Training Posts

Hi DIYers! It has been awhile since our last video recap, but the last few days have been very busy for us! Since Monday, October 22nd, we have released seven new videos on YouTube. Once again, we have our technicians Joe and Jorge teaching users how to use their security systems.

Here are the new videos from October 22nd thru October 25th:

Adding an External Keypad to an Interlogix Simon XTi & XTI-5

Joe shows users how to add an external keypad to an Interlogix Simon XTi or Simon XTi-5 System. Adding an external keypad will provide a user with a second point of on-site access for their security system. This can be very useful if a user regularly enters their home from multiple locations, such as front doors, back doors, basement doors and garage doors. The best external keypad for these systems is the Interlogix Two-Way Talking Touch Screen Keypad.

Using Google Home with an Interlogix Simon XTi & XTi-5

Joe explains how a Simon XTi or Simon XTi-5 System can be used with Google Home voice commands. This is made possible through the use of Alarm.com. Any command sent from Google Home that is intended for the Simon XTi or XTi-5 System will first need to pass through the Alarm.com servers. This is because a Google Home device cannot communicate directly with an Interlogix Simon XTi or XTi-5. In order to access Alarm.com, a compatible cellular communicator must be installed with the system.

Getting Power to the Interlogix Simon XTi & XTi-5

Jorge demonstrates how a user can provide power for their Interlogix Simon XTi or XTi-5 Security System. Like all panels, these systems primarily rely on outlet power from a plug-in transformer. This will provide reliable power in most situations. If the power goes out, the system will automatically switch over to its backup battery power supply. The backup battery will slowly restore power while the system is running on its outlet power. This way, the system will be ready in case the electricity goes out.

Adding a Key Fob to an Interlogix Simon XTi & XTi-5

Jorge shows users how to add a key fob to an interlogix Simon XTi or Simon XTi-5 System. A key fob can be useful for providing a quick way to arm or disarm the system when you are coming or going. These devices can be conveniently kept in a pocket, purse or car and used whenever needed. Most key fobs offer options for disarming, arming stay, arming away and triggering panics. A great key fob to use with these systems is the Interlogix 4-Button Micro Key Fob.

Self-Monitoring an Interlogix Simon XTi or XTi-5

Joe explains how a user can receive self-monitoring services with an Interlogix Simon XTi or XTi-5 System. Self-monitoring means that the user cannot receive automatic emergency dispatch from a central station. Instead, the user will receive text and/or email alerts about any system events. It is then up to them to contact any needed emergency services. To use self-monitoring with a Simon XTi or XTi-5, the system must have an active cellular communicator and be set up with Alarm.com. The user will also need an appropriate alarm monitoring plan.

Wiring a TG-1 Express to a Wired Security System

Joe demonstrates how to wire a TG-1 Express Communicator to a hardwired alarm system. The TG-1 Express is a device that allows a security panel with a built-in phone dialer to be used for cellular alarm monitoring service. The panel will think that it is dialing out using a phone line. But really, it will be connecting to a cellular network. Any signals that are sent through this cellular connection will be first sent to Telguard. From there, Telguard will forward the signals to a central monitoring station.

Finding the Firmware Version on a 2GIG GC2 Panel

Jorge shows users how to find the current firmware version for a 2GIG GC2 Alarm System. This information is found within the System Toolbox. Upgrading the firmware can be important for using certain add-ons and functions with the system. There are two ways to upgrade the firmware for a 2GIG GC2. The easiest is to receive an over-the-air (OTA) update from a monitoring company. This requires that the system has active monitoring service. 2GIG also offers an updater tool that can be purchased separately. More information about the latest firmware is available on our 2GIG GC2 Firmware Page.

Hey DIYers! So you have central station monitoring from Alarm Grid. Great! Now you can receive automatic dispatch to your home or business during a break-in, fire or medical crisis. You and the people around you are now truly more protected! But can emergency services find the building?

First, it can be helpful to consider how exactly central station alarm monitoring works. Every alarm system consists of multiple sensors and a centralized control panel. Each sensor is assigned to its own individual zone on the alarm system. When a security breach (e.g. an opened door or a broken window) or a life-safety event (e.g. a fire or an outbreak of carbon monoxide gas) occurs, a sensor will be activated. The sensor will send an alert to the control panel. Based on the programming settings for that zone, the system can be instructed to send out a remote signal that will ultimately reach a central monitoring station. The central station operates 24/7/365, and a highly trained operator will be immediately notified of any distress signal that comes through. The operator will have access to the user's account information, and they will contact the local emergency authorities in the user's area. The local authorities will then send out the appropriate emergency responders based on the type of alarm that occurs.

A sometimes-overlooked aspect of central station monitoring is that human responders must be able to successfully locate the home or business where the crisis is taking place. In order to receive a fast emergency response, you will want to make it as easy as possible for the police, fire department or medical technicians to find your property. Sometimes it can be very clear where the trouble is occurring (e.g. a large fire, an obvious break-in), but more often than not, this is actually not the case. While emergency responders are highly trained in locating the correct property, you can still help them out by making your home or business easy to find.

Alarm Grid understand this concern, and we ask customers to provide us with as much information as possible. This allows us to offer the best possible home and business alarm monitoring services every single time. Any information that we receive will be forwarded to our central station monitoring partner, Criticom Monitoring Station (CMS). By doing this, any operator at CMS will be able to relay the most accurate information to the local emergency personnel.

Many of our customers wonder how they can make their home or business easy for others to find. Obviously, we take down basic information like an address. But this isn't always enough for an emergency responder to quickly locate the property. One way we help is by asking our customers to provide us with the nearest major cross-streets. This can be very helpful for pointing responders in the proper direction. At the very least, this is the basic information we require.

But many of our customers go beyond these basic guidelines. This comes in the form of "special instructions" that we can provide to CMS. These special instructions can be anything that would help someone locate the property. For example, the special instructions might say "the yellow house on the corner" or "take a left upon entering the neighborhood". It is also crucial that any customer provides us with the gate code for their residence if they live in a gated community. Although special instructions are optional, they can be extremely valuable when emergency personnel are trying to find your home or business Remember, during a real emergency, every second counts!

One of our customers, Brett, recently shared a great idea with us. Brett installed large, easy-to-read numbers that illuminate at night on his mailbox. This way, any emergency response team that arrives at his residence will be able to quickly verify his house number. We think this is an excellent idea, and we encourage all of our customers to follow Brett's lead by making their homes easier to locate.

If you are new to alarm monitoring, or if you would like to update the special instructions on your CMS account, please do not hesitate to reach out to us! You can always email us at support@alarmgrid.com, or you can call us at 888-818-7728 from 9am to 8pm EST M-F.

We would also like to offer special thanks to Brett for allowing us to use his picture in this post. Thank you Brett, we are very proud to help keep you and Shadow the Cat safe!

Hi DIYers! A couple of weeks ago, we took an initial look at Alarm.com Siri Shortcuts. This function allows ADC users to control their security system and smart home automation devices through Siri voice commands. Today, we're taking a closer look at this new feature and what it provides.

Alarm.com Siri Shortcuts are available for any iOS device that is running Apple iOS Version 12. This includes iPhones, iPads, HomePods, the Apple Watch and even Apple CarPlay. They allow you to use voice commands through Siri to control basic system functions and to run any smart scene that has been set up with Alarm.com. If you haven't already created smart scenes, we recommend doing that before attempting to set up any Siri Shortcuts. This is because any created smart scenes will conveniently appear in the "Suggested Shortcuts" list for easy creation.

To get started, you will need to have the Alarm.com Mobile App downloaded for the device you want to use with Alarm.com Siri Shortcuts. If you do not have the app, it can be downloaded for free from the Apple App Store. From there, you will need to enable Siri Shortcuts. To do this, click on the settings icon (the gears), then "Siri Shortcuts", then "Edit" in the upper-right corner, and finally the button below the Edit button to share activity with Siri.

From there, you will be able to create your own Siri Shortcuts for use with Alarm.com. While this can be done from the settings menu on your iOS device, we have found that it is easiest to do this right from the Alarm.com App. If you scroll down, you will see all of the current Alarm.com Siri Shortcuts that have been set up. Please note that any Alarm.com Siri Shortcut will need to be custom-recorded before they can be used. This includes any basic system functions that are automatically suggested by Alarm.com. Some of the suggested actions for Alarm.com Siri Shortcuts include:

• Disarm
• Arm Away
• Arm Stay
• Home
• Away
• Sleep
• Wake Up
• Any Custom Scenes

Below the existing shortcuts are suggested actions can be set to trigger with a voice-activated Siri Shortcut. This includes basic system functions, such as arming and disarming, and any custom smart scenes that you have previously created. Remember, you may need to press the "Edit" button in the upper-right corner before you can begin creating Siri Shortcuts. Simply choose the action you want to use. For this example, we created a "CUSTOM SCENE" that disarms the system and unlocks a Z-Wave door lock. You will then be taken to a screen where you can record the Siri Shortcut. Press the Red Circle to record the command. You can say anything you want to trigger the shortcut. Finally, press "Done" in the upper-right corner to save the recording. Then press "Done" in the upper-right corner of the Alarm.com screen to save your new shortcut.

Once you have created your Siri Shortcut, simply activate Siri, and state the command you recorded earlier. Alarm.com will then perform the programmed action as through it had been activated through the ADC Mobile App. You can even perform these actions remotely so that you can use Siri and your own voice to control your alarm system and run smart scenes from virtually anywhere in the world. Overall, this is a super easy and user-friendly way to perform everyday actions right from your iOS device!

We're huge fans of this new feature, and we can't wait for you to get started so that you can get the most out of your Alarm.com system. If you have any questions about Siri Shortcuts, please do not hesitate to contact us at support@alarmgrid.com, or call us from 9am to 8pm EST M-F at 888-818-7728. We look forward to hearing from you!

Hi DIYers! Today, we are reviewing the Encore FireFighter FF345 and the Interlogix SLX-AD-T3 takeover listening modules. These are both listening devices that are used with life-safety sensors. They allow end users to easily integrate existing life-safety sensors with their alarm systems.

Obviously, a sensor can only work with a system if the system is able to detect signals that are sent out from the sensor. For many existing smoke detectors and carbon monoxide detectors, they may not be able to communicate successfully with a panel. This is often because they are hardwired building smoke detectors that aren't designed to integrate with a newly installed system. Or they could be standalone, battery-powered devices that do not send out wireless communication signals for communicating with a wireless receiver. In any case, these devices are unable to integrate with an alarm system through a conventional method.

However, a takeover module like the FF345 or the SLX-AD-T3 will allow these devices to be used as a part of a complete alarm system. The user will not need to change their existing smoke detectors or carbon monoxide detectors in any way. Instead, they can simply install an FF345 or an SLX-AD-T3 next to an existing life-safety sensor. They can then program the FF345 or the SLX-AD-T3 as though it were a regular life-safety sensor that is compatible with their system.

When their smoke detector or their carbon monoxide sensor is activated, it will still produce a sound to alert anyone in the building. The way that the FF345 and SLX-AD-T3 work is that they actively listen for this specific type of sound. Once the FF345 or SLX-AD-T3 hears the sound and realizes that the life-safety sensor has been activated, it will send an immediate alert to the panel. The system will then respond in the same way as if a programmed life-safety sensor were activated. If the user is monitored with a central station, this will usually mean automatic emergency dispatch.

Please note that only smoke detectors that produce a Temporal 3 sound and carbon monoxide sensors that product a Temporal 4 sound can be used with life-safety detector listening modules. Additionally, the Interlogix SLX-AD-T3 (FF319) can only listen for smoke detector modules that produce the Temporal 3 sound. You cannot use the SLX-AD-T3 with carbon monoxide sensors. However, the latest version of the FF345 will listen for both the Temporal 3 and the Temporal 4 sound. As such, the FF345 can be used with both smoke detectors and CO detectors.

Whether a user gets the FF345 or the SLX-AD-T3 will depend on what type of system they have. If their system supports 345 MHz sensors (e.g. Honeywell, 2GIG), they will get the FF345. If their system supports 319.5 MHz sensors (e.g. Interlogix/GE, Qolsys), they will get the SLX-AD-T3. But both sensors will provide the same great type of functionality and reliability.

Both the FF345 and the SLX-AD-T3 can be purchased from the Alarm Grid website. Get one to provide top-quality fire and carbon monoxide protection for your home or business.

Hi DIYers! Our YouTube Channel uploaded a sound clip that mimics the sound of breaking glass. This sound clip can be used to test various glass break detectors for proper function. This includes both external glass break sensors and the internal glass break sensor for the Qolsys IQ Panel 2.

Although this might just sound like a generic glass break effect, it was actually specifically designed for testing glass break sensors. It includes both the low-pitched "thud" of an object striking against the glass, as well as the high-pitched "shattering" sound that is most commonly associated with breaking glass.

In order to test one of your glass break sensors, start by putting your system on test mode with the central station. Next, pull up the YouTube clip on your phone, and set your phone's volume to its highest setting. Then play the clip in its entirety while you are within the detection range of your glass break sensor. If successful, the sensor will send an alert to the control panel to let it know that it has been activated. You might want to test the sensor from multiple locations to make sure that it will properly respond to glass breaking from different directions.

Keep in mind that if the glass break sensor does not activate during testing, it does not necessarily mean that your glass break sensor isn't working properly. It may just need to have its settings adjusted, or you may need to change its location. Also, it's very important to mention that we recommend using a conventional glass break simulator, such as a Honeywell FG701 or an Interlogix 5709C-W if possible. This sound clip is only alternative option if a user has no other way of testing their sensor. Although the clip should work well, it will not work as effectively as a legitimate testing device.

We hope this clip will be helpful for users who need to test their glass break sensors. If you need any help, please contact us at 888-818-7728 M-F from 9am to 8pm EST or email us any time at support@alarmgrid.com.

Hi DIYers! Today, we're taking a look at the VERSA-2GIG and VERSA-GE Door and Window Contacts. These are actually both Honeywell 5800MINI Sensors that have been reconfigured to communicate at different frequencies. They offer an affordable solution for monitoring doors and windows.

The VERSA-2GIG, VERSA-GE and 5800MINI all provide the same operation that a user would expect out of any standard door and window contact. The device functions using a sensor and an included magnet. The sensor should be mounted on the stationary portion of the door or window frame. The magnet should be mounted on the moving part of the door or window, within a half-inch of the sensor. Both can be mounted using screws or with double-sided foam tape. When the door or window is opened, the magnet will separate from the sensor. This will result in an internal reed switch inside the sensor being activated. The sensor will then know that the door or window has been opened, and it will send an alert to the security system.

The main difference between the VERSA-2GIG, VERSA-GE and the 5800MINI is the frequency at which each sensor communicates. The 5800MINI communicates at the 345 MHz frequency that is used with all Honeywell 5800 Series Devices. This makes it compatible with all Honeywell Systems (with compatible wireless receivers) and 2GIG Systems. The VERSA-2GIG operates at a similar frequency, but it is more like the 2GIG Sensors. The device will work with 2GIG Systems and the Honeywell Lyric Controller after receiving firmware update MR3. Both the 5800MINI and the VERSA-2GIG will work with the Qolsys IQ Panel 2 Plus with 345 MHz Daughterboard. As for the VERSA-GE, it operates at 319.5 MHz. This makes it compatible with the Interlogix/GE Systems and any Qolsys System with a 319.5 MHz Daughterboard. This includes the Qolsys IQ Panel 2 and IQ Panel 2 Plus with 319.5 MHz Daughterboard.

The only other difference between the two VERSA Sensors and the Honeywell 5800MINI is that the VERSA Sensors program in as Loop 2, while the Honeywell 5800MINI programs with Loop 1 when used as a contact. Also, the VERSA Sensors cost significantly less than the 5800MINI. This makes the VERSA Sensors the preferred option if both sensors are compatible with their system. Other than that they are the same sensor. Both devices measure in at 2.2"L X 1.0"W X 0.25"H. This makes them extremely discreet and unobtrusive once installed. And of course, the VERSA Sensors are extremely easy to program in with any compatible panel.

Both versions of the VERSA Sensors - the VERSA-2GIG and VERSA-GE - are available for purchase right now. And for users of a Honeywell LYNX Touch or Honeywell VISTA, the 5800MINI is still available as well. You can get all of these excellent sensors from Alarm Grid. Protect the doors and windows your home with these versatile and reliable sensors!

Hi DIYers! Our team is back with another video recap, this time for October 2nd through October 5th. It's a rather short video recap this time, but we have some fantastic videos from our support technicians Joe and Jorge. Let's check out what the video team has been up to this week.

Using a Phone Line with an Interlogix Simon XTi & XTi-5 Alarm System

Joe shows users how to use a phone line with an Interlogix Simon XTi and Simon XTi-5 Alarm Systems. The physical phone line input for the POTS (plain old telephone service) connection is found on the inside of these panels. An RJ31X is needed to complete the wiring process. This module comes included with both of these systems. Please note that Alarm Grid strongly recommends using cellular monitoring service over a POTS connection. This will require a compatible cellular communicator.

Enabling the Qolsys IQ Panel 2 Built-in Glass Break Sensor

Jorge explains how to enable the built-in glass break detector for a Qolsys IQ Panel 2 System. This system includes an integrated sensor that actively listens for the sound of breaking glass. We recommend setting this sensor to the lowest possible setting for avoiding any false alarms. The sensor can be enabled from the Installer Settings menu. The user will need to provide the Installer Code (1111) to access these settings. There will be a box to check for the user to enable the sensor. The user will then configure the settings for the sensor.

Can I Use Wired Contacts on a Qolsys IQ Panel 2?

Joe talks about how a user can use normally closed hardwired contacts with the Qolsys IQ Panel 2 System. The panel has inputs on its circuit board for supporting two hardwired contacts. If the user wants to set up additional contacts with their system, they will need to use a compatible wired to wireless converter. The hardwired contacts will connect directly with the converter, and the converter will send a wireless signal to the system on the behalf of these hardwired sensors. A great converter to use for this application is the Qolsys IQ Hardwire 16-S.

Checking the Firmware Version of a Simon XT

Jorge demonstrates how to check the firmware version for an Interlogix Simon XT System. It can be very important to check the firmware for this system, as it will need to be running version 1.3 or higher in order to support an Alarm.com Cellular Communicator. If the system is running a lower firmware version, then it will not be able to support the module, and it will not be able to connect with Alarm.com. The firmware can be checked right from the main menu of the system, and no codes are needed to see the revision number.

Discussion of Batteries in Sensors

Jorge talks about the batteries that are used in various wireless security sensors. A wireless sensor relies on battery power for being able to communicate properly with an alarm system. This is what allows them to stay running without having any wires connected with a wall outlet. The type of battery that a sensor will use generally depends on the size of the sensor and the type of power it needs. Two of the most popular batteries for security sensors are CR123A Camera Batteries and CR2032 Coin Cell Batteries. We recommend using lithium batteries for a maximum lifespan.

Honeywell 5800 Sensors and the Interlogix Simon XT?

Joe discusses how Honeywell 5800 Series Sensors can be used with the Interlogix Simon XT if a wireless translator is used. A wireless translator will take the 345 MHz signal from the Honeywell 5800 Series Sensor and translate it to 319.5 MHz. This will allow the sensor to be used with the Simon XT. Another option is to just use 319.5 MHz sensors with the system. This includes all Interlogix/GE Sensors all Qolsys Sensors, including the encrypted S-Line Sensors.

Managing Home Automation Devices in Total Connect 2.0 from a Tablet

Jorge explains how to manage smart home automation Z-Wave devices in the Total Connect 2.0 service by using a tablet. The user will first need to login to their Total Connect account. The user should then access the Automation Menu to obtain a complete view of all their programmed smart home devices. The user will then be able to control these devices as needed and set them up with any smart scenes. Please note that the user will need to have automation services included in their alarm monitoring plan in order to do this.

Hi DIYers! We're back with another video recap, this time for September 20th through 28th. We have seven new videos from our technicians Joe, Jorge and Dylan to teach our customers how to use their security systems. Let's take a closer look and see what the Alarm Grid team has been up to.

Honeywell 5800MINI vs Honeywell SiXMINICT

Jorge explains the differences between the Honeywell 5800MINI and the Honeywell SiXMINICT sensors. These are both door and window contacts that are manufactured by Honeywell. But the Honeywell 5800MINI is a 345 MHz Honeywell 5800 Series Sensor that will work with most Honeywell Systems and 2GIG Systems. The SiXMINICT will only work with the Lyric Controller. Also the SiXMINICT is encrypted, while the 5800MINI is not. The devices measure similar in size, but the 5800MINI is slightly smaller.

Interlogix Simon XT Overview

Jorge provides a comprehensive overview of the Interlogix Simon XT Alarm System. The device supports 319.5 MHz sensors from Interlogix/GE and Qolsys. The system supports up to 40 zones, which is plenty for most average-sized homes and smaller businesses. But a cellular communicator is needed to receive cellular monitoring. By adding a cellular communicator, the system will be able to connect with Alarm.com and support Z-Wave smart home devices. Being able to access Alarm.com can greatly add to the end user experience.

Connecting an Interlogix XTi or XTi-5 to WIFI

Dylan explains how the Interlogix Simon XTi and Simon XTi-5 cannot connect to a WIFI network. These systems do not have a compatible WIFI card for connecting to a WIFI network. Instead, these systems can only receive monitoring service through a phone line or a cellular connection. A cellular connection is greatly preferred because it offers much faster speeds and vastly superior reliability. A compatible Alarm.com cellular communicator is needed to use a cellular connection with these systems.

Wiring a 5883H to a VISTA Security System

Joe shows users how to wire a Honeywell 5883H Wireless Transceiver to a Honeywell VISTA Alarm System. The Honeywell 5883H will allow the user to use both one-way and two-way 345 MHz wireless devices with their Honeywell VISTA Panel. This includes standard alarm sensors, like door and window contacts and motion sensors, which typically use one-way communication. But it also includes add-ons that require two-way communication between the device and the system. Examples of two-way devices include keypads and wireless sirens. The 5883H will support as many sensors as the VISTA Panel supports.

Programming a Keyfob to an Interlogix Simon XT

Joe demonstrates how to set up a key fob with the Interlogix Simon XT. This is done by putting the system into its learn mode and then activating the key fob to learn it in. The system should recognize the key fob, and the user will then be able to configure its settings. This includes setting the Group Number for the sensor. Most key fobs use Group Number 1, but there are occasions to use Group Numbers 3, 6 or 7 instead.

Changing the Battery of an Interlogix Simon XTi & XTi-5

Dylan shows users how to change the battery for an Interlogix Simon XTi or XTi-5. These systems normally rely on a plug-in AC connection for power. The backup battery will be slowly storing electricity for when the power does go out. When an electrical outage occurs, the system will automatically switch over to its backup battery power to stay running. The backup battery will need to be replaced every few years for proper operation. But it should otherwise serve as a reliable source for backup power.

How Many Keypads Can I Add to a Honeywell VISTA-20P?

Dylan explains how many keypads a user can add to their Honeywell VISTA-20P Security System. The panel will support up to eight addressable keypads and up to four advanced user interface (AUI) devices. The first keypad a user will want to add is an alphanumeric keypad, like the Honeywell 6160RF. This will allow the user to perform deep-level programming for their system. From there, they may want to add additional keypads for easier access. One thing to remember with touchscreen AUI devices is that the Total Connect service itself counts as one of the four AUI devices.

Hi DIYers! Today we're taking a look at a classic Honeywell 5800 Series Sensor. The Honeywell 5820L Wireless Slim Line Door and Window Sensor is known for being one of the easiest to use and effective contacts around. Its slim profile makes it ideal for use with sliding doors and windows.

The 5820L provides the same function as virtually any wireless door and window sensor. But its long, thin profile makes it perfect for certain applications. The way that the sensor works is fairly standard. The sensor has an integrated reed switch, and it is installed alongside a separate magnet that comes included. When the door or window is opened, the magnet will separate from the sensor and cause the internal reed switch to activate. The sensor will then send an alert to the alarm system. As a 345 MHz sensor, the 5820L will work with most wireless Honeywell and 2GIG Panels. It will also work with the new Qolsys IQ Panel 2 Plus with 345 MHz daughtercard.

What separates the 5820L from other 345 MHz contacts is its slim profile. This makes it exceptional for use with sliding doors and windows where a smaller sensor is needed. Even better is that the sensor is extremely easy to install by mounting it with double-sided foam tape. This means that no drilling or nails are needed to securely mount the sensor. And since the device uses a single AAA battery with an average battery life of 10 years, keeping the 5820L powered is a breeze. The one downside to the sensor is that it features are relatively short wireless range of about 150 feet. But a user can effectively double this range to 300 feet with the use of a Honeywell 5800RP Wireless Repeater.

The Honeywell 5820L is available for purchase from Alarm Grid now. Protect your sliding doors and windows with this versatile sensor!

Hi DIYers! We're here with the Alarm Grid video recap for September 10th thru 17th. Our support technicians Joe, Dylan and Jorge are all back and here to teach you how to use your alarm system. We have seven new videos this time, with most of them focusing on the Interlogix Systems.

Disabling Chime on an Interlogix Simon XT

Dylan demonstrates how to disable the chime for an Interlogix Simon XT System. By disabling the chime, the panel will not produce any sounds when sensors are faulted. There is an option accessible from the main screen that is used with toggling the chime On and Off. If the option is set to Off, the chime will be disabled for the entire system. Alternatively, muting the system will also stop the panel from producing chimes. However, this will stop all system sounds, except for sirens.

Self Monitoring a Simon XT

Dylan talks about using a Simon XT with a self-monitoring plan. A self-monitoring plan means that the system is not connected with a central monitoring station. As a result, a user will be unable to receive automatic emergency dispatch. But a user will still be able to receive system alerts and notifications through text and/or email from Alarm.com. A user can take these notifications and contact the authorities when needed to keep their home or business safe.

Adding a Wireless Motion Sensor on an Interlogix Simon XTi

Jorge shows users how to add a wireless motion sensor to an Interlogix Simon XTi System. This is the same process that is used for enrolling a wireless sensor to an Interlogix Simon XTi-5 System. A motion sensor will actively search for any motion that is present in an area. If the device detects motion while the system is armed, an alarm will occur on the system. This makes these devices great for keeping the inside of a building protected and secured. The Simon XTi supports 319.5 MHz motion sensors.

Resetting an Interlogix Simon XTi and XTi-5 to Factory Defaults

Jorge demonstrates how to reset an Interlogix Simon XTi or XTi-5 System to factory default settings. Once the system has been defaulted, all programmed codes and sensors will be deleted. The Master, Installer and Dealer Codes will all be reset to the factory default values. All system settings will be restored to the default. A user will basically need to reprogram their entire panel after a factory default has been performed. Therefore, we usually only recommend a default if it is absolutely needed.

Adding Hardwired Zones to an Interlogix Simon XT

Dylan shows users how they can use hardwired sensors with the Simon XT System. There are a couple of ways that this can be done. The panel has two hardwired inputs for supporting two normally closed hardwired sensors. This is a great option if a user only needs to use a couple of sensors. The other option is to use a compatible wired to wireless converter. This is good for using several wired sensors. A good converter to use is the Qolsys IQ Hardwire 8 or 16.

Sensors Compatible with a Qolsys IQ Panel 2 Alarm System

Joe talks about which sensors can be used with the Qolsys IQ Panel 2. The standard IQ Panel 2 contains a wireless receiver for supporting 319.5 MHz sensors. This includes all Qolsys Sensors and Interlogix/GE Sensors. If Qolsys S-Line Sensors are used, then they will be encrypted. Additionally, the upgraded Qolsys IQ Panel 2 Plus can support 915 MHz PowerG Sensors, plus one type of legacy sensors. This depends on which legacy daughtercard is installed. There are legacy options for 319.5 MHz, 345 MHz (Honeywell 5800 Series & 2GIG) and 433 MHz (legacy DSC).

Demonstrating Installer Code & Dealer Code on a Simon XTi and XTi-5

Joe explains the differences between the Installer Codes and Dealer Codes on the Simon XTi and XTi-5 Systems. Both of these codes are set to 4321 out of the box. However, they can be individually programmed if desired. The Dealer Code can do a few things that the Installer Code cannot. These mostly deal with the dialer for the system. Other than that, these codes serve exactly the same purpose. We generally recommend leaving these codes set to their default of 4321 so that the user does not get locked out of programming.