Typically within 2-3 weeks in fall/winter and anywhere from 2-4 weeks in spring/summer.Įxisting Pool - If you are simply adding a system to your existing deck and your pool meets the standards for installation, then the cover is measured and ordered as soon as a technician is available to complete an on-site measure. Installation time frames vary depending on the time of year. If construction is far enough along then installation can be scheduled. Depending on the time of the year (spring and summer are the busiest!), production can take 2-3 weeks. Measurements are taken directly off our installed track and your cover is ordered and production starts. These dimensions cannot be done based on spec sheets from your builder and need to be confirmed in person, once the pool has tile and coping. Your pool needs to be measured for final cover dimensions. New Build - It depends on where you are in your building process. A quick turn of the key will open and close the cover. A key switch or optional keypad are installed within site of the pool (as required by law). You can opt to add for an additional charge, a bench to enclose the cover from the elements year round. The fabric is rolled up on a permanent housing system that sits at the deep end of your pool (typically 3 feet back from the edge of the pool) on top of your deck. These tracks will guide the fabric along the length of the pool. These brackets can hold your existing coping stones so the lid seamlessly blends in with your existing deck and is almost undetectable.Įxisting Pool - If your pool shape qualifies to have a system, you will have what is referred to as a “Deck Mounted” track system. You can also choose to upgrade the aluminum lid to a “walk on lid”. The housing system is covered by a standard aluminum lid. The fabric runs the length of the pool (under your coping) and rolls up on the housing system that sits just past the deepest end of your pool, under the coping. The pool needs to be built with the correct cover specs in order to accommodate the cover ( Download Vault Spec Sheet Here ). This means the hardware for the cover and tracks are hidden in a vault and under the coping. Stefan Weber has added LOTP Robot Dog V2 to Projects to do with kids.New Build - Most families who are building a new pool and want an automatic pool cover are looking for an under track/under guide pool cover system.Stefan Weber has added upgradable electronic children's toy to Projects to do with kids.Jim Jagielski has updated the project titled JJ65C02.Peter has added a new log for Homebrew 16 bit relay computer. ![]() Mselaf liked ARDUINO MPPT SOLAR CHARGE CONTROLLER.JP Gleyzes wrote a reply on convert a Mach3 CNC controller to GRBL or FluidNC.carloskmhan liked Nokia Asha 210 HACKFONE.JP Gleyzes has updated details to convert a Mach3 CNC controller to GRBL or FluidNC.JP Gleyzes has updated the project titled convert a Mach3 CNC controller to GRBL or FluidNC.bconner wrote a comment on Raspberry Pi Ceph Cluster.Bob on USB-C Power Supply Pushes Almost 2 KW. ![]() Floydian Slip on Bringing The Voice Assistant Home.no-bug404 on British Hospital Blasts Through Waiting Lists By Slashing Surgeon Downtime.Truth on Reverse Engineering Smart Meters, Now With More Fuming Nitric Acid.Mark Topham on Simulating A Time-Keeping Radio Signal.Retrotechtacular: Rebuilding A Fire-Ravaged Telephone Exchange 15 Comments raspberry pi, swimming pool Post navigation Posted in home hacks, Raspberry Pi Tagged pool controller, pool. perhaps you’d also like to look at this ESP8266 pool monitor, or another automation project using a Raspberry Pi. ![]() If you have similar pool automation woes. It’s all exposed via a node.js API, and thus far has been running for over 6 months without mishap.įrom where this is being written in the gloom of a damp November in a Northern Hemisphere maritime climate we can only envy his pool and imagine it as perpetually deep blue and sparkling, invitingly cool against the heat of a summer’s day. In addition to the pump and heater you’d expect, he as a salt water system, environmental monitoring, and even an RTL-SDR to pull in readings from an RF floating temperature probe. The breadth of functionality is apparent from his write-up. A decades-oldwired controller had failed, so rather than stump up a fortune for a refit, he created his own pool controller which exists under the watchful eye of a Raspberry Pi. And as you might expect with such complex pieces of equipment in a domestic setting, they grow old, go wrong, and are expensive to fix. Far from being a tiled hole in the ground with a bit of water in it, a modern swimming pool boasts a complex array of subsystems designed to ensure your morning dip is as perfect as that you’d find on the sun-kissed beaches of your dream tropical isle.
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