We only carry the finest solar mounts from reputable manufacturers. Whether roof mount, ground mount, top of pole mount, side of pole mount or tower mount, we can accommodate your requirements. Call (877) 297-0014 for discount pricing, more information or to order.
Roof Mount Systems
Solar mounting structures for residential and commercial applications. The Rooftrac PV mounting system is the "Original and Patented Top-Down Mounting System" designed to make installation cost effective and easy.
Rooftrac Support Rail & Clamping System 
The Roof Trac mounting system has been load-tested and engineered to 125mph wind load for most module types. This system is used with all the stansion options below:
Fast Jack
This provides a quick and strong solution using standard roof flashings. Great for new construction.
Tile Trac
This is the perfect base for surface mounting on composition shingle and concrete and barrel tile roofs. These support the RoofTrac mounting system and are ideal for existing construction.
Creotec Flat Tile Roof Hook
Perfect for various types of tile roofs. No drilling of the tiles required.
Foam Jack
A popular solution for commercial and metal rooftops.
Use of foam versus a flashing provides leak-free connections at a fraction of the cost.
Tilt Up Kit
Allows your solar array to be tilted at the optimum angle.
Can be used with Fast Jack or Tiltrac Stansions on a variety of roof types.
Splice Kit
Used for splicing RoofTrac mounting rails.
Solar Wedge
Fixed angle mounting jacks for flat roof installations.
Ground Mount Systems
Prosolar Ground Trac Mounting System
The Groundtrac system is the perfect solution for mounting PV modules on hillsides or flat grade. GroundTrac is an excellent solution for rural properties that require lower profiles for residential and commercial applications.
The Original "Top-Down" PV Mounting System for Ground Applications. Used for splicing RoofTrac mounting rails.
The simple and logical design of the Ground Trac mounting system gets the job done with minimal parts. This system allows the installer to complete the job quickly.
Reduces labor costs and improves installation efficiency using the RoofTrac patented support rail system.
All attachment hardware is concealed within channel for an attractive and clean appearance.
All exposed aluminum surfaces are fully anodized. This will insure an attractive appearance for many years to come.
Meets industry engineering standards without the need for cross bracing. Integrates with readily available 1-1/2" Schedule #40 galvanized pipe.
Capacity / Specifications :
- Utilizes 1-1/2" Schedule #40 Galvanized Pipe (Available at any home improvement center or plumbing supply)
- Footing Size: 12" diameter x 42" deep - designed for use with 12" power augers
- 2.7 cu. ft. concrete footings
- Tested with 1-1/2" aluminum alloy tee fittings
- Max Height 5' from grade/footing
- Max support pipe canteliver 24"
- Pipe Span - Non Snowload: 10' Max
- Pipe Span - Snowload: 6' Max (50 lbs per square foot)
Top-of-Pole
The Top-of-Pole Mounts we carry are available in several sizes ranging from 1- module through 24-modules -- up to 260 square feet. The rack design is determined by the area of the module(s) to be mounted, not necessarily the number of modules.
Top-of-Pole mounts are designed for maximum strength and ease of installation. Our racks are module-specific and not universal, which helps to reduce the number of parts. This simplifies assembly and minimizes assembly errors. No aluminum components are threaded to be attached to other components. All of our mounting sleeves are heavy gauge steel and have fully welded caps. Hardened bolts are used to lock the mounting sleeve to the pole.
Using a module-specific design allows us to build racks with the fewest number of parts. All racks are made to fit the specific module that is to be mounted. This ensures that the system is assembled in just the manner it is intended. No measuring or guesswork is required. All the holes are located exactly where needed. Gaps between modules are minimal and uniform. There will never be excess rack material extending beyond the modules.
Strongbacks, Elevation Pivots, and Mounting Sleeves are made of heavy gauge steel flat bar, square tubing and pipe or mechanical tubing conforming to ASTM A36 and ASTM A500-Grade B.
All parts are mig-welded, burrs are removed, corners are coped, and edges are sanded. All steel parts are coated with two coats of industrial urethane enamel paint. Solar module mounting rails are made of mill-finish 6061-T6 structural aluminum angle or channel. All holes are deburred, and edges are coped and sanded. Stainless steel module mounting hardware is provided with each rack. Standard rack assembly hardware is zinc-plated Grade 5. A stainless steel hardware upgrade is optional.
All standard Top-of-Pole Mounts have six tilt-angle settings from 15° to 65° in 10° increments. The elevation adjustment is positive locking in each position eliminating the possibility of slippage. The racks are balanced about the pivot bolt to make elevation adjustments easy. Other tilt combinations and racks welded at fixed angles are offered as options.
Standard mounts are designed and warranted to withstand 30 lbs / sq. ft. (approximately 90 mph or 145 km/hr ) . Designs capable of withstanding greater loads are available.
All racks have sleeves sized to slip over readily available standard sizes of installer-supplied SCH40 (Schedule 40) steel pipe. The largest mounts (225 sq. ft. and above) mount on SCH 80 steel pipe. The mounting sleeves have set-bolts spaced 90° apart to firmly secure the rack to the pole.
Side-of-Pole
There are a wide variety of installation methods for MAPPS solar power systems. Systems from 10 Watts to 480 Watts can easily be mounted on vertical poles ranging from 2" to telephone poles. Many versions are shown below from single module mounting structures (links to below) to multiple module mounting structures on larger poles. Larger RAPS™ solar systems can be ground mounted, mounted on the side of a steel tower, mounted on the top of poles, mounted on cross arms with dual vertical poles, or mounted on trailers. Examples of these installations are shown below. We can design virtually any size system for a fixed or portable application anywhere in the world. Call us with your challenging application or select form one of our standard systems. You can also view our sizing guide to size your own system - click here.
Single Module Side of Pole Solar Mounting Design: For smaller systems ranging from 10 Watts to 130 watts. Typically used for small RTU/SCADA systems, wireless data, RFID Sensors, wi-fi repeaters, traffic monitoring, tower obstruction LED lighting, MET tower LED sidelights, infra-red security, various wireless OEM applications, and rural habitation for developing country projects.
Formed aluminum parts are made of 5052-H32 aluminum. All extrusions used are 6061-T6 structural alloy. Corners are coped, edges are sanded and holes are deburred. Stainless steel module mounting hardware and rack assembly hardware are provided with each rack.
- Supplied with stainless steel band clamps for mounting to a 2”-3.5” OD pole (other sizes available)
- Can be attached to poles with u-bolts
- Can also be lag-bolted or through-bolted to any vertical surface
- Elevation angle adjustment: 30 to 60 degrees in 5-degree increments
- All components are mill finish 6061-T6 structural aluminum*
- Rack hardware is stainless steel
- Module mounting hardware is stainless steel
Standard models are designed and warranteed to withstand windloads of 30 lbs. per sq. ft. (approximately 90 mph). Designs capable of withstanding greater loads are available for high-wind areas.
Side-of-Pole Mounts are attached to the pole with stainless steel band clamps (provided). Two or four band clamps are used depending on the design. Series AL-22 and PS-28 come with band clamps for 3” to 5” OD poles. All other racks are supplied with clamps for 2” to 4” OD poles. Many other sizes are available; please specify pole sizes when ordering. These racks can also be u-bolted or lag-bolted to poles (square or round) and to the sides of buildings or other vertical surfaces. Brackets are also available for mounting to ROHN towers and wood telephone poles.
Large Ground or Tower Mount
Ground based systems are used in larger power applications ranging from 640 watts to 10+ kilowatts. Common applications include air monitoring sampling equipment, tower obstruction lighting, cellular microwave repeaters, mountaintop communications and high wind areas such as tropical islands and deserts. Often the solar array is used to shade the battery enclosure, reducing heat gain.
These systems range from 160 watts to several kilowatts. These are intended to power LED obstruction lights, aircraft warning and MET tower obstruction LED lights. These are also used on radio telecommunication towers.
This design method is used to elevate the solar array when there is snow drift accumulation. Smaller systems use 4"-6" Schedule 40 steel pipe. Larger systems typically use utility telephone poles.
Typical applications are microwave repeaters, cellular repeaters, tower obstruction lighting and microwave relay stations.
