Sunroom Enclosures Styles

Sunroom enclosures are visually appealing due to their unmatched style and design. There are four different kinds of enclosures that you can choose from conservatory, curved, cathedral, and straight. Finding the right design for you and your home is very important. Then you are ready to choose your materials, color, and more.

Sunroom enclosures are not made all of the same. The different designs and styles give you an option to determine which one will look best with your homes design and style. Straight enclosures work best if you are enclosing your patio. They are normally constructed of aluminum on the inside and outside and they may have wooden beams that make up the ceiling. There are a wide range of different ways that a Straight sunroom enclosure can be built. Solid or glass roofs are one option that you will have, as well as aluminum or wooden framing. If you want your enclosure to mess with your house that has vinyl siding, then you can even have the enclosure vinyl sided if you so choose. The options and designs are endless.

Curved Eave sunroom enclosures feature a more symmetrical look that gives added visual appeal. One side of the enclosures wall curves up to form the ceiling and roof. Glass that has a special coating is used to help make the room more energy efficient.

A Cathedral enclosure has a vaulted or sloped roof with a beam that runs down the center. Many different materials are commonly used, including aluminum. The aluminum makes up the outside and inside walls with a roof that is insulated to help make the entire room more able to handle the different weather situations. There are big ranges of different windows to choose from for your sunroom, including windows that can be raised and lowered or fixed windows. It is entirely up to you. Doors are an important part of your room and you can choose to use French Doors or sliding doors, whichever you prefer.

Conservatory enclosures feature glass panels that make up the roof that come together at a bean in the center. This is the most light-filled of the sunroom choices. There are many different styles that you can find in this style, including the georgia, Mediterranean, Pavilion, Victorian, and Edwardian. These are made to be energy efficient with the glass choices and the thermal panels. You will also be able to add details like finials, molding, and windows.

Choosing the design of your sunroom enclosure will take you some time and thought, but you will be amazed at the extra floor space and the added value that it can add to your home.

Adam Peters is the editor of different articles published at http://www.allsunrooms.com with reference to DIY . A website with tips on sunroom enclosures.

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Rain Shut Off Devices for Automatic Lawn Sprinkler Systems

Automatic sprinkler system controllers are programmed to go on and off on a certain day and at a certain time. The controller does not know if it is sunny and dry outside or raining. For this reason every lawn sprinkler system should have a rain sensor.

The rain sensor determines whether or not enough rainfall has occurred in order to skip an irrigation cycle. There are three basic types of rain sensors. They all serve the same purpose: keeping your system from over-watering the turf or your garden. How does it do that? The electrical connection between the sensor and your sprinkler system controller is interrupted when a certain amount of rain triggers the device. The sensor breaks the electrical connection so that electricity cannot flow to either the sprinkler valves or to a pump start (if your system is on a well without a pressure tank).

One type breaks the connection by weighing the water in a rainfall collection cup. The problem with this type is that leaves, sticks, or the occasional lizard will find its way into the collection cup and therefore turning off the system.

The next type uses electrodes to determine how much water is in the collection cup. This kind of rain sensor device also has a system problem of collecting things other than rainfall in the collection cup.

The most common type of rain sensor used by professionals is the expansion disk device. This kind of sensor does not use a collection cup; instead rainfall causes cork disks to expand. This device uses a pressure switch to break the electrical connection. These can be adjusted in increments of to the desired rain fall setting. This adjustment is usually set to turn off the sprinklers after of rain has fallen.

The most important aspect of installing a rain sensor is where to place it. It should be installed in an area that is unobstructed by trees, roof over hangs, or anything else that might block rain from getting to the sensor. If it is a wired sensor, placement is generally near the sprinkler controller. The wires should be connected inside the controllers valve wiring panel. This allows for easier electrical trouble-shooting of the system as the sensor can be easily disconnected.

In the last few years, FM wireless rain sensors have become very popular. Although they are more expensive than the wired devices, the ease of installation and increased placement options offset the cost. Most wireless units come with by-pass switches built into the device. Some digital controllers also offer by-pass options for both wired devices and wireless rain sensors.

No matter the type of rain sensor type that you choose, all rain sensors offer many advantages over not adding this detector to your automatic sprinkler system. Some of the immediate and long term benefits include:
Saves Money. Whether you pay for city water or spend electricity running a pump, the money you save over time will more than pay for the rain sensor.
Extends Sprinkler system Life Span. Irrigation systems are made up of moving parts. If the system parts are utilized less frequently (during the rainy season), they last longer.
Protects Water Resources. By limiting the over use of your sprinkler system, rain sensors reduce excess water run-off that carries fertilizers and pest control chemicals into our shared water supply.
Conserves Water. Less water is wasted when less supplemental water is needed for your turf and in your garden.

How much money can you save with a rain sensor device?

It will vary based on your water source (city, re-claim, or well) and where you live (water costs, electrical rate, climate). Here is one example that demonstrates the benefits listed above:
Seminole County, Florida.
system Description:
Designed to irrigate a quarter acre of grass and programmed to apply of water every time the system runs.
This schedule would equal 6,788 gallons per irrigation cycle.
This system (on City Water) pays $2.30 per thousand gallons.
Every time the rains sensor interrupts a sprinkler cycle, you would save $15.61

According to a recent study in Florida, the use of a rain sensor device averaged a 45% savings in water for single-family residential water usage.

The next time you see a sprinkler system running in the rain, you now know it doesnt have to be that way. Rain sensors are affordable solutions to conserving our water, protecting our water resources, and saving you money.

Craig Borglum CIC/CID/CLIA is a Certified and Licensed Irrigation Specialist in Central Florida. More information and articles on how-to irrigation solutions, click on sprinkler repair. A comprehensive Lawn Sprinkler Repair DVD is available at http://www.IrrigationRepair.com

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