Vous voulez voir cette page en français ? Enter a postal code: 9 used & new from Ships from and sold by Northern Shipments. Product Dimensions19 x 13.3 x 4.4 cm Batteries:1 Lithium Metal batteries required. Average Battery Life43800 hours #29,657 in Tools & Home Improvement (See top 100) in Tools & Home Improvement > Safety & Security > Home Security & Surveillance > Home Security Systems Date First AvailableJuly 28 2014 Would you like to give feedback on images or tell us about a lower price? What Other Items Do Customers Buy After Viewing This Item? Linear Z-Wave Garage Door Remote Controller Assembly (GD00Z-4) GE 45605 Z-Wave Technology Duplex Receptacle (White) GE Z-Wave Smart Dimmer (In-Wall), 12724 Linear WD500Z-1 Z-Wave 500-Watt Wall-Mount Dimmer Switch This remote controller accessory by Linear uses a 345 MHz sensor frequency; a universal frequency supported by nearly every automatic garage opener on the market.

And, this unit can be paired to your opener quickly with just the press of a button. Installation is as simple as mounting and then connecting two wires. The remote controller can then pair with the wireless controller for the garage door and/or any number of ZWavecertified gateways and security panels, including MORzA. The unit provides both an audible and visual signal prior to opening or closing the garage door. Provides safe, secure operation, preventing unauthorized access to home. Garage Door Opener Remote Controller GoControl Garage Door Opener Remote Controller (Z-Wave) The GoControl Garage Door Opener Remote Controller (Z-Wave) pairs with your existing automatic garage door opener to provide remote opening and closing control via your Z-Wave network and controller. When installed, you can open and close your garage door from anywhere. The garage door controller's audible and visual warnings will alert those nearby of the door's impending movement. The included tilt sensor attaches to the door to report its open or closed status to the Z-Wave controller.

The Remote Controller also works as a repeater for your Z-Wave network, extending it up to an additional 130 feet (via line of sight). What’s in the Box: Remote Control of Your Sectional Garage Door As a part of your Z-Wave network, the GoControl Garage Door Opener Remote Controller (Z-Wave) provides remote opening and closing of a sectional garage door by pairing with almost any automatic garage door opener. brass door knobs bacteriaOnce installed and paired with the door's existing opener, the Remote Controller provides both audible and visual warnings before opening or closing the door, meeting UL 325-2010 safety requirements.internal wooden doors cardiff Tilt Sensor Reports Door Position to Z-Wave Controllerold doors for sale cairns

The Remote Controller system's wireless tilt sensor attaches to the inside of the garage door. Once installed, it reports the door's open or closed status to the Z-Wave controller, which is then displayed on most Z-Wave controller apps. The Garage Door Opener Remote Controller is never to be installed or used in conjunction with garage door openers manufactured prior to 1993 (models without an operational safety beam entrapment detection system).garage door remotes brisbane Works as a Repeater for Your Z-Wave Networkcar window repair scarborough For the Remote Controller device to work with your network, it must be within approximately 130 feet (via line of sight) from your Z-Wave Controller or the closest Z-Wave Repeater. glass repair shops springfield il

However, this device also works as a repeater, extending your network up to an additional 130 feet via line of sight to reach other elements of your Z-Wave network that would otherwise be out of range of the hub or controller. Compatible with All Other Z-Wave-Certified Products Like all Z-Wave-certified products, the GoControl Garage Door Opener Remote Controller (Z-Wave) is compatible with other Z-Wave devices, including those made by other manufacturers. interior french doors dublinThe GoControl family of Z-Wave products also includes switches, dimmers, outlets, thermostats, light bulbs and lighting retrofit kits and plug-in modules as well as security devices, including alert sounders, passive infrared motion detectors, and door/window sensors. Z-Wave smart chips enable two-way RF communication among hundreds of Z-Wave-enabled devices using the Z-Wave international wireless standard.

Thanks to the cross-manufacturer compatibility of Z-Wave products, it is simple to set up systems that include security, energy management, home entertainment, and appliances. Z-Wave products operate at the standard 908.42 MHz frequency and support network-wide inclusion. They are security system compatible. From Nortek Security & Control The #1 Provider of Z-Wave smart connected products worldwide*. *Per The Z-Wave Alliance, 2015 See both customer reviews See both customer reviews (newest first) to see all 640 reviewsI know you’ve gotten 5 minutes down the road and asked yourself, “Did I close the garage door?”. Now, instead of turning around or leaving your garage and house vulnerable to thieves, you can check and close it with your phone with your choice of home automation protocol! We’ll cover the installation and setup in detailed steps so that anybody can do it. Please don’t laugh at me for keeping dead electronics. Occasionally, I am glad I threw them in the shop. 

You may notice, I’m using a hair dryer cord. I will warn you that the shipping on that particular relay took forever, slow boat from China speed! The button on your wall that controls your garage doors are most likely momentary contact (normally open, often abbreviated as NO) single pole, single throw (SPST) switches. They usually connect via a wire to two terminals on your garage door opener. I say usually because you may have a wireless opener (especially if it requires power or batteries), in which case you should definitely heed the warning below. We will be using those terminals to connect our “smart switch” in parallel with (AKA at the same time as) your existing garage door controls. That way, you can still use the manual controls if you need to. The default control for smart outlets is to turn on and stay on. But, we need a momentary switch! So, we’ll have to do some work on the hub side to make our switch close and then reopen so that the garage door doesn’t get confused and reverse the initial command. 

Consider it a virtual momentary contact switch. If your hub doesn’t support that level of programming, don’t sweat it. There’s a workaround possible, but it does add some complexity. You can probably tell where this is going, but we’ll be using the smart outlet to control the relay, which then sends the signal to the garage door opener to open and close. We’ll go through the steps to install everything in that order. First, here are the tools that you’ll need: It’s really that easy. If you have any questions about something that you have that’s different than this setup, don’t hesitate to ask them in the comments. Remember how I said we have to make sure the outlet switches off after you turn it on? There are a couple of ways you could do that: Number 1 is the easiest to implement but could make future automation hard. Of course, it depends on the features of your hub’s software. What if you wanted to automatically close the garage door when you went to bed?

Number 2 gets the job done (just right in my book). Number 3 is possible, but requires from extra components and wiring. For my purposes, I just set up a task to turn the smart outlet off whenever the state of the garage door sensor changed. In other words, whether the door was opening or closing, turn the outlet off. That obviously results in some unnecessary commands to the outlet when I open it using the wall mounted switch, but it does the job in my book. Normally, I’ll just toggle the outlet myself. But with those automated actions, I can easily trigger the door closing automatically as well. Option 3 is a bit more involved and requires adding a capacitor and resistor in series with the coil so that the effect of the switch is only temporary until the capacitor charges up. You could do that more easily with a DC power source and relay than you could with the AC components I picked out above. In my book, the extra components and connections make it a non starter when there is another acceptable solution.

But if your hub doesn’t allow you to easily turn the outlet back off quickly and reliably enough to make your garage door happy, you may have to consider that approach. If there’s enough interest, I can put together a detailed schematic and instructions for you. Some of you are wondering, “Why not just buy a connected garage door kit?”. For one, they can be pricy. Some are up to $350 with a compatible opener. Two, some people might not have support for their home automation protocol of choice. Whereas, smart outlets are easy to come by for any protocol. But if your hub supports a commercial solution without the DIY hassle, then by all means, go for it. Here are several options for you: MyQ by Chamberlain – Chamberlain sells a kit that works with other openers similar to the GarageIO for $130. GarageIO – We wrote about the new GarageIO opener previously. When controlling more than 1 door, this isn’t a bad solution. But, it’s expensive for just 1 door.

Linear Garage Door Controller – This Z-Wave controller bundles a garage sensor and a controller that has the intelligence to provide the momentary switch closure without extra tinkering. Linear FS20z-1 Switch Module – I’ve seen some people suggesting and writing up the Linear Z-Wave switch module as a potential solution. It will do the same thing as the solution above if it’s compatible with your hub. But, I wanted to write about something that could be more universally used. After all, there are plenty of home automation hubs that DON’T have Z-Wave support. One word of warning about this solution and the FS20Z-1 switch module is that the security associated with the Z-Wave interfaces implemented by these devices are less secure than (some) dedicated garage door solutions.  It has to do with additional encryption used for the command to open or close the door, over and above that required from the hub for other devices that are paired with it.  In practice, it isn’t something that’s likely to be exploited since all sensors have to be manually paired with your hub anyway.