DIY Security Systems Posts

In preparation for the upcoming 2GIG Edge Security System, Alarm Grid has finished building the product pages for both the AT&T LTE and Verizon LTE versions of the 2GIG Edge Alarm Panel. We now have more information than ever on what looks to be a truly state-of-the-art alarm system.

• Check out the 2GIG Edge w/ AT&T LTE here SKU: 2GIG-EDG-NA-AA.
• Check out the 2GIG Edge w/ Verizon LTE here SKU 2GIG-EDG-NA-VA.

If you check the two product pages linked above, you will see that the 2GIG Edge is currently marked "discontinued". It will stay that way on our site until we have it available for purchase. But at least now, you can check out the page and see all of its great specifications and capabilities. Needless to say, it has a ton to offer. You could say that we're on the edge of our seats waiting.

We would like to take a moment and discuss some of the more noteworthy specs of the 2GIG Edge. Just like its 2GIG GC3e predecessor, the 2GIG Edge supports the same sensor lineups, included the encrypted 2GIG eSeries Sensors, the 2GIG 345 MHz Sensors, and the Honeywell 5800 Sensors. It also supports up to 100 zones, which is the same as the GC3e. There is a possibility that 2GIG might release a new sensor lineup of devices built exclusively for use with the Edge, but we have not seen any confirmation one way or another.

A very interesting discovery about the 2GIG Edge is that its internal LTE cellular communicator cannot be replaced, much like what we have already seen with the Qolsys IQ Panel 2 Plus. For us, this is a mixed bag, or a double-edged sword, if you will. On one hand, this means that you don't have to buy a communicator separately, and you will not have to install one inside the panel. But unfortunately, this means that you must replace the entire panel in the event that something goes wrong with the communicator. It also means that we may someday see all the 2GIG Edge Systems go offline at the same time due to a possible "LTE Sunset" that may happen someday in the future. That said, such an LTE Sunset wouldn't happen for a very long time.

Other features for the 2GIG Edge include its built-in WIFI, and its integrated Z-Wave Plus V2 700-Series Z-Wave Controller. That's right, this is the first system we know of to support Z-Wave 700-Series. That in itself is really exciting, as we expect this panel to be an unquestioned champ when it comes to automation. Alarm.com connectivity has also returned with the Edge, and you get all of the benefits of that platform once you get the system monitored with a proper service plan. This includes the ability to interface with smart home voice assistants like Google Assistant, Amazon Alexa, Amazon Echo, Siri Shortcuts, and so much more!

We won't go too in-depth on every new feature right now, but you can expect facial recognition, optional automatic Bluetooth disarming, Alarm.com Camera streaming, one-touch arming, emergency panic buttons, disarm photos, over-the-air (OTA) firmware updates, and so much more to be available with the 2GIG Edge. This is truly a great system to look forward to, and we hope that waiting doesn't push you over the edge of insanity.

We have some other 2GIG Edge accessories you can check out on our site right now, though none are currently available for purchase. We will be expanding upon these product pages as we learn more. These include:

• 2GIG Edge Cable w/ AC1 Barrel Connection - SKU: 2GIG-EDG-CBL
• 2GIG Edge Backup Battery - SKU: 2GIG-EDG-BATT
• 2GIG Edge Remote Keypad - SKU: 2GIG-EDG-RK
• 2GIG Edge Remote Keypad Battery - SKU: 2GIG-EDG-RK-BATT

Please comment below with any thoughts or questions you have about the 2GIG Edge. Are you excited about this system? Let us know. And stay tuned to our blog for more security news and updates coming real soon!

New products keep coming! We have two (2) new Qolsys IQ Panel 2 Plus Kits. There is the Qolsys QK9201-AK2P-840 with Verizon LTE and the Qolsys QK9202-AK2P-840 with AT&T LTE. Both are 2-1 PowerG Kits with a 319.5 MHz IQ2+ System, one (1) PG9914 Motion, and two (2) PG9303 Door/Window Contacts.

What makes these new kits different from our other IQ2+ System Kits is that these are 2-1 Kits (2 Door/Window Sensors + 1 Motion) with PowerG Sensors. Our other 2-1 offerings, the Qolsys QK9201-AK2C and the Qolsys QK9202-AK2C include Qolsys S-Line Sensors, rather than the PowerG Sensors included in these new kits. And all the other Qolsys IQ Panel 2 Plus PowerG Kits were in 3-1 or 10-1 sizes. But thanks to these new kits, you can now get a new 2-1 IQ2+ Kit with PowerG Sensors! These are fantastic wireless sensors that can work from up to 2,000 feet away from the IQ Panel 2 Plus System in open air, and they utilize 128-bit AES encryption for great security.

Your one choice with these two new kits is whether you want the 319.5 MHz IQ Panel 2 Plus w/ Verizon LTE or the 319.5 MHz IQ Panel 2 Plus w/ AT&T LTE. Other than the cellular carrier, these two kits are exactly the same. When deciding between AT&T and Verizon, just go with whichever network offers more reliable service in the area where the system will be used. Check coverage maps if you are unsure. Please note that we do not have 2-1 Qolsys IQ Panel 2 Plus Kits for the 345 MHz IQ Panel 2 Plus or the 433 MHz IQ Panel 2 Plus. Only the 319.5 Mhz version is available in a 2-1 kit.

With the Qolsys QK9201-AK2P-840 or Qolsys QK9202-AK2P-840, you get all of the same great benefits as any other brand-new IQ Panel 2 Plus System. This system supports up to 128 wireless zones, Z-Wave Plus technology, and a plethora of great features like optional automatic Bluetooth disarming, security camera live-streaming, four (4) configurable partitions, and so much more. By activating the system with a cellular monitoring plan that includes access to Alarm.com, you will be able to control the system from anywhere in the world using your phone.

We hope that you find these new 2-1 Qolsys IQ Panel 2 Plus PowerG Kits useful. They are great for any small home or apartment, where only a few sensors are needed. We also recommend these kits for previous Interlogix System users who are looking to upgrade to a newer 319.5 MHz system. Please comment below with your thoughts on these new kits. Remember to stay tuned to the Alarm Grid blog for more security news coming soon!

Total Connect 2.0 users may have recently noticed some Push Notifications showing that certain events originated from "[External] ApiGee". This is the result of an integration that Resideo is configuring. These alerts usually originate from a third-party integration.

Resideo, also known as Honeywell Home, is constantly working to improve the user's Total Connect 2.0 experience. They're working in the background to implement suggested improvements provided by both customers and alarm dealers. ApiGee appears to be one of those integrations. We don't have any details about what expanded features this may include, but the work they are doing in the backend has caused a few odd Push Notifications to be generated.

In most cases, we've seen these push notifications associated with using Alexa in conjunction with the Total Connect 2.0 skill. You probably noticed if you are using Alexa to access and control your system that when you enabled the TC2 Skill you had to provide your Total Connect 2.0 Login and Password. This creates what's called a server-to-server integration. Once the skill is enabled and proper login credentials have been entered, you'll see an option to enable the skill for the alarm panel and automation devices and then the skill is ready to go. If you have multiple locations being used with a single TC2 login you'll only be able to select one location to access using this particular Alexa account.

When you ask Alexa, for example, "Alexa, ask Total Connect 2 what the status of my alarm system is." The server at Amazon uses the credentials you provided at the time you set up the skill to actually log into Total Connect 2.0 and query the system status. This, of course, happens very quickly. Currently, this log-in appears to sometimes be viewed as a user logging in and is therefore triggering a push notification. This will only happen if you have Administration type notifications enabled. Administration notifications include Login, Logout, Login Instlr-Read Only, and so on. However, rather than Alexa's access being logged as the person whose credentials were used for the integration, it is instead being logged as [External] ApiGee.

At the time of this writing, March 3, 2021 at around 6:00 pm, it appears the issue with push notifications may have been resolved. We attempted to cause one of these notifications so that we could obtain a screenshot, but we were unable to do so. It appears that in the Activity screen if you select the icon to Show Admin Logs at the top, you will still be able to see these events being logged. The Admin Logs is the screenshot shown at the top of this post. It's probable that these events are meant to show up here, but were never meant to produce a push notification. Hopefully, this relatively minor issue has been resolved, and whatever this new feature may be, it will be available soon.

Alarm Grid has learned about issues that may arise if you attempt to use an SIA PROM Chip on a Non-SIA Honeywell VISTA Panel. Doing so may prevent connected ECP devices from working properly. Issues may also arise if you attempt to use a Non-SIA PROM Chip on an SIA-approved VISTA Panel.

Before we discuss the issue itself, we will first cover some terminology to ensure that everyone is on the same page. Many Honeywell VISTA Alarm Panels come in both SIA and non-SIA variants. For example, there is the Honeywell VISTA-20PSIA and the Honeywell VISTA-20P, the Honeywell VISTA-15PSIA and the Honeywell VISTA-15P, etc. When you see SIA in the panel's name, that indicates that the alarm panel has been configured to meet various guidelines outlined by the Security Industry Association (SIA) for false alarm prevention. For all intents and purposes, SIA-Compliant VISTA Panels are basically the exact same as non-SIA VISTA Panels, except that the SIA-approved panels have various programming restrictions put into place to prevent false alarms. For example, an SIA-compliant VISTA Panel will not allow you to disable Entry and Exit Delay periods, and they will require you to set a minimum Dialer Delay for the system. There are various other restrictions that we won't cover in this post. Just know that an SIA-compliant system will have various restrictions in programming for the purpose of preventing false alarms.

Meanwhile, the PROM Chip installed on a Honeywell VISTA System sets its firmware. You can easily locate the PROM Chip on your VISTA System's green circuit board. Just look for the small black square chip with the white sticker on it. The white sticker includes version information so the user can identify the type of VISTA System they are using and its current firmware. Users remove older PROM Chips and replace them with newer ones as a means of upgrading their VISTA Systems to support new features. Alarm Grid sells 15P PROM Chips, 20P PROM Chips, and 21iP PROM Chips for Honeywell VISTA Systems. We typically advise replacing a 15P or 20P PROM Chip with less than Firmware Version 9.12, as that is the minimum version needed to support Total Connect 2.0. Likewise, the minimum PROM Chip needed on a VISTA-21iP for Total Connect 2.0 is 3.13. For more information on replacing PROM Chips, please see this helpful FAQ.

Please note that it is only possible to replace a PROM Chip on a VISTA System with a firmware version or PROM Chip version of 2.0 or higher. If your VISTA System shows a PROM Chip version of less than 2.0, then it is not possible to replace its PROM Chip, and you must replace the panel entirely. Also note, that you should never attempt to remove or replace a PROM Chip while your VISTA Panel is powered on. Always power down the panel completely before replacing its PROM Chip.

For the longest time, it was believed that you could use an SIA PROM Chip on its non-SIA VISTA printed circuit board (PCB) without experiencing an issue. For example, if you removed the PROM Chip on a Honeywell VISTA-20P, and replaced it with a WA20PSIA PROM Chip, then it was believed that no issues would occur. The same was believed to be true if you used a non-SIA PROM Chip on an SIA-compliant VISTA board. An example there would be if you removed the PROM Chip on a Honeywell VISTA-20PSIA and replaced it with a 20P PROM Chip. Aside from determining what was allowable within programming, no other issues were believed to occur if you used an SIA PROM Chip on a non-SIA VISTA System PCB, or vice-versa.

But upon further testing, that is not the case starting with VISTA System Firmware Version 9.17 on VISTA-20P Panels. Any Honeywell VISTA-20P PCB (non-SIA) that is being upgraded to Panel Firmware Version 9.17 or higher must have a non-SIA 20P PROM Chip. Likewise, any Honeywell VISTA-20PSIA System PCB (SIA-Compliant) that is being upgraded to Panel Firmware Version 9.17 or higher must have a 20PSIA PROM Chip. If you try to use an SIA PROM Chip on a non-SIA VISTA System (or vice-versa), then it is possible that peripheral devices connected to the system's ECP bus may not work properly. ECP devices for a VISTA System include any wired keypads, any alarm monitoring communicators, and any wireless receivers. This same error is also believed to occur on any Honeywell VISTA-15P (or VISTA-15PSIA) that is being upgraded to Panel Firmware Version 9.17 or higher, though further testing is needed to verify if that is indeed the case.

You can determine whether your VISTA System is an SIA Panel PCB or a non-SIA Panel PCB by checking a sticker on the panel's terminal block. This is a small barcode sticker at the bottom of the terminal block, below the phone line terminals. Check for one of the following messages:

• SAVS20PSIA - Regular VISTA-20P
• SAV20P-SIAP - VISTA-20PSIA
• SAVS15PSIA - Regular VISTA-15P
• SAV15P-SIAP - VISTA-15PSIA

Long story short, if you are using a Honeywell VISTA-20P, VISTA-20PSIA, VISTA-15P, or VISTA-15PSIA and you wish to PROM upgrade it to System Firmware Version 9.17 or higher, then make absolutely sure to use a PROM Chip specifically designed for that particular board. Do not attempt to use an SIA-equivalent on a non-SIA board, or a non-SIA Chip on an SIA-Compliant VISTA board. Mixing an SIA Chip on a non-SIA board (or vice-versa) for 15P or 20P Systems (or SIA equivalents) when upgrading to Firmware Version 9.17 or higher can result in ECP devices not working properly. As long as you use a proper PROM Chip for your system, then no issues should arise. If you are ordering a PROM upgrade chip from Alarm Grid then place your order and be sure to specify which version you need by sending us an email using the email address listed below. If you purchase either the Honeywell LTEIA-TC2 or LTEIV-TC2 or any of our other upgrade kits for VISTA panels, then you will receive all four of the available upgrade chips. Just be sure to select the correct chip for your VISTA PCB.

If you have any further questions about Honeywell VISTA Systems and their PROM Chips, or if you want to learn more about alarm monitoring service for your Honeywell VISTA System, please send an email to support@alarmgrid.com. We're here to answer any questions or concerns you might have. Our hours for responding to emails run from 9am to 8pm ET M-F. We look forward to hearing from you!

We have been covering the 2GIG Edge quite a bit recently, but only just now have we gotten a look at what features we expect the panel to bring. The award-winning, yet still unreleased, alarm panel promises to be the cutting-edge system that we have been wanting from Nortek for years.

This list of features comes from an informative PDF regarding the 2GIG Edge Beta Test. While we cannot show the actual document quite yet, we can go through the list and give our thoughts as to what they likely mean. Again, none of these features are promised or guaranteed to be supported by the 2GIG Edge in its official release.

When looking at the list of features, there's nothing in here that sounds unreasonable. In fact, most of this is pretty standard stuff that we would expect out of any capable system in 2021. But it does help confirm our expectations for the 2GIG Edge as a feature-filled, high-end alarm system. And if the panel delivers in terms of intangibles like build-quality and user interface, then the Edge can still go down as an all-time great security system.

Here's what the 2GIG Edge looks to bring:

• Face Recognition: The integrated camera is used to recognize faces. This may involve receiving alerts regarding an "unexpected face" disarming the system. But the documentation suggests that the feature may be used to activate personalized smart home features based upon the detected face.
• Data Privacy: The 2GIG Edge will use "on-the-edge analytics" to process facial recognition without sending it to "the cloud". Other data will also be kept protected. Really, this is just 2GIG's way of saying "we won't expose you". Still, it's good to see that 2GIG is doing what they can to protect end-users and their personal data.
• Bluetooth Disarm: This will involve pairing your phone with the system for automatic disarming upon detecting the return of your phone (and presumably you along with it). Some timer settings will likely be involved to prevent the feature from being abused. It will likely be optional, as some users may not feel comfortable using it.
  
• Geofencing: The panel can arm/disarm and have scenes activate automatically based upon the location of the user. This will likely involve tracking the user's phone to determine their probable location. It is also likely that Alarm.com will be used in this feature, though that has not been confirmed.
  
• Smart Home Controls & Scenes: This is likely a cover-all for the smart home automation features of the system. Again, it is likely that Alarm.com will play a role in this feature. It is fair to expect that scenes will be able to be performed both locally at the panel and remotely using the Alarm.com Mobile App.
  
• Slideshow & Video Playback: This is a feature seen on many wireless panels. You can have the screen default to show images and have the system operate as a digital picture frame when it is not in use. Our hope is that the 2GIG Edge makes it easy to add photos, as other panels tend to make this simple feature absurdly difficult to use.
  
• Video Live View: Up to eight (8) cameras and video doorbells can be live-streamed from the panel. You can stream up to four (4) camera feeds at once. Again, our hunch is that Alarm.com will be used to facilitate this feature. This has been one of the best features for the IQ Panel 2 Plus, so we're very excited to see it available on the Edge.
  
• Photo Snapshot: The onboard camera will take disarm photos. No word on whether these photos will be available on Alarm.com for quick and easy access on the go. We have seen this feature on other panels, and it can be fairly useful when set up well. A photo to go along with a notice that your panel has been disarmed can come in handy.
  
• Encrypted and Non-Encrypted Sensors: The 2GIG Edge will support encrypted sensors, and also be backward compatible with older 2GIG Sensors. No word on whether the encrypted sensors refer to the existing 2GIG eSeries Sensors, a new lineup of encrypted 2GIG Sensors, or both.
• Smart Area: This refers to the return of Smart Area Partitioning for the system. Users can section off the system into different partitions for greater flexibility and control. It's a great feature for multi-family homes, businesses, and households with "secure" rooms. Up to four (4) Smart Areas will be supported. It's no surprise to see this return.
  
• Built-In Glassbreak: The 2GIG Edge will operate as a glassbreak detector for detecting broken windows. This is a really cool feature that we have seen work great when configured on other panels. The feature will likely require that the panel be installed with a direct line-of-sight to a window in order to function properly.
• LTE Communication: Both AT&T LTE and Verizon LTE options will be available. No surprise here, as virtually every current security system has LTE connectivity. We were almost expecting a 5G option here, but it seems like that technology just hasn't arrived yet. Still, LTE is excellent for future-proofing a security system.
• Dual-Path: You can use both WIFI and LTE cellular connectivity with the 2GIG Edge. Alarm.com will most likely require that cellular connectivity is used. WIFI connectivity will likely be optional, but it's also fair to assume the features like camera streaming will require a WIFI setup. Again, no surprise here. Dual-path connectivity is expected.
• WIFI Access Point: You can use the 2GIG Edge as a wireless access point for other WIFI devices. As Nortek puts it, the Edge Panel "becomes a router". Again this is a fairly common feature. Most users will not need to bother setting their alarm panel as an access point, but it can help you overcome WIFI range issues in certain situations. It can also be helpful when the panel is used in a secondary home where a constant internet connection is not available, but some WIFI capability is needed, such as for secondary keypads.
• Mobile System Control: This refers to the ability to control the 2GIG Edge System remotely using an interactive platform. We assume that the feature is referring to the Alarm.com platform, but we do not see specific mention of ADC. Being able to control a system remotely through Alarm.com is standard for any system that uses ADC.

And there you have it, the features specifically mentioned by 2GIG and Nortek in the 2GIG Edge Beta documentation. We honestly expect all of these features to make their way over to the final release. Nothing is too surprising, but it's still really cool to see some features like local panel camera streaming, optional automatic Bluetooth disarm, and an integrated glassbreak detector. And the facial recognition feature should also not be overlooked, as it could really offer some cool options if set up properly. Just imagine being able to arm your system by simply staring at it, rather than entering a command. That's about as close as we can get to just using mind control to operate a system!

If you have any questions about the 2GIG Edge, please email our support team at support@alarmgrid.com. We're here to check email questions from 9am to 8pm ET M-F. We still have a little over three (3) weeks to go until the 2GIG Edge is released, so stay tuned to our blog for more content. We look forward to hearing from you!

Alarm Grid is now offering a new "alternate" version of the Resideo ProSeries 7" All-In-One Panel. In addition to the existing Honeywell Home PROA7PLUS, Alarm Grid customers now have the option of the new Resideo PROA7PLUSC Security System. Both options are the same, except for one aspect.

Before you get super excited and full of anticipation, we're sorry to spoil the fun. The change really isn't anything too revolutionary. While the Honeywell Home PROA7PLUS reads "Honeywell Home" across the front of the panel, the Resideo PROA7PLUSC instead reads "Resideo" across its front. Yes, other than that small aesthetic change, these are the same alarm panels, with the same features, the same compatibility, and the same performance.

Why did Resideo bother to do this? From what we can tell, it's a marketing decision. They wanted the brand recognition of the "Honeywell Home" namesake, but since businesses may not want to use a product with "Home" in the title, the "Resideo" version is available as well. Indeed, the Honeywell Home PROA7PLUS is officially the "residential" version, while the Resideo PROA7PLUSC is officially the "commercial" version. We know, it's a bit redundant, but ask yourself this - are you really surprised?

You are free to throw caution to the wind of course. If you want to use the "commercial" Resideo PROA7PLUSC with the corporate sticker of "Resideo" boldly adorning the alarm panel that you use in your residence, feel free. Or conversely, if you're a business owner wanting to bring the comfort of "home" into the office, then you're welcome to use the "residential" Honeywell Home PROA7PLUS with the "Honeywell Home" moniker. It really won't make much of a difference, but you can go with whichever option makes you happier.

You may actually recall that Resideo did something similar with the new Tuxedo Keypad for their hardwired Honeywell VISTA Security Systems. In that realm, you can choose between the Honeywell Home TUXEDOW with "Honeywell Home" emblazoned across the front panel, or you can opt for the Resideo TUXEDOWC with "Resideo" taking the spotlight. Again, that is the only difference between the two keypad models. Now Resideo is doing it again with their wireless panels. Will it be the last time they do this? Our bets are on "No", but time will tell.

Anyway, whether you choose the PROA7PLUS or PROA7PLUSC, you are getting a fantastic wireless alarm panel with some outstanding features. We have already covered the system in extensive detail before, so please check out our introduction and buying guide for the system that we put out late last year.

We must also report that local programming is still yet to be released, so you will need your alarm monitoring company to perform virtually all tasks remotely when it comes to setting up the system. Our understanding is that the systems (yes, both of them) will soon be made to support local programming, hopefully in the coming months. We also have no word on when, or even if, Apple HomeKit functionality will become a reality. For now, if you want a panel that does support end-user programming AND offers a robust integration with Apple HomeKit, you might instead consider the Honeywell Lyric Alarm System, which in many ways is still the superior option.

If you have any questions about the Honeywell Home PROA7PLUS, the Resideo PROA7PLUSC, the Honeywell Lyric, or if you just want to learn about alarm monitoring in general, contact our team via email at support@alarmgrid.com. We are here to check your email from 9am to 8pm ET M-F. We look forward to hearing from you!

One thing we have noticed about the 2GIG GC3e is that it seems to be prone to erroneous Supervision Trouble conditions. This has left some users confused as to why their system zones are not working properly. But luckily, we have some tips to prevent this from happening to you and your GC3e.

Before we give our three (3) tips to follow, let's make sure we're all on the same page by explaining what Supervision Trouble normally refers to. Supervision Trouble occurs when a system does not receive a periodic "check-in" signal from an enrolled wireless sensor. This is usually either the result of the sensor not being able to send out its check-in signal, or the check-in signal not reaching the intended destination of the alarm panel. Some reasons why the sensor might not send out the signal include the sensor being powered down due to a dead or removed battery, or the sensor being physically destroyed. Some reasons why the the sensor's wireless check-in signal might not reach the alarm panel could include the sensor being moved to a new location in the building, or new obstacles, such as thick walls or large metal structures, being added inside the building. Regardless of the cause, you need to make it so that the sensor's check-in signals successfully reach the panel. Once you do that, you can clear the trouble condition. For GC3e users, you can learn how to clear the trouble condition by reviewing this FAQ.

But for the 2GIG GC3e, we have seen Supervision Trouble conditions occur, even when the sensor is powered on, successfully enrolled, and in clear communication range of the alarm panel. The issue seems to be particularly prevalent for the encrypted 2GIG eSeries Sensors that were built specifically for new 2GIG Alarm Systems. The good news is that our research has found that these sensor consistently and reliably work as intended, without causing any Supervision Trouble, as long as you follow some basic principles when using and setting up these devices. In addition to making sure that your sensor is powered on and communicating successfully with your 2GIG GC3e Panel, here are three (3) quick and easy tips to keep in mind whenever you are enrolling or configuring your 2GIG eSeries Sensors with your GC3e.

1) Reprogram from scratch when replacing an old sensor. If you have a sensor enrolled with your 2GIG GC3e, and you need to replace it with a new one, then you should remember to clear or delete the zone first, and then reprogram the entire zone from scratch, this time using the new sensor. Many users will need to do this if an old sensor becomes lost or damaged. While it might seem easier to just go in and remove the enrolled Serial Number for the zone, and then auto-learn the new one, this process has been known to cause Supervision Troubles. It's true that a sensor is identified based on its Serial Number, but you can't just delete the old Serial Number, add the new one, and expect everything to work perfectly. This is even the case if you are deleting a sensor and replacing it with one of the exact same model, for the exact same Sensor Type. Instead, take the extra time, delete the zone entirely, and then program it from scratch. For more information on the process, please review this page.

2) Reprogram from scratch when moving a sensor to a new partition. The same rule applies if you are moving an existing sensor to a new partition. This may be something to keep in mind if you are setting up system partitions for the first time, or if you want to change which zones users on a certain partition are able to control. If you are unaware, the 2GIG GC3e supports four (4) partitions, which are referred to as "Smart Areas", and the feature must be enabled at Q69 of System Configuration. More information on Smart Areas and how to set them up can be found here. Regardless, many users think that they can simply change the Partition Assignment within a zone, while keeping all other zone settings the same, and expect it to then function without a hitch. Unfortunately, it isn't that easy, as not completing this process properly may result in Supervision Trouble. Again, you must clear out the zone, and reprogram it from scratch. The only difference is that this time, you must assign the correct partition number, instead of the one it used originally. Alarm Grid invites you to check out this FAQ on switching GC3e Partition Assignments.

3) Always use the correct Equipment Code for 2GIG eSeries Sensors. The last tip we have involves the use of proper Equipment Codes. Before the rise of encryption, the Equipment Code setting was largely symbolic, and as long as an appropriate "equivalent" equipment code was used when programming a sensor, no issues would likely occur. But since the encrypted 2GIG eSeries Sensors use advanced "two-way" communication, using an incorrect Equipment Code can cause unwanted behavior, including Supervision Trouble. This one is a bit easier to fix, as you can often just replace the improper Equipment Code with the correct one in zone programming. If that doesn't work, then you can take the next step of trying to reprogram the entire zone from scratch. But you should be able to clear the trouble condition as normal once the Equipment Code is correct, based on the eSeries Sensor you are using.

The table below shows the Equipment Codes for 2GIG eSeries Sensors:

If you are an Alarm Grid monitored customer needing help with your 2GIG GC3e, or if you are interested in starting new service with Alarm Grid, please email our technical support team and security system planners at support@alarmgrid.com. We're here to help you from 9am to 8pm ET M-F. We look forward to hearing from you!

We know that 2021 has been a busy year so far. And things are just getting started! We thought we would take a moment to catch our breath and review some recent tidbits, while also giving a preview on some new things coming soon. Here are some miscellaneous bits of news to take in.

Alarm Grid is now offering the Honeywell LTEMXA-TC2 and the LTEMXV-TC2. These are special bundles for Honeywell VISTA users that include a new communicator (LTEM-XA or LTEM-XV) and PROM Chip upgrades for the 15P and for the 20P. These upgrade kits are good if you need a new communicator for your Honeywell VISTA System, as well as PROM Chip upgrade to support Total Connect 2.0. Remember that the minimum PROM Chip Version for a 15P or 20P to support TC2 is 9.12. If you missed our post announcing the new LTEM-XA and LTEM-XV, then make sure to check it out! These modules are truly state-of-the-art with their ability to utilize the LTE Cat M1 Networks from AT&T and Verizon.

By the time this post goes live, there will be roughly 18 days remaining on the countdown timer featured on the mysterious 2GIG Edge Website. We can assume that the 2GIG Edge is indeed set to make its much-anticipated debut in less than three (3) weeks. A new alarm panel from a leading manufacturer is always something to get excited about. We still don't know very much about the 2GIG Edge. But let's just say, we're hoping it lives up to the hype. If you missed our initial post on the upcoming panel, you can take a look here.

We made a couple of new Alarm Grid videos to kick-off 2021. It has been awhile since our video team has been able to resume their usual work in the studio. We hope to have our team back and performing business as usual very soon. But we did manage to make a pair of videos featuring Jorge. For anyone who missed the latest Alarm Grid videos, click here.

There has been some recent activity in the always existing world of smart home automation. The Z-Wave Alliance recently released the specifications for the upcoming Z-Wave Long Range protocol. Z-Wave LR promises to change the game by supporting wireless signal transmissions from distances of "several miles", while also allowing more than 4,000 nodes on a single network and drastically improving battery life. From what we can tell Z-Wave LR will be a subset of the Z-Wave 700-Series that represents the "next generation" after Z-Wave Plus 500-Series. For more on Z-Wave LR, visit our post on the subject.

A new Alarm.com Camera recently hit the market. The Alarm.com ADC-V515 represents a new "entry level" indoor camera option that offers virtually all of the same features and performance of their higher-end cameras, but at a more affordable price. Highlights for the ADC-V515 include its 1080p recording, High Dynamic Range (HDR), 110° viewing angle, ~15 feet IR night vision. and 2.4 GHz WIFI connectivity. You can read our blog about the camera to learn more.

Don't forget that the 3G and CDMA sunset is getting closer every day! Make sure to upgrade to LTE early so that your system does not get left behind. Our sources indicate that AT&T 3G Communicators will stop working after January 31, 2022. And the shutdown date for Verizon CDMA Communicators is December 31, 2022. In preparation, you can no longer activate a 3G or CDMA Communicator for monitoring service. If you want more information regarding the 3G and CDMA sunset, then please check out this detailed post. You may also want to access the Alarm Grid Communicator Replacement Portal if you are actively making an upgrade to a newer LTE Communicator. Remember, an LTE Communicator will extend the lifespan of your security system for many years to come!

We have some final notes regarding a couple of things to look forward to in 2021. First, be on the lookout for the new Qolsys IQ Hub Security System sometime this year. Qolsys hasn't said much on the subject lately, but we're still expecting it at some point. And if you're an IQ Panel 2 Plus user, then make sure to read about IQ2 Firmware Version 2.5.4 if you somehow missed the recent announcement. And if you were an early adopter of Resideo's latest offering, the Honeywell Home PROA7PLUS, then make sure to keep a close lookout for a firmware update that will allow the new panel to support local end user programming. We still don't have an official date from Resideo, but we are very hopeful it will be made available sometime in the next few months. Fingers crossed!

If you have any questions about any of the aforementioned news, or if you are looking to start new monitoring service with Alarm Grid, please email us at support@alarmgrid.com. Our team is here to check your emails and answer your questions from 9am to 8pm ET M-F. We look forward to hearing from you!

Update: This issue was even more severe than initially realized. The Qolsys IQ Panel 2 Plus offers no functionality as a secondary Z-Wave controller. More information on the subject is outlined in this FAQ.

We have learned of a flaw affecting the Qolsys IQ Panel 2 Plus and its Z-Wave functionality. The system cannot be used as an effective secondary Z-Wave controller with another Z-Wave hub. This issue has been confirmed on FW Version 2.5.4,and earlier versions are also likely affected.

If you are unaware of how a secondary Z-Wave controller works, it is basically a method to give you multiple points, or hubs, for controlling a Z-Wave network. When setting up a device as a secondary Z-Wave controller, you start by clearing all Z-Wave devices from that hub. All Z-Wave devices should instead be paired with the main hub, which will be the primary Z-Wave controller. You then pair the secondary controller to the primary controller. By doing this, all the Z-Wave devices associated with the primary controller will be pushed over to the secondary controller so that they can be controlled from both devices. Making the IQ Panel 2 System a secondary controller is a popular choice when using the system alongside Samsung SmartThings, Vera, and a selection of other Z-Wave controllers and hubs.

However, we have discovered that when the IQ Panel 2 is made a secondary controller, users are unable to control any devices that have been pushed over from the primary hub. The process will appear to be working, as the IQ2 System will successfully join the other Z-Wave network, but no control will be available for the Z-Wave devices pushed over to the system from the primary controller. Basically, these Z-Wave devices cannot be controlled from the IQ Panel 2 System, nor can they be controlled from the Alarm.com platform. This makes the IQ Panel 2 effectively useless as a secondary Z-Wave controller. We have confirmed that this problem exists on IQ Panel 2 Firmware Version 2.5.4. It is also believed that earlier firmware versions also carried this same issue. But we are unsure which was the first version to experience this problem.

Alarm Grid would like to apologize to anyone affected by this issue. We have already reached out to Qolsys to make them aware of the problem and to learn about a possible fix. Unfortunately, we have not received any word from Qolsys on when a fix would be released. We are hopeful that something in upcoming Firmware Version 2.6.0 may correct this issue, but we have not received any indication from Qolsys that such a fix will be implemented. This means that it may be impossible to use the Qolsys IQ Panel 2 or IQ Panel 2 Plus as a secondary Z-Wave controller for the foreseeable future. Please note that this issue is not believed to have any impact on the primary Z-Wave functions of the system.

We understand that not being able to reliably use the Qolsys IQ Panel 2 Plus as a secondary Z-Wave controller will be a major concern for some users. If you are looking for a panel that has proven to work reliably and consistently as a secondary Z-Wave controller, then we want to give special recommendation to the Honeywell Lyric Alarm System. We have seen the Lyric work wonderfully as a secondary Z-Wave controller when paired with a variety of popular home automation hubs. You might consider the Lyric as an alternative to the IQ Panel 2 Plus if secondary Z-Wave functionality is particularly important to you.

If you have any questions about this issue, or if you are an Alarm Grid monitored customer experiencing any unrelated problems or issues, please email our support team at support@alarmgrid.com. We will work to provide you with a quick and effective solution so that you can continue to get the very most out of your monitoring service. This is also a good email to use if you are interested in starting any new monitoring service with Alarm Grid. Remember, we are here from 9am to 8pm ET M-F to answer any questions or inquiries you might have. We look forward to hearing from you!

If you're like the folks at Alarm Grid, then you're always looking for new and exciting ways that you can use your security system. One novel possibility is to have your system alert you if your pool or hot tub experiences an unusual temperature change. Today, we will explore how to do that.

As you likely know, using temperature sensors with an alarm system to monitor the ambient air temperature inside a building is nothing new. These devices are used to alert the user to a broken HVAC system that could result in them arriving to a very uncomfortable home, or even worse, major damage caused by the water pipes freezing. But if you want to monitor the water temperature of a pool or hot tub, then you have to get a little creative.

It goes without saying that there are several intrinsic challenges associated with setting up your alarm system to monitor the temperature of your pool or hot tub AND being alerted in the event that an unusual temperature change occurs. Basically, you need a waterproof temperature probe, a programmable temperature sensor that is compatible with that probe, AND a way to interface that temperature sensor with your alarm system. Only then will your security system keep you in the loop if your pool or spa heater goes kaput.

While there are certainly many combinations of waterproof temperature probes and programmable temperature sensors that you can use for this job, we will stick to the products that we have available on our site. This starts with the Winland TEMP-L-W Waterproof Temperature Sensor Probe, which can be safely submerged in your pool or hot tub and monitor temperatures ranging from -58°F to 158°F. It's the perfect probe for the job!

You can easily connect the Winland TEMP-L-W Probe with our selected programmable temperature sensor for the job, the Winland EA200 EnviroAlert. The reason why you need a programmable temperature sensor is because you will need to set a very specific range of temperatures to perform this task effectively. It isn't good enough to just have a very vague range of allowable temperatures here. A standard in-building temperature sensor that monitors for a broken HVAC system might be able to get away with that, but it won't do you much good if you hop in your pool and find that it's a chilly 50°F. Realistically, you will probably want to keep your pool within a very specific range, say 70°F to 80°F. And if you own a hot tub, then that range is probably even more restrictive, perhaps 98°F to 102°F. With that in mind, there isn't much room for error here. You need a digital programmable temperature sensor where you can set customizable high-low temperature limits. And as you can probably guess, the temperature sensor will alert your system if the detected water temperature goes outside these defined limits.

Please note that the EA200 only has one output function, so you can only monitor for low temp OR high temp. But only one probe is needed. If you really need to monitor for both low temp AND high temp, then you can get the Winland EA400 EnviroAlert instead, which has two (2) outputs. You can use one for low-temp monitoring alerts, and the other for high-temp monitoring alerts. But keep in mind that if you have both alert types set up, then you will need TWO (2) probes as part of the setup.

One thing to keep in mind though is that these temperature sensors are often not waterproof, so you may want to find some waterproof housing that you can keep the module inside. Remember, just because the probe is waterproof does not mean that its accompanying sensor can withstand the same conditions! The protection doesn't necessarily have to be anything super high-tech either. You may be able to get away with a plastic container with the probe running through a leak-proof fitting. Unfortunately, we don't offer any sort of waterproof contraption on our website, but your local department store can probably help!

Your last challenge is finding a way to interface the temperature sensor, in our case the Winland EA200 EnviroAlert, with your alarm panel. If you're working with a wired sensor like we are, then the standard practice is to connect it to a wired panel or a converter module. But using a complete wired to wireless converter for just one sensor is probably a bit excessive. Instead, you may look into a wireless transmitter. Many wireless door and window contact sensors have on-board terminals that you can use to connect a wired sensor. This will allow the wired sensor to communicate with the panel wirelessly. You will likely need to provide a power supply and backup battery to the equation when doing this with a powered device like a digital programmable temperature sensor, but that's to be expected when powering the device in the first place. You must also make sure the wireless sensor acting as the transmitter is compatible with your system. Some popular options for doing this include the Honeywell 5816 and the DSC PG9945. Remember to check compatibility if you are unsure as to what will work with your alarm system!

From there, it's as simple as enrolling the programmable temperature sensor with your system. You will actually be programming the wireless transmitter using its auxiliary input settings. Check the device manual to see if there's a specific Loop Number or other setting that you need to use. You will also need to configure the high-low temperature limits and the notification settings on the temperature sensor. You are making it so that whenever the detected temperature in your pool or spa goes outside the defined limits, the wired temperature sensor will tell the connected wireless transmitter to alert your system. Once this happens, a fault will occur on the associated zone, and the programmed Response Type will occur. A popular Response Type for this application is 24-Hour Auxiliary, though you will want to make sure the central station knows that this is for a pool or hot tub temperature zone, and not for a medical emergency zone.

If you have any questions about setting up a pool or hot tub temperature zone for your own security system, please reach out to us. We will be happy to help any Alarm Grid monitored customers with finding the right sensors and programming. The best way to reach us is to email support@alarmgrid.com. We're here to provide you with top-notch support and help from 9am to 8pm ET M-F. We look forward to hearing from you!