Honeywell 5800WAVE Posts

Today, Resideo and Honeywell Home released Technical Notification #63. This bulletin describes a compatibility issue between some 6160RF keypads and the 5800WAVE and/or 5800RL. Keypad Date Codes D147 - E049 may be affected. Customers with the issue can return the keypad for a replacement.

The 6160RF is one of our most recommended products for those using a VISTA system. It solves two potential problems by providing both a programming (Alpha-Numeric) keypad, and a high-capacity transceiver. High-capacity means that as a receiver it can support as many wireless zones as the panel allows. Depending on the panel, this equates to as many as 249 wireless zones. As a transceiver, it can support all bi-directional 5800 Series devices. It does this using a House ID protocol in most instances.

The Honeywell 5800RL and the Honeywell 5800WAVE are two devices that receive status information from the panel through a transceiver using a House ID. The 5800RL is a wireless relay module with two relays. Relay A activates following the siren output of the panel. Any activity that causes the siren to sound will also cause the relay to activate. When the siren stops sounding, either because bell timeout has been reached, or because someone has disarmed, the relay goes back to its OFF position. The 5800RL is customarily used to add a high-current siren in a location where it is impossible to wire from the desired location all the way back to the panel. Relay B on the 5800RL follows the panel's arming state. This can be used to externally show the panel's armed status using an LED.

The 5800WAVE is a wireless siren. It also follows the panel's siren output. It provides an 85 dB alarm sounder in a location where a wired siren cannot be installed for any reason. It plugs into an AC outlet, and has its own battery for backup power. The problem described in the bulletin exists with only certain 6160RF keypads. These keypads fall within a particular date code range, and have a specific firmware version.

For the affected 6160RF keypads when used with the wireless siren or relay, the 5800RL Armed Status Relay (Relay B) may not provide the proper status. It may show Armed when the system is actually Disarmed, or vice versa. The 5800WAVE siren may also behave improperly, with the siren either continuing to sound when it should shut off or not sounding when it should. Remember, the issue is not with the 5800RL or the 5800WAVE, but with the 6160RF keypad.

To determine if you have a 6160RF keypad that is affected by this issue you need to check two (2) things. The date code of the 6160RF, and its firmware version. To check the date code you must open the keypad. Press in the two (2) locking tabs on the bottom edge of the keypad, then pull the front toward you. The Date Code should be either printed on the circuit board in black ink, or may be on a small white sticker on the board. It will be a letter followed by a 3-digit number. With the letter indicating the year of manufacture, and the number indicating the day of that year. The Date Codes to look for are: D147 - E049. This equates to May 26, 2020 through February 18, 2021. This is a date code range, so if your date code shows D226, then it is within the range. If it shows E037, it is within the range. If it shows D025 or E059, that is not within the affected range.

If you are using a 5800RL and/or a 5800WAVE with a 6160RF, and you are having issues like those described above, and you confirm that you have a keypad within the affected date code range, then you need to confirm the firmware version. Only keypads that fit the date code criteria and have Firmware Version 1.06 are affected by this particular issue. If you are having issues but with different products or with the same products within a different date code range, then you should troubleshoot with your alarm dealer or with Resideo technical support as a separate, unique issue.

However, if you need to confirm the firmware version of your 6160RF keypad, power down and back up. You can either power down the entire system (preferred), or just the keypad. In order to power down the keypad, you would need to remove the power wires at the keypad. To remove the wires at the keypad, you must remove the front as described above. Once the keypad has been taken apart, unscrew the red wire and remove it from the terminal. It is very important that the only thing this wire touches is the terminal you remove it from. Touching anything else with this wire could cause damage as it is a "live" wire. If you choose to power down the entire panel, you may need one person to perform the power cycle while the other person watches the 6160RF, depending on how far the keypad is from the transformer. Upon powering up, the keypad will display its version information. If it displays KeyPad Ver. 1.06, and all the other criteria above have also been met, then the keypad should be replaced.

If any of the criteria mentioned above are not met, if you aren't using a 5800WAVE and/or 5800RL, for example. If your keypad doesn't fall within the date code range, or if it does fall within the date code range, but the keypad firmware version is NOT version 1.06, then you do not need to replace the 6160RF. Only 6160RF devices that meet all of the above criteria should be replaced. In all other ways, the 6160RF keypad should behave as expected. If you would like to read the full Technical Notification, click here.

If you purchased a 6160RF from Alarm Grid and you are affected by this compatibility issue, please reach out to us by emailing support@alarmgrid.com. We will be happy to arrange a warranty replacement of your product once we confirm that the criteria are met. Remember that our support hours are Monday - Friday from 9 am - 8 pm Eastern Time.

Hi DIYers! As you may know, testing your equipment is an integral part of owning an alarm system. But your testing should go beyond just making sure your sensors work properly and that your panel communicates with the central station. Testing your sirens and sounders is also important.

When you activate your monitoring service with Alarm Grid, there will undoubtedly be some testing involved. Our team will be checking to see if your system sends out signals successfully. This is a vital part of receiving a certificate of alarm so that you can get a discount on your homeowner's insurance. And as a DIY installer, you will be checking to make sure that all your sensors work properly. This includes things like walking through a room to see if your motion sensor notices your presence and opening and closing your doors and windows to check that your contact sensors perform correctly. But what about your sirens?

Look, we know that testing your sirens isn't the most fun. They're loud. They scare pets. They make children cry. With that in mind, it's no surprise that some users decide to disconnect their sirens during system testing. This is perfectly fine in theory. After all, your system will still be able to communicate out, and its sensors will still work properly. You might think that you can just add your sirens later after testing. However, we're here to tell you that testing your sirens and having them activate is a step that every alarm system owner should take.

But why should you test your sirens? The reason actually goes beyond the obvious answer of making sure the sounders and strobes work. It's also smart to have a good idea of exactly what your system's sirens sound like. That way if an emergency does occur, you will have a better chance of knowing immediately what is going on. Keep in mind that not all sirens are created equal. They can differ in terms of volume and pitch. By taking the time to listen to your siren, you are more likely to be ready if there ever is an emergency.

Another thing that many users don't realize is that there are usually different noises for different types of alarms. For example, an activated smoke detector will typically produce a temporal 3 sound (three consecutive tones, then a pause, repeated), while an activated carbon monoxide detector will typically produce a temporal 4 sound (four consecutive tones, plus a pause, repeated). There are also continuous tone alarms (one long, steady tone) that are commonly used for burglary and intrusion alarms. Knowing what each alarm sounds like can potentially save your life in an emergency. For example, how you respond to a break-in won't necessarily be how you respond to a fire!

At Alarm Grid, we want all our customers to be prepared when alarms occur. This includes knowing what sounds your equipment makes. If you're a monitored customer, we are happy to help you however we can. The best way to reach us is to email support@alarmgrid.com with your questions. You may also call us at (888) 818-7728 during our normal business hours of 9am to 8pm EST M-F. We look forward to helping you get the very most out of all your alarm system equipment. That includes your sirens, sounders and strobes!

If you're like many system owners, you're looking for a way to add a new noisemaker to your security setup. Maybe you need a louder sounder or you want audible alarms to occur in a second location. In any case, a wireless siren may provide the perfect solution, especially for DIY users.

External alarm system sirens aren't just for users with hardwired alarm control panels. These devices make a great addition to almost any setup. Adding an external sounder is now easier than ever before thanks to the rise of wireless sirens. Unlike their hardwired predecessors, wireless sirens do not need a relay module or a complicated power supply. Most can receive power through regular batteries and stay operational for years on end. Programming is generally very easy even for novice users. And we're not talking about a conventional hardwired siren that is operated using a wireless relay like a Honeywell 5800RL We're talking about true wireless sirens that communicate directly with the security panel.

There remains a common misconception that hardwired sirens are significantly louder than their wireless counterparts. While there are still industrial and commercial locations that need hardwired sounders, the reality is that there are some extremely loud wireless sirens available for almost any alarm system. Nearly every home can get the results they need using a wireless sounder. And if you're a DIY user installing your own home security system, there's practically no reason to even consider using a hardwired device when you can get great results using a wireless sounder.

At the end of the day, there are still louder wired siren options than wireless sirens. But the difference is not as big as you might expect. We have encountered wired sirens that produce sounds of up to 120-125 dB. Meanwhile, the most powerful wireless sirens tend to top out at the 105-110 dB rang. But there are almost no residential applications that need the power of a hardwired siren! A 105 dB wireless siren will still alert everyone in the building to an alarm event. Keep in mind that 105 dB is about as loud as a powerful table saw. You will certainly hear it!

Once you decide that a wireless siren is right for you, the question becomes which one to get. It can be difficult to decide with all the great options available. But we're here to break down the options and point you in the right direction. One of the easiest devices to recommend is the Qolsys IQ Siren. This is a Z-Wave siren that operates at 105 dB. Since it communicates as a Z-Wave device, it can successfully pair with almost any alarm system with a functional Z-Wave controller. This makes it one of the most versatile and easy to use wireless sirens available. All you have to do is enroll it with your system and keep it plugged into a wall outlet.

A very similar wireless siren is the Linear WA105DBZ-1. This is a 105 dB Z-Wave siren manufactured by Linear, a company well-known for its Z-Wave offerings. This device also plugs into a wall outlet using an included transformer, and it has a backup battery for situations when the power is out. A white LED strobe light with red plastic cover provides visual indication of any alarms that occur. Just like the Qolsys option, the Linear WA105DBZ-1 can pair successfully with virtually any alarm system that has a functional Z-Wave controller.

If you're looking for a louder siren, then you might consider the DSC PG9911B. This siren communicates using PowerG RF signal, making it compatible with the Qolsys IQ Panel 2 Plus Systems and the DSC PowerSeries Neo Panels. Unfortunately, PowerG is not as widespread as Z-Wave, so there aren't as many panels that can use the PG9911B. But the upside to this device is that it offers an incredibly loud sound rating of 110 dB. PowerG sensors also boast a highly impressive signal range, making this siren perfect for spots like detached garages or barns located across the property. The PG9911B is also one of the few wireless outdoor sirens available, which only adds to its excellent versatility!

Not every user will need an external siren in the 105-110 dB range. Some users just want a second sounder to install in the second area of the property. Honeywell offers a couple of wireless sirens that fit this bill. These are the Honeywell 5800WAVE and the Honeywell SiXSIREN. Both devices operate at 85 dB, which is about as loud as the integrated sounder inside most wireless alarm panels. They are great for users with larger properties who need sounders in multiple areas. The 5800WAVE will work with LYNX Touch Systems, as well as VISTA Systems that have an added wireless transceiver. Meanwhile, the SiXSIREN works exclusively with the Lyric Controller. DSC also offers a similar siren, the DSC WT4901, which works with their 433 MHz systems.

If you're an Alarm Grid monitored customer looking for a wireless siren, our team is here to help. We invite you to email us at support@alarmgrid.com with any questions you might have. We also offer phone support for monitored customers at (888) 818-7728 during our regular business hours of 9am to 8pm EST M-F. We look forward to assisting you and helping you find the perfect wireless alarm siren for your needs!

We strive to have some of the best pricing on the internet for security products. When prices are reduced for us, we do our best to quickly pass off those savings to anyone who has made a purchase here.

In the last week, we have reduced the prices on over 100 items an average of 6%. Our Lyric kits have all seen price reductions between 6% and 19%.

Below is the list of all items whose price has been reduced. We hope you enjoy the savings!