#DIY AUTOMATIC POOL COVER FREE#

Can be used on Free Form pools, not just rectangles!.Track can be incorporated flush with concrete decks.SmartMotion technology to prevent cover overrun.Top Track Mounts Flush With Your Deck – Optional Pre-Fabricated “Bench Style” Cover Housing In White, Gray or Tan! Deck Mount Auto Pool Cover Features: For example, 20′ x 40′ rectangle pool with external step would mean a 20′ x 44′ 90° rectangle cover. If you have an external step, the cover will not have a special step cover – the cover will just be larger.Corners are not specific to the radius – just 90 degrees to cover the pool.Track is 1″ tall and has rounded edges, so you won’t trip on it.The track mounts to the deck of the pool – easier then ripping out existing coping and deck!.Deck Mounted Automatic Pool Covers come in multiple colors.The deck mounted top track system includes tracks and all hardware, a pool cover and instruction on building your own diy on deck or recessed housing box. When installed the cover’s low profile track is securely mounted to the top of the pool deck and when automatically rolled up will be neatly hidden in a on deck box (for new or existing pools) or a recessed in ground housing box for new pool builds. The unique top mounted track system will allow this pool cover to be used with free form pools. This type of automatic pool cover can be installed on top of your existing pool deck or added to a new pool construction. The easiest solution is to implement an AsyncTask which takes as argument the command to execute (Open, Close, Release) and which returns the system state.Description Deck Mounted Automatic Swimming Pool Covers

#DIY AUTOMATIC POOL COVER ANDROID#

To drive the pool cover, we write a small Android app with three buttonsĪs always with Android, the networking code cannot run from the main tread. The YoctoHub-Ethernet and the Yocto-Relay are hidden in the corner of the control panel In this way, it is possible to drive the system from a smartphone on the local network, using the WiFi network. We therefore plug the Yocto-Relay on a YoctoHub-Ethernet to make it available on the local network. Of course, we don't connect a cable from the smartphone to the relay each time the pool needs to be opened. A third command, 'Release', is required to enable the key switch again when needed. To close the pool, you need to set relay 1 to state B (disable key) and relay 2 to state B (close pool). To open the pool, you have to setup relay 1 to state B (disable key) and relay 2 to state A (open pool). In this state, the key switch is not connected to the system anymore. With this cabling, it is possible to disconnect the key switch by switching the relay 1 to state B, and to send 24V to the desired input of the pool cover controller using relay 2. The relay 2 outputs are connected in parallel to the key switch. This is what we will implement here.Īs shown in the schema above, the 24V source goes directly to the relay 1 and is directed either to the key switch (state A) or to the relay 2 input (state B). The first relay is used to disable the key switch, and the second one is used to send a specific command to the control electronics. The intermediate solution is to use a Yocto-Relay which includes two relays. But this requires an always-on computer to monitor the key switch position and to switch the relay accordingly.

This can be solved by using a Yocto-Maxi-IO to the previous solution, to read the position of the key switch, in order to get a complete solution. This is simple and cheap, but does not allow you to open the pool without a smartphone anymore.

The simplest is to replace the key switch by a Yocto-PowerRelay. There are several ways to drive this system. So the key switch really only has to switch a 24V source from the 'Open' to the 'Close' inputs. The electronics automatically detect the end of the operation and stops the motor when needed. When 24V is applied to the 'Open' input, the cover starts to open. When 24V is applied to the 'Close' input, the cover starts to close. The control electronics works with 24 Volt and has two inputs ('Close' and 'Open') which are kept in default state by a pull-down resistor. The control box is installed in a small pool house which also holds the pumps and filter for the swimming pool. The pool cover of this swimming pool is driven by a key switch at the extremity of the garden.

#DIY AUTOMATIC POOL COVER HOW TO#

This week we will show how to control a system like this using your smartphone. One popular method is the use of an automatic pool cover, but often these systems can only be driven using a mechanical switch. If you own a swimming pool, you have probably implemented a method to save kids from falling into the pool.

Diy automatic pool cover