ORANGE Ø ORANGE ORANGE ORANGE ORANGE ORANGE 15A 3b Negative single circuit parking lights Connect the polarity select wire to ground Fig 3 Orange wires to flash parking lights O...

Страница 7: ...n unlocked Fig 16 power door lock unlock Positive reversal switching to factory actuators B Positive relay switching to factory actuators fig 15 The factory door lock switch has 3 wires One wire always shows 12VDC The LOCK WIRE becomes 12VDC when the door is locked to pulse a factory relay to lock the doors The UNLOCK WIRE becomes 12VDC when the door is unlocked to pulse a factory relay to unlock ...

Страница 8: ...control knob affects both the 1st and 2nd stage sensitivity 2 Test the pre intrusion 1st stage by lightly shaking a set of keys once This should cause the siren to chirp but not trigger Adjust the sensitivity by turning the adjustment knob clockwise more sensitive or counter clockwise less sensitive 3 Next test the trigger 2nd stage sensitivity by continuously shaking a set of keys firmly inside t...

Страница 9: ...nsor into the alarm brain s 4 pin connector B Set sensitivity 1 Setting the pre intrusion stage Turn the red knob secondary adjuster for trigger output to minimum before adjusting the yellow knob Now lightly tap the vehicle If pre intrusion output is set correctly the yellow LED should come ON the siren chirps parking light flash 5 times but the red LED should not If the yellow LED does not come o...

Страница 10: ...CK UNLOCK TIME 3 5 SEC SW6 ASD DISABLE ASD ENABLE SW7 NO TRIGGER NC TRIGGER SW8 SWITCH SENSING ONLY C S SWITCH SENSING 3rd CHANNEL OUTPUT 500mA MAX RADIO GROUND DOOR SWITCH PROGRAMMABLE MUST SET PROG SWITCH TO N O IF NOT USED IGNITION SWITCH SWITCHED 12VDC INPUT MUST HAVE VOLTAGE DURING IGNITION AND START DOMELIGHT OUTPUT 300mA max VIA RELAY TO DOMELIGHT WIRE 2nd CH OUTPUT 300mA max 2nd STEP DOOR ...

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