Ooops... seems that the page you are looking for does not exist.ControlPad: Innovation to touch  The next generation of control elements. This stand-alone comfort control system provides a central interface for the complete Webasto climate system. Operation and service of comfort systems has never been easier.   Your advantagesComfort of all cabins can be controlled centrallyUser-friendly interface with intuitive touch-screen panelEasy access to all system information for quick and easy service Technical details5.7” TFT colour displayVGA resolution (640 x 480 pixel)Sunlight-readable (350 cd / m²)Connection ports for 2x CAN, Ethernet 10 / 100 Mbit, RS-232 and RS-422Waterproof front side (IP67) and housing (IP66)CE and RINA CertificationDimensions: 189 x 149 x 91 mm (L x W x H) Product featuresEven the heftiest among us aren’t going to damage a roof just by walking on it, but frequent impacts from sharp objects and heavy tools can and hurt commercial roofs. Manufacturing facilities—with their rooftop machines that require constant maintenance—are especially susceptible to rooftop wear and tear.

If you own a building with a high-traffic roof, you have to take extra steps to minimize damage. Walk pads are thick strips made of the same material as the roof itself. They should be placed around the machines and systems that require frequent maintenance. These walk pads will absorb the impacts, scratches, and punctures that result when pieces of a unit (a sheet-metal HVAC door, for example) or heavy tools are dropped or tossed aside. Walk pad layouts are another option. These are predetermined paths that tell workers where to walk. Walk pad layouts work great—as long as the workers walk where they’re told, which they seldom do. These are often a waste of time and money. It is better to create a perimeter around the unit or machine in question. Common items that need to be serviced on the roof of a manufacturing plant: Some tasks that may need to be performed on the roof: All of these tasks involve taking things apart that are made of sharp, heavy metal.

In the days before single-ply materials, roofs were made of multiple layers. These roofs were expensive and labor intensive, but man, they were durable. Single-ply roofs more economical and easier to install, but they are undoubtedly more susceptible to damage.how to install hvac package unit A lot of businesses shun the short-term cost of putting walk pads around units. portable ac units for small roomsThis will very likely lead to much bigger long-term repair costs down the road. how much does a central ac unit weighYour roof protects your building—pay it the same consideration and protect your roof.Show All ItemsTools and Materials:Four fence postsOne 4 x 8 sheet of plastic latticeThree 8' strips of Lattice trimPost hole diggerCircular SawElectric Screw driverConcreteI dug four holes and set my posts in concrete at each corner.

From the 4 x 8 sheet of lattice cut three pieces. Measure the distance from the bottom of your post to the top edge.Measure the distance between the post and cut the lattice 1/2" smaller.Cut and install (screw) a piece of lattice trim on each post. Slide the cut panels into the trim pieces.Careful installation of anti-vibration pads will help dampen the condenser's noise. Enjoying your backyard on a warm, summery day can be interrupted by a loud outside air conditioner. The outdoor condenser unit commonly has a large fan system that must run continually to cool the home's interior. Vibrations from the fan and condenser emanate throughout the surrounding area to make the backyard less than appealing for a relaxing afternoon. However, you can dampen these sounds by installing anti-vibration pads under the air conditioner. These sturdy cushions fit directly under each of the four air conditioner feet for a quieter backyard. Turn off the circuit breaker at the main electrical panel. Apply a non-contact circuit tester to the air conditioner's outside wiring to verify that power is cut off from the appliance.

Although you will not be accessing the air conditioner's interior, it is safer to work around the appliance with the power off to prevent accidental electrical shocks. Tilt the air conditioner slightly to the side. Ask a friend to help with the tilting process. Depending on the air conditioner model, the appliance can be heavy. Brush away any debris from under the lifted air conditioner feet with a hand brush. Excess debris, such as leaves and dirt, makes a poor base for the anti-vibration pads and will cause the air conditioner to sit out of level. Slide an anti-vibration pad under one lifted foot. You can match the final location of the feet by observing the air conditioner's concrete pad -- marks from the feet are commonly visible and can be used for positioning. Place the second anti-vibration pad under the other lifted foot. Tilt the air conditioner back down slowly onto the installed pads. Inspect them to confirm that they are all centered directly under the air-conditioner's feet.

Tilt the air conditioner to the opposite side and install the other two pads. Turn power back on to the air conditioner. Set the indoor thermostat to "Cool." Allow the system to work normally and observe the air conditioner to see if produces less vibration and noise. Things You Will Need Non-contact circuit tester Hand brush 4 anti-vibration pads Warning References British Air Con: Anti Vibration PadsLG: LG Water Cooled Package Air Conditioner Installation Manual Photo Credits Jupiterimages/Comstock/Getty Images Suggest a CorrectionHomeowners install concrete pads to create a durable, level and flat surface for a wide variety of purposes. Concrete pads are useful for parking a vehicle, recreational purposes such as a place to play basketball, for setting up a picnic table, as the footer for an outdoor shed and as a place for a heat pump or air conditioner unit to rest upon. Because proper installation of a concrete pad requires considerable preparation before the concrete is poured, this is a project best left to experienced concrete contractors.

The average minimum cost per square foot for a concrete pad is $1.37. The average maximum cost per square foot for a concrete pad is $1.77. In addition to the cost of the concrete, there are additional expenses associated with the installation of a concrete pad. Where the pad will be located must first be prepared. The preparations include removing the grass and topsoil, leveling the terrain, adding limestone gravel, tamping the gravel, placement of plastic vapor sheets and laying a grid of rebar and wire mesh. The average cost of the additional materials, including the limestone gravel, plastic sheeting, rebar and wire mesh adds an average of $3.44 per finished square foot of concrete pad. The average cost of labor to install a concrete pad is $54.50 per hour. Some cities may require inspections and permits in order to install a concrete pad. The fees associated with the permits and inspections will add to the overall cost of the project. There are many different sub-types of concrete that can be used to create a concrete pad.

The subtypes are based upon the material used as an aggregate. Hydraulic Concrete: This is an ancient mixture still in use today. The aggregates are volcanic ash and clay. Stamped Concrete:  Plasticizers and colorants are added to the standard concrete mix. A stamper is used to create patterns after pouring. Once hardened, the concrete is sealed to enhance the look and durability of the pad. It is one of the most common subtypes of concrete used for concrete pads. It costs an average of $2.45 per finished square foot due to the added chemicals in the concrete mix. Self-Consolidating Concrete:  This is the newest subtype of concrete and has polycarboxylates plasticizers that reduce the need for tamping and compaction. Shotcrete: This form of concrete includes accelerators to enhance hardening and is ideal for areas that need vertical concrete or concrete around large rock formations. It can also be used to repair a crack in a concrete pad. Limecrete: Lime is used instead of cement as the binder.

It is able to filter moisture and can withstand humid environments. Pervious Concrete: This type of concrete pad is installed with holes or drains so water can pass from the surface into the soil. Cellular Concrete: Clay or cork is added as an aggregate to increase the amount of air and decrease the weight of the concrete pad. Polymer Concrete: Polymers are added to the cement binder so that a high strength is achieved with a minimum of curing time. Recycled Glass Concrete: Recycled glass is used as an aggregate for visual appeal, environmental friendliness and strength of the finished concrete pad. After curing, the surface is sealed to protect the final result. In addition to coming in a variety of types, concrete is also graded based upon its strength when measured at 28 days after pouring. The strength of concrete is measured this way because it takes approximately 28 days for the material to fully cure and reach its maximum strength. The grades of concrete include:

Low Strength: This type of concrete is used when the pad must be lightweight. It is not common for driveway use or as a foundation for a structure. General Purpose: This is average strength concrete and is the most common type used for pouring concrete pads. It typically has a strength of 3,000 psi. High Strength: This type of concrete is the strongest of all and is more expensive than general purpose concrete. It is able to withstand heavier loads and is considered to be the most durable option. It may have a strength of 6,000 psi or higher. Advantages and Disadvantages of Concrete Pads Standard concrete is inexpensive to install. It is readily available throughout the country. The ability to mix and pour on-site rather than transporting heavy products adds to the economic advantage of this material. Because concrete requires minimal maintenance and it maintains its strength for decades, it is an economically wise choice for use as a driveway, parking pad or base for a structure.

Concrete can be poured or cast into nearly any shape or configuration. The surface can be colored or stamped for added attractiveness. Since it is able to withstand high temperatures, concrete is ideal for a surface that will meet with rubber tires or as an area where people or pets will spend time. Concrete is unlikely to rot, erode, decay or attract pests. The addition of recycled materials or materials that would otherwise be sent to the landfill makes concrete an environmentally friendly choice for a solid outdoor surface. While these are excellent reasons to choose concrete as a material for creating a solid outdoor surface, there are some disadvantages to concrete pads. Concrete is susceptible to staining from oil leaks and other greasy materials. Infiltration of moisture and the freeze and thaw cycle may cause concrete to crack. An improperly prepared surface or shifting of the soil may also cause cracking in the concrete pad. The weight of concrete is considerable and requires ample preparation of the surface before it can be poured.