September 2018 Archives

Hi DIYers! Today, we're taking a look at the 2GIG PANIC1-345 Panic Switch for use with the 2GIG GC2 and GC3 Alarm Systems. This device has many possible applications, but it is most commonly used as a medical alert device. It provides a quick and easy way to request emergency help.

It can be very concerning and scary to leave an elderly or disabled relative in their home alone. However, these people will often want to live as independently as possible and be able to take care of themselves. A panic switch like the 2GIG PANIC1-345 provides an ideal solution for these situations. If the user experiences a fall or medical emergency, they can quickly and conveniently get the help they need, even if nobody else is around.

The device can be conveniently activated by pressing and holding the large central button for 2 complete seconds. Having to press and hold the button prevents any false alarms from occurring due to accidental button prices. The red LED light on the device will activate after holding the button for 2 seconds, letting the user know that the signal has been successfully transmitted to the alarm system.

The PANIC1-345 is easy to set up with a 2GIG Go!Control GC2 or GC3 System as a medical alert device. This is usually a Sensor Type of (08) 24-Hour Auxiliary Alarm. With this setting, an alarm will be immediately sent out to the central station once the device has been activated. However, no siren or strobe will be set off during this time. The central station will then know to send out emergency medical dispatch to the residence immediately. Alternatively, the device can be programmed for police or fire dispatch if desired.

The device comes with a sensor clip and accessories for wearing the device as a wristband or lanyard. It is lightweight and water-resistant, allowing the user to keep it on their person at all times. This makes it perfect for users who might forget to put on the device after getting out of bed or bathing. However, the device should not be fully submerged underwater. But it is durable enough for reliable daily use. The battery inside the PANIC1-345 has a lifespan of about 2 years before requiring replacement.

The PANIC1-345 is available on the Alarm Grid website. Protect your loved one and help them live independently with this easy-to-use and convenient device.

Hi DIYers! As you know, we love the Qolsys IQ Panel 2 Alarm System. It is definitely one of the most robust and advanced security systems available on the market today. But a feature that is sometimes overlooked is the built-in glass break sensor that is integrated with the system.

The Qolsys IQ Panel 2 internal glass break sensor functions in basically the same manner as any other standalone glass break sensor. It will actively listen for the sound of breaking glass and trigger an alarm if it detects this type of sound while the system is armed. This is great for monitoring a window in case an intruder tries to break-in. Both the standard Qolsys IQ Panel 2 and the new Qolsys IQ Panel 2 Plus Systems contain this sensor.

The sensor must be activated from within the Installer Settings menu in order for it to be used. The internal glass break sensor is essentially treated as a wireless zone by the system. Once activated, the internal sensor will count towards the system's 128 available wireless zones. A user may want to keep this in mind if they use an extremely large number of sensors with their IQ Panel 2 System.

For the best possible detection, there should be no obstacles between the system and the window. The recommended distance between the panel and the window is from 3 to 15 feet. The internal glass break sensor will only be active when the system is armed and receiving power from its plug-in DC transformer. Depending on the sensor's programming settings, a user can set the glass break sensor to be active when the system is set to Arm Away only or both Arm Away and Arm Stay. Both "Low" and "Normal" Sensitivity options are available.

Both the IQ Panel 2 and IQ Panel 2 Plus Systems with an integrated glass break detector can be purchased from the Alarm Grid website. Protect your home or business with one of the world's best alarm systems!

Hi DIYers! Today, we're taking a look at the 2GIG SP1 Wireless Touchscreen Keypad for use with the 2GIG GC3 Security System. This keypad provides a secondary point of access for a GC3 Panel, and it offers virtually all of the same operation functionality and controls as the GC3 itself.

The GC3 System is already known for its bright colors and responsive touchscreen controls. This makes the system a joy to use for end users. But what if a user wants to control their system from a second location. That is where the 2GIG SP1 comes in. Previously, the only touchscreen keypad option was the 2GIG SP2. This was fine, but the SP2 didn't provide all of the features and conveniences available with the actual GC3 System. But the SP1 made it possible for users to get nearly all of the same functionality and performance out of their secondary keypad that they get out of their GC3 Alarm Panel. In fact, the only thing that the SP1 can't do is make changes to system programming.

At first glance, the SP1 and SP2 keypads might seem very similar. Both devices feature a 7-inch full-color touchscreen display, can be mounted on a wall or a desk (with 2GIG CP-DESK), WIFI connectivity, basic security controls, the ability to check current system and sensor status, bypassing capabilities, and chime functionality. This makes both devices highly capable secondary keypads. And if a user only requires basic functionality for a secondary controller, they will usually do just fine with the SP2.

But the SP1 goes above and beyond by offering features not available with the SP2. The SP1 is capable of voice annunciation for verbally announcing any zone that has been faulted. It also offers smart home automation control so that a user can control their Z-Wave devices directly from the keypad, without having to go to the GC3 System itself or pull up the Alarm.com Mobile App. This includes the ability to execute any Z-Wave Smart Scenes that have been established. The SP1 also provides the current weather data so that the user can get a quick look at the local forecast.

The SP1 and SP2 can both be purchased from the Alarm Grid website. Add a secondary keypad to your GC3 System and make your life more convenient!

Alarm Grid has received news from Honeywell that the iOS version of the Total Connect 2.0 Mobile App has recently been updated. This update brings a few new changes to the end user experience. Please note that these changes only apply to the iOS version of TC2, and not the Android version.

With the update, it is now possible to enable the Total Connect 2.0 Alexa Skill for Amazon Alexa devices directly from the Total Connect 2.0 iOS Mobile App. Previously, this had to be done through the Alexa App. This will make it more convenient for users who are setting up an Alexa device to work with TC2.

Face identification and touch identification are now both available options for logging into the TC2 iOS Mobile App. The respective option must be enabled from within the settings menu of the app. Many users will prefer this login option over having to enter in their TC2 password.

The Locations Menu now displays the current security status for all of the locations associated with the user's Total Connect account. This will make it easier for a user to get quick information regarding the status of any particular system.

Honeywell also says that this update will offer various stability improvements and bug fixes. Overall, this update should provide a more pleasing experience for end users. If you have any questions about this update, please contact us at support@alarmgrid.com, or call us at 888-818-7728 from 9am to 8pm EST Monday thru Friday.

Hi DIYers! Today, we're highlighting another outstanding PowerG accessory, the DSC PG9911B. This is a wireless outdoor siren that offers impressive functionality and tremendous versatility, while still being remarkably easy to use and set up. it is one of the best sirens available today.

Traditionally, adding a siren to an alarm system wasn't necessarily an easy task. Most sirens had to be hardwired to the system and set up with a power supply and relay. Wireless sirens made the installation process much easier, as they only need to be mounted and programmed with the panel. But unfortunately, the initial wireless sirens didn't offer the same performance as hardwired sirens. And many of them couldn't be used outdoors.

But the DSC PG9911B proves that it is possible for a wireless siren to be both powerful and versatile. The PG9911B packs a serious punch with its 110 dB noise rating. This is about as loud as your average rock concert. Everyone will hear this siren activate, even in a large industrial complex. Bottomline, it is powerful. This makes the PG9911B excellent for increasing the volume of your current setup.

Also included with the DSC PG9911B is blue strobe light for providing visual indication of an alarm event. The strobe is extremely bright, and it grabs the user's attention to let them know that there is a serious problem that requires them to evacuate immediately. This is great for letting any hearing-challenged occupants know about the alarm occurrence. It makes the perfect complement to the 110 dB sounder.

And like any PowerG device, the versatility of the PG9911B second-to-none. It has a direct line-of-sight signal range of roughly 2 kilometers. That's more than 6,500 feet away from the alarm system! If that's not enough, the range can be effectively doubled with the DSC PG9920 Wireless Repeater. Since all PowerG devices are protected by 128-bit AES encryption the PG9911B is nearly impossible to hack or take over. It is indeed one of the most secure wireless devices available today. And its IP55 waterproof rating will allow it to stand up to whatever nature can dish out.

The DSC PG9911B Wireless Outdoor Siren can be used with any PowerG-compatible alarm system. This includes the all-new Qolsys IQ Panel 2 Plus. You can purchase the DSC PG9911B from Alarm Grid now. Get yours and boost the siren for your system!

Hi DIYers! We missed the last video recap with the Labor Day holiday. So we've got an extra large update for you this time! Joe, Jorge and Dylan are back, and they are ready to help you get the most out of your security system. Let's take a look at the newest how-to videos from Alarm Grid!

Honeywell VISTA vs Honeywell Lyric Alarm System

Joe explains the differences between a Honeywell VISTA System and the Honeywell Lyric Controller. A Honeywell VISTA System and the Lyric Controller are both Honeywell Alarm Panels, and they can both be used with Total Connect 2.0. The biggest difference between these panels is that the Lyric is an all-in-one wireless system, while VISTA Systems are hardwired. This means that a VISTA System will require an external keypad for operation and a wireless receiver for supporting any wireless sensors.

What Is Bypassing a Zone on a Security System?

Dylan shows viewers how to bypass zones on Honeywell Security Systems. Bypassing a zone will have specified zones on the system remain inactive while the rest of the system is armed. This can be useful for when a user doesn't want a particular sensor to cause an alarm on the system. For instance, if a user is arming away, but they want to leave a window open, they might bypass the door and window contact that is used with that particular window.

How Does Crash & Smash Work?

Joe discusses "Crash & Smash" and how it is used with Alarm.com. An alarm system must be set up with a central monitoring station to use Crash & Smash. If an intruder breaks into a building and destroys the alarm system, then Crash & Smash will allow an alarm event to still occur. With Crash & Smash, Alarm.com knows that either a disarm signal or an alarm event must occur after a system has been activated. If neither event occurs, then ADC will recognize that the system must have been destroyed, and emergency dispatch will be sent out.

Can I Convert My Wired Honeywell System to be Wireless?

Joe talks about having a hardwired Honeywell VISTA System work with wireless sensors. By adding a compatible wireless receiver, a Honeywell VISTA System can communicate with wireless Honeywell 5800 Series Sensors. It is also possible to take wired sensors and connect them with a compatible wired to wireless converter, like the Honeywell 5800C2W. Then, as long as the VISTA has a wireless receiver, the hardwired sensors can be used with the VISTA as wireless sensors. This can eliminate the need for running wires across the entire building.

Does a 2GIG GC3 Require an Internet Connection?

Joe discusses how a 2GIG GC3 does not necessarily require an internet connection for alarm monitoring. The 2GIG GC3 can communicate with Alarm.com and a central monitoring station through a cellular connection. Cellular connectivity is required for a GC3 System to receive monitoring service. A cellular communicator must be added to the GC3 for this purpose. But the GC3 can still connect to WIFI for a dual-path communication setup. The system comes included with a built-in WIFI card.

Can I Use a 2GIG GC3 Without Alarm.com?

Joe explains how Alarm.com is required for the 2GIG GC3 to receive monitoring service. However, the system can be used as a local sounder without Alarm.com. This will still allow the system to activate a siren during an alarm event. This can be useful for letting building occupants know about an alarm. But without Alarm.com, the GC3 System will have no way of alerting off-site users or requesting automatic emergency dispatch from a central monitoring station.

Capabilities of the Lyric SiXSIREN Video

Joe goes over the functions and features of the Honeywell SiXSIREN. This is an external siren that is designed exclusively for use with the Honeywell Lyric Security Controller. The wireless siren can be mounted in a separate location from the panel to provide an alarm notification to a second part of the building. Both the SiXSIREN and the Lyric internal siren operate at a 85 dB, so a SiXSIREN won't make the alarm louder. But it can be good for spreading the alarm across a larger area. The SiXSIREN LED light provides visual indication of an alarm.

Changing the Installer Code on a LYNX Touch Security System

Joe explains how to change the Installer Code on a Honeywell LYNX Touch Alarm System. We usually advise users to keep their system Installer Codes at their default. This way, if a user ever forgets their Installer Code, they can look up the default Installer Code and get back into programming. But if a user changed their Installer Code and forgot it, then they would have to use the backdoor method to get back in. However, it is still possible to change the Installer Code for a LYNX Touch if desired.

Using Simon XTi with Total Connect

Dylan explains how the Interlogix Simon XTi cannot be used with Total Connect 2.0. The Total Connect 2.0 service is designed for Honeywell Systems only. The Simon XTi is manufacturer by Interlogix, and it is not compatible with Total Connect. Instead, the Interlogix Simon XTi can be used with the Alarm.com service. Alarm.com will offer similar functions and features as Total Connect 2.0. A cellular connection is required for the Simon XTi to be used with Alarm.com.

How Do You Delete a Honeywell Wireless Device?

Jorge shows users how to delete wireless sensors from their Honeywell Alarm Systems. This is done through system programming. A user will need to know the system's Installer Code to access programming. The default Installer Code for almost all Honeywell Systems is 4112. Once a wireless sensor has been deleted, it will need to be reprogrammed if the user wants to use that sensor with the system. A deleted sensor will no longer send alerts or notifications to the alarm system.

How Do I Enable the Receiver in a 6160RF?

Joe demonstrates how to enabled with wireless receiver inside a Honeywell 6160RF Keypad that is used with a Honeywell VISTA Alarm Panel. This is necessary for using wireless sensors with the system. Not only can the 6160RF be used as a primary controller for a VISTA System, it also provides a functional wireless receiver for the system. Once the wireless receiver for the 6160RF has been enabled, wireless sensors can be learned-in using the keypad. But it is important to remember that each VISTA System can only support a limited number of zones.

Resetting an Interlogix Simon XT to Factory Defaults

Jorge shows users how to reset the Interlogix Simon XT System to factory default settings. Defaulting the Simon XT will delete all sensors from the system, and it will clear any user codes that have been set up. Both the Installer Code and the Master Code will be restored to their default values. Because any sensor will need to be reprogrammed, we only recommend defaulting the system if it is absolutely needed. But defaulting the system can be useful in certain situations.

How Do I Un-Bypass a Bypassed Zone on a Honeywell System?

Jorge demonstrates how to un-bypass a zone that is currently bypassed on a Honeywell System. A bypassed zone will remain inactive when the rest of the system is armed. By un-bypassing a zone, the zone will once again be active when the system is armed. The advantage to bypassing and un-bypassing later is that the user will not have to delete the sensor and reprogram it later. They can simply bypass the sensor and then un-bypass it later, and the sensor will work perfectly with all of the settings still programmed.

Hi DIYers! Some of the most important sensors used with alarm systems are passive infrared (PIR) motion detectors. When installed properly, these devices do an excellent job of detecting any motion that can occur inside a home or business. They are critical for a complete security setup.

But while motion sensors provide many great benefits for alarm systems, they are also some of the most prone to experiencing problems and issues. These problems are usually the result of PIR motion sensors being mounted poorly and/or in unsuitable locations. Problems may also occur if a motion sensor is ever used in an improper application or setting for its intended use.

By obtaining a better understanding of motion sensors and how they operate, a user is less likely to experience reoccurring problems with their PIR motion sensor. Just a few tips and general guidelines need to be followed. It all comes down to installing the motion sensor correctly, selecting a good location for the device and choosing the correct type of PIR sensor. If these three tips are followed, then a motion sensor will be much more likely to work properly.

First, it's a good idea to understand what a motion detector is trying to accomplish and how it works. The goal of a good motion sensor is to detect the motion of a human intruder, while also ignoring unimportant sources of motion, like a ceiling fan, curtains or a pet. But this is easier said than done. If a motion is too sensitive, then false alarms will occur. But if it isn't sensitive enough, then it won't detect intruders.

A PIR motion sensor works by taking a reading of the infrared (IR) energy in a room and detecting any significant changes in IR energy that occur. All people, animals and objects give off some amount of IR energy. When a person, animal or object comes into the field of view of the motion sensor, it causes a change in detected IR energy. Once the motion sensor has detected enough of a change, it will send an alert to the alarm system to let it know that motion is present. The alarm system will then respond accordingly based on the programming settings.

But most users wouldn't want a motion sensor to activate because of very tiny changes in IR energy. This would cause too many false alarms on the system. That is why motion sensors usually have sensitivity levels that can be adjusted through an adjustable pulse count. The pulse count determines how large of an area needs to experience a change in IR energy before the motion will activate. A higher pulse count will mean that a wider change in IR energy is needed to activate the motion detector, thereby making the sensor less sensitive. Likewise, a lower pulse count will increase the sensitivity. Many motion sensors also have lenses that can be swapped out to provide the optimal view for the device.

But it's important to remember that a PIR motion sensor will only work if it can "see" the movement. That is why it is critical that a motion sensor is mounted at a height where it can properly detect a human intruder. A hypothetical scenario is to imagine a motion sensor that is mounted too high up. In that case, a person could just duck down and move below the field of view without setting off the motion sensor.

Most motion sensors are mounted at a height of about 6 to 8 feet high. This should allow the device to detect any human moving in the room. For optimal coverage, we generally recommend mounting motion sensors in the corner of a room. But mounting height becomes even more important for "pet-friendly" motion sensors. The goal of a pet-immune motion sensor is to detect the motion of a human walking upright, while still ignoring the motion of a small animal walking close to the ground.

Users should realize that pets can still set-off pet immune motion sensors, even if the pet is within the suggested weight limit. But the goal is to prevent this from happening. By setting up the motion sensor correctly and by making it impossible for the pet to get within the field of view (FOV) of the motion sensor, false alarms are much less likely to occur because of the activities of pets.

If a user intends on using a PIR motion sensor in a home with pets, they should first make sure their PIR motion detector offers pet-immunity. A pet-immune motion sensor features a lens that is designed to detect the motion of a human walking upright, while ignoring the movement of pets closer to the ground. If a motion does not have this special type of lens, then it will still see a pet moving throughout the room.

Second, a user should make sure that their pet is within the listed weight limit of the motion sensor. The idea here is that pets that weigh more are usually larger in size. So if a dog is 60 pounds, it is estimated that it will be large enough to set off a pet-friendly motion sensor for pets rated for up to 40 pounds. Of course, the pet-immunity values provided from motion sensor manufacturers are rough estimates. But these values should still be taken into account when planning.

Third, the motion sensor should be mounted at a proper height. It will need to be at a height where it can still detect the movement of a human, while ignoring the movement of a pet closer to the ground. Generally speaking, 7.5 feet high is a good height for accomplishing this. But this height can vary for different sensors. Also, the motion sensor should be mounted at a proper angle. If it is facing at too low of an angle, a pet might still set it off.

Finally, the motion sensor should not be facing any "obstacles" that a pet could climb on top of to get within the FOV of the sensor. Even if the motion sensor is mounted at a good height and at a proper angle, a pet can still manage to set it off if it is able to get up high enough. For example, a pet could climb on top of a sofa or walk up the stairs and get within the motion's FOV. For that reason, motion sensors shouldn't be mounted facing furniture or a stairway if pets are present.

There are also a few general guidelines that a person should follow when choosing a location for a PIR Motion. Remember, these devices respond based on changes in infrared energy. By installing a PIR motion near a vent or an air duct, the flow of hot or cold air could result in false alarms. A similar principle can be applied for appliances such as stoves and refrigerators. It is also advised that users do not install motions facing windows, as heavy sunlight could cause the device to activate. Additionally, motion sensors tend to work poorly in environments such as bathrooms, garages and attics, since they tend to feature high levels of humidity and/or dust. A user should also avoid mounting a motion sensor facing a moving ceiling fan or curtains, as this may result in false alarms.

Some users may also overlook the type of PIR motion sensor that is being used. Not all motion sensors are created equal, and there are many types of possible applications. For one, there are residential versus commercial motion sensors. Residential motion sensors are typically less sensitive and better-suited for homes and apartments. Pet-immunity features are usually only found on residential motion sensors. On the other hand, commercial motion sensors are usually more sensitive and feature lower pulse counts. A commercial motion sensor will also typically feature a larger FOV, making it more suitable for commercial settings.

Another common issue is to use an indoor motion sensor in an outdoor setting. Outdoor rated devices feature rugged exterior casings that protect the devices from exposure to rain, wind, dust and extreme temperatures. If a user tries to use an indoor motion sensor in an outdoor setting, then it is very likely that the device will become damaged due to environmental exposure. And while a user can use an outdoor motion sensor indoors, this is usually not recommended because outdoor motions are considerably more expensive. Make sure that the motion you use is suitable for the desired environment.

Following these tips will help ensure that your PIR motion sensor works properly and doesn't cause you problems. When used properly, these are great devices that do an excellent job of keeping homes and businesses secure. You can buy motion sensors of all types on the Alarm Grid website!

Hi DIYer! As you probably know by now, we're huge fans of PowerG Sensors. We figured it was time we started highlighting some of the best equipment from the PowerG sensor lineup. And what better place to start than an excellent door and window contact? Today, we present the DSC PG9975.

There are many reasons to be impressed with PowerG technology. Most notable is the insane range of PowerG Sensors. In open air, a PowerG Sensor will communicate from up to two kilometers away from the alarm system. This is roughly four times the range of a traditional wireless sensor. And since they are protected by 128-bit AES encryption, PowerG Sensors are extremely secure and almost impossible to take over.

The PG9975 fits these functions into an ultra-thin device that is less than 8 millimeters thick. The full dimensions for the device in inches are 2.45"" x 1"W x 0.3"D. This makes the PG9975 extremely unobtrusive when used. It's no wonder that it is often referred to as a "vanishing" door and window sensor; you won't even know it's there! The device can be easily mounted with screws or with the double-sided foam tape that comes included. No installation tools are needed if using double-sided foam tape. Also included is a 3V CR2032 lithium battery that has an average life of three years.

The sensor operates in virtually the same manner as any other door and window contact. The sensor is installed on the door or window frame, and the included magnet is secured on the door or window itself within a quarter-inch of the sensor. When the door or window is opened, the magnet will separate from the sensor. This will cause a reed switch inside the sensor to activate, telling the sensor to alert the system. The system will then perform the programmed Response Type for that zone.

As a PowerG Sensor, the DSC PG9975 communicates at a wireless frequency of 915 MHz, and it will work with any compatible alarm system. This includes the brand-new IQ Panel 2 Plus. You can purchase the DSC PG9975 from Alarm Grid. Get yours today!

Intro to the 2GIG GC2

The 2GIG Go!Control, also referred to as the GC2, is an incredibly versatile security panel with many uses and capabilities. But as an alarm system, its main function consists of interacting with a variety of different sensors. Each sensor is programmed with the GC2 System individually. The system can readily interface with a large number of wireless sensors as needed. However, the sensor programming process for the GC2 System is a little different from most other wireless security panels. This guide will help you with every step necessary to get sensors up and running with a 2GIG GC2 Alarm System.

The Panel - Basic Information

Before attempting to program a 2GIG GC2 Panel, it is helpful to know a little bit about the system. The GC2 is an all-in-one alarm system with a built-in 3.75" by 2.25" touchscreen controller. This makes it easy for the user to navigate between menus and make programming adjustments. The panel includes an integrated wireless receiver, allowing any sensor with a wireless frequency of 345 MHz to interface with the system. This is famously the same wireless frequency used by Honeywell 5800 Series Sensors. This means that any Honeywell 5800 Series Sensor and any 2GIG Sensor can communicate with the system. Finally, the GC2 Panel provides 60 different wireless zones for setting up wireless sensors with the system. It also includes two built-in hardwired zones and a Z-Wave controller for smart home devices.

Accessing System Configuration - Zone Programming

In order to set up any wireless sensor with a GC2 System, the user must access the System Configuration Menu. The System Configuration Menu is also sometimes referred to as Zone Programming. This menu serves as the primary hub for learning-in new sensors. Accessing this menu is key for setting up a GC2 Panel.

To access System Configuration, start from the home screen of the GC2 System. Press the Go!Control icon in the bottom-right corner of the screen. Then enter the Installer Code for the system. The default Installer Code for a GC2 Panel is 1561. We recommend keeping the Installer Code at the default so that you do not become locked out of programming later. After entering in the Installer Code, choose the option "System Configuration". This will take you to the System Configuration Menu.

Navigating System Configuration - Selections, Questions and Sub-Questions

The System Configuration screen (shown in the picture below) consists of a numerical keypad, four arrows, and buttons labeled "go to", "skip", "sum", "esc" and "end". Depending upon the current selection, different buttons may be available. The system uses question-based programming that may seem a little confusing to new users. But once you know how to navigate this menu, the process becomes more intuitive. A good way to think about this is that each "Question" represents a different menu option for the GC2 System

When navigating the System Configuration menu, you should always pay attention to the "Question" at the top of the screen. This is indicated by the letter Q, followed by a number, and then the current menu option (Question). Checking this information will let you know what setting you are currently configuring. For example, the first Question is as follows:

Q1: Select RF Sensor # (1-48, 63-74)

For this Question, you are choosing the wireless zone that is being configured. A zone can be assigned a wireless zone numbered 1 through 48, or 63 through 74. The white rectangular box below the Question shows the current selection.

Pressing the right and left arrows will allow you to navigate between different possible selections for that Question. For example, let's say that you are on Q1: Select RF Sensor # (1-48, 63-74), with a current selection of (02). Pressing the right arrow will take you to the next possible selection of (03). Pressing the left arrow will take you to the previous possible selection of (01). Keep scrolling through the possible selections until you reach the one needed. You will stay within the same question while doing this.

Alternatively, you can also use the numerical keypad on the left to put in the digits associated with the desired selection. For example, if you are on Q1: Select RF Sensor # (1-48, 63-74), entering in "05" will automatically adjust the current selection to (05). This can be a quick way to make a selection, without having to manually scroll between different options. Again, you will stay within the same question.

Within Questions numbered 1 through 4 on the GC2 System, there are various Sub-Questions. These Sub-Questions are used to provide additional options for the menu selection that is being programmed. Pressing the up and down arrows will take you to a different Sub-Question for the current setting that is being configured. A Sub-Question can be identified by having no number following the letter Q. Pressing the down arrow will take you to the next Sub-Question. Pressing the up arrow will take you to the previous Sub-Question within the sequence.

Please note that in some cases, pressing the up or down arrows will simply take you to the next Question in the sequence, rather than a Sub-Question. That is why it is always important to keep a close eye on the current Question at the top of the screen when programming a GC2 System. Remember, you will only have to consider Sub-Questions for Questions 1 through 4 on the system.

There also other ways to navigate between Questions. Pressing the "skip" button will automatically take you to the next Question in the sequence. For example, if you are on Q4, pressing the "skip" button will take you to Q5. Please note that the "skip" button will no longer be available for Q5 onward. At this point, pressing the down arrow will take you to the next Question in sequence. The "skip" button is removed for Question 5 onward due to the fact that these Questions have no available Sub-Questions. Instead, pressing the down arrow accomplishes the same goal.

You can also press the "go to" button to manually enter a 2-digit Question number and be taken to that Question. A single-digit Question number will be entered with a 0 in front of it - e.g. 07 for Q7. Please note that there are a total of 97 possible Questions on a 2GIG GC2 System. Entering in a 2-digit Question number higher than 97 (98 or 99) will take you to Q97. There is also a Q0 on the system for Question 0.

Using Question 1 to Learn-In Wireless Sensors

With 97 different Questions available on a GC2 System and various Sub-Questions available as well, programming a GC2 System can certainly seem intimidating at first glance. But fortunately, the vast majority of sensor programming is accomplished through Question 1 and its set of Sub-Questions. This makes learning-in a new sensor with the system a relatively easy process. To thoroughly explain the process, we will go through Question 1 and its Sub-Questions in their entirety.

As explained in the previous section, the main selection of Question 1 involves choosing RF Sensor Number, also called the Zone Number. A Sensor Number of 1 through 48 or 63 through 74 can be selected, for a total of 60 possible wireless sensors. Enter in the 2-digit Sensor Number to choose which Zone Number you will be working with. Once you have made the selection, you can press the down arrow to move on to the first Sub-Question of Question 1.

Setting the Sensor Type

The first Sub-Question is the Sensor Type, which might also be called the Response Type. There are many options available. You can scroll between different options by pressing the right and left arrows. We will now go through each and every one:

(00) Unused - This means that no sensor is being used for that Sensor Number. In other words, this wireless zone is open.

(01) Exit/Entry 1 - If the sensor is activated while the system is armed stay or armed away, then the system must then be disarmed within the system's entry delay 1 period (set in Question 6 of programming). If the system is not disarmed within this time period, an alarm will occur.

(02) Exit/Entry 2 - If the sensor is activated while the system is armed stay or armed away, then the system must then be disarmed within the system's entry delay 2 period (set in Question 7 of programming). If the system is not disarmed within this time period, an alarm will occur.

(03) Perimeter - If the sensor is activated while the system is armed stay or armed away, an instant alarm will occur.

(04) Interior Follower - If the sensor is activated while the system is armed away, an instant alarm will occur, unless an Entry/Exit zone was activated first. If the system is set to armed stay, then the sensor will be bypassed and unable to cause an alarm.

(05) Day Zone - If the sensor is activated while the system is armed stay or armed away, an instant alarm will occur. Additionally, if the sensor is activated while the system is disarmed, a trouble condition will occur.

(06) 24-Hour Silent Alarm - If the sensor is activated, an instant alarm will occur. However, no siren or strobe will occur on the system. This will always occur, regardless of whether the system is armed or disarmed.

(07) 24-Hour Audible Alarm - If the sensor is activated, an instant alarm will occur. Any siren that has been set up with the system will activate. This will always occur, regardless of whether the system is armed or disarmed.

(08) 24-Hour Auxiliary Alarm - If the sensor is activated, the system sounder will activate, and an instant alarm will occur. However, any external siren or strobe programmed with the system will not activate. This will always occur, regardless of whether the system is armed or disarmed.

(09) 24-Hour Fire - If the sensor is activated, an instant alarm will occur. Any siren that has been set up with the system will activate. This will always occur, regardless of whether the system is armed or disarmed.

(10) Interior with Delay - If the sensor is activated while the system is armed away, then the system must be disarmed within the system's entry delay 1 period (set in Question 6 of programming). If the system is not disarmed within this time period, an alarm will occur. If the system is armed stay, then the sensor will be bypassed and unable to cause an alarm.

(14) 24-Hour Carbon Monoxide - If the sensor is activated, an instant alarm will occur. Any siren that has been set up with the system will activate. This will always occur, regardless of whether the system is armed or disarmed.

(16) 24-Hour Fire with Verification - If the sensor is activated twice within a two minute period, or if the sensor is activated and remains activated for 30 straight seconds, an instant alarm will occur. Any siren that has been set up with the system will activate. This will always occur, regardless of whether the system is armed or disarmed.

(23) No Response Type - The sensor will not be able to cause any system events, including alarm conditions. However, the sensor can still be monitored by a central station, and activity alerts can still be sent to Alarm.com.

(24) Silent Burglary - If the sensor is activated while the system is armed stay or armed away, a silent alarm will occur. A distress signal will be sent out to a central station. However, the system sounder, along with any sirens or strobes, will not activate.

Upon setting the Sensor Type, you can press the down arrow to move on to the next Sub-Question.

Setting the Equipment Type

The options available for the next Sub-Question of Q1 will depend upon the Sensor Type that was selected in the previous Sub-Question. In some cases, you will be prompted to choose a specific equipment code. You can use the right and left arrows to scroll through the possible selections.

For other Sensor Types, you may be asked to select a generic equipment type, such as a contact or a motion. The selections available will depend on the Sensor Type that was chosen.

Once you have made the appropriate section, press the down arrow to move on to the next Sub-Question.

Setting the Serial Number

The serial number is a 7-digit code that is unique to each individual sensor. The serial number is usually located somewhere on the sensor, and it can be manually entered into the system. However, we strongly recommend auto-enrolling any sensor to have the serial number learned-in automatically. Not only will this prevent you from mis-entering the serial number, it will also ensure that the sensor is able to communicate properly with the GC2 System.

To auto-enroll the sensor, first press the "shift" key. Then press the "learn" key that will appear on the left side of the screen. You will be taken to a screen titled "Activate a sensor to learn its ID", along with the message "Waiting for RF sensor # transmission...". From this screen, activate the sensor you want to learn-in.

The process for activating the sensor will depend on the type of sensor that is being used. For example, a door and window contact will require you to separate the sensor from its magnet, while a smoke detector will have you activate the device's tamper switch.

Once the sensor has been detected, its Type and ID Number will be displayed on the screen. Verify that the information is correct, and press the OK button in the bottom-right corner of the screen. Then press the down arrow to move on to the next Sub-Question.

Continue Programming the Sensor

As you continue to move through the various Sub-Questions, you be able to apply various programming settings for the sensor.

Equipment Age has no affect on the performance of the sensor. The idea is that you can choose 0 if the sensor is brand-new, and 1 if the sensor was used previously. Either selection will work just fine.

The Loop Number is important for ensuring that the sensor performs as it should. Many sensors can perform multiple functions by setting a different Loop Number for the device. Check the manual for the sensor to determine which Loop Number should be used.

The Dialer Delay option determines whether or not dialer delay will be enabled for the sensor. This feature instructs the sensor to delay the process of sending out a notification signal to the user or a central station. Setting this option to 0 will have Dialer Delay disabled, while setting it to 1 will have the feature enabled. A user can set the Dialer Delay for their GC2 Panel by going to Question 35 of System Configuration. Selections of 15 seconds, 30 seconds and 45 seconds are available.

Setting the Voice Descriptor

The Voice Descriptor is the audio annunciation the system will use to verbally identify the sensor. The GC2 Panel includes a built-in voice function that it uses to read out the Voice Descriptor for any given sensor. The Voice Descriptor for a sensor is determined by choosing a set of preprogrammed words for the panel to read out. Up to five individual words can be applied to a single Voice Descriptor. Because of the amount of options available setting the Voice Descriptor can seem challenging at first. But the process is actually very simple.

To add a new word to the Voice Descriptor, press the "insert" button. With a word highlighted, you can the choose the desired word in one of two ways. You can either use the left and right arrows to scroll through the list of available words. Or you can also enter in the 3-digit code for any given word to have that word applied. Once you have entered the 3-digit code, the new word will automatically replace the highlighted one. The entire list of available words and their respective 3-digit codes is available on pages 38 and 39 of the 2GIG GC2 Programming Guide.

Remember, any additional words that you plan on including for the Voice Descriptor must be added by pressing the "Insert" button. To scroll between words, press the "fwd" button to move to the right, and press the "back" button to move to the left. To delete a word, highlight the word you want to delete, and press the picture of the box with an X in it.

Once you have finished setting the Voice Descriptor, press the down arrow to move on to the next Sub-Question in the sequence.

Setting the Final Sensor Options

The Sensor Reports option will determine whether or not the sensor will send out a report to a central station in the event that it causes an alarm. Set Sensors Reports to 0 for disabled and 1 for enabled. If you want the sensor to send a signal to a central station, this option should be set to 1 for enabled.

The Sensor Supervised option determines whether or not the GC2 System will periodically look for check-in signals from the sensor. If the Sensor Supervised option is enabled, the system will experience a trouble condition if the sensor is ever unable to communicate with panel. This could be caused by the sensor being taken out of range of the panel or by a dead battery on the sensor. However, even if Sensor Supervised is disabled, the GC2 System will still alert the user about a low sensor battery and for an activated tamper cover.

The Chime option is used to set an audible alert that will emit from the system whenever the sensor is activated. The Chime will play whenever the sensor is activated, even if no alarm is set to occur. You can use the right and left arrows to scroll between different Chime options. Any Chime with voice will have the Voice Descriptor spoken when the sensor is activated.

Finish Programming the Sensor

After pressing the down arrow from the Chime setting, you will be taken to a summary screen where you can view all of the selections you made for the configurations for that sensor.

Use the up and down arrows on the right side of the screen to view all of the selections. Use the left and right arrows in the bottom-left corner of the screen to scroll between the summary screens for different RF Sensors on the GC2 System (1-48 and 63-74).

Press the "edit current" button to make changes to the RF Sensor that is currently selected. Press the "edit next" button to make changes to the next RF Sensor in the numerical sequence.

Press "skip" to continue on to Q2: Select Wired Sensor # (1 to 2), which is used for programming the two hardwired zones that can be set up with the GC2 Panel.

Save Your Changes

If you are finished programming, press either of the "edit" buttons or the "skip" button. Then press the "end" button in the bottom-right corner of the screen. You will be taken to a summary screen that shows all of the current settings for Questions 5-97 in System Configuration. You can use the up and down arrows on the right side of the screen to review these settings. Pressing the "back" button in the bottom-left corner of the summary screen will have the system return to the System Configuration Menu so that you can make any additional changes that are necessary.

To finish and save your changes, make sure that the box next to "save changes" is checked. If it isn't, click on the box to apply a yellow checkmark next to the "save changes" setting. Then press the "exit" button in the bottom-right corner of the screen. The GC2 System will automatically reboot. Upon reloading, all of the changes that were made in the System Configuration Menu will be automatically applied and taken into effect.

Hi DIYers! We would like to inform you that the Alarm Grid office will be closed on Monday September 3rd in recognition of Labor Day. During this time, we will not be answering our phones or checking our support email. We will resume our normal business hours on Tuesday September 4th.

If you require any assistance during this time, please send an email to support@alarmgrid.com, and we will respond as soon as we receive the message on Tuesday. You may also call us at 888-818-7728 on Tuesday from 9am to 8pm EST.

We would like to wish everyone a Happy Labor Day. We hope that everyone stays safe, and we look forward to providing you with continued support in the future!