Training Posts

For users looking to add smoke and heat detectors to their wireless systems, there are always some great options to consider. Of course, the specific models you can choose from will depend which alarm panel you are using. We're here to present the best options for some popular systems.

For this list, we are presenting our favorite combination smoke and heat detector and standalone heat detector for each system. Combination smoke and heat detectors are what you should use in most locations of your home or business. During a fire, smoke is usually detected before heat, so a combination sensor will rely on smoke detection as its primary method for detecting fires. Heat detection serves as a good backup to smoke detection.

But there are some rooms of a home where it is better to use standalone heat detectors. This is because using a regular smoke detector in these rooms could result in false alarms due to excessive dust, moisture, or smoke that is normally present. Examples of rooms where a standalone heat detector is often a better option include kitchens, attics, garages, and bathrooms. Remember that standalone heat sensors are one-and-done devices, and they must be replaced after activation. Do not test them using a hair dryer!

Below are our favorite smoke and heat detector options for various systems:

Qolsys IQ Panel 2 Plus (319.5 MHz)

Smoke & Heat: DSC PG9936

Standalone Heat: Interlogix HDX-135

Qolsys IQ Panel 2 Plus (345 MHz)

Smoke & Heat: DSC PG9936

Standalone Heat: Honeywell 5809SS

Honeywell Lyric Alarm System

Smoke & Heat: Honeywell SiXSMOKE

Standalone Heat: Honeywell 5809SS

2GIG GC3e & 2GIG GC2e

Smoke & Heat: 2GIG SMKT8e-345

Standalone Heat: Honeywell 5809SS

If you need any help setting up your new Alarm Grid Security System, or if you are interested in learning more about our monitoring services, please email us at support@alarmgrid.com. We check our email from 9am to 8pm ET M-F. We look forward to hearing from you!

Are you bored during the social distancing era from COVID-19 outbreak? If you're going crazy, wondering just what to do with yourself, you might try testing your home security system. It can be a great feeling to know that everything is working properly. And you can do it yourself!

A complete security system test involves checking all of your sensors and making sure they report to the panel properly. This practice of testing a system is also sometimes referred to as a Walk Test. Many systems have a designated Walk Test mode for this purpose. This mode is often most convenient, as the faulted zones will appear on the screen. You can have a friend stand in front of the panel, while you go around and fault various sensors. This can be a good way to keep track of zones on your system in the event that you ever lose your zone list.

Before conducting any security system test, you should make sure to put your system on test mode. This is very important if you have monitoring service with a central station. If an alarm comes through on your central station account while your system is not in test mode, the central station operator will think that it is a legitimate alarm. This could result in unnecessary dispatch to your residence, and you may receive a fine from your local jurisdiction. Please do not waste the time and resources of your community, and always put your system into test mode when testing equipment!

The best way to put your system on test mode is by using the MyAlarms.com feature from our central station partner, Criticom Monitoring Services. This complementary service will allow you to put your system on test mode by yourself, without needing to receive verification or have someone else do it for you. We have a blog about the MyAlarms.com service, which you can view right here. Other ways to put your system on test mode include contacting us between 9am and 8pm ET M-F by emailing support@alarmgrid.com or by calling (888) 818-7728, or by contact CMS directly.

Each sensor will be tested in a different way. Some common examples include:

• Opening and closing doors and windows to test door and window contacts.
• Walking around a room to make sure motion sensors activate. Have your pets walk around too if you are using pet-immune motion sensors.
• Use a glass break simulator to test your glass break detectors. For Honeywell FG-701 users, this FAQ may help you.
• Use canned smoke to test your smoke detectors.
• Use the test button on a standalone heat detector. Do not use a hair dryer to test a standalone heat sensor, as those are one-and-done devices.
• You can test the heat detection function on a combination smoke and heat detector by using a hair dryer. Unlike a standalone heat detector, you can safely activate the heat detection function on a combo device.
• Use canned CO gas to test carbon monoxide sensors. Be very careful when using this equipment!
• Press each button on a key fob or medical alert sensor to make sure it transmits successfully. Remember to also test multi-button inputs if your key fob supports them.

A regular system test is a routine affair that you should perform often. It is the best way to ensure that your system is working properly. And also remember that if you need an updated Certificate of Alarm (CoA) for a homeowner's insurance discount, then you must perform an annual test to prove that your system is working properly. Each CoA is good for one (1) calendar year, so make sure to keep up with this so you don't lose out on your insurance discount. We have more information on Certificate of Alarms that you can click here to view.

If you need further help testing your system, or if you are interested in learning more about our products or services, please contact us at support@alarmgrid.com. Although our support staff is currently working from home, we are still committed to providing you with the very best customer service and technical support. Our support hours run from 9am to 8pm ET M-F, so keep that in mind when contacting us. We look forward to hearing from you!

We're back with a new video recap! We apologize that we were unable to post this recap yesterday. Since our Florida office has been closed, we won't be able to shoot new videos until it reopens. But we are working to resume business as usual as soon as possible. For now, let's check out our newest videos!

Adding a Wireless Zone to a Qolsys IQ Panel 2

Jorge shows you how to add a new zone to a Qolsys IQ Panel 2 Security System. The process is the same, regardless of which version of the IQ Panel 2 or IQ Panel 2 Plus System you are using. You need to put the system in its auto-enrollment mode and then fault the sensor you are adding to transmit a signal to the panel. The system should then receive the signal and allow you to add the sensor to the system and configure the settings for that zone.

Adding a 2GIG GB1 to the 2GIG GC3

Your friend Jarrett shows you how to add a 2GIG GB1 Glass Break Detector to a 2GIG GC3 Security System. The 2GIG GB1 is a glass break detector that transmits signals at 345 MHz. The device actively listens for glass break events. It must hear both the low-pitched "thud" of an object striking against the glass and the high-pitched "shattering" of the glass breaking in order to activate. This dual-detection method helps prevent false alarms on the system.

Using a 5853 Glass Break Detector with a 2GIG GC3

Jarrett explains how you can use a Honeywell 5853 Glass Break Sensor with a 2GIG GC3 Alarm System. The Honeywell 5853 is part of the Honeywell 5800 Sensor lineup, and it transmits signals at a wireless frequency of 345 MHz. The sensor can be conveniently auto-enrolled with the GC3 System by putting the panel into its auto-enrollment mode and then activating the tamper cover for the sensor. You will need to adjust the Loop Number for the sensor when programming.

Using WIFI as Primary and GSM as Backup On My Qolsys IQ Panel 2

Jorge explains how the Qolsys IQ Panel 2 Plus System uses both cellular and IP connectivity to communicate with the Alarm.com servers. Alarm.com requires that any system connected with its servers has a cellular communicator installed and registered. The IQ Panel 2 System has both an LTE cellular communicator and a WIFI card built inside. Most users will set up the system to communicate across both pathways for optimal performance and reliability. This will require a monitoring plan that includes cellular connectivity.

Adding a Remote Keypad to the Qolsys IQ Panel 2

Jorge covers the process for adding a Qolsys IQ Remote Keypad to a Qolsys IQ Panel 2 Security System. In order for the pairing to work, the IQ Remote Keypad and the IQ Panel 2 System should be connected with the same WIFI network. If no WIFI is available, then the system and keypad can connect using a wireless access point (AP). Once you have completed the pairing process, you should test the IQ Remote by arming and disarming the system to ensure that it is working properly.

Using the Chime feature On a Qolsys IQ Panel 2

Jorge explains how chimes work on a Qolsys IQ Panel 2 Security System. A chime is a quick sound the system makes when a connected sensor is faulted or activated. They are useful for quickly letting you know about system events. You can set up individual chimes for each zone on the system. However, no chimes will be produced if system-wide chimes are disabled. If there is a zone for which you don't want any chime sounds to occur, then you can set its chime setting to None.

Using 2GIG Sensors On a Qolsys IQ Panel 2

Jarrett explains how you can use 2GIG Sensors with the 345 MHz version of the Qolsys IQ Panel 2 Plus. Any sensor you want to use with the system will first need to be enrolled. We recommend auto-enrolling, as this ensures that the sensor can communicate with the panel successfully. Any uni-directional 2GIG 345 MHz Sensor can be used with the 345 MHz IQ Panel 2 Plus. Please note that this does not include the 2GIG eSeries Encrypted Sensors, which are for the 2GIG GC2e and 2GIG GC3e only.

If you're setting up a new security system for use with Alarm.com, then you might be wondering which door and window sensors to use. The answer really comes down to which system you are using and how you intend on using your sensors. Plenty of contact sensor options are usually available!

Alarm sensors do not communicate directly with Alarm.com. Instead, sensors communicate with alarm panels. From there, the panel will use an alarm monitoring communicator to send signals to Alarm.com. This communicator must be activated and registered for Alarm.com service. Per Alarm.com requirements, cellular connectivity is required. This means that your system must use a cellular communicator or a dual-path communicator that is built for use with Alarm.com.

As far as choosing specific sensors, it comes down to determining whether or not they will work with the system you are intending to use with Alarm.com. Today, we're going to break down some of the most popular Alarm.com Security Systems and help you determine the best sensors to use. Remember that our security system kits already come with some compatible sensors to get started. It may only be that you just need to add a few more door and window sensors, or you might not need to add any extra ones at all!

We will give you three (3) scenarios for each system. These are:

1. Surface-Mounted Door/Window Sensors
2. Recessed Door/Window Sensors
3. Outdoor Door/Window Sensors

In most situations, surface-mounted sensors are what you want to go with. These are the standard regular sensors that you would use with virtually any door or window. They are super easy to install, and they are some of the most basic security devices you will encounter.

If appearance is important to you, and you want the sensor to remain hidden while the door or window is closed, then you may consider getting recessed sensors instead. Just remember that recessed sensors will require you rolling up your sleeves and drilling holes into your door/window and its frame. In addition to the added work, this may also have warranty ramifications with regard to the door or window.

And of course, if you plan on using the door/window sensor in an outdoor environment, then you will want to make sure the sensor is approved for outdoor use. Trying to use an indoor-only sensor in an outdoor environment will likely result in damage to the device due to exposure to rain, dust, etc. This also typically applies if you plan on using the sensor in an area that is not insulated, such as a shed, a gate or a barn.

Note: If you are totally new to door and window sensors and want to know more about how they operate, please check out this FAQ.

Qolsys IQ Panel 2 Plus (PowerG)

Arguably the most popular system to use with Alarm.com right now in 2020 is the Qolsys IQ Panel 2 Plus. There are three (3) versions of the system, with each one supporting a different legacy sensor frequency (319.5 MHz, 345 MHz, 433 MHz). We will discuss the legacy sensor options in a minute. But one of the biggest reasons to purchase an IQ Panel 2 Plus is to use PowerG Sensors. All three versions of the Qolsys IQ Panel 2 Plus support the PowerG Sensors. These sensors can communicate with the IQ Panel 2 Plus System from up to 2,000 feet away in open air, and they utilize 128-bit AES encryption and frequency hopping spread spectrum (FHSS) for enhanced wireless security. For anyone with an IQ Panel 2 Plus, these are the sensors we would point to first.

• Surface-Mounted Sensor: DSC PG9303
• Recessed Sensor: DSC PG9307
• Outdoor Sensor: DSC PG9312

2GIG GC3e & 2GIG GC2e (eSeries)

Right now, we view the 2GIG GC3e and the 2GIG GC2e as the best alternatives for users who want to get started with Alarm.com, but don't want to use a Qolsys IQ Panel 2 Plus. The most popular sensors to use with these systems are the encrypted 2GIG eSeries Sensors. They are built for the GC3e and GC2e Systems, and they utilize encryption for protection against wireless hacking or takeover attempts. Remember that these systems are both backwards compatible with 345 MHz sensors (more on those later). But if you're running a GC3e or a GC2e, then we're going to recommend the eSeries products.

• Surface-Mounted Sensor: 2GIG DW10e
• Recessed Sensor: 2GIG DW20e
• Outdoor Sensor: 2GIG DW30e

Original Qolsys IQ Panel 2, IQ Panel, Interlogix Simon Systems (Legacy 319.5 MHz)

Things become a little tricky when we get into the legacy sensor frequencies. There is usually a lot of inter-compatibility across manufacturers, so often the choice comes down to preference. We will list our favorites based on value and functionality. But understand that you have a lot of options available when it comes to 319.5 MHz sensors. This frequency is used with the original Qolsys IQ Panel 2, the original Qolsys IQ Panel, and all of the legacy Interlogix Simon Series Panels. Keep in mind that you can also use these sensors with the 319.5 MHz version of the IQ Panel 2 Plus as an alternative to PowerG. The 319.5 MHz frequency is also typically used with any wired Interlogix NetworX Panel that has a wireless receiver added.

• Surface-Mounted Sensor: VERSA-GE
• Recessed Sensor: Qolsys IQ Recessed Door-S
• Outdoor Sensor: ELK 319DG

2GIG GC3 & 2GIG GC2 (Legacy 345 MHz)

If you are working with a 2GIG GC3 or a 2GIG Go!Control GC2, then you will be enrolling legacy 345 MHz sensors with your system. This frequency was popularized by the Honeywell 5800 Sensors, and later the 2GIG 345 MHz Sensors. The GC2 and GC3 support both of these lineups, so you really have a lot of options to choose from. We're just going to list our particular favorites. Remember that you can also use these sensors with a 345 MHz IQ Panel 2 Plus as an alternative to PowerG.

• Surface-Mounted Sensor: VERSA-2GIG
• Recessed Sensor: 2GIG GW20R
• Outdoor Sensor: 2GIG DW30-345

DSC Impassa & DSC PowerSeries (Legacy 433 MHz)

DSC popularized their own wireless frequency of 433 MHz. If you have a DSC Impassa, then these will be the sensors you are using. The 433 MHz sensors can also be used with a DSC PowerSeries Panel that has a wireless receiver added. Although we do not sell the original DSC PowerSeries Systems, we do offer the DSC RF5132-433 Wireless Receiver that will allow support for these sensors. And of course, you can also use these 433 MHz sensors with the 433 MHz version of the IQ Panel 2 Plus as an alternative to PowerG. Unfortunately, we don't have a good recommendation for a 433 MHz outdoor door and window sensor. so we'll just list the other two types instead.

• Surface-Mounted Sensor: VERSA-DSC
  
• Recessed Sensor: DSC EV-DW4917
  

Honeywell VISTA, DSC PowerSeries, DSC PowerSeries NEO, Interlogix/GE NetworX (Wired Sensors)

Many hardwired security systems can connect with Alarm.com using what is known as an Alarm.com System Enhancement Module (SEM). And since hardwired panels often use wired sensors, this makes hardwired door and window contacts technically compatible with Alarm.com as well! Honeywell VISTA Systems, DSC PowerSeries Systems, DSC PowerSeries NEO Systems, and Interlogix/GE NetworX Systems all have compatible SEM communicators available.

The great thing about hardwired contacts is that they are pretty much universal across all wired systems, provided that the system is not using polling loop sensors. We'll focus on standard non-polling loop sensors here, but these are all good options for most hardwired alarm panels. Also keep in mind that there are MANY options when it comes to wired contacts. Don't feel like you are restricted to the ones we happened to pick!

• Surface-Mounted Sensor: Honeywell PAL-T
  
• Recessed Sensor: Honeywell 951WG
• Outdoor Sensor: Honeywell 958

Get Started with Alarm Grid & Alarm.com

If you are interested in signing-up for Alarm.com service through Alarm Grid, make sure to check out our monitoring page. We support Alarm.com with our Gold and Platinum Level Plans (Self & Full) and our Cell-Only Plan. If you have any questions about our products or monitoring services, be sure to shoot us an email at support@alarmgrid.com. We operate support hours from 9am to 8pm ET M-F. We look forward to hearing from you!

For a security system owner, remembering to properly arm the system before leaving can be a tough task. It's one of those little things that's easy forget. You forget to grab your your car keys. You leave a door unlocked. You accidentally leave the lights on overnight. These things happen.

Another concern we often hear from customers is whether or not they really need to arm their systems if they are just stepping outside for a minute. Maybe they're just taking their dog around the block, or visiting a neighbor across the street, or walking over to a nearby convenience store. They will only be gone for a minute or two. Is it okay to leave the system disarmed in these situations?

Obviously, if you leave your system disarmed while you are away and an intruder decides to make a quick break-in, there is little that can be done. Security cameras can capture the event happening, but they aren't going to trigger an emergency response if your system is disarmed. If your system isn't ready to trigger an alarm, and you aren't around to stop an intruder, then there is very little that can be done.

With that in mind, we at Alarm Grid recommend that you always arm your system before heading out, even if it's only going to be for a brief moment. You invest into your security system for a reason. Don't let it go to waste. Protect your belongings and your property. Take the extra second or two and arm your system.

Of course, that is just our advice to you as a monitoring company. We totally understand that some users are going that have that "ah, I'll only be gone a second" mentality. And that's up to you. As an end user, you are in complete control, and if you are comfortable leaving your system disarmed when stepping out for a brief moment, then that is up to you. Just understand that we are not liable if you forget or decide not to arm your home alarm system.

One thing you might do is consider your own personal situation. Maybe it's okay to leave your system disarmed if you're just over at the neighbors, and you can visibly see your house? Maybe you can bring your Android or iOS Phone with you and arm using Total Connect 2.0 or Alarm.com if it turns out you're going to be away longer than you thought? Maybe your can add a key fob to your system to make it easier to quickly arm when walking out the door, instead of needing to enter a code or pull up a mobile app.

Ultimately, how you use your system is up to you. We recommend always arming, even if you're only going to be gone for a little bit. It's not worth the risk to your property, and securely arming/disarming your system can be such a quick and easy task if you add the right equipment. Nearly every alarm panel can be set up with some type of one-touch arming and disarming function to make the process as simple as possible.

We also understand that some users might have the intention of always arming, but they simply forget to do so. We have some tips for these users as well. You might have a secondary keypad right by the door that you will always see when walking out. That way, you will always remember to arm your system. If you don't want to add a new keypad, you could just put a sticky note on the door to remind you. And if your system is monitored, then you can set up geofencing arming reminders through an interactive service like Total Connect 2.0 or Alarm.com. There are many options available.

Remember that many wireless security systems today also often serve as automation controllers. This way, you can use an app on your phone to control the various devices around your home from anywhere. If you forget to turn off your lights, leave your thermostat running, or leave your door unlocked, then you can control the affected device while you are away. This is great for anyone who might be a little absentminded from time to time! Plus, it's good to know that you can always lock/unlock your door or turn your lights ON or OFF if needed. You just need the proper equipment.

Our job is to provide you with reliable monitoring service and the equipment you need to stay protected and secure. You just need to make sure you arm your system when leaving your home. If you need any more tips for remembering to arm your system, or if you want to learn more about any of our products or services that may make it easier for your to use your system, just reach out to us by emailing support@alarmgrid.com. We operate support hours from 9am to 8pm ET M-F, and we are happy to help you out. We look forward to hearing from you!

It's time for another Alarm Grid video recap. We only have three (3) videos for the week. But the good news is that all of the videos this week feature Jorge. We hope that you find them helpful in learning how to use your security system. Let's take a look at the new videos from Alarm Grid!

Connecting an iPhone to a Qolsys IQ Panel 2

Jorge explains how you can use an iPhone to control a Qolsys IQ Panel 2 Plus System. This is done using the iOS version of the Alarm.com Mobile App. You will need an alarm monitoring plan that includes access to Alarm.com. The panel will communicate with the Alarm.com Servers using an LTE cellular connection, and you can also set up an IP (internet protocol) communication path as well. By accessing the ADC App on your iPhone, you can arm/disarm, check system status, control automation devices, and more.

The Number of Hardwired Zones Supported On a Qolsys IQ Panel 2

Jorge explains how there are two (2) hardwired zones built into the Qolsys IQ Panel 2 Plus System. These hardwired zones are for normally closed contact sensors. You can connect the sensors and then enroll them with the panel by putting the system into its auto-enrollment mode and faulting the sensors. If you want to use additional hardwired zones with an IQ Panel 2 Plus, then a wired to wireless converter is a good option. Just make sure the converter communicates at a frequency compatible with the version of the IQ Panel 2 Plus that you have (319.5 MHz, 345 MHz, or 433 MHz).

Upgrading a Honeywell LYNX Touch to Use LTE

Jorge shows you how to upgrade a Honeywell LYNX Touch System to use an LTE cellular communicator. This is possible on an L5200, L5210, or L7000 LYNX Touch System. There are two (2) LTE communicators available for these systems. These are the Honeywell LTE-L57A (AT&T LTE) and the Honeywell LTE-L57V (Verizon LTE). You must make sure your LYNX Touch System is on a high enough firmware version to support one of these communicators. If you need to upgrade the firmware, you can do so using the Honeywell LYNXTOUCH-MSD Firmware Updater Tool.

When it comes to Z-Wave home automation devices, it is usually understood that they are universally compatible with all Z-Wave controllers and hubs. While this is generally true, some Z-Wave devices may appear as different device types than for what they were originally intended.

If you aren't familiar with Z-Wave, it is an automation protocol that is used with a variety of smart home devices. Some popular Z-Wave accessories include smart lights, door locks, thermostats, smart water valves, and more. In most cases, you can use any Z-Wave device with any Z-Wave controller. However, there are sometimes restrictions on how Z-Wave devices can be used. This depends on the Z-Wave hub that they are enrolled with

A few weeks ago, we wrote an interesting FAQ. It discussed whether not not mixing Z-Wave and Z-Wave Plus devices on the same network is likely to cause issue. Normally, mixing the two protocols will not result in any problems. Z-Wave devices are known for being backwards compatible. You can typically bring a Z-Wave Plus device to a standard Z-Wave controller. And the opposite also applies, as you should have no trouble using a standard Z-Wave device with a Z-Wave Plus controller. The main thing to understand is that by mixing Z-Wave Plus with standard Z-Wave, the devices in which any signal passes (hops) through a standard Z-Wave device will result in the communications functioning as standard Z-Wave.

But there is another issue that we haven't talked about very often. This issue occurs when you pair a Z-Wave Plus device with a standard Z-Wave controller or hub. It's possible that the standard Z-Wave controller might not recognize the Z-Wave Plus device as its proper device type. Instead, the Z-Wave Plus device will still appear in the hub, but it will show up as different device type, usually as a Z-Wave switch.

Some examples of this issue that we've seen are if you try to pair a Qolsys IQ Siren (Z-Wave Plus) with a system that utilizes standard Z-Wave functionality, such as a Honeywell Lyric Controller or a 2GIG GC2. We actually created specific FAQs for using this siren with a Lyric and with a GC2. Another example we recently saw was when someone tried to us an Alarm.com ADC-SWV100 Z-Wave Plus Water Valve with an L7000 System that had an L5100-ZWAVE module. Instead of the system seeing the ADC-SWV100 as a Z-Wave water valve, it saw it as a Z-Wave Switch.

The problem with this issue is that a system only knows how to turn a switch ON or OFF. When a Z-Wave controller sees a device as a "switch", it can only perform the binary function of ON or OFF. And it's won't necessarily know when to automatically activate the device. For example, if a hub sees a Z-Wave siren as a "switch", then it won't know to automatically activate the siren during alarms and to automatically stop it when alarms are cleared.

Fortunately, these situations can often be addressed by creating specific rules and smart scenes that have these devices activate automatically when desired events occurred. This usually requires some very specific instructions, with one scene & rule designed to automatically start the device, and another scene & rule to automatically stop the device. It can be a little tricky to get up, but there is usually some type of work-around other there. Depending on your setup, this may be done locally at the panel, or it may be done through an interactive platform like Alarm.com or Total Connect 2.0.

If you are an Alarm Grid customer needing help setting up your automation devices in the way that you want, please email us at support@alarmgrid.com, and we will be happy to help. Remember that our support hours run from 9am to 8pm ET M-F. We look forward to hearing from you!

It was another productive week for our video team last week, as eight (8) new videos were released on February 12th and 13th. Jorge appeared in the most videos, but fan-favorite Jarrett also showed up. I even appeared in a couple! Let's check out the newest Alarm Grid tutorial videos!

Checking The Simon XT Firmware Version Number

Jorge explains how you can check the Firmware Version Number of an Interlogix Simon XT Security System. The current highest firmware version for the Simon XT is Version 1.6. However, it is particularly important that the system is on at least Firmware Version 1.3. Firmware Version 1.3 is the minimum version needed to install a cellular communicator in the Simon XT Security System so that you can get it connected with Alarm.com for monitoring service.

Using Home Automation on a Qolsys IQ Panel 2 w/o Monitoring

Jorge shows how you can use a Qolsys IQ Panel 2 System for smart home automation functions even if the system is not actively monitored. However, getting the system monitored and connected with Alarm.com will open up the door for many more automation functions. By connecting the system with Alarm.com, you can set up smart scenes to have devices like lights, door locks, and smart thermostats activate automatically based on a set schedule or with certain system events.

Using Honeywell 5800 Sensors On a Qolsys IQ Panel 2

Our good man Jarrett explains how you can use Honeywell 5800 Series Sensors on the 345 MHz version of the Qolsys IQ panel 2 Plus. This version of the system can also support 2GIG 345 MHz Sensors and DSC PowerG Sensors. It is also important to note that you can only use uni-directional (one-way) 345 MHz sensors with the system. You cannot use any bi-directional Honeywell 5800 Sensors with the 345 MHz IQ Panel 2 Plus.

Response Types for a Honeywell Lyric Alarm System

I explain Response Types on a Honeywell Lyric Controller. Every sensor enrolled with the system is assigned a Response Type. This setting determines how the system responds when the sensor is faulted. Making sure you set the correct Response Type for each zone is important. If you set the incorrect Response Type for a zone, then the system won't respond the way you want it to when a sensor is faulted. Keep in mind that difference Response Types are available for different Device Types.

Changing the Volume of a Qolsys IQ Panel 2

Jorge shows you how to adjust the volume on the Qolsys IQ Panel 2 System. The IQ panel 2 has three (3) volume settings available. There are volume settings Voices, Beeps and Chimes, and Media. Each setting can be adjusted individually as needed. You will need to know the Master Code, the Installer Code, or the Dealer Code to make volume changes. Also keep in mind that setting any volume option to 0 will mute that selection.

Enrolling an IQ Fob with a Qolsys IQ Panel 2

Clean-shaven Jarrett shows you how to enroll a Qolsys IQ Fob with a Qolsys IQ Panel 2 System. The Qolsys IQ Fob is a key fob that operates at 319.5 MHz. It offers buttons for arming, disarming, automation, and an auxiliary panic. The actual functions of the buttons are determined based on the sensor group you assign to the key fob zone. The device has a range of about 100 feet, and it works with nearly any security system that supports 319.5 MHz wireless sensors.

Using a Qolsys IQ Panel 2 with Apple HomeKit

Jorge explains how it is not possible to use a Qolsys IQ Panel 2 Plus System with Apple HomeKit. You cannot have HomeKit devices respond automatically based on system events. But the system does offer integrations with Amazon Alexa and Google Home. Also, you can control the system using Siri Shortcuts through Alarm.com. If you need a system that offers full functionality with Apple HomeKit, then we recommend the Honeywell Lyric Controller. The Lyric offers a great HomeKit integration.

Are There Security Systems Better Than a Qolsys IQ Panel Alarm System?

I explain how there are many security systems that are superior to the original Qolsys IQ Panel. The original IQ Panel was the first system released by Qolsys. It has since been replaced by the Qolsys IQ Panel 2 Plus. The Qolsys IQ Panel 2 Plus supports more advanced features, improved automation functions, more reliable communication, and more robust sensor support. It also offers a slimmer design and a sleeker profile, making it more aesthetically pleasing.

The Alarm Grid Video Team has sure had an interesting past few weeks. It all came to head at the start of last week when they uploaded a backlog of seven (7) new videos. No new videos were uploaded after that, so we're rolling with those 7 for this recap. We hope you like the videos!

But where it gets unusual is the fact that four (4) of the new videos featured myself. I don't usually roll up my sleeves and appear in videos, as I don't have quite the star-power of Jorge or the young lad Jarrett. But I was happy to help out. The four videos I appeared in covered the DSC PG9944 Outdoor Image Sensor, which is a great product for anyone with a Qolsys IQ Panel 2 Plus System.

Don't worry - you will still get to enjoy one (1) new video from Jorge and two (2) new videos from that guy wearing the silly Batman jacket. But in all seriousness, we hope you enjoy the new videos and find them helpful in using your security system. Anyway, no more babbling, let's get on with the video recap for the week of February 3rd!

Tilt Sensor That Is Compatible with the Qolsys IQ Panel 2

Jarrett wears a Batman jacket as he explains which tilt sensors are compatible with the Qolsys IQ Panel 2 System. A tilt sensor is typically used for monitoring a garage door and letting the system know when it is opened or closed. The original Qolsys IQ Panel 2 System uses 319.5 MHz tilt sensors like the Qolsys IQ Tilt-S. If you have an IQ Panel 2 Plus, then you should choose a 319.5 MHz, 345 MHz, or 433 MHz wireless tilt sensor based on the version of the system you have. Unfortunately, there is not yet a PowerG Tilt Sensor.

Honeywell Lyric Alarm System vs Tuxedo Touch Keypad

A nice and polite young man named Jarrett covers the differences between the Honeywell Lyric Alarm System and the Honeywell Tuxedo Touch Touchscreen Keypad. These are two completely different devices with totally different functions. The Lyric is a standalone wireless alarm panel, while the Tuxedo is a keypad for a Honeywell VISTA System. You cannot use the Tuxedo Touch as a keypad for a Lyric System. If you are wanting a dedicated keypad for your Lyric System, then you should check out the Honeywell LKP500.

Communicators That Are Compatible With the Interlogix Simon XTi-5i

Jorge covers the alarm monitoring communicators that are used with the Interlogix Simon XTi-5i Security System. The Simon XTi-5i needs a cellular communicator to work with the Alarm.com platform. There are plenty of communicator options for the Interlogix Simon XTi-5i System. But the most notable ones are those from the Alarm.com XT-511 lineup. These include the Alarm.com XT-511-US-AT (AT&T LTE), the Alarm.com XT-511-US-VZ (Verizon LTE), the Alarm.com XT-511-CA-TL (Telus LTE), the Alarm.com XT-511-US-DP-AT (AT&T LTE & IP), and the Alarm.com XT-511-US-DP-VZ (Verizon LTE & IP)

Does the PG9944 Take Pictures or Videos?

I explain that the DSC PG9944 Outdoor Image Sensor takes pictures, not videos. An image sensor is basically a still-motion camera combined with a motion detection sensor. They are great alternatives to security cameras. When the PG9944 triggers an alarm on the system, it will begin capturing images. Ten (10) images are taken and sent to the panel. If you have an IQ Panel 2 Plus, you can view these 10 images as a stop-motion video. Additionally, the first of these images will be forwarded to Alarm.com for remote viewing. But the PG9944 has no way of capturing video.

Enrolling the DSC PG9944 w/ the Qolsys IQ Panel 2 Plus

I show you how to enroll the DSC PG9944 with the Qolsys IQ Panel 2 Plus. All versions of the Qolsys IQ Panel 2 Plus are capable of supporting PowerG Sensors like the PG9944. The sensor is enrolled by putting the IQ Panel 2 Plus into its enrollment mode and then activating the enrollment function on the sensor to learn it in. The enrollment button can be a little difficult to reach with batteries installed, so you will likely need to use a thin object like a screwdriver to press and hold the button.

Viewing the Images Captured By the PG9944 On the Qolsys IQ Panel 2 Plus

I show you how to view images taken by the PG9944 on the Qolsys IQ Panel 2 Plus. The IQ Panel 2 Plus has a Camera Menu where you can see images taken by the system and any enrolled PowerG Image Sensors. This menu is easily accessed by swiping right or left from the main system screen until you reach the appropriate section. The PG9944 takes ten (10) images when it causes a system alarm, and it sends these images to the IQ Panel 2 Plus for local viewing. The images are viewable as a stop-motion video.

Using the PG9944 Outdoors

I explain how the DSC PG9944 is suitable for use in an outdoor environment. The sensor is able to withstand various environmental conditions that are expected to occur outdoors, including rain, wind, dust, heavy sunlight, and extreme temperatures. However, the PG9944 should not be submerged in water at any time. If you are looking for a PowerG Image Sensor to use exclusively indoors, then you might consider the DSC PG9934P instead. The DSC PG9934P is not suitable for use outdoors, but it is smaller and less expensive than the PG9944.

Welcome to the first post of February 2020 from Alarm Grid! Our video team wrapped up January quite nicely by releasing four (4) new videos right at the end of the month. We have three (3) new videos from Joe, plus one (1) from Jorge. We hope that you find them helpful. Let's check them out!

Qolsys IQ Panel 2 Can be Self-Monitored

Jorge explains how the Qolsys IQ Panel 2 Plus can be self-monitored using Alarm.com. Self-monitoring means that the system is not connected with a central monitoring station, and the user sets up text and/or email notifications regarding system events. It will then be up to the end user to contact the authorities if any help is needed. Alarm Grid offers self monitoring plans, which can be seen on our alarm monitoring page. These self plans are great for users who don't necessarily benefit from central station monitoring, but who still want to be alerted to system events.

Calibrating an Alarm.com Camera for Video Analytics

Joe demonstrates the process for setting up an Alarm.com Camera for Alarm.com Video Analytics. This process is required for the Alarm.com ADC-V622-WELL and the Alarm.com ADC-V723. The calibration process helps ensure that ADC Video Analytics works as effectively as possible and that alerts will be sent as desired. You can likely complete the calibration process in just a few minutes, though it can be helpful to have an assistant work with you too, as having a second pair of hands can really come in handy!

Installing a Honeywell 7847i On A VISTA P-Series Panel

Joe completes the process of installing a Honeywell 7847i IP Communicator on a Honeywell VISTA P-Series Panel. This module allows the system to communicate with the AlarmNet Servers for monitoring service. The user will also be able to control their system through Total Connect 2.0 if the service is included in their alarm monitoring plan. The communicator uses a hardwired ethernet connection for IP service. It is also possible to use this module for wireless internet connectivity by adding an ethernet to WIFI bridge.

Installing a Honeywell 7847i On A VISTA Turbo Panel

Joe adds a Honeywell 7847i IP Communicator to a VISTA TURBO Panel. Examples of VISTA TURBO Panels include the Honeywell VISTA-128BPT and the Honeywell VISTA-250BPT. The Honeywell 7847i connects with a VISTA TURBO Panel using a 4-wire connection. Keep in mind that this communicator is for IP only. An internet outage will take the system offline, as this module does not offer any cellular backup. You may want to get a backup battery for your IP router to keep it online during power outages.