Training Posts

Hi DIYers! You may have heard the term "Dual Tec Motion Sensor" being tossed around at some point or another. The term refers to motion detecting sensors that use two forms of detection for picking up movement. Usually, these two methods are passive infrared sensing and microwave detection.

A common complaint with motion sensors is that they are known to cause false alarms when mounted improperly. This is usually caused by having the motion sensor placed near a window, a ceiling fan or an air vent. The motions that cause these false alarms are usually PIR-exclusive sensors that use only one method for detecting motion. Now, these sensors will generally work very well and won't cause any false alarms when mounted properly.

The reality is that most false alarms caused by motion sensors are the result of poor mounting. But having a second detection method for verification can go a long way towards preventing any system false alarms. Although proper mounting is still very important, you might be able to save yourself some major inconvenience by springing for a more-advanced motion detection sensor. This is where Dual Tec Motions can come into play.

Honeywell Dual Tec Motion Sensors use passive infrared (PIR) detection and microwave detection when looking for movement. In order for one of these devices to activate and alert the alarm control panel, both the PIR sensor and the microwave sensor must activate. Nothing will happen if only one part of the sensors is triggered. This can be very useful if a single technology sensor is prone to randomly activating due to local environmental sources. The name "Dual Tec" comes from the fact that the sensors use two technologies in detecting motion.

The PIR sensor in a Dual Tec Motion will work by looking for changes in infrared (IR) energy that occur with movement. Every person, animal and object gives off some amount of IR energy. If a large mass of IR energy from a person or large object moves within the field of view of the PIR sensor, then it will signal that motion is present. Meanwhile, the microwave sensor will send out continuous signals that are designed to bounce off of objects and return to the sensor at a consistent rate. If the signal pattern changes, then the sensor will assume that motion is present.

Although a PIR sensor can technically work by itself, a microwave motion sensor would cause too many false alarms on its own. This is because microwave signals can pass through objects and walls, and they could very easily detect movement that occurs outside the building. But the PIR sensor will not work through walls, so it will only detect motion that occurs from the inside.

However, pairing a PIR sensor with a microwave sensor in a Dual Tec Motion Sensor results in the perfect team. Even if the PIR sensor responds to flowing air or sunlight or some other local change in IR energy, the microwave sensor will keep it in check. Likewise, the PIR sensor will not respond to the outside movement that may trigger the microwave sensor. But both sensors will still respond very reliably to any real motion that is actually present in the building. And once that happens, it's game over for any intruders!

Honeywell offers Dual Tec Motion Sensors of all types. Their Dual Tec lineup includes wireless motion sensors like the Honeywell 5898, as well as wired motion sensors like the Honeywell DT8035. There's even a long range Dual Tec Motion, the Honeywell DT906, that is perfect for large commercial settings that require the highest level of protection possible. Honeywell has truly covered all their bases here!

You can get all of these great Honeywell Dual Tec Motion Detecting Sensors from the Alarm Grid website. If you need help deciding on a perfect motion detector, please reach out to us by emailing support@alarmgrid.com, or by calling us at (888) 818-7728 during our normal business hours of 9am to 8pm EST M-F. We look forward to hearing from you!

Hi DIYers! Today, we're taking a close look at the Honeywell SiXPIR Lyric Smart Motion Sensor and all of the great features it offers. The wireless encrypted sensor was designed exclusively with the Honeywell Lyric Alarm System in mind, and it works exclusively with that security panel.

The Honeywell SiXPIR is perfect for any Lyric user looking for an effective residential motion sensor. It offers a coverage area of 40 feet by 56 feet, which is great for monitoring a living room, basement, hallway, office or other restricted area. This max coverage area can be easily achieved by mounting the sensor from a recommended height of 7.5 feet high. The sensor also offers a convenient walk test mode that features a red LED light whenever motion is detected. This is great for ensuring that you have mounted the sensor in a good location. The Lyric System includes an option within programming to initiate the walk test at any time.

Pet-owner will love the fact that the SiXPIR includes pet immunity for small animals weighing up to 80 pounds. Again, mounting the sensor from a proper height and angle is important for this feature to function properly. With pet immunity, small animals will walk underneath the detection pattern of the sensor. However, a human walking upright will still cause a change in infrared (IR) energy that sets off the sensor. Users should make sure though that their pets cannot get in the field of view (FOV) of the sensor by climbing up the stairs or on top of the furniture. The sensor should also not be placed in view of active vents or ceiling fans that could cause false alarms.

Remember, the SiXPIR is designed exclusively with the Lyric System in mind. Users of older Honeywell Panels can achieve great results with the Honeywell 5800PIR-RES, which provided much inspiration for the SiXPIR Sensor. But only the SiXPIR Sensor offers 128-bit AES encryption for added wireless security. The SiXPIR is also a "smart" sensor that knows when it has been programmed to a Lyric System. It will then not be able to be enrolled with a new system unless it is deleted from the old one. The device is powered using a single lithium CR123A battery. In its default setting, the sensor will be enrolled as an interior zone and only remain active when the system is Armed Away. When Armed Stay, the sensor will remain active so that the user can move freely throughout the building.

You can get the Honeywell SiXPIR and the Honeywell 5800PIR-RES Motion Sensors from the Alarm Grid website. They make a great addition for nearly any Honeywell looking to expand upon their current setup. Buy one now to help keep your home safe!

Hi DIYers! We're here with a fast video recap this time, presenting six new videos. Jorge pitched four new videos, while Jarrett and Joe each brought one. This recap is notable though, as it marks the end of 2018. It also shows the first Alarm Grid videos of 2019. Let's check them out!

What Happens On My Lyric Controller When AC Power Goes Out?

Jarrett shows users what happens when the AC power is lost on a Honeywell Lyric Controller. This occurs when the electricity goes out or when the plug-in transformer is disconnected. To stay powered on, the Lyric System will automatically switch over to its battery backup if it is available. Certain system features are affected when this happens. For example, all Z-Wave functionality is lost, and all incoming commands and signals from Total Connect 2.0 will not be received.

2GIG Key2-345 Key Fob - Program to 2GIG GC3

Jorge teaches users how they can program a 2GIG Key2-345 Key Fob with a 2GIG GC3 Security System. This security key fob provides an easy and convenient method for controlling the GC3 System while the user is on-site. There are dedicated buttons for Arming Away, Arming Stay, Disarming and Triggering a System Function. A user can also press and hold the top two buttons to activate an immediate panic alarm. The GC3 System has 32 dedicated key fob slots, but key fob inputs can also be programmed to standard wireless zones if needed.

How Do I Connect a Z-Wave Door Lock to My Qolsys IQ Panel 2?

Jorge demonstrates how to pair a Z-Wave Door Lock with a Qolsys IQ Panel 2 Alarm System. In order to do this, a user should first clear the lock from the network before attempting to pair it. They can then enroll the lock with the system by putting the panel into its Z-Wave inclusion mode and activating the inclusion function on the Z-Wave lock. Since the IQ Panel 2 includes a Z-Wave Plus Controller, a user can enroll a Z-Wave Plus Lock and expect to get the maximum possible range out of the device.

Programming the 5800COMBO to the L7000 Panel

Jorge explains how to program a 5800COMBO with a Honeywell L7000 LYNX Touch Security System. The 5800COMBO offers support for smoke and heat detection, carbon monoxide detection and low-temperature detection. It can also use two additional system zones for supervision and end of product life monitoring. In total, it requires five individual system zones on the L7000. It can be easily programmed by putting the L7000 into its wireless enrollment mode and using the device's testing buttons to learn it in.

Programming the 5800COMBO to the Lyric Controller

Jorge covers the process of programming the 5800COMBO with the Honeywell Lyric Controller. As a member of the Honeywell 5800 Series, the 5800COMBO can be used with the Honeywell Lyric Alarm System in addition to the Honeywell LYNX Touch Panels. However, Honeywell very recently released the Honeywell SiXCOMBO, which was specifically designed with the Lyric Controller in mind. This device features nearly all of the same features as the 5800COMBO, with added wireless security provided from 128-bit AES encryption.

Enrolling the 2GIG SP1 in Access Point Mode

Joe explains how to pair a 2GIG SP1 Wireless Touchscreen Keypad with a 2GIG GC3 Alarm System using the Access Point Mode feature of the GC3. Using the Access Point Mode for pairing is recommended if a building has no WIFI signal or if the WIFI signal is very weak. Keep in mind though that using AP Mode will disable the standard WIFI connectivity for the GC3 System. The SP1 Keypad offers many great features, including the ability to perform local smart home automation.

Hi DIYers! We're back with another video recap to help you learn about your security system. Joe and Jorge are back as usual, while Alarm Grid Team Member Jarrett is making his debut. Also, I even made a one-off video just for fun. Don't expect me in the regular video rotation though!

Here are the new Alarm Grid videos for December 6th thru 13th:

How to Switch Partitions on a Honeywell Vista System

Jorge teaches users how they can switch partitions on a Honeywell VISTA Security System. Partitions allow users to separately control a certain section of their alarm system, while the rest of the system remains in its current armed or disarmed state. Each partition can be assigned its own set of access codes to restrict access of any given user to only select portions of the security system. Additionally, Honeywell recently made partitioning control possible through Total Connect 2.0.

Finding the MAC and CRC on a Lyric Security System

Jorge shows users how they can the MAC address and CRC code on a Honeywell Lyric Alarm System. This information is typically needed to register the system with an alarm monitoring company for monitoring service. The MAC and CRC codes can be found on the box for the system and underneath its back cover on a sticker. However, many users prefer to find the MAC and CRC codes through the system menus. This will require knowing the system's Installer Code, which is 4112 by default.

Changing the Battery in the Qolsys IQ Panel 2

In his much anticipated video debut, Alarm Grid Team Member Jarrett explains how to change the battery for a Qolsys IQ Panel 2 Alarm System. To do this, you must first power down the system by accessing the appropriate menu option. Once the system has powered down completely, it can then be opened up, and the battery can be replaced. The Qolsys IQ2 Battery is designed to last for several years, and it will keep the system powered for up to 24 hours in the event of a power outage.

Using Phone Line Monitoring on an Interlogix Simon XT

Jorge teaches users how they can use phone line monitoring on a Simon XT Security System. Although phone line monitoring is possible, Alarm Grid does not recommend using this type of communication path. Phone line communication is known for being very slow, and it is quite unreliable. Instead, a much better option is to use cellular monitoring service with an Interlogix Simon XT. Cellular service is much faster and more reliable. Cellular connectivity will also allow the system to be used with Alarm.com.

Setting the Siren Timeout on a Simon XTi & XTi-5

Jorge talks about the siren timeout feature on the Simon XTi and Simon XTi-5 Alarm Systems. When an alarm occurs on an wireless Interlogix System, it will begin to produce a siren. The purpose of this siren is to alert those in the building to a serious event, such as a burglary or fire. To stop the siren, the user must disarm the system. However, if the system is not disarmed, the siren will continue to sound until the timeout period elapses. This setting determines how long the siren will last if the system is never disarmed.

Pairing the 2GIG SP1 Keypad with the 2GIG GC3

Joe shows users how to pair the 2GIG SP1 Wireless Keypad with the 2GIG GC3 Security System. The most common way to do this is through a WIFI pairing. The SP1 is a very useful wireless keypad that includes a built-in touchscreen controller. This keypad offers support for voice annunciation, smart home automation control, bypassing zones, producing system chimes and general arming and disarming. It is perfect for placing by secondary entrances in the user's home, such as their back doors, garage doors and basement entrances.

Using Z-Wave with an Interlogix Simon XTi and XTi-5

Joe discusses how it is possible to use Z-Wave smart home devices with a Simon XTi or Simon XTi-5 Alarm System. These systems can support Z-Wave devices once they have been activated with the Alarm.com interactive service. This is because the ADC Cellular Communicator actually doubles as a Z-Wave controller for the system. Once a user has set up a Z-Wave device with the system, it can be operated from the panel or from the Alarm.com website or mobile app.

Can I Use a Qolsys IQ Panel 2 w-o Alarm.com?

Joe explains how the Qolsys IQ Panel 2 can technically be without the Alarm.com service. However, this will severely limit the functionality of the system. By doing this, the system will only serve as a local sound maker and as a fairly limited Z-Wave controller. All versions of the system come with some type of integrated cellular communicator. This module lets the system connect with Alarm.com for remote access and control. This is the only way to use the system with a central station for automatic emergency dispatch.

How Do I Reboot the Qolsys IQ Panel 2

In my first ever Alarm Grid video, I show you how to reboot the Qolsys IQ Panel 2 System. A user might need to reboot their IQ Panel 2 System because they are applying a firmware update. They might also do this because the panel is experiencing problems, and rebooting the system can be a good troubleshooting step. To perform the reboot, the user can select the reboot option in advanced settings. They can also choose to power down the system entirely and then manually power it back on.

Hi DIYers! As you may have heard, smart home automation scene control was recently made available for the Total Connect 2.0 Alexa Skill. We thought this would be the perfect time to show Honeywell System users how they can get started with the Total Connect 2.0 Skill for Amazon Alexa.

Before we begin, let's go over everything that is required. You will need a Honeywell Security System with active monitoring service. If your panel isn't monitored, check out our monitoring page to learn more about our alarm monitoring plans. The monitoring plan you choose must include access to the Total Connect 2.0 service. Your alarm monitoring company should give you the resources needed for you to create a Total Connect 2.0 account. This account is what will link your Honeywell System with your Amazon Alexa Device.

Your Honeywell Panel must have an active internet or cellular connection in order to communicate with the Honeywell AlarmNet360 Servers and Total Connect 2.0. You must also have an Amazon Alexa Device, and you must download the Amazon Alexa App on a compatible Android or iOS Device. If you do not have the Amazon Alexa App, you can download it for free from the Google Play Store or the Apple App Store. The app can be identified by its light blue background with a white circle in the middle.

Before starting, make sure your Alexa Device is linked with your Android or iOS Device. This will require linking your Amazon account. Please see the manual for your Amazon Alexa Device for more information about the pairing process.

Start by opening up the Alexa App on your Android or iOS Device. Navigate to the Skills & Games Menu, which is found in the main toolbar. Search for the "Total Connect 2.0 Skill". Then click the "Enable Button".

Alternatively, you can enable the TC2 Amazon Alexa Skill from the Total Connect 2.0 Mobile App on an Android or iOS Device. Simply open up the app, and login to your Total Connect 2.0 account. Then navigate to the "Settings" menu, and choose the "Alexa" option. The Settings Menu in the Android App can be found by pressing the menu bar in the top left (three horizontal lines), and choosing "Settings". On iOS, press "More" on the bottom toolbar, and choose "Settings". After choosing "Alexa", you will then be taken to a page where you can login to your Amazon account and enable the Total Connect 2.0 Skill.

After taking the first step to enable the skill, provide your login information for your Total Connect 2.0 account.

Press "Allow" to continue.

Choose all the devices you wish to connect, and press the blue "Connect" button.

The pairing process will complete!

You will now be able to perform the following voice commands through Alexa:

• “Alexa, ask Total Connect, What is the status of my security system?”
• “Alexa, ask Total Connect, Is my security system armed?”
• “Alexa, tell Total Connect to Arm.”
• “Alexa, tell Total Connect to Arm Away.”
• “Alexa, tell Total Connect to Arm Stay.”
• "Alexa, tell Total Connect to run (scene name)."

Please note that you cannot ask Alexa to disarm the system, as that would present a security risk. The ability to control individual Z-Wave smart home devices is also not available at this time. Instead, any Z-Wave operation must be done through scenes. Any automation scene that is set up with your TC2 account can be performed through a spoken Alexa voice command.

To test scene control for spoken commands, we created a nifty Total Connect 2.0 Smart Scene called "Example". This scene will lock a Z-Wave door lock and set our Honeywell Lyric Security System to Arm Away. We simply say to our Alexa Device "Alexa, tell Total Connect to run Example". And just like that, our Z-Wave lock will activate, and our Lyric Alarm Panel will Arm Way!

If you have any questions about linking your Total Connect 2.0 account with your Alexa Device, or if you need help using Alexa voice commands, do not hesitate to reach out to us! You may email us at support@alarmgrid.com, or you can call us at (888) 818-7728 during normal business hours, which are 9am to 8pm EST M-F. We look forward to hearing from you!

Anyone who has a Honeywell Security System knows that using and managing codes is very important for getting the most out of the system. This handy guide will show you everything you need to know about Honeywell System Codes, including how they are are used and how they are created.

Basic Information about System Codes

Note that the default Installer and Master Codes for almost any Honeywell System are 4112 and 1234 respectively. Let's start by reviewing basic concepts and information about system codes.

What is a system code?

A system code on a Honeywell Panel is a numeric password that is used to gain access to certain menus of the system and to perform various functions. The main reason that alarm systems have codes is to make sure that the person who is using the system is supposed to have access. Only the end user and any other individuals they have authorized to use their security system should know any of the system codes.

Depending on the type of code, a master user can restrict access to only specific parts of the system for other users. This makes some system codes more powerful than others. For Honeywell Systems, most codes are four-digits in length and use the digits 0-9. This allows for up to 10,000 possible combinations for any given code!

How should I choose a system code?

Any code you use on a Honeywell System should be a code that is easy for the user to remember, but difficult for others to guess. Remember, the purpose of a code is to prevent access to unauthorized users. If an unauthorized user, like an intruder, is able to provide a valid system code, it could result in a serious security breach. Likewise, if an authorized user forgets a code, it can be inconvenient or even impossible to get back in.

Most Honeywell Systems operate using delay periods. In other words, upon entering the premises, a valid code must be provided within a very limited time period to disarm the system. If a valid code is not provided within this specified time, then an alarm will occur. This will give an end user who knows a valid code enough time to disarm the system. But it will not give an intruder nearly enough time to brute force their way into the system by guessing codes.

What types of codes are used on Honeywell Systems?

There are many types of codes used with Honeywell Panels. The most common are outlined below:

• Master Code: Each system has one Master Code. This is the main code a user will normally use for arming and disarming. It can perform all security functions, add and delete users, change the current Master Code and perform many additional system functions. This code cannot be deleted from the system entirely. Only the main user and operator of the security system should know the Master Code.
• User Codes: Most Honeywell Systems can have multiple user codes set up. These codes can arm and disarm the system just like the Master Code. However, they cannot perform other system functions. A user code should be provided to a user who needs regular access to the building, but should not be able to adjust important settings and configurations for the alarm system.
• Installer Code: Each system has one Installer Code. This is the main code that is used for making programming changes to the system. It is needed for adding, deleting and configuring sensors, adjusting entry and exit delay periods and more. Basically any major system setting will require the use of the Installer Code. An important note is that the Installer Code can only disarm the system if it was used to arm the system in the first place. This means that keeping the Installer Code at its default is not a security risk, as long as the code isn't used to arm the system. This code cannot be deleted from the system.
• Guest Code: Also called a "babysitter code", a guest code is a restricted-access code that can be established on most Honeywell Systems. The important thing to remember about this code is that it can only disarm the system if it was the code used to arm in the first place. This code is best provided to users who need temporary access to the system, such as a house guest, a babysitter or a maintenance person. The main user can arm their system with the guest code so that they can access the premises. But if nobody else should be using the system, then the Master Code or a regular user code can be used to arm so that the guest code cannot gain access.
• Duress Code: The duress code is a special code that is used to send a secret signal to a central monitoring station, letting them know that help is needed immediately. When this code is entered, it will appear to disarm the system like normal. But in reality, a distress signal will be sent out to the central monitoring station to request immediate help. This code is very rarely used, as its only purpose it to protect the user in hostage situations. Otherwise, this code should never be used. However, it is still important to remember this code, as it can save lives when used properly.
• Arm Only: On select panels only. This code can arm the system, but it cannot disarm.
• Partition Master: Only for systems with multiple partitions. This code is the same as a Master Code, but its authority only applies to a specific partition. This type of code is optional on a system, but it can be useful if multiple partitions have been established.

What are default codes?

When a Honeywell System is used for the first time, its Master Code and its Installer Code will be set to default values. For most Honeywell Panels, the default Master Code is 1234, and the default Installer Code is 4112. It is normally recommended that you change the Master Code for security purposes. However, the Installer Code can be left at its default so that the user can get back into programming. Keeping the Installer Code at the default does not present any type of security risk.

Now that we have covered some basic information for system codes, let's look into some specific panels to learn how codes are used.

Honeywell Lyric Controller

For the Lyric, codes are managed through the Users Menu. To access this menu, start from the main screen of the system. Choose Security > Tools > Master Code > Users. This menu will allow you to change any system code, with the exception of the Installer code.

Up to 48 unique codes can be added with the system. The code in slot 01 is the Installer Code. The code in slot 02 is the Master Code. The code in slot 47 is the Guest Code. The code in slot 48 is the duress code. All of the other 44 system codes are optional user codes.

Add New Codes

Press the "Add New" button. You can the provide a name for the code, enter in a valid four-digit code, and set whether or not the code can be used to control any Z-Wave door locks. The user number will be automatically assigned. Remember to press the "Save" button in the lower-right corner when you have finished.

Edit Existing Codes

Click on the code you want to edit to highlight it. Then press the Edit button in the lower-left corner of the screen. You can then edit the Name, the 4-digit numeric code and the Z-Wave lock settings for the code. Make sure to press "Save" when finished.

Delete Codes

Click on the code you want to delete to highlight it. Then press the Delete button in the lower-right corner of the screen. Press "Yes" when asked if you are sure. The code will be deleted.

Changing the Installer Code

The default Installer Code for the Honeywell Lyric Alarm System is 4112. We recommend keeping this code at the default to prevent the user from being locked out of programming. However, this code can be changed through programming if desired. You will need the current Installer Code to do this. You cannot do this using the Master Code.

Start from the main screen of the system. Choose Security > Tools > Installer Code (default is 4112) > Program > Installer Code. You can then change the Installer Code for the system. Press the "Done" button in the lower-right corner when finished.

Honeywell LYNX Touch Panels

Managing user codes for a Honeywell LYNX Touch System is very similar to the process for the Honeywell Lyric Controller. Most codes can be managed through the User Codes menu. To access this menu, start from the main screen, and choose Security > More > Tools > Master Code > Users. This menu will allow you to edit any system code, except for the Installer Code.

Please note that the number of user codes that can be added depends on the type of LYNX Touch Panel that is being used. On each system, the Installer Code will be user 01, the Master Code will be user 02, the Guest Code will be the second-to-last available code, and the Duress Code will be the last.

For reference, the L7000 will support up to 48 codes, the L5210 and L5200 will support up to 32, and the L5100 and L5000 will support up to 16.

Add New Codes

Click the "Add New" button at the bottom of the screen. The following menu will let you change the Name, the four-digit code and the Z-Wave lock settings for the code. The user number for the new code will be automatically assigned. Press "Save" in the lower-right corner to finish.

Edit Codes

Click on the code you want to edit to highlight it. Then press the Edit button in the lower-left corner. From there, you can change the name, the four-digit code, and the Z-Wave lock settings. Press "Save" in the lower-right corner when finished.

Delete Codes

Click on the code you want to delete to highlight it. Then press the Delete button in the lower-right corner. The panel will ask you if you are sure. Choose "Yes". The code will be deleted.

Changing the Installer Code

All of the LYNX Touch Panels use 4112 as their default Installer Code. This code is normally left at its default to prevent the user from being locked out of programming later. But it can be changed using the current Installer Code for the system if desired. Remember, keeping the Installer Code at the default does not present any type of security risk.

To change the code, start from the main screen of the system. Choose Security > More > Tools > Installer Code (default is 4112) > Program > Installer Code. You will then be able to change the Installer Code. Please note that when exiting programming, always choose "Yes" when asked you want to allow the installer to get back into programming. Choosing "No" will lock the user out of programming, and the user will need to use the backdoor method to get back in.

Backdoor Method for Accessing Programming

If you ever get locked out of programming, either due to choosing "No" when asked if you want to allow the Installer to get back into programming, or because you lost an Installer Code that wasn't set to the default of 4112, you can use the backdoor method to get back in.

First, reboot the panel by going to Security > More > Tools > Master Code > Test > Reboot. Alternatively, if you don't know the Master Code, you can power the system down by unplugging the transformer and disconnecting the backup battery. Then power it back on by plugging the transformer in. Once the white screen on the reboot appears, immediately press and hold the Home Button (the picture of the house) on the front of the panel. Release the button once the green bar with "Ready to Arm" appears across the top. Then choose Security, followed by Arm Stay. In the number pad that appears, press Clear, followed by 00. Choose "Program" to enter the Programming Menu.

Once you are inside, you can then set the Installer Code for the system to reenter programming later. You can also restore the system to factory default settings through "Default Config" to restore the system to its factory default settings. This will reset the Master Code to its default of 1234. Please note, this will also delete all programming settings for the system.

Honeywell VISTA P-Series

The VISTA P-Series Panels use hardwired keypads for virtually all system operations and overall access. This includes adding, editing and deleting codes. Since codes do not require deep level programming, alphanumeric keypads and fixed English keypads can be used for this purpose. The VISTA 21iP and VISTA 20P can support up to 48 system codes. The VISTA 15P can support up to 32 system codes. The VISTA 10P can support up to 16 system codes. Remember, two of these slots will go to the Installer Code (slot 01) and the Master Code (slot 02).

For these systems, each Code Type is associated with a particular Authority Level. This Authority Level is assigned when assigning attributes. Please note that since the Installer Code and Master Code are hardcoded to slots 01 and 02 respectively, they are not associated with any particular Authority Level. The table below outlines the the Authority Levels that can be assigned to system codes.

Also note the various attributes for VISTA System codes:

Add New Codes

Enter the following command on the keypad:

[Master Code] + [8] + [2-digit User Number] + [desired 4-digit code]

The panel will beep to confirm the new code has been added. However, a long tone indicates that the process was unsuccessful, likely because the code was already taken.

Edit Codes

This is basically the same as adding a new code, only you will be working with a code that has already been programmed.

[Master Code] + [8] + [2-digit User Number] + [desired 4-digit code]

The panel will beep to confirm that the code has been changed. But if a long tone is produced, it indicates that the process was unsuccessful. This could be because the code was already taken.

Deleting Codes

Note that you cannot delete the Installer Code or the Master Code. Enter the following command:

[Master Code] + [8] + [2-digit User Number] + [#] + [0]

Assigning Attributes

Enter the following command:

[Master Code] + [8] + [2-digit User Number] + [#] + [Attribute Number] + [Attribute Value]

Backdoor Into Programming

If you don't have your Installer Code or if you have locked yourself out of programming., you can get back into programming using the backdoor method. To do this, power down the panel by unplugging the transformer and disconnecting the backup battery. Press and hold the the [*] and [#] buttons on the keypad simultaneously. With these buttons held down, power the system back on by plugging the transformer back in. The message "20" or "Installer Code 20" should appear on the keypad to indicate that programming has been accessed. Then press [*] + [20] + [4112] to set the Installer Code back to 4112. Then press [*] + [99] to exit programming. Never use [*] + [98] to exit programming, as this will lock you out!

Honeywell LYNX Plus L3000

The Honeywell LYNX Plus L3000 is relatively outdated by today's standards, but it is still used in some cases. The panel can only support up to 8 different codes. Much like the other panels, slot 01 goes to the Installer Code, and slot 02 goes to the Master Code. These codes cannot be deleted from the panel. Also, slot 07 goes to the Guest Code, and slot 08 goes to the Duress Code. Only codes 03 thru 06 can be assigned to regular user codes.

Adding a Code

Enter the following command:

[Master Code] + [8] + [Code Number] + [Desired Code]

The panel will beep to confirm success. Remember that [03] thru [08] can be entered for the Code Number.

Deleting a Code

Only codes [03] thru [08] can be deleted. Codes 01 and 02 are for the Installer Code and the Master Code respectively, and they cannot be deleted from the system. Enter the following command:

[Master Code] + [8] + [Code Number]

The panel will beep to confirm that the code has been deleted.

Editing a Code

Codes cannot be truly edited. Instead, a code must be deleted, and then re-added with a new entry. Start by deleting the code:

[Master Code] + [8] + [Code Number]

Then add the new code:

[Master Code] + [8] + [Code Number] + [Desired Code]

The panel will beep to confirm the code has been added.

Change the Master Code

This process is the mostly same as adding a new code. Note that the Master Code is assigned slot 02. Enter the following command:

[Master Code] + [8] + [02] + [Desired Master Code] + [Desired Master Code Again]

The panel will beep three times after a Master Code change.

Conclusion

We hope that this guide has been informative for you in learning all about codes of Honeywell Systems. In future, we hope to expand this guide to include the commercial polling loop VISTA Systems as well. If you have any questions, please reach out to us at support@alarmgrid.com, or call us at (888) 818-7728 from 9am to 8pm EST M-F.

A couple of weeks ago, we released a complete guide to door contact sensors. Today, we're taking a look at alarm window contacts. Admittedly, there's not much difference between door sensors and window sensors. Many can be used interchangeably. But there are a few tips to keep in mind.

First, let's review how alarm contacts actually work. It is the same general process for both doors and windows. These devices consist of two portions, those being a sensor and a magnet. When the sensor and magnet are in direct contact or very close proximity, a reed switch inside the sensor will remain closed. Once the magnet becomes separated from the sensor, the reed switch will be released, and the sensor will know to alert the system to let it know that the structure has been opened.

The key with window contacts is to place them so that when the window is opened, the magnet and the sensor will become separated. But when the structure is closed, the sensor are magnet will remain in direct or near-direct contact. It is almost always recommended to place the sensor on the stationary frame of the window and the magnet on the moving portion of the window that is opened and closed. This will prevent the more valuable sensor from being pushed around and potentially damaged. The magnet is designed to take much more abuse and use than the sensor itself. Positioning the sensor this way will also make it easier to wire the sensor if a hardwired contact is being used.

One special note with window contacts is that they are only designed to let a system know when a window has been opened normally. If an intruder smashes a window to gain entry, they will avoid activating a window contact, as long as the sensor remains in contact with its magnet. This means that they might be able to gain entry without setting off an alarm. Fortunately, there are two other types of sensors that can be used to alert an alarm system to a broken window. These are glass break sensors and shock sensors. Glass break sensors detect the audible sound of a window being broken, while shock sensors detect the physical vibrations associated with a broken window. However, these sensors are used for intrusion support only. Unlike a standard window contact, they will not let the user know if the window has merely been left open by accident. But they are still recommended for users who want to know if a window has been broken. We generally prefer glass break sensors over shock sensors, since they tend to work more reliably. It can also be helpful to use monition detection sensors alongside standard window contacts to detect any movement in the building.

Just like door sensors, window sensors can be either surface-mounted or recessed. Another major distinction is whether they are wireless or hardwired. So really, window sensors can be grouped into four major types. These are wireless surface-mounted, wireless recessed, hardwired surface-mounted and hardwired recessed. Choosing the perfect variation for your window and the type of installation you want to perform is crucial for success. Fortunately, it's relatively easy to decide on the perfect type of window sensor for your needs.

Simply put, surface-mounted sensors are installed on the exterior surface of the window and its frame. This means that they will be visible when looking at window. However, these sensors are usually very small and discreet, so they won't normally be drawing direct attention to themselves. A major advantage to surface-mounted sensors is that they are very easy to install, since no holes necessarily need to be drilled. Instead, many surface-mounted sensors and magnets can be mounted using double-sided foam tape.

The other option is to use recessed sensors. These sensors are hidden inside the window and its frame so that they are out of view. To do this, holes must be drilled into both the window and its frame for the magnet and sensor. Using recessed sensors for windows is somewhat less common than it is for doors. This is because some windows don't have an effective solution for drilling a hole to insert a magnet. Additionally, some window manufacturers put disclaimers stating that drilling holes into the window will void its warranty. But if the window has space for a hole to be drilled so that the magnet can be accommodated, then a recessed window sensor can certainly work. Please note that recessed plunger switches aren't normally used with windows, but there's no definitive reason why they couldn't work in certain situations.

A special mention needs to go to the Honeywell 5800Micra. This is a recessed alarm contact specifically designed for use with windows. The advantage to the 5800Micra is that only one hole needs to be made in the window frame for the sensor. The magnet is small enough that it can be surface-mounted on the side or bottom of the window. It uses an adhesive backing to remain securely in place. This is a great way to achieve a recessed installation without having to void the manufacturer's warranty for your window. Please note that the Honeywell 5800Micra is a wireless sensor that operates at 345 MHz. It is part of the Honeywell 5800 Series, and it will only work with compatible systems.

Users must also decide between wireless and hardwired sensors for their windows. Wireless sensors are much easier to install, since no wires need to be run. They are the recommended option for almost any DIY installer. Assuming that you have a wireless system with a wireless receiver, there is almost certainly a contact that will work for you. Just make sure that the sensor operates at a frequency that is compatible with your panel. The most common wireless frequencies at 319.5 MHz, 345 MHz, 433 MHz and 915 MHz. Additionally, the encrypted Honeywell SiX Series Contacts, the Honeywell SiXCT and Honeywell SiXMINICT operate at 2.4 GHz WIFI.

If you go with hardwired contacts, the installation will be more challenging, since wires must be run. This can sometimes be an impossible task for the typical DIY user. However, there are two distinct advantages that make hardwired window sensors suitable for certain applications. For one, having them integrate with the building can add to the property value. Users also appreciate the fact that they never need to replace batteries for hardwired sensors.

Below is a table that outlines many of the window contacts available for purchase on the Alarm Grid site. It's actually the same as the one posted for our door contacts guide, only with some minor tweaks for windows. Make special note of the Honeywell 5800Micra at the very bottom!

If you need any help deciding on the perfect window sensor, do not hesitate to reach out to us! You may email us at support@alarmgrid.com or call us at (888) 818-7728 during our normal business hours, which are 9am to 8pm EST M-F. We also encourage you to check out our monitoring page for more information about the services we offer. We look forward to hearing from you!

Hi DIYers! When many people think of a professional Honeywell Security System, they usually think of a top-of-the-line security system installed by a professional. Well the truth is you can install the system yourself. Thanks to Honeywell Home Security Systems, do it yourself is possible!

You don't have to be a professional to install your own Honeywell Home Security System. In fact, with the right setup, you won't even need any tools! Okay, maybe you'll need a screwdriver to connect some wires. But that is not asking a lot. By following some simple instructions, you can install your own complete and professional set up on your own. The same equipment that the professionals use is all available on the Alarm Grid site!

Why would you want to install your own security equipment? Well for one, a professional installer can charge hundreds or even thousands of dollars for a simple installation. It can also be somewhat unsettling to allow a stranger into your house, especially to work with something as sensitive and personal as your home security system. The truth is you - that's right, you - can install your own home alarm system just as well as a pro. And you can save money and learn about your system in the process. It doesn't get any better!

The panel that we recommend using for a DIY Honeywell Security System is the Honeywell Lyric Alarm System. This is the latest and most advanced security panel available from Honeywell. All of the sensors and equipment can be easily programmed with the system. The menus are easy to navigate and the process is extremely intuitive once you know what you're doing. The Lyric allows sensors to auto enroll with the system. This means you won't have to memorize or enter any long and confusing codes, and you will confirm for sure that the sensors have been recognized by the panel. Before you know it, you'll have your entire home set up and protected in a jiffy!

We recommend using Honeywell SiX Series Sensors with the Honeywell Lyric Controller. These are all wireless sensors with a 200 foot nominal range. They feature 128-bit AES encryption for added protection and security when you need it most. Since these are wireless sensors, no wires need to be run. This makes the installation process super easy, even for beginners. When mounting the sensors, you don't even need to drill holes. Instead, you can just use double-sided foam tape. Slap the tape on the back of the sensor, plop the sensor on the wall, and boom, you're good to go! Some of the best Honeywell SiX Series Sensors for a home installation include Honeywell SiXMINICT Door Sensors, Honeywell SiXPIR Motion Sensors, Honeywell SiXGB Glass Break Sensors and Honeywell SiXSMOKE Smoke Detectors.

As for the panel, you can mount it to the wall if you want. But for a DIY user, an easy option that requires no tools is to use a desk mount. The Lyric has a great desk mount just for this purpose. Simply slide the desk mount on the panel, and rest it on a table or desk for quick and easy access. There's no need to mount the panel to the wall, and you won't need to drill any holes. For connecting to the transformer, Honeywell offers the fantastic LT-Cable that eliminates the need to strip any wires. Simply screw the spaded ends to the transformer, connect the other end to the lyric, plug-in the barrel connector, and the setup is complete!

With a user-friendly and convent Honeywell Home Security Systems, do it yourself is the name of the game! Why hire a professional installer when you can truly do it yourself? Not only can you achieve a great DIY installation, you can do it right! From there, you can customize your system to suit your home. The Honeywell Lyric Alarm Control Panel is fully loaded, and it has everything you need to get started. A built-in WIFI card allows you to connect with the Honeywell AlarmNet Servers for use with the Total Connect 2.0 service. An integrated Z-Wave controller allows your set up smart home automation devices with ease. And iOS users will love the fact that the Lyric is compatible with the Apple HomeKit service for use with HomeKit smart scenes and automations. This HomeKit security system is perfect for those who want to expand upon their HomeKit setup.

Once you have the Honeywell Lyric Security System, you just need an alarm monitoring plan to get started with professional and reliable home security. Alarm Grid can connect your home with three reliable central stations that operate 24/7. Our monitoring partner is Criticom Monitoring Services, which operates three central stations across the country in Florida, New Jersey and California. If one station is ever unavailable, the calls will be routed to a different central station for the ultimate reliability. This way, you and your family are always protected.

Don't wait to get started! Email us at support@alarmgrid.com, or call us at (888) 818-7728 from 9am to 8pm EST M-F to receive monitoring service for your DIY Honeywell Home Security System!

Hi there DIYers! It's time for another video recap. Our team uploaded a bunch of new videos over the past few days - 13 to be exact. Join your Alarm Grid pals Joe and Jorge, and learn how to get the most out of your security system. Let's take a closer look at the new videos from Alarm Grid.

Backup Battery on an Interlogix Simon XTi & XTi-5

Jorge talks about the backup battery that is used with the Interlogix Simon XTi and Simon XTi-5 Alarm Systems. A backup battery is very important for ensuring that an alarm panel remains powered on during an electrical outage. Normally, a system stays powered on through a plug-in transformer. But this is not possible during a power outage. Instead, the backup battery will supply power until the connected transformer is once again providing power. These systems both use the Interlogix 600-XTI-BAT Backup Battery.

Changing the Date or Time on an Interlogix Simon XTi or XTi-5

Jorge demonstrates how to adjust the date and time on an Interlogix Simon XTI or Simon XTi-5 Alarm System. You will most likely need to do this upon powering the system on for the first time. The date and time setting is easily accessible through the main settings menu of the system. In order to access this option, you must provide the Master Code for the system. This code is set to 1234 by default. You will first set the time, followed by the date.

How Do I Flash Upgrade my 2GIG GC3 Alarm System?

Jorge teaches users how they can perform a flash firmware update for their 2GIG GC3 Security System. Any GC3 System that was manufactured awhile ago might not be running on the latest firmware. You will need to upgrade it to the latest firmware in order to unlock the latest functions and features for the system. This includes the "smart areas" partitioning feature, a first-ever partitioning feature for wireless security systems. Alarm Grid has a webpage for information on upgrading the firmware on a GC3 System. It can be accessed here.

Monitoring for a Self-Installed Interlogix Simon XT

Jorge explains how an Interlogix Simon XT System that was self-installed can be used with alarm monitoring services. A DIY monitoring company like Alarm Grid doesn't care whether a security system was installed by a professional or a DIY user. All that matters is that the system is set up properly. Once it has been installed, it can be activated by an alarm monitoring company for monitoring service. Alarm Grid offers phone and email support to assist users with this process.

Adding an External Keypad to the Interlogix Simon XT

Joe shows users how to add an external keypad to the Interlogix Simon XT Alarm System. A keypad is great for adding a second on-site access point for controlling the alarm system. For example, a user might add a keypad near their garage door so that they can conveniently disarm their system when they come through that entrance. In the case of the Simon XT, the Interlogix Two-Way Talking Touchscreen is used. A user might prefer using that keypad over the actual panel, since the panel is push-button only.

Programming a Door Sensor to the Interlogix Simon XTi or XTi-5

Joe walks users through the process of adding a door contact to an Interlogix Simon XTi or Simon XTI-5 Alarm System. The way that a door sensor works is with a sensor and a magnet. The sensor is installed on or inside the stationary frame of the door. The magnet is installed on or inside the moving portion of the door, usually within a half-inch of the sensor. When the door is opened, the magnet will separate from the sensor and cause the sensor to activate. The sensor must be programmed with the system in order to operate.

Best Wiring Practices for the Simon XT

Joe covers the optimal wiring practices for the Simon XT Alarm System. This panel uses AC power from a plug-in transformer. The system comes included with its own 22-gauge power wire that is roughly eight feet long. The user can also use an 18-gauge or 16-gauge wire to power the system. The 18-gauge and 16-gauge wires are thicker, which allows for longer wire runs. The system comes with its own AC transformer for power. Since the system uses AC power, polarity doesn't matter. This means any color wire can connect to any terminal.

Changing the Volume on an Interlogix Simon XTi & XTi-5

Jorge explains how to adjust the volume level for an Interlogix Simon XTi or Simon XTi-5 Alarm System. Changing the volume will affect any system chimes and any beeps that occur when buttons on the system are pressed. This will be noticeable whenever the system armed or disarmed, when compatible sensors are activated and when buttons are pressed. The system has options for voice volume and beep volume which are adjusted separately from the same menu.

Changing the Volume on an Interlogix Simon XT

Jorge shows users how to adjust the volume on an Interlogix Simon XT Alarm System. The system has options for both voice volume and beep volume. Both of these options can be adjusted individually. The system will produce noises when the system is armed or disarmed, when compatible sensors are activated, and when buttons are pressed. You will need the Master, Installer or Dealer Code to change the volume for the Interlogix Simon XT Security Panel. The default Installer Code is 4321.

Internal Siren Overview on an Interlogix Simon XTi & XTi-5

Jorge covers the internal siren that is present inside the Interlogix Simon XTi and Simon XTi-5 Alarm Systems. The siren is set to activate whenever a burglary or fire alarm occurs to let people inside the building know about the emergency. The siren is rated at 85 dB, which is about the same volume as a car alarm. The system has a menu for adjusting the siren settings. You will need to provide the Installer or Dealer Code to access this menu. Both of these codes are set to 4321 by default.

Use Alexa to Arm & Disarm a Honeywell System

Joe explains how a Honeywell Security System can be armed with a voice command sent through an Amazon Alexa device. The system will need to be set up with the Total Connect 2.0 interactive service platform in order for this to be possible. You will need to have the Total Connect 2.0 Alexa Skill enabled from within the Alexa App. You must provide your Total Connect 2.0 account to link your system with Alexa. Please note that you cannot disarm your system using Alexa voice commands, as it would be a security risk.

Alarm.com and the Interlogix Simon XTi & XTi-5

Jorge talks about using Alarm.com with the Interlogix Simon XTi and Simon XTi-5 Alarm Systems. These systems can both connect with the Alarm.com platform as long as they have an Alarm.com Cellular Communicator installed and activated. A user can access the Alarm.com platform through the website or the Alarm.com Mobile App on Android or iOS devices to control their system. There are many great features available through ADC, and it certainly makes a user's life more convenient!

Alarm.com and the Interlogix Simon XT

Jorge explains how the Interlogix Simon XT can be used with the Alarm.com service. This system also requires that an Alarm.com Cellular Communicator is installed and activated to access the platform. The Simon XT actually uses the same cellular communication modules as the Simon XTi and XTi-5 Systems for this purpose. A user can access Alarm.com at any time to arm or disarm their system, check current system status, control Z-Wave smart home devices, view the live feed for Alarm.com Security Cameras and more.

Hi DIYers! There's an unfortunate misconception in the security industry that wireless systems aren't as reliable as hardwired systems. A person may look down on wireless systems due to the the potential for hacking, wireless signal ranges and the limited battery life of wireless sensors.

The reality though is that wireless systems are just as reliable, if not more reliable, than their hardwired counterparts. Wireless systems also offer greater convenience and more flexibility both when setting up a system and when moving it to a new location. As a result, it's not much of a surprise that most new alarm systems are of the wireless variety. With a wireless system, a user will not need to run wires across the building, and installing equipment will be made much easier. Wireless systems also have the added benefit of requiring fewer add-ons than wired systems. But even with these positives, some people may still not be convinced that wireless systems are often the superior options. Today, we're going to break-down some of the biggest misconceptions against wireless systems and prove that they are truly a viable option for home and business security.

A major concern we often hear about with wireless systems is that they could be wirelessly hacked. The fear is that a potential intruder could use specialized equipment to takeover the sensors or the control panel that is used with the system. From there, the intruder could control or disable the system and enter the property uninterrupted. While this is extremely uncommon, it is a legitimate concern for those who require the highest level of security for their home or business. However, wireless hacking is really only possible with older, unencrypted sensors. Many newer alarm systems will support encrypted wireless sensors that are virtually impossible for outsiders to takeover or hack into, even with the most advanced equipment available. The way that encryption works is by having both the panel and the sensors know a unique encryption key. Any information that is sent out is encrypted for maximum security. Once the information is received, it is decrypted using the encryption key. This process is often referred to as a "digital handshake", and it allows for wireless sensors to be some of the most secure in the industry. Some wireless sensors that utilize encryption include the Honeywell SiX Series Sensors for the Honeywell Lyric Controller, the Qolsys S-Line 319.5 MHz Sensors for the Qolsys IQ Panel 2 and IQ Panel 2 Plus Systems, and the DSC PowerG Sensors.

The next misconception we hear with wireless systems is that the wireless signals are too weak to work reliably. Some users are afraid that even once the sensor has been paired with the system, its signal could weaken over time, and it might not work reliably. This could not be further from the truth. Once a sensor is paired with a system and permanently mounted within in range, it will always work with the system. The key is to not move the system or the sensors around, as it could disrupt the signals. But there's really no reason to do this.

Users should also remember that each sensor has a certain wireless signal range that should be kept in mind when planning the system. For example, Honeywell 5800 Series Sensors have a signal range of about 200 feet away from the system. On the other hand, a DSC 915 MHz PowerG Sensor will have a wireless range of roughly 2,000 feet in open air when used with an IQ Panel 2 Plus! Remember that walls and obstacles can reduce these ranges, as the wireless signal will have a more difficult time reaching the panel. Just make sure that the sensors work reliably from their final locations before you mount them permanently. If wireless range is an issue, then you may be able to overcome the problem by using a compatible wireless repeater. Some examples of wireless repeaters include the Honeywell 5800RP and the DSC PG9920.

A third concern we come across with wireless systems is that wireless sensors offer a limited battery life. Some users ask us what happens if the battery for a wireless sensor suddenly dies. They believe that their security system could randomly stop working all because a battery died. While it's true that not having to rely on batteries is an advantage of hardwired sensors, this does not make wireless systems any less reliable. A wireless sensor that uses batteries would not just suddenly stop working in most cases. Instead, there are multiple preventive measures put in place to keep the user safe.

Whenever a sensor battery is low, it will transmit a warning to the security system. The user will receive this alert on the panel and know to change the battery as soon as possible. In most cases, the user will have a week or longer before the sensor will die. This will give them plenty of time to replace the battery. And if a sensor does ever go offline entirely, the panel will alert the user to the loss of RF supervision. This way, they will know if a sensor is ever not being detected by the panel before it becomes any type of security concern.

In addition to being more convenient and easier to install, there is one other major advantage that wireless systems offer over wired systems. That is, wireless systems cannot be as easily tampered with. A hardwired sensor can have its line to the panel cut by a potential intruder so that it no longer functions properly. Of course, when this happens, the hardwired system will recognize this and trigger an immediate trouble situation. This makes this a relatively minor security concern. But it would still be very inconvenient to have to rewire the sensor and make sure that its working order has been restored.

A user might even bypass the zone for the time being and leave the system vulnerable until they can properly address the issue. With wireless systems, there are no direct physical connections, and this is much less of an issue. In that sense, because there are no physical connections to cut, an encrypted wireless system might be considered more reliable than a wired system in many cases.

Modern wireless alarm systems offer excellent reliability for homes and businesses. Virtually all of the concerns or doubts regarding wireless setups are unwarranted and not of real concern. Therefore, wireless systems offer excellent reliability and protection for virtually any home or business. They make for a great option for anyone looking get into alarm monitoring. And once you have a wireless system, make sure to sign-up for an alarm monitoring plan from Alarm Grid. We offer varying plans based on the needs of the customer. If you have any questions, do not hesitate to reach out to us at anytime through email at support@alarmgrid.com. You may also call us from 9am to 8pm EST M-F at 888-818-7728.