DIY Security Systems Posts

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.

Hi DIYers! It is a common misbelief that installing a security system is very expensive and costly. That may be true if you hire a professional installer. But what many people don't know is that a DIY installation can be done for absolutely nothing. And a DIY install actually super easy!

When a customer hires an installer to setup their security equipment, it's very possible that they will spend hundreds or even thousands of dollars. This will depend on the installer itself and the extent of the installation. It can seem like a daunting task - the panel needs to be installed, the sensor need to be mounted, all wiring must be completed, and everything needs to be programmed.

What these installers won't tell you is that each step of the process can be completed with ease. The security industry has made great strides in recent years to make things easier and more accessible for DIY users. When all is said and done, you can purchase a complete and total security system from Alarm Grid, install it on your own for free, and pay nothing more than an affordable monthly monitoring fee moving forward. Let's see how this can be done.

Before getting into any costs, let's break down why installing a security system is not as difficult as many professional installers would lead you to believe. It all starts with the panel. This is the centerpiece of the security setup, and all sensors will communicate to this piece of hardware. To get started, the panel must be provided power. This used to be a challenging process. But now, with the Honeywell LT-Cable, no wires need to be stripped, no difficult connections need to be made, and the entire process can be completed using a screwdriver. Most of our system kits come included with this nifty accessory. Simply connect to the included transformer and plug into the wall.

But what about mounting the panel? That has to be difficult, right? Wrong. Sure, you can drill holes and fish wires if you want to. But most of the wireless alarm panels used today can be attached to a simple desk mount. Just slide and click, and now your security panel can be rested conveniently on a desk or table for quick access. Suddenly your difficult and challenging installation has been reduced to something that could be completed by any member of your family in a matter of seconds.

And mounting sensors is also an easy task. In the old days, sensors were hardwired, and there had to be wires run across the building. This certainly required assistance from a professional. But that is no longer the case. Today, most new security systems use wireless sensors. These devices don't even need to be drilled into the wall. They can be mounted with double-sided foam tape. You don't even have to spend the few dollars for the tape; it usually comes included with the sensors.

So now, you have a panel set up and sensors installed. How about programming the sensors to the panel? This is also easy. Every newly purchased panel comes with a default Installer Code that can be used to access programming. This is where new sensors are enrolled with the security system. Once you've programmed a sensor, configuring the others is mostly just a process of repetition. Sure, you might need to adjust a few settings, but this is simple.

Alarm Grid is happy to help any monitored customer through the entire process online or over the phone if they need further assistance. This help is free and complementary for any customer who signs up for Alarm Grid monitoring services. We'll also walk you through the simple process of getting your system connected with a central station for automatic emergency dispatch. Alarm Grid is proud to partner with Criticom Monitoring Services for central station dispatch.

Just like that, you have a complete and total security system that you installed using nothing more than a screwdriver. The installation cost? Nothing. The only cost incurred was the price of the equipment. Alarm Grid sells all of the necessary equipment on its website. But if you can find it cheaper somewhere else, go for it. We can takeover almost any equipment that is brought to us and provide you with top-quality alarm monitoring services.

If you are looking for an affordable home security system kit from Alarm Grid, then one of the best options is the 2GIG GC2 Verizon-LTE 3-1 Kit. This complete kit includes a 2GIG Go!Control GC2 System, a Verizon LTE Cellular Communicator for fast and reliable communication with a central monitoring station and Alarm.com, three wireless door and window sensors, a wireless motion sensor and a Honeywell LT-Cable. Add in a compatible desk stand, and the total cost is under $350.

This mentioned above has everything you need to get started with alarm monitoring. You can install it yourself for free. Assuming you purchased the equipment new, you have just put in your own security system for $350. From there, you only costs would be any monthly monitoring fees. We have cellular monitoring plans starting at just $25 per month. Who's to say that professional alarm monitoring has to be expensive?

There are many reasons to install your own security system. It's empowering, it helps you understand your equipment better, and it can leave you more satisfied with your equipment than if you had someone else do it for you. Wanna get started? Simply sign-up for Alarm Grid monitoring and buy a complete system kit. Before you know it, you'll learn the true cost of installing a security system - it's whatever you pay for it. And if you do it yourself, it's free.

It is a better time than ever to get your own DIY security system. Sign-up for Alarm Grid, and protect your home or business today!

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!

Door contacts represent some of the most popular sensors that are used with alarm systems. Nearly every setup will incorporate these devices in some form. After all, knowing when a door has been opened is critical for most systems. But there is a lot to consider when choosing door contacts.

A door sensor is a device that is used to let an alarm control panel know when a door has been opened. When this happens, the system will respond depending on panel's current arming state and the programming settings for the zone. Some popular responses for door contacts include requiring a system disarm within the entry delay period, producing a simple chime and triggering an immediate alarm. These responses are present with virtually any door contact and system setup. A previous blog post of ours actually covers the Response Types for door sensors in greater detail. We recommend checking out that post for more information. But while the general functionality is the same across almost any contact, selecting the best option for your system might seem overwhelming.

Perhaps the first thing you should consider is whether you want a hardwired contact or a wireless contact. A wired contact will communicate with the panel through a direct hardwired connection. A wireless contact will communicate with the panel through wireless RF signals. The advantage to a wireless sensor is that it will be much easier to set up, since no wires will need to be run from the system to the sensor. But some users prefer hardwired sensors, as they essentially become a fixture for the building itself. Another advantage to hardwired contacts is that they don't use batteries. This means that a user will never have to buy new batteries for their hardwired contact. There are all types of door sensors in both the hardwired and wireless variety.

If you choose a hardwired contact, you will need to have a hardwired zone available on your system. Most hardwired contacts can be used with nearly any system that supports hardwired sensors. On the other hand, if you choose a wireless contact, you will need to have a wireless zone available. You will also need to make sure the wireless contact communicates at an RF frequency that is compatible with your system. Knowing which wireless RF signals are accepted by your alarm system is very important for getting sensors to work properly. Some of the most popular RF signals used by alarm systems include 319.5 MHz, 345 MHz, 433 MHz, 915 MHz and 2.4 GHz. Remember to always make sure the wireless door contact you choose operates at a frequency that works with your alarm system!

Another major distinction for door contacts is whether they are surface-mounted or recessed. A surface-mounted contact is visible on the outside of the door. A recessed contact is hidden inside the door and its frame. As a general rule, surface-mounted contacts are easier to install, since no holes need to be drilled. But the advantage to recessed contacts is that the end result can appear neater, since no sensor will be visible. We generally recommend that users installed surface-mounted sensors, due to the fact that they are easier to install and generally offer more reliable performance.

With that in mind, door sensors can be assigned to one of four major categories. These are wireless surface-mounted contacts, wireless recessed contacts, hardwired surface-mounted contacts and hardwired recessed contacts. Regardless of which category a door contact is assigned, these devices generally all work in the same way. Most door contacts consist of a sensor and a magnet. The sensor is installed on the stationary portion of the door frame, while the magnet installed on the moving portion of the door. In most cases, the magnet must be within a half-inch of the sensor. Placing the sensor itself on the stationary portion of the door helps prevent it from being damaged when the door is opened or closed. Once the door is opened, the magnet will separate from the sensor and cause a reed switch inside the sensor to activate. The sensor will then alert the system to let it know that the door has been opened. Please note that there are a few door sensors that are exceptions to this general operation. Namely, recessed sensors that use a plunger switch, like the wireless Honeywell 5800RPS and the hardwired Honeywell 956RPT.

Before we get into general door contacts that would be used for most applications, we want to make special mention of some more unique sensors that would be used for specific setups. Honeywell offers many hardwired wide-gap contacts that can be used with garage doors and industrial applications. The advantage to these sensors is that they can utilize a much larger spacing gap between the sensor and magnet than what is possible with standard door contacts. We have seen some industrial contacts where the spacing gap can be up to 2.5 inches. That's five times the recommended maximum spacing gap for standard door contacts! Some examples of these industrial-grade hardwired contacts include the Honeywell 958, the Honeywell 968XTP, the Honeywell 959, the Honeywell 958-2, the Honeywell 950W, the Honeywell 960 and the Honeywell 7945. Many of these industrial-grade contacts are also suitable for outdoor use. Another option for a garage door is to use a tilt sensor, like the Honeywell 5822T or an Interlogix TX-E401.

But if a user requires a wireless contact for an outdoor application, there only option is really the Honeywell 5816OD. This wireless contact offers a recommended maximum spacing gap of 1.5" inches, and it is great for use with fences and outside doors. It has a nominal range of 200 feet when used with most systems. As a 345 MHz Sensor from the Honeywell 5800 Series, it will work with nearly any Honeywell Alarm System.

If you don't require an industrial or an outdoor contact, you will most likely be able use a relatively standard contact with your alarm system. We prepared a table below that outlines many of the most popular and widely used door contacts sold by Alarm Grid. Please note that not every contact is included - there would be too many to list! But this is a good chart to help you find the perfect sensor for your system.

If you're still having trouble deciding on the perfect door contact for your alarm system, our experts are always happy to help. You may email us at support@alarmgrid.com, and we will get back to you as soon as possible. You may also 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!

When most people think of a home alarm system, they picture burglary protection. They might also think of fire protection through the use of connected smoke sensors. But medical monitoring is also a big part of alarm monitoring. This can help the elderly and disabled live more independently

There is a unique challenge that comes with configuring an alarm system for use by a person who is elderly or disabled. The goal is to respect their dignity and privacy, while also ensuring that they will be properly taken care of in the event of an accident. Using a home security system is one of the best ways to achieve this delicate balance. This is largely because of the great features an alarm system offers. Some of these features include the ability for the user to request help, the ability for their loved ones to monitor them and their caretakers, and the overall ease-of-use of these systems.

The type of sensors and equipment that is used with a medical alert alarm system will be slightly different from a standard security system. Sure, you can still have regular security sensors, such as door and window contacts and motion detectors. You will probably also want to set up some life-safety sensors as well. But you will need to add some key devices so that the system achieves medical functionality as well. The key accessor in this care is often a panic switch.

A panic switch is a button that a user can press in the event of a medical emergency. This could be due to a bad fall or a stroke. These devices can certainly mean the difference between life and death in certain situations. Each minute of waiting for help reduces a person's chances of surviving. By keeping a convenient medical alert button on their person at all times, they will be able to call for help quickly in the event that something goes wrong. And when they are doing okay, they will still be able to maintain their privacy.

Many panic switches are wearable, and they can be conveniently kept on the user's person at all times. This is very helpful in the event that the accident occurs in a location where they couldn't otherwise reach the phone or call out to anyone else. Some are even water-resistant so that they can be brought into the bath or shower. Of course, any wireless panic button you use will need to communicate at a wireless frequency that is compatible with the alarm system that is being used. Some of the best personal panic switch available include the Honeywell 5802WXT-2 Dual Button Medical Alert, the Interlogix TX-4200-01-1 Wireless Personal Panic Device and the DSC PG9938 PowerG Wireless Panic Key.

Another great option is to install security cameras. These devices are used for more than just detecting criminal activity. They are also excellent for keeping an eye on your loved ones. This way, you can discretely check-in at any time and make sure they are doing alright. If they are unresponsive or in danger, you can call 911 immediately so that they get the help they need. One of the best aspects of security cameras is the fact that they can be accessed from essentially anywhere. This is possible using the mobile app for an interactive service on an Android or iOS device, including a smart phone. Two of the most popular interactive services available are Total Connect 2.0 and Alarm.com.

Finally, you should make sure that your loved ones and their caretakers know how to use the security system. Not knowing how to use the panel should never be an excuse for not being able to seek out help if it is needed. Make sure your loved one and their caretaker remember a valid user code that they can use to get in and out if needed. If remembering a code is a problem, you can provide them with a personal key fob for arming and disarming. These devices are great because they can often double as a panic switch. You can even assign a key fob to a guest user code to limit the access that a caretaker has to the property when they are off-duty. The Honeywell 5834-4 is a great key fob for this purpose.

Also make sure that your loved one knows how to activate their personal panic switch in the event of an emergency. There are many cases where elderly or disabled are unable to seek help because they don't know or forget how their medical alert button works. If you are afraid that your loved one might activate the button accidentally, you can ask a central monitoring station to try and call you or your loved one first before sending out automatic emergency medical dispatch. Taking just a few moments to review the proper operation of a key fob can be very important for keeping your loved one safe and sound.

Keep your loved one safe with a medical alert home security system from Alarm Grid. We are proud to help many people live more independent and fulfilling lives. If you have any questions, please email us at support@alarmgrid.com. You may also call us during normal business hours, which are 9am to 8pm EST M-F. We also invite you to check out our monitoring page for more information about our services.

Have you ever bought and set up your own furniture from IKEA? If you have, you probably felt pretty proud of your creation once it was ready to use. There's something to be said about building something yourself versus having a professional do it. And this is true for alarm systems as well.

Researchers have often dubbed this phenomenon "The IKEA Effect". The basic concept is that a consumer will place a higher value on something they assembled themselves. The time investment and labor they put into their creation provides feelings of satisfaction, competence and accomplishment that just can't be obtained through a monetary purchase alone. By rolling up your sleeves, getting your hands a little dirty and working with something hands-on, you will psychologically gain a greater appreciation for your new purchase.

Of course, it's easy to apply this ideology to our own business model. Alarm Grid has always considered itself to be a true pioneer for the DIY security industry. One of our biggest goals is to try and help our customers understand their security systems. This way, they can make their own adjustments and changes, without having to rely on someone else to do it for them. Doing this offers feelings of empowerment, and it helps a person to truly understand how their system works and the type of monitoring service they are paying for every month.

It's also important to understand that setting up your own security system in its entirety does not have to be a difficult process. It really depends on the type of system that is being used. Wireless systems are not challenging to install, and the programming options are actually very intuitive with just a little bit of assistance. Alarm Grid is happy to provide this support online or over the phone. You don't need to pay for an expensive installer to come out to your house when you can do just as good of a job on your own. Afterwards, you'll surely love your new alarm system you put in, and you will feel very proud that you actually did-it-yourself.

And if you want to make the job even easier, most new wireless panels support desk and table stands that eliminate the need for mounting. If you mount your wireless sensors with double-sided foam tape - it works great - you can set up a complete home security system using almost no tools. You might need a screwdriver to connect some wires and install some batteries, but that is it. Some great systems for this type of setup include the Qolsys IQ Panel 2 Plus and the Honeywell Lyric Controller.

Alarm Grid is proud to be a true DIY security company for DIY users. We know that customers feel happier and are more empowered when they install their systems. If you haven't already joined the Alarm Grid family, now is a great time to get started. Just click the orange "Alarm Monitoring" button at the top of this page to see more information about our monitoring plans.

Hi DIYers! Today, we're taking a look at the Honeywell CELL-EXTST. This an antenna adapter cable designed for use with the Honeywell Lyric Panel. This adapter allows you to connect a cellular antenna with the the Lyric Cell Radio to boost its signal strength and communicate more reliably.

Normally, we recommend using cellular amplifiers to boost the strength of a cellular module. These tend to work more reliably than antennas, and they allow you to boost the cellular strength throughout the building. But if a user plans on using an antenna, they will need to make sure it is strong enough to achieve the reliable connection they want. Normally, the fixed-length Honeywell CELL-ANTU will work just fine for this role. This antenna offers a 1dB gain of signal strength, and it has a 10-foot cable that cannot be extended. The Honeywell CELL-ANTU already comes with the Honeywell CELL-EXTST Adapter for integrating with the Lyric Controller. But if a user requires a stronger antenna, they will need to use the Honeywell CELL-EXTST Adapter to complete the connection.

Sometimes, a larger antenna can make all the difference for ensuring reliable communication with the Honeywell AlarmNet Servers. This is especially true for those who live in rural areas that may be located very far away from a cellular tower. But since the Lyric Cellular Modules use a unique TS9 plug, they need the CELL-EXTST to work with the stronger outdoor antennas. For ultimate signal boosting, we recommend using the Honeywell CELL-EXTST with the Honeywell CELL-ANT3DB AlarmNet Weatherproof Antenna. This will provide up to an additional 3dB in signal strength. You will also need a COAX cable of the desired length to complete the connection. The proper extenders will allow the CELL-ANT3DB to reach a wire length of between 25 and 50 feet for flexible wiring options. But please note that a longer wire run will decrease the signal gain that is provided. By using the outdoor CELL-ANT3DB, your Lyric will certainly enjoy a better connection. This will give you great peace of mind in knowing that your home is monitored!

The Honeywell CELL-EXTST is what makes the connection possible, and it can now be purchased individually from Alarm Grid. Get one for your system, and achieve the reliable connectivity you need! For more information on Honeywell Cellular Antennas, please review this helpful document.

Hi DIYers! Did you know that Alarm Grid offers certified refurbished versions of some of the most popular Honeywell Security Systems and accessories? Our refurbished offerings work just as well as any new equipment. Going this route can be a great option for cutting overall system costs.

All of our certified refurbished equipment is sent to us directly from the manufacturer, Honeywell. It starts when the previous owner of an eligible piece of Honeywell equipment sends the product back to Honeywell for one reason or another. Honeywell will clean up the equipment, restore any defects and basically ensure that it works good as new. With Honeywell's strict oversight, the refurbished equipment is guaranteed to function exactly the same as any new equipment. We then purchase this equipment from Honeywell. Any customer who buys this equipment will have it professionally sent to them from the Alarm Grid headquarters.

In the highly unlikely event that the refurbished equipment does not function as it should, Alarm Grid offers a warranty protection in conjunction with the original warranty Honeywell put on the product. The original warranty will depend upon the manufacture date of the equipment. We will honor any remaining warranty from Honeywell that is left on the equipment, or we will offer our own warranty of up to 90 days, whichever is longer. While we are very confident in all of the refurbished equipment we offer, we fully understand that some customers will want some protective measures put in place before buying this type of equipment.

At this time, our refurbished lineup is restricted to four Honeywell products. However, we may decide to expand this lineup sometime in the future. Our team will make sure to let you know if any new refurbished products become available. The following products are currently available as certified refurbished versions:

• Certified Refurbished Honeywell Lyric Security System
• Certified Refurbished Honeywell LKP500 Lyric Wireless Keypad
• Certified Refurbished Honeywell VISTA-21iP Control Panel
• Certified Refurbished Honeywell 5800C2W Wired to Wireless Converter

If you have any questions about our refurbished products, please do not hesitate to reach out to us! You may email us at any time at support@alarmgrid.com. You may also call us during normal business hours, which are 9am to 8pm EST Monday thru Friday.

Hi DIYers! Today, we're taking a look at the Honeywell PAL-T Hardwired Door and Window Contact. Although we often get very excited about the idea of using wireless contacts, we recognize that some people still want hardwired contacts. The PAL-T is one of the most versatile options we offer.

In terms of operation the Honeywell PAL-T is extremely simple. The device consists of a sensor and a magnet. The sensor is wired-in directly with the panel, and it is installed on the stationary frame of a door or window. The magnet is then installed on the moving portion of the door or window within 1.125" of the sensor. As a surface mount sensor, the PAL-T and its magnet will be visible from the outside of the door or window. When the door or window is opened, the magnet will separate from the sensor. This will cause a reed switch inside the sensor to trigger. Once this happens, the sensor will send an alert to the alarm system to let it know that the door or window has been opened. The system will then respond based on the programming settings for that zone.

As a hardwired sensor, the PAL-T is most commonly used with hardwired systems. However, it can also be used with wireless systems that have available zone terminals for hardwired sensors. Additionally, a user can convert the hardwired connection into a wireless transmission through the use of a wired to wireless converter, like the Honeywell 5800C2W. This works by connecting the PAL-T with the wired to wireless converter. The converter will then send a wireless signal to the alarm panel on the behalf of any connected sensors. This will allow the wired sensors to be used with the system as though they were wireless sensors. Doing this is a great way to bring over multiple existing wired contacts and set them up with a newer wireless alarm panel.

What's great about the Honeywell PAL-T is its small size that allows it to be used in a number of different security applications. It will fit on almost any door or window and provide effective monitoring of that opening. The vast array of programming options make it extremely versatile. Depending on the system, you might just have PAL-T instruct the system to chime whenever it is activated. A common option is to have it set as an entry/exit door. If an entry/exit sensor is activated while the system is armed, the user will need to disarm the system within a set entry delay period, or else an alarm will occur. Another possibility is to make a door or window truly off-limits and set it as a 24-hour zone. This will cause an immediate alarm if the sensor is activated, regardless of the system's current state. Setting a zone for this purpose can be great for fire doors or emergency door or windows.

And of course, one of the best aspects of the Honeywell PAL-T is that it is one of the cheapest sensors we offer. If you are fine using hardwired sensors, then this is a very affordable way to monitoring virtually any door or window. You can purchase the Honeywell PAL-T on the Alarm Grid website right now. Stock up on a few, and provide complete protection for your home or business!