I was woundering how you can progm. just one window/door contact for a entry delay. When I progm. the entry delay it does it to all my window/door contacts. and I just want the one progm. not all of them. It is a simon 3 security system.

What about it ? Need more details .
Content Theft Deterrent (CTD) Description and Operation
The CTD system (when armed) is designed to deter vehicle content theft by pulsing the horns and exterior lamps for approximately 2 minutes when an unauthorized vehicle entry is detected. However, the CTD system does not affect engine starting.
An unauthorized entry can be any of the following with the CTD system armed:
• Forced entry into the passenger compartment.
• When any door is opened without being unlocked by using the key to unlock either of the front doors or the UNLOCK command from a Keyless Entry Transmitter.
• Forced entry into the rear compartment.
The components of the system are:
• Keyless Entry Module (Remote Control Door Lock Receiver)
• Door Ajar Switches
• Body Control Module
• Front Door Lock Cylinder Switches
• Power Door Lock Switches

The CTD system is an internal function of the Body Control Module (BCM) which utilizes class 2 serial data and various switch input information to perform CTD functions. When the BCM detects an unauthorized entry, it activates the horns and exterior lamps. The BCM has five basic modes (disarmed, standby, delayed, armed, and alarm) for operating the CTD system. The different modes are described below.
The BCM has the CTD system in a disarmed mode until the following conditions are detected:
• Ignition key turned to the OFF position.
• Any door open.
• Doors locked by either the power door lock switch or the LOCK button on the transmitter.
The BCM enters the standby mode when the above conditions are detected. In standby mode, the BCM commands the SECURITY indicator to flash. If all the doors are closed and the LOCK button on the transmitter is used, the BCM enters the delayed mode.
When the last door is closed, the BCM enters the delayed mode for 30 seconds. In delayed mode the BCM commands the SECURITY indicator to illuminate ON steady.
After 30 seconds, the BCM enters the armed mode. Any forced entry activates the alarm mode.
When the BCM detects a forced entry, the BCM enters the alarm mode. The BCM activates the horns and exterior lamps for 2minutes. This is followed by a three minute time-out with the horn no longer active. If no new intrusions are detected after the time-out, the horn is not active.The system must be disarmed or the intrusion condition removed after the time-out for the system to exit alarm mode .
There are no fuse's for the alarm , there are main power feeds to the BCM .

Accessories relay also make sure all the contacts on the master window switch are clean and shiny and also that the plug fits very tight on the switch there's also a driver door module under the door panel does your remote control work and keyless entry as for the radio the circuit it's on maybe the same as the windows because the relay handles the locks windows delay function

This may be a bad rear integrated control module. or connection or wiring to it.
REAR INTEGRATION MODULE (RIM)
The CTD system is an internal function of the rear integration module (RIM) which utilizes class 2 serial data and various switch input information to perform CTD functions. When the RIM detects an unauthorized entry, the RIM sends a message via the serial data circuit to the DIM to activate the horns and exterior lamps. The RIM has 5 basic modes. Disarmed, standby, delayed, armed, and alarm for operating the CTD system. The 5 modes transition from one step to the next in the following order:

When in the disarmed mode, ignition is OFF and any door is open the RIM commands the instrument cluster to flash the SECURITY indicator via the class 2 serial data circuit. The RIM has the CTD system in a disarmed mode until the following conditions are detected:

Ignition key turned to the OFF position
Any door open
Doors locked by either the power door lock switch or the LOCK button on the keyless entry transmitter

The RIM enters the standby mode when the above conditions are detected. In standby mode the RIM commands the instrument cluster to illuminate the SECURITY indicator via the class 2 serial data circuit. If all the doors are closed and the LOCK button on the keyless entry transmitter is used, the RIM enters the delayed mode.
When the last door is closed, the RIM enters the delayed mode for 30 seconds . In delayed mode the RIM commands the instrument cluster to illuminate the SECURITY indicator on steady via the class 2 serial data circuit.
After 30 seconds , the RIM enters the armed mode. In armed mode the RIM commands the instrument cluster to turn off the SECURITY indicator via the class 2 serial data circuit. Any forced entry activates the alarm mode.

IMPORTANT: The CTD system can be armed with the windows or sunroof open.

This may be a bad rear integrated control module. or connection or wiring to it.
REAR INTEGRATION MODULE (RIM)
The CTD system is an internal function of the rear integration module (RIM) which utilizes class 2 serial data and various switch input information to perform CTD functions. When the RIM detects an unauthorized entry, the RIM sends a message via the serial data circuit to the DIM to activate the horns and exterior lamps. The RIM has 5 basic modes. Disarmed, standby, delayed, armed, and alarm for operating the CTD system. The 5 modes transition from one step to the next in the following order:

When in the disarmed mode, ignition is OFF and any door is open the RIM commands the instrument cluster to flash the SECURITY indicator via the class 2 serial data circuit. The RIM has the CTD system in a disarmed mode until the following conditions are detected:

Ignition key turned to the OFF position
Any door open
Doors locked by either the power door lock switch or the LOCK button on the keyless entry transmitter

The RIM enters the standby mode when the above conditions are detected. In standby mode the RIM commands the instrument cluster to illuminate the SECURITY indicator via the class 2 serial data circuit. If all the doors are closed and the LOCK button on the keyless entry transmitter is used, the RIM enters the delayed mode.
When the last door is closed, the RIM enters the delayed mode for 30 seconds . In delayed mode the RIM commands the instrument cluster to illuminate the SECURITY indicator on steady via the class 2 serial data circuit.
After 30 seconds , the RIM enters the armed mode. In armed mode the RIM commands the instrument cluster to turn off the SECURITY indicator via the class 2 serial data circuit. Any forced entry activates the alarm mode.

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which one.
radio antitheft
car doors. (alarms) Content Theft Deterrent (CTD)
or immobilizer.
say what messed up means.?
the CDC system must be armed with the fob.
is that failing? I can not arm the system or it will not disarm. on my command?

my guess is arming. fails

1. Turn OFF the ignition.
2. Exit the vehicle.
3. Important: The system is not armed if the doors are locked manually. The keyless entry transmitter or the door lock switch must be used to arm the CTD system.
4. With a vehicle door open, lock the doors by pressing the LOCK button on the keyless entry transmitter or by pressing the LOCK button on the door lock switch. The system will begin the arm sequence when all doors are closed. The CTD system transition to the arm delay state when the final door is closed. The security indicator will illuminate steady when in the arm delay state.
   If the keyless entry transmitter LOCK button is pressed after the vehicle doors have been closed, the system will transition directly to the arm delay state with the indicator on steady.
5. The system will arm approximately 30 seconds from the time that the system has entered the arm delay state. When the security indicator transitions to flashing slowly, the system is armed.
   Alternately, if the LOCK button on the keyless entry transmitter is pressed a second time, the system will arm immediately, bypassing the 30 second delay.

if this fails try the Second fob.
if the 2nd fob fails, then pull the battery neg lug, for 5 minutes
and put it back.

the full system rules are in the book called, FSM
seen here, read it for who to diagnosis this problem if it continues
just 4 bucks to read all facts
https://suzukipitstopplus.com/Products/10182-2007-xl7-service-manual.aspx

the book also tells you all things messed up with battery pulls.

good luck.

There is always the exit delay, however, you can arm it silently and with no entry delay. To arm silently, press Door and windows, press silent.
To arm without entry delay, press doors and windows twice. Press silent if also wanting no beeps.

Here is instructions from Installation Manual. I am also attaching links to full Installation as well as User Manuals for your reference at the bottom of page. Make certain to input as 3 digit time - example 45 seconds as 045. Good luck!

Option 10: Entry Delay (Default = 030 sec.)
Determines how much time the user has to disarm the system
after entering the armed premises through a designated delay
door, before an alarm occurs. Beeps sound during the entire
delay time to remind the user to disarm the system.
When turned on, the Entry Delay can be set from 005-254
seconds (030-254 if SIA Limits Option 69 is on). All entries
must be 3 digits. When turned off, the Entry Delay is set to
005 seconds.
Note
For UL listed systems, the entry delay must not exceed 45 seconds.

To set Entry Delay, press:
1. Add
2. Option #
3. 10
4. Use the numbered keys to enter the 3-digit delay
time.
5. DONE

To turn off Entry Delay, press:
1. Delete
2. Option #
3. 10
4. DONE

Installation - http://www.homesecuritystore.com/downloadmanual.aspx?mnl_id=334&prod_id=171

Users: http://www.safemart.com/manuals/simon3.pdf

It sounds like the door you are working with is progammed as a type 13 (perimeter) rather than a type 10 (entry exit)

Alarmprofessor.com

Hi, if you are talking about programming sensors into system the one for entry delay the rest for perimiter.

You Can Turn off the panel beep under the cover that is what i did.