Trinamount I for Tiled Roofs Installation Video
Photovoltaic panel setup requires mindful idea and mindful planning. You can’t simply toss the panel up anywhere and hope for the very best. They need to be placed where they will offer the optimal impact, therefore offering you the optimum return on investment. Photovoltaic panels depend on the light of the sun for their power. The sun takes a trip across the sky each day and is never ever in one area for very long. This means that your solar panel setup needs to take the sun’s course throughout the sky extremely much into account.
The most typical location for photovoltaic panel installation is on the roof of a house or structure. They can be set up as panels straight on to the existing roofing structure, or they can be the real roof can be transformed into a variety of solar panels that are an essential part of the roofing system.
The very first method of installation is the most commonly found. It is fairly simple to do and does not include too much disruption or expense. The 2nd technique is far more involved. It is probably the very best long-term service, however it is most likely to cost more, and the work will most likely take more time to complete. Either approach works more or less the same, and the most essential thing is placement. A south dealing with part of a sloping roofing is normally the finest place for solar panel setup, and this is where you will find them usually.
Discovering the very best location to install your solar panels is something, however you also need to guarantee that the location chosen is big enough to accommodate your energy generation needs. Photovoltaic panel tend to use up rather a great deal of area, and each panel just offers a modest amount of power. It needs a big variety if your power requirements are higher than average.
Conclusion Solar panel setup is a job best left to the specialists. There are many factors to take into account when setting up solar panels, things like the typical sunlight your location gets over a year, the degree of damage triggering winds likely to be skilled every year, and whether the finest location for installing the panels can offer enough energy.
Treena mount one for tile roof from trina solar offers. The industry’s fastest and least expensive way to install PV systems on tile roofs trina mount one minimizes roof attachment points eliminates the need for long length mounting rails, requires very few parts and simultaneously accomplishes structural and grounding connections.
It is designed to connect with various types of third party tile hook or standoff attachment hardware. This video demonstrates a trina mount one installation on standard tile, hooks trina, mount 1 utilizes Zep compatible pv modules that are manufactured with special trina mount frame design and are designed to receive trina mount hardware that lock into the trina mount groove the core components of treat Amount one include the spanner clamp, the spanner bar the bar sleeve, the kam foot, the interlock and the ground bolt.
The upper portion of the kam foot contains a rocket which has a key side and a tongue side. The key side rocks into the modules Trina mount groove and the tongue side receives the module. Groove interlocks contains EPS, which are designed to mate with module grooves.
Once the PV array mounting area has been established, the perimeter of the array and the rafter layout are marked with chalk lines. Tiles are then removed at the selected attachment point locations third-party tile hooks are then installed.
According to the manufacturer’s, instructions. Tiles are reinstalled after code-compliant, waterproofing measures have been taken next, the first to spanner bars are mated by inserting the male portion of the lower spanner bar into the female portion of the upper spanner bar, then the two spanner clamps are slid onto the spanner bars to Their desired locations and the assembly is lowered into place on the west side of the array, with a spanner clamps aligned with the tile hooks.
The assembly is then secured to the tile hooks with the supplied carriage, bolts and locking flange nuts. Next, the third spanner bar receives a spanner clamp, is mated with a middle spanner bar and is secured as before.
This process is then repeated on the east side of the array. Once both East and West Side spanner bar, runs, are installed, a string line is run between them at the lower edge of the array. In order to aid in the alignment of the remaining lower edge spanner bars, then the spanner bar installation process is repeated for the rest of the array.
Once all spanner bars have been installed. Bar sleeves are installed at the upper end of each spanner bar run by sliding them into place. Next, the first row of kam feet is installed along the lower edge with their key sides facing down roof.
A kam foot is installed by inserting it into the groove of the spanner bar and rotating at 90 degrees, with the Treena mount flat tool. Once the first row of CAM feet are installed, the first to erase skirts are coupled together with an interlock and an interlock spacer.
An interlock is installed by inserting its key side into the groove of the array, skirt at a 15 degree angle and then rotating the Zepps 90 degrees with the Trina mount tool. So that timing marks on the tool align with the timing marks.
On the top surface of the interlock, once the first two erased skirts are mated, they are rocked onto the tongue. Side of the cam feed rockets at the west. End of the array and jams are inserted into the tops of the rockets to prevent the array skirt from rotating back out.
Next, the third array skirt is rocked onto the cam foot. An interlock is installed at the seam, and jams are inserted as before. This process is then repeated for the fourth race skirt. Once all of the array skirts have been installed, the first Trina mount PV module is dropped into place at the lower west corner of the array by resting the module groove on top of the tongue side of the rocket and rotating downward.
A kam foot is then made it to the upper edge of the module by inserting it into the spanner bar groove at an angle, sliding it towards the module frame and rocking the key side of its rocket into the modules groove.
Then the lower portion of the cam foot is rotated 90 degrees to lock it into the spanner bar. This is then repeated for subsequent modules in interlocks are installed on the upper edge between each module.
This process is then repeated for subsequent rows. You a ground bolt lug is installed at the perimeter of the array to receive the arrays equipment grounding conductor. This completes the mechanical installation of a Trinamount
