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How to Program Your IDS Alarm System

This article is a collaborative effort, crafted and edited by a team of dedicated professionals.

Contributors: Muhammad Baballe Ahmad, Mehmet Cavas, Sudhir Chitnis, and Zhen-ya Liu.

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How to program your IDS alarm system to provide the best protection for your home or business.

How to Program Your IDS Alarm System

Introduction to IDS Alarm Systems


IDS alarm systems are an intuitive way to keep your home and family safe from intruders. With the availability of today’s customizable alarm systems, you can easily program your IDS alarm to be more tailored to your specific needs.

In this article, we’ll discuss the basics of IDS alarm systems, how they work and how to program one to fit your needs:

Overview of IDS Alarm System Components

An IDS alarm system is a complete and integrated security solution that uses multiple components to detect intrusions and prevent unauthorized access to your buildings. Your IDS alarm system will be composed of several types of components including control panels, sensors, keypads, sirens/alarms, cameras, and other accessories.

Control Panels: The control panel is the “brain” of the security system. It powers all of the elements that make up your system and communicates with them via low voltage wiring. You can program your panel to arm or disarm itself in response to specific triggers such as opening or closing a particular door or window.

Sensors: The sensors used in an IDS alarm system are typically magnetic contacts, motion detectors, smoke detectors, carbon monoxide detectors and glass break detectors. They work by detecting disturbances in air pressure caused by open doors/windows/objects or motion within an area it is designed to cover. When any suspicious activity is detected by a sensor connected to your IDS alarm system, it will send a signal via a wired connection to the control panel which will then notify you of the event via an alert message or sounder notification.

Keypads: Keypads are essential for controlling access areas into buildings and preventing unauthorized entry into sensitive zones within premises. Keypads can be programmed with custom access codes so they only allow entry when correct codes have been entered into them; they also have capabilities that act as overrides when necessary for situations like lost keys or damage alarms.

Sirens/Alarms: Sirens/alarms are extremely important elements on an IDS alarm systems because they provide acoustic feedback during intrusion detection events; this lets anyone nearby know that there’s something wrong taking place in the vicinity—providing both immediate physical protection and likely deterring further intrusions from would-be offenders due to sound terrorization effect caused by siren presence in an area. It also serves as an early warning before police arrive on scene to investigate or apprehend suspects on location if necessary.

Cameras: Security cameras are a crucial element of many IDS alarm systems because they give homeowners real-time visual updates regarding safety conditions at their properties; they also offer great help when investigating incidents at site after its occurrence since recordings help police make quick decisions on how best address situation at present time instead of relying solely information found during scene inspection (assets affected, extent damage, types used etc.).

Other Accessories: Some systems may include additional components such as panic buttons that provide rapid response notifications if activated; these may typically be wired directly into emergency services hotlines so maximum protection can be offered during emergency situations due danger levels posed on premises.

Programming Your IDS Alarm System

Programming your IDS alarm system can be a daunting task, but with a few simple steps, it can be done in no time. This guide will walk you through setting up your IDS alarm system, step by step. We’ll cover how to program sensors, set up alerts, and how to manage your system.

Let’s get started by getting familiar with the basics of IDS alarm programming:

Setting up the Master Code

The master code is the access code that allows you to issue commands, bypass zones, program alarms and access other controls. Before setting up your IDS Alarm System, it is important that you create a secure master code that is used to protect your home.

To set up your master code:

  1. First enter the program mode on the system by typing in your four-digit default code (if different on your model). Once you’ve entered the programming mode, enter “M” (for Master Code Setup) and hit the # key followed by three other numbers of your own choosing. This will create a new four digit master code for your system.
  2. To test the new master code, type it into the system and it should be accepted as a valid entry into programming mode.
  3. Return to security mode from programming mode by pressing “*” twice or whatever exit key appears on your model’s keypad display.
  4. Make sure to write down and store safely in a secure location any codes used with this alarm system so they are available if needed later on or if you wish to change them in future.

Adding User Codes

Adding user codes to your IDS alarm system is the first step in programming it. This will allow you to control who enters and exits your home or office without compromising the security of the space. Other features such as arming and disarming require code entry as well. Programming user codes may differ between models, but in general, should follow these instructions:

  1. Enter a master (default) security code on your alarm keypad to access the programming menu.
  2. Select “User Codes” on the programming menu by entering its corresponding number sequence on the keypad.
  3. Create a primary user code (this will be used for arming and disarming purposes). Enter this code into the keypad followed by “#” to save it. All subsequent users must also have their own coded entry/exit device, such as a card reader or fob transmitter, in order for their codes to activate all zones programmed for them in addition to arming and disarming functions.
  4. Create secondary user codes one at a time using their corresponding number sequences on the keypad followed by “#” after each entry to save any changes made afterward.
  5. Program any additional individualized permissions such as areas or tasks each person is allowed access depending upon their given code level; this may be done with ease through an interactive graphical interface that most modern systems utilize.
  6. Exit out of the initial master security code once creating all desired users and permissions are complete; this prevents unauthorized access of any protected information stored in your system until designated individuals enter their validating Pin numbers ensuring secure coding for all entries/exits taking place thereafter.

Setting up Zones

Setting up Zones on your Intelligent Digital Security (IDS) system is necessary to properly protect your home. By configuring and managing zones, you can set different levels of security for certain areas within your house or property.

Generally, an IDS system comes preconfigured with a number of zones and sensors you can customize according to your needs. In order to get started, you’ll need to turn on the main power switch located near the control panel. This will power up all the components of your system.

To configure a zone, you must enter into programming mode. This is done by selecting “Programming Mode” from the main menu option of the keypad or control panel depending on what type of IDS features are installed in your home security system. Once in programming mode, you’ll see a list of all the available zones which may include things like doors and windows as well as motion detectors and glass break sensors.

Next, specify which type of device you wish to install in each zone by inputting its appropriate code (e.g., 06 for a door detector). As part of this process, choose the response time (how long it will take before an alarm is triggered) as well as any other customization options that are available such as lighting delays or motion sensitivities. When finished customizing each zone’s settings, exit out of programming mode in order to save any changes made to each respective zone’s configuration settings within the system’s memory bank(s).

Finally, it’s important to keep track of any modifications made within each zone so that you can continue making adjustments if needed in the future – whether for Emergency purposes or otherwise!

Setting up Chimes

Setting up chimes on an IDS alarm system is a great way to notify you when someone enters or leaves a room or area. IDS alarm systems allow you to program chimes for up to eight different detection zones, providing increased convenience and safety. The following instructions will guide you in setting up your chimes for the security zones of your choice.

  1. Enter the Programming Mode of your Alarm System: Navigate to “System Status” on the main menu of your IDS control panel. Select “Programming” followed by “View/Edit Zones” from the bottom row of selections to enter programming mode.
  2. Program Your Chime Settings: Once in programming mode, select the zone(s) for which you want to activate chime notifications and then scroll down to find the “Chime Threshold” setting listed near the bottom of each page. Follow these instructions for entering and saving changes in this field:
    • Under Entry/Exit Definitions, check each of the boxes next to Entry and Exit if they are not already checked (one or both may be checked).
    • Open Field 2 and select 0 X 10 as your desired tone (you can change this at any time).
    • Then select either 1-5 x 10 seconds or 0 X 30 seconds as desired (this determines how long the tone will sound).
    • Enter identical settings into field 3, set tripped detectors as required, then save all changes made thus far from within Programming Mode using F2 – save data command before exiting programming mode using Key Zero twice.
    • Repeat these steps for any other sensors that should be programmed with an audible alert whenever their perimeter is breached.

Your system should now be ready with audible warnings each time a sensor is tripped in any area where you have configured chime settings!

Setting up Exit/Entry Delays

Exit/entry delays are an important part of setting up your IDS alarm system. Exit delay sets an amount of time, usually between 30 and 180 seconds, that you have after leaving the premises to leave enough time to arm the alarm. During this period, any door or window contacts will be ignored as long as your numeric keypad entry remains valid and the system is armed normally.

Entry delay allows you to enter the property without triggering the alarm and provides enough time to disarm or bypass windows and contact sensors. To set this up, start by ensuring all wired contacts are correctly connected and powered before using a master code or other access keypad button combinations with your user code on the main panel to enable entry delay setup.

Now set your specific times for both exit and entry delay to determine how much time is assigned for each event accurately depending on user preferences. Be sure to press ‘#’ and also press *+99* twice in order for these settings to be saved in memory. The single press on *+99* is a test operation, while the double press confirms selection for programming purposes.

For more details about how to program your specific IDS alarm system model, please refer to its user manual directly.

Setting up Alarm Delay

Setting up an alarm delay on your IDS Alarm System allows you predetermined time (in seconds) to disarm the system from the outside, upon entering the building. This delay period can be very helpful if you are carrying multiple items, such as groceries, and need more time to enter a code or obtain access before the alarm triggers.

To set an alarm delay, locate your alarm control panel, usually located near an entrance way in your home or business. Then refer to the user manual included with your specific IDS Alarm System model. To set up delay options, most systems allow you to access a setup menu by pressing “Program” followed by a four-digit user code provided with your system’s purchase.

Lastly, follow the instructions in the user manual on how to go about setting or adjusting the amount of time available for disarming after a break in is detected. Typically, you will have three options:

  • one immediately turns off/disarms when armed (zero second delay);
  • five-second and fifteen-second delays may also be available as programming options (5s/15s).

Once chosen and programmed into place this option will remain until reprogrammed again.

Testing Your IDS Alarm System

Testing your IDS Alarm System is an important step in ensuring that your security system is running correctly and is able to detect any potential threats. You should test your system regularly and make sure that all the components are working correctly.

In this article, we will discuss the different ways you can test your system and the benefits of doing so:

Testing the Master Code

Properly testing your intrusion detection system (IDS) alarm is essential to ensure that all of the components are working as intended. The parameters of the IDS must be regularly tested and reviewed, especially with major changes in security or functionality.

Testing the Master Code allows for verification that the master code—the IDS’ most important code—is both valid and secure. While this is sometimes done manually, it is often automated.

To ensure complete accuracy, testing should include all control panel features and system modules, such as motion detectors, door and window contacts, shock detectors, sirens and keypads. While other codes may be used by users to trigger or reset an alarm system, only a master code can override controls; it is important to keep this information up-to-date. All devices should be checked individually after they have been successfully tested together in an integrated setting.

The process of Testing a Master Code typically involves:

  1. Changing device codes via manual entry mode
  2. Generating required alerts when any given device exceeds programmed parameters
  3. Confirming that status displays are accurate after devices are reset
  4. Initiating tests on partial or full systems at random intervals
  5. Establishing a series of automated tests for periodic review

Testing the Master Code ensures that the intrusion detection system works properly according to its operating parameters and remains secure at all times for maximum safety and protection from unwanted intrusions or theft attempts.

Testing the User Codes

User codes are important for unlocking the alarm system, arming and disarming, changing settings and so on. When installing your alarm system, it is important to test the user codes to make sure that each user’s code works properly. Here are some basic steps for programming your IDS alarm system:

  1. Enter Master Programming mode by using the master code. This is usually located on a piece of paperwork that came with your system or given to you by your installation technician.
  2. Once in programming mode, locate the section that allows you to set up User Codes.
  3. Enter a user code of 4-6 digits, depending on the type of IDS Alarm System you have installed.
  4. Repeat the steps above if creating multiple user codes and save when finished.
  5. For test purposes, choose any code available (should not be common codes such as 0000 or 1234). Make sure to write down all codes as this will enable easier programming in the future should any changes need to be made or new users added into the system later on down the road.
  6. To test if these codes work correctly; first press arm and then enter one of these newly programmed User Codes into keypad followed by a disarm command after entering valid code (be sure all other users understand this protocol). This will ensure that both arming and disarming sequence reaction are properly linked with programmed User Code(s).
  7. If successful, an audible chime should sound following each arm/disarm action which alerts any users entering newly coded sequence successfully connected within setup protocol recently entered prior.

Testing the Zones

It is important to test all of the zones of your IDS alarm system regularly. Performing these tests can help ensure that your security system is functioning properly, and alert you in case any areas are not working as intended.

Testing the zones on your IDS alarm system can be done by following some simple steps:

  1. Walk around your house or business and check for any open doors or windows in each zone. Ensure that all of these entries are shut tightly before beginning the testing process.
  2. Use the keypad on your system to run a zone test. This will indicate whether the system is working properly or if it needs servicing. During testing, the keypad will display an ‘OK’ on all tested zones that have no openings detected, and an ‘Act’ prompt will appear in zones with an opening present. Make sure to wait until all zones have been evaluated before resetting or entering a new code into the keypad if necessary. Additionally, you may want to check for false alarms during testing by having someone move around specific areas where motions sensors are located to test their accuracy as well.
  3. Once all zones have been properly tested with no problems detected, reset your code accordingly in order to complete the zone testing process successfully on your IDS alarm system. Doing so will help safeguard against potential intrusions and provide peace of mind knowing that your security systems are running correctly at all times!

Testing the Chimes

It is important to regularly test your IDS Alarm System, particularly the chimes. Testing your chimes helps ensure that the system is working properly and provides an audible alert in the event of an intruder entering or leaving your home. Follow these steps to test your chimes:

  1. Place the control panel in programming mode. Typically this is done by entering a code into the keypad, often 8+.

Testing the Exit/Entry Delays

One of the most important aspects of an Intruder Detection System (IDS) alarm system is a series of tests to ensure that the system is functioning properly. Of particular importance is testing the exit/entry delays – these are the times in which you have to enter or exit from your premises after the alarm has been triggered.

When testing your IDS alarm system, you should check that the entry delay is functioning correctly. This involves checking that it allows sufficient time for you to enter and disarm your system, once triggered by a sensor or motion detector. You also should check that there are no false triggers occurring – if this occurs, then it could lead to unnecessary stress and potential setbacks when leaving or entering your premises.

At the same time, you must also check that an appropriate amount of time is allotted during an exit delay, once triggered by a sensor or motion detector and before notifying emergency services. If especially long exit delay times are set, they could result in emergency services being unnecessarily dispatched on activated alarms when no real emergency exists.

Finally, these settings should be tested regularly as a means of ensuring that all settings remain appropriate for our individual premises and/or changing needs. Testing can be carried out quickly using smartphones or with more comprehensive IDS keypads.

Testing the Alarm Delay

One of the programmable features of most IDS alarm systems is known as “entry delay“. This is a feature that allows you to enter your home or business without having to disarm the alarm. The alarm will not sound until after a pre-specified entry delay period.

When testing the entry delay of your IDS alarm system, you should begin by setting a reasonable duration for the delay. This should be done in accordance with your area’s regulations and any additional security policies that are in place. You will also want to understand how long your system needs to be on alert before it triggers an audible alert or signals an emergency response service, if applicable.

After setting the entry delay time, you can test it by activating the system and waiting for it to arm before entering through a designated door or window. Be sure to have someone else watch from outside to make sure that no one sneaks in during this time – timing enables security professionals to understand their own personal vulnerabilities as well as find potential flaws within the system itself.

Once you have entered into the building, wait for the allotted number of seconds and listen for any audible triggers such as sirens or alerts indicating that the system has been triggered due to a breach. If these signals do not occur within the allotted time frame, then your entry delay is working properly and can be counted on in an emergency situation.

Troubleshooting Your IDS Alarm System

Troubleshooting your IDS alarm system can be a complicated process. Understanding the various components of the system, and how they interact with each other, is essential to making sure your system is functioning properly. You also need to know how to program the system properly in order to get the most out of it.

In this article, we will discuss how to troubleshoot your IDS alarm system:

Resetting the System

Resetting the system is a quick and easy way to resolve any issues you may be experiencing with your IDS Alarm System. This process will vary depending on the model of your security system, but in general, resetting the system involves pressing the Reset button for five seconds or pressing it twice quickly (within three seconds). Check your manual for specific instructions for your model, as some models require holding down a key for five seconds as an additional step.

Additionally, you will want to be sure that all detectors and sensors are connected and that any wireless components are on and communicating appropriately. Once you have verified these steps, you can reset the control panel by following these steps:

  1. Enter your alarm password into the keypad at least four times to reset it.
  2. Enter your User Code twice in order to re-program the system.
  3. Press *99 which will initiate a soft reboot of the system.
  4. Follow prompts if there are further instructions – sometimes this procedure requires activating one or more zones too!
  5. You can also enter *61 which provides a hard reboot of your control panel – this should only ever be used if following any other steps has been unsuccessful though.

Upon successful completion of this process, all elements should now be working correctly and you should have full access to all functions once again.

Checking the Batteries

One of the first troubleshooting steps when diagnosing problems with your IDS alarm system is to check the batteries. Your system uses backup batteries to stay powered in case of a power outage, and low battery levels can cause issues with arming and disarming the system.

To check if your backup batteries need replacing, do the following:

  1. Open your alarm panel, located near the main entrance door.
  2. Note the type of batteries your alarm system takes – typically 9V or 12V DC.
  3. Check the status bars on either side of the battery units to see if they are still green – this indicates that they have power and don’t need to be replaced yet. If not, you will have to replace them (the exact procedure will depend on your IDS model).
  4. Test that each new or existing battery is functioning properly by slowly pressing both test buttons on either side of each unit for at least 2 seconds each – a green light should appear indicating that the battery is powering up correctly; if it does not turn on, replace it with another one from a different pack and test again until both light up green when pressed together for 2 seconds each – this means that both batteries are working correctly, which is important for proper operation of your security system even during a power outage when electricity isn’t available.
  5. Replace any non-functioning batteries in their respective slots in the security panel making sure all wires are securely connected and no loose ends remain outside; you may need small tools such as pliers or screwdrivers in order to open/close some slots properly due to their tight fit! Finally, close up all panels after testing everything is working correctly so that no wires protrude outside (for safety reasons).

Checking the Wiring

When troubleshooting your IDS alarm system, one of the first steps to take is to check whether the wiring is set up correctly. All wiring should be securely connected, and each wire should be connected to the right connector. You should ensure that all wires are placed in an orderly fashion, as it not only makes them easier to work with but also helps prevent incorrect connections or signal disruption.

It’s important that you use the correct type of wire when setting up your system; if you’re using 18 gauge wire or higher, the resistance rating must match the current draw of your particular device. This will help ensure efficient operation, and reduce the likelihood of incorrect programming or signal disruption.

You may need to check individual wires for continuity as well as verifying voltage readings in order to troubleshoot any wiring issues before programing your IDS alarm system. If any wire shows a low reading or resistance value then double check that it has been properly connected. Then run further tests, such as loopback tests and short circuit tests if required.

Finally, always test that all wires are securely connected; loose or faulty connections can lead to power related issues which can stop your IDS alarm system from working properly. With these tips you can easily double check all wiring prior to programming and help ensure reliable operation of your alarm system.

Checking the Sensors

In many cases, sensor problems can be the source of issues with your IDS alarm system. The sensors are the electronic eyes and ears that detect the presence of potential threats in a home or business. Testing your sensors regularly is an important part of keeping your system up to date and running smoothly.

Before you begin checking the sensors, you should make sure that they are safely connected to the system. If any part of the sensor is disconnected, it won’t trigger when it should. Additionally, ensure that all connections are secure and in good condition to prevent any false alerts or lack of alerting when necessary.

When you’re ready, begin a walk-test inspection by entering a code into your control panel which will temporarily deactivate then disarm your alarm system for five minutes – allowing you to safely move freely around the home or office without triggering an alert. Moving around each room slowly and listening for any sound or feedback from each sensor is important as this will help to check that all zones or areas have been properly programmed. If you hear a bleep for every completed circuit as you pass through doors and windows, then your alarm has successfully completed its loop test cycle from all connected points within that given room or space – eliminating them as possible problem sources.

As well as testing movement sensors, you may also want to consider testing other sensors such as smoke detectors – either manually on their own, or while running a full test mode which will incorporate them into the overall inspection process alongside window, door and perimeter sensors; keeping everyone safe at all times is always priority number one!

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