Garage Door Alarm Sensors Posts

Update! Although this product has been discontinued and will no longer be manufactured, Alarm Grid has managed to obtain a small amount of stock, so the 5877 is currently still available for purchase on our site, but for a limited time.

We have learned that the Honeywell 5877 Garage Door Relay has been discontinued, effective immediately. This leaves the Honeywell Lyric and the Honeywell LYNX Touch Panels with no viable option for a smart garage door controller. The associated Honeywell GDCK Kit is also discontinued.

The Honeywell 5877 was widely seen as one of the most important automation accessories for the Lyric and LYNX Touch Systems. Thanks to this module, a user could integrate their garage door motor with their wireless Honeywell Alarm System and the Total Connect 2.0 platform. This allowed users to open and close their garage doors from anywhere using TC2, and they could also use the platform to check its current OPEN or CLOSED status when a separate garage door sensor was used. Users could also include their garage doors with smart scenes for automatic operation based on a schedule or with predetermined events.

With the 5877 being discontinued, there is no longer a viable method for setting up a Lyric or LYNX Touch System for local garage door control. The decision by Resideo to discontinue the Honeywell 5877 does not strike us as a big surprise. An increasing number of users have been finding good alternatives to the 5877 lately. One example is the Chamberlain and LiftMaster Integration for Total Connect 2.0. While this server-to-server integration does not allow for local control of the garage door at the security panel, being able to control the garage door remotely from TC2 is considered by most users to be more important. You can learn more about that integration here. The 5877 also has a big limitation, in that it does not work with the increasingly popular LiftMaster MyQ Garage Motors.

It is also important to note that the Lyric and LYNX Touch Systems are not compatible with most third-party Z-Wave garage door openers. This somewhat forced Lyric and LYNX Touch users to go with the first-party 5877 device from Resideo, rather than buying a third-party device that they do not manufacture. But the game has been changed with the newest Resideo System, the Honeywell Home PROA7PLUS. This new system offers a much wider selection of possible integrations. For example, Alarm Grid offers the popular GoControl GD00Z-8-GC Z-Wave Plus Garage Door Opener, which is often used with various Alarm.com Security Panels. That unit works with the PROA7PLUS, but not the Lyric and LYNX Touch Systems. The bottom line is that fewer people were buying the Honeywell 5877, and Resideo decided it was no longer in their best interest to continue manufacturing it.

Of course, the unfortunate result of this is that the Lyric and LYNX Touch Panels do not have a good option for smart garage door control. If you have an existing Honeywell 5877 Module, then it will continue to work fine. Or if you find a used one somewhere, then that should also be okay for setting up new service. The other components of the Honeywell GDCK Kit are still available, including the Honeywell 5822T for monitoring a garage door's current status. But if you were in the market for a new 5877 for an existing Lyric or LYNX Touch, then we are sorry to say that you are out of luck. You should try finding a used model if possible, or you may consider upgrading to a newer alarm system.

This truly represents the end of an era, as the Honeywell 5877 was a mainstay accessory for the longest time. But all good things must come to an end. If you have any questions about the discontinued 5877, or if you need help integrating your alarm system with your garage door, then please email us at support@alarmgrid.com. Being able to control your garage door remotely is a great perk of alarm monitoring service, and we are here to help you explore your remaining options. Our team is here to answer your questions from 9am to 8pm ET M-F. We look forward to hearing from you!

Update! Although this product has been discontinued and will no longer be manufactured, Alarm Grid has managed to obtain a small amount of stock, so the 5877 is currently still available for purchase on our site, but for a limited time.

We have learned that the Honeywell 5877 Garage Door Relay has been discontinued, effective immediately. This leaves the Honeywell Lyric and the Honeywell LYNX Touch Panels with no viable option for a smart garage door controller. The associated Honeywell GDCK Kit is also discontinued.

The Honeywell 5877 was widely seen as one of the most important automation accessories for the Lyric and LYNX Touch Systems. Thanks to this module, a user could integrate their garage door motor with their wireless Honeywell Alarm System and the Total Connect 2.0 platform. This allowed users to open and close their garage doors from anywhere using TC2, and they could also use the platform to check its current OPEN or CLOSED status when a separate garage door sensor was used. Users could also include their garage doors with smart scenes for automatic operation based on a schedule or with predetermined events.

With the 5877 being discontinued, there is no longer a viable method for setting up a Lyric or LYNX Touch System for local garage door control. The decision by Resideo to discontinue the Honeywell 5877 does not strike us as a big surprise. An increasing number of users have been finding good alternatives to the 5877 lately. One example is the Chamberlain and LiftMaster Integration for Total Connect 2.0. While this server-to-server integration does not allow for local control of the garage door at the security panel, being able to control the garage door remotely from TC2 is considered by most users to be more important. You can learn more about that integration here. The 5877 also has a big limitation, in that it does not work with the increasingly popular LiftMaster MyQ Garage Motors.

It is also important to note that the Lyric and LYNX Touch Systems are not compatible with most third-party Z-Wave garage door openers. This somewhat forced Lyric and LYNX Touch users to go with the first-party 5877 device from Resideo, rather than buying a third-party device that they do not manufacture. But the game has been changed with the newest Resideo System, the Honeywell Home PROA7PLUS. This new system offers a much wider selection of possible integrations. For example, Alarm Grid offers the popular GoControl GD00Z-8-GC Z-Wave Plus Garage Door Opener, which is often used with various Alarm.com Security Panels. That unit works with the PROA7PLUS, but not the Lyric and LYNX Touch Systems. The bottom line is that fewer people were buying the Honeywell 5877, and Resideo decided it was no longer in their best interest to continue manufacturing it.

Of course, the unfortunate result of this is that the Lyric and LYNX Touch Panels do not have a good option for smart garage door control. If you have an existing Honeywell 5877 Module, then it will continue to work fine. Or if you find a used one somewhere, then that should also be okay for setting up new service. The other components of the Honeywell GDCK Kit are still available, including the Honeywell 5822T for monitoring a garage door's current status. But if you were in the market for a new 5877 for an existing Lyric or LYNX Touch, then we are sorry to say that you are out of luck. You should try finding a used model if possible, or you may consider upgrading to a newer alarm system.

This truly represents the end of an era, as the Honeywell 5877 was a mainstay accessory for the longest time. But all good things must come to an end. If you have any questions about the discontinued 5877, or if you need help integrating your alarm system with your garage door, then please email us at support@alarmgrid.com. Being able to control your garage door remotely is a great perk of alarm monitoring service, and we are here to help you explore your remaining options. Our team is here to answer your questions from 9am to 8pm ET M-F. We look forward to hearing from you!

Alarm Grid has discovered a recent manufacturing mistake that has affected some Honeywell 5822T Garage Tilt Sensor units. The issue has resulted in the internal tilt detector for the affected units being positioned upside-down. We apologize to anyone who may have received an affected unit.

Inside every Honeywell 5822T is a pair of cylindrical metal pieces. These metal pieces represent the sensor's internal tilt detector that is used to determine whether the garage door that is being monitored is opened or closed. Because of a recent manufacturing error, the internal tilt detector for these sensors was positioned upside-down.

The following picture shows the tilt detection sensor in the proper position. Note how it is positioned facing the upper portion of the sensor.

And now here is a picture of a Honeywell 5822T where the tilt detector has been positioned improperly. Note how the metal cylindrical pieces are positioned facing the sensor's bottom.

At this time, we are not entirely sure of the date ranges for the affected sensors. So far, we have only seen incorrectly manufactured Honeywell 5822T units with a date code of D227, which represents August 14, 2020. We have also seen newer Honeywell 5822T units with a date code of D255, which represents September 11, 2020 that do not have this issue. Based on that info, it's likely that Resideo has already corrected the mistake in manufacturing, and we are only just now discovering the issue due to reports from customers.

Below is a picture of the date code for one of the improperly manufactured 5822T units. Note that D represents the year 2020, while 227 represents the 227th day of the year, or August 14th, with 2020 being a leap year.

The good news is that the improperly manufactured units are still usable. When using the 5822T as a garage tilt sensor (Loop 3), you just need to mount the unit upside-down so that the internal tilt detector is facing the proper direction. Normally, these devices are mounted at the top of the garage door with the arrow pointing upward. If you find that you have an affected unit, just mount the sensor in the same location with the arrow pointing downward. If you are only using the Honeywell 5822T as a wireless transmitter (Loop 1), then you can position it in any direction, as that function is unaffected by the manufacturing error.

The picture below shows the arrow on the outside of the Honeywell 5822T. The sensor is typically installed with the arrow facing upward, but an affected unit can be used for regular operation by being installed with the arrow facing downward.

If you have any questions about the Honeywell 5822T, please reach out to us by emailing support@alarmgrid.com. This is also a great email to use if you are interested in starting monitoring service with Alarm Grid. We check our email from 9am to 8pm ET M-F. We look forward to hearing from you!

Alarm Grid has discovered a recent manufacturing mistake that has affected some Honeywell 5822T Garage Tilt Sensor units. The issue has resulted in the internal tilt detector for the affected units being positioned upside-down. We apologize to anyone who may have received an affected unit.

Inside every Honeywell 5822T is a pair of cylindrical metal pieces. These metal pieces represent the sensor's internal tilt detector that is used to determine whether the garage door that is being monitored is opened or closed. Because of a recent manufacturing error, the internal tilt detector for these sensors was positioned upside-down.

The following picture shows the tilt detection sensor in the proper position. Note how it is positioned facing the upper portion of the sensor.

And now here is a picture of a Honeywell 5822T where the tilt detector has been positioned improperly. Note how the metal cylindrical pieces are positioned facing the sensor's bottom.

At this time, we are not entirely sure of the date ranges for the affected sensors. So far, we have only seen incorrectly manufactured Honeywell 5822T units with a date code of D227, which represents August 14, 2020. We have also seen newer Honeywell 5822T units with a date code of D255, which represents September 11, 2020 that do not have this issue. Based on that info, it's likely that Resideo has already corrected the mistake in manufacturing, and we are only just now discovering the issue due to reports from customers.

Below is a picture of the date code for one of the improperly manufactured 5822T units. Note that D represents the year 2020, while 227 represents the 227th day of the year, or August 14th, with 2020 being a leap year.

The good news is that the improperly manufactured units are still usable. When using the 5822T as a garage tilt sensor (Loop 3), you just need to mount the unit upside-down so that the internal tilt detector is facing the proper direction. Normally, these devices are mounted at the top of the garage door with the arrow pointing upward. If you find that you have an affected unit, just mount the sensor in the same location with the arrow pointing downward. If you are only using the Honeywell 5822T as a wireless transmitter (Loop 1), then you can position it in any direction, as that function is unaffected by the manufacturing error.

The picture below shows the arrow on the outside of the Honeywell 5822T. The sensor is typically installed with the arrow facing upward, but an affected unit can be used for regular operation by being installed with the arrow facing downward.

If you have any questions about the Honeywell 5822T, please reach out to us by emailing support@alarmgrid.com. This is also a great email to use if you are interested in starting monitoring service with Alarm Grid. We check our email from 9am to 8pm ET M-F. We look forward to hearing from you!

2GIG GC2e and 2GIG GC3e users have some new options available, as two (2) new products have been added to the growing 2GIG eSeries Lineup. These are the 2GIG TAKE1e-345 Wired to Wireless Converter and the 2GIG TILT1e-345 Tilt Sensor. Both products are available now from Alarm Grid.

If you are not yet familiar with the 2GIG eSeries Sensors, they offer a more secure wireless connection than the non-encrypted 2GIG 345 MHz Sensors. By utilizing wireless encryption, the 2GIG eSeries devices are nearly impossible for potential intruders to disrupt or takeover wirelessly. This can provide added peace of mind for end users. Just keep in mind that the 2GIG eSeries Sensors will only work with the 2GIG GC2e and 2GIG GC3e. They are not backwards compatible with the older 2GIG Panels, like the 2GIG GC2 and 2GIG GC3.

The 2GIG TAKE1e-345 Encrypted Wireless Takeover Module is a wired to wireless converter that is primarily used when upgrading to a GC2e or GC3e from an older wired alarm panel. When setting up the 2GIG TAKE1e-345, it is recommended that you keep the existing panel in place. This is because the TAKE1e-345 will draw power from the exiting panel, as the unit does not come with its own power supply. Once the device is set up properly, your existing wired sensors will be able to communicate with your GC2e or GC3e across an encrypted wireless protocol.

The 2GIG TILT1e-345 Encrypted Tilt Sensor is a tilt sensor designed primarily to monitor garage doors. The device works by sending an alert signal to the panel whenever the unit is tilted more than 45 degrees. Normally, the TILT1e-345 is mounted vertically on top of a garage door. When the garage door is opened, the sensor will shift to a horizontal position. This will trigger the sensor and tell it to alert the panel. Other potential uses for the 2GIG TILT1e-345 include use on mailboxes, pet doors, and hinged crawl space doors. Really, any structure that opens vertically can make use of the sensor.

Both of these great sensors are now available from Alarm Grid. If you have any questions about the 2GIG TAKE1e-345 or the 2GIG TILT1e-345, or if you want to learn more about how you can monitor your 2GIG GC2e or 2GIG GC3e, then please contact our team by emailing support@alarmgrid.com. We check our email from 9am to 8pm ET M-F. We look forward to hearing from you!

2GIG GC2e and 2GIG GC3e users have some new options available, as two (2) new products have been added to the growing 2GIG eSeries Lineup. These are the 2GIG TAKE1e-345 Wired to Wireless Converter and the 2GIG TILT1e-345 Tilt Sensor. Both products are available now from Alarm Grid.

If you are not yet familiar with the 2GIG eSeries Sensors, they offer a more secure wireless connection than the non-encrypted 2GIG 345 MHz Sensors. By utilizing wireless encryption, the 2GIG eSeries devices are nearly impossible for potential intruders to disrupt or takeover wirelessly. This can provide added peace of mind for end users. Just keep in mind that the 2GIG eSeries Sensors will only work with the 2GIG GC2e and 2GIG GC3e. They are not backwards compatible with the older 2GIG Panels, like the 2GIG GC2 and 2GIG GC3.

The 2GIG TAKE1e-345 Encrypted Wireless Takeover Module is a wired to wireless converter that is primarily used when upgrading to a GC2e or GC3e from an older wired alarm panel. When setting up the 2GIG TAKE1e-345, it is recommended that you keep the existing panel in place. This is because the TAKE1e-345 will draw power from the exiting panel, as the unit does not come with its own power supply. Once the device is set up properly, your existing wired sensors will be able to communicate with your GC2e or GC3e across an encrypted wireless protocol.

The 2GIG TILT1e-345 Encrypted Tilt Sensor is a tilt sensor designed primarily to monitor garage doors. The device works by sending an alert signal to the panel whenever the unit is tilted more than 45 degrees. Normally, the TILT1e-345 is mounted vertically on top of a garage door. When the garage door is opened, the sensor will shift to a horizontal position. This will trigger the sensor and tell it to alert the panel. Other potential uses for the 2GIG TILT1e-345 include use on mailboxes, pet doors, and hinged crawl space doors. Really, any structure that opens vertically can make use of the sensor.

Both of these great sensors are now available from Alarm Grid. If you have any questions about the 2GIG TAKE1e-345 or the 2GIG TILT1e-345, or if you want to learn more about how you can monitor your 2GIG GC2e or 2GIG GC3e, then please contact our team by emailing support@alarmgrid.com. We check our email from 9am to 8pm ET M-F. We look forward to hearing from you!

Hi DIYers! Many of our customers have been using Chamberlain and LiftMaster MyQ Garage Door Controllers with Total Connect 2.0. These smart garage door controllers are perfect for use with the TC2 platform. They offer a great way to integrate your garage door into your smart home network.

The Chamberlain and LiftMaster MyQ integration is great for tying in remote control for your garage doors to your Total Connect 2.0 account. By using this integration, you can consolidate your garage door control into one single app, instead of two separate ones. However, there is a limitation. The integration does not allow you to add the MyQ garage doors into a TC2 Smart Scene for automated control based on security system actions. For instance, you cannot create a scene that will automatically disarm your Resideo System if your garage door is opened. But fortunately, we now have a solution for this problem.

When you integrate your MyQ Garage Door Controller in with Total Connect 2.0, you can control your garage door remotely through the platform. You can also receive text and/or email alerts when the garage door opens or closes. However, if you try to integrate your MyQ Controller with smart scenes, you will be unable to do so. But we recently came up with a solution for this issue that will work for the Lyric Controller and all LYNX Touch Systems. This solution will also provide your system with the ability to truly monitor the activity of your garage door.

The answer is to add a sensor to your garage door. You will want to use either a tilt sensor or a contact sensor with a wide spacing gap. The Honeywell 5822T is a wireless tilt sensor that can easily pair with a Lyric or LYNX Touch System. Another option is the Honeywell 958. This is a hardwired contact designed for overhead garage doors. You can either wire the Honeywell 958 back to the panel, or you can connect it to a wireless sensor that accepts a wired input, such as a 5816 or a SiXCT. Whether you go with the 5822T or the 958 is really up to you, as they are both perfect options for this job.

You should program the sensor into one of the designated wireless garage door zones. The designated garage door zones for an L5100, L5200, or L5210 are Zones 46 thru 48. For an L7000, they are Zones 45 thru 48. And for the Lyric, they are Zones 127 thru 130. You should give the Zone Descriptor a name that allows you to easily recognize it as your garage door.

Please note that each garage door zone is associated with a particular garage door slot. The table below outlines this:

From there, you should program a "virtual" Honeywell 5877 Relay Module into the system through the Automation Menu. The 5877 is a Honeywell Wireless Relay Module that provides remote control for garage doors. However, it is not compatible with MyQ Garage Door Controllers. With this trick, you don't actually need a 5877 Relay, but you will program your system as if you are using one.

What you want to do is start from the main screen of your panel. Choose Automation > down arrow > Garage Door Setup. From there, choose the garage door slot associated with the zone you set up with the tilt sensor or the contact sensor. Click on "Assign Device". Then go to the "Enter Serial Number" field. Since you aren't actually using a real 5877, you can just enter a fake serial number like "1111111". Click "Done" in the bottom-right corner when you have finished. This will make the system think that a 5877 Relay has been enrolled. You can then return to the main screen by repeatedly pressing the return arrow in the upper-right.

You can then create TC2 Smart Scenes to have the system respond automatically based on the status of the garage door. For example, you might have a smart scene to disarm your system automatically when you open your garage door. To do this, you will want to use the garage door slot that you set up on the system when creating the smart scene. The system will know to change the status of the garage door (opened or closed) based on the activity of the associated zone.

Now, you might be wondering why you need the "fake 5877" setup with the system. The reason for that is because you can't create smart scenes to Arm or Disarm your system based on zone faults. So even if you have sensor programmed for your garage door, you cannot use it as a trigger for arming or disarming your system. But you can use a garage door as a trigger. By making your system think that it has a true garage door programmed, you can use that as a trigger for smart scenes.

It must be mentioned that there are a couple of limitations to this setup. For one, you cannot use this work-around to have your garage door respond automatically based on system activity. This is because there is no real relay module to tell the garage door what to do. So if you want to have the garage door automatically open/close when you arm/disarm your system, it will not work. Second, this will not work with Honeywell VISTA Systems, as those systems do not support the 5877. As a result, you cannot program a "fake 5877" on a VISTA Panel. But other than these limitations, this is a pretty good work around. You also get the benefit of enabling your system to truly monitor your garage door for activity.

If you have any questions about this work-around, please reach out to us. The best way to contact us is to email support@alarmgrid.com. We will check your email at our earliest convenience and respond as soon as possible. We look forward to helping you.

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

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

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

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

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

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

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

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

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

If you're still having trouble deciding on the perfect door contact for your alarm system, our experts are always happy to help. You may email us at support@alarmgrid.com, and we will get back to you as soon as possible. You may also call us at (888) 818-7728 during normal business hours, which are 9am to 8pm EST M-F. We look forward to hearing from you!