easySPEED South
Intro
Before starting assembly, please carefully read the safety instructions, which can be found at the end of these assembly instructions. Before starting installation, please make sure that you use the latest assembly instructions.
The installation system should be designed and planned using the Alumero Solar.Pro.Tool software. Please refer to the project report, which you will receive from the Solar.Pro.Tool or from your Alumero sales partner, for the required materials and the positions and arrangement of the individual components. This data is calculated statically and is of great importance for the safe and flawless functioning of the system.
Before installation, the installer of the photovoltaic system must ensure that the given roof substructure is designed for the additional loads that arise.
These assembly instructions explain the assembly processes of the eponymous system, the attachment to the roof substructure and the installation of the modules.
In the case of sheet metal roofs, the modules are usually mounted vertically so that the support profiles are parallel to the ridge. Two carrier profiles per module row are used as standard.
ALUMERO photovoltaic systems are designed exclusively to accommodate PV modules. Any other use is considered improper use.
The system is designed exclusively to accommodate PV modules. Any other use is considered improper use.
Assembly may only be carried out by trained specialists. In particular, work on the roof covering should be carried out by a roofer.
If you have any further questions, please use ALUMERO's professional and comprehensive consulting service. Our competent civil engineers and construction technicians are happy to help you.
General information
Einsatzbereich:
Folien-Bitumendächer sowie Grün- und Kiesdächer
Modulabmessungen:
990 – 1200 mm × 1650 – 2300 mm (Breite x Länge)
Modulneigungswinkel:
10°
Abstand von der Dachoberfläche:
Ca. 70 mm
Dachneigung:
Bis 5° je nach Dachgegebenheiten ohne Dachanker möglich, über 5° nur mit Dachanker
Windlast:
Soglast bis 2,4 kN/m²
Schneelast:
Alpin-Variante bis 5,4 kN/m²
Standsicherheitsnachweis:
Softwaregestützt auf Basis von Windkanaluntersuchungen
Dachbeschaffenheit:
Die statische Tragfähigkeit der Dachkonstruktion und des Gebäudetragwerks sowie eine ausreichende Druckbelastbarkeit der Wärmedämmung ist bauseits sicherzustellen.
Material Unterkonstruktion:
Aluminium EN AW 6060; Bleche aus Stahl mit Alu-Zink-Beschichtung; Kleinteile aus rostfreiem Stahl A2-70; Bautenschutzmatte aus Polyester-Vlies.
Tools needed
Components
Standard
Optional components
Accessories
Variants
AC 2.1+ flat roof
AC 2.1+ flat roof
AC 2.1 S5 flat roof
AC 2.1 S5 flat roof
AC 2.1 S10 flat roof
AC 2.1 S10 flat roof
AC 2.1 S15 flat roof
AC 2.1 S15 flat roof
Components
easyLIGHT East/West
Ballasting
Alpine supports
Accessories
easyLIGHT South 5°
easyLIGHT South 10°
easyLIGHT South 15°
Ballasting
Alpine supports
Accessories
AC G+ open space
ballasting
accessory
components
beaver tail replacement plate
Assembly
Front support
Position the lift small on the middle holes of the plate.
Tighten the Allen screws with 15Nm.
Back support
Position the lift large on the middle holes of the plate small.
Tighten the pre-assembled Allen screws with 15Nm.
Center support shading angle 18°
Position the lift large on the outer holes on the left side of the plate.
Tighten the Allen screws with 15Nm.
Position the lift small on the outer holes on the right side of the large plate.
Tighten the Allen screws with 15Nm.
Make sure that the lift flap is large and the stop of the lift small points large on the inside of the plate.
Center support shading angle 25°
Position the lift large on the second of the outer holes on the left side of the plate.
Tighten the pre-assembled Allen screws with 15Nm.
Position the lift small on the second of the outer holes on the right side of the plate.
Tighten the pre-assembled Allen screws with 15Nm.
Make sure that the lift flap is large and the stop of the lift small points large on the inside of the plate.
Pre-install clamps
As required, screw the end and center clamps onto the already assembled lifts of the front, middle and rear supports with approx. 2 turns.
Tip: Check the orientation of the small and large lifts again.
Installation
Positioning the supports
Position the module fields on the selected roof area in accordance with the ALUMERO project report.
To do this, measure the length and width of the module field and place the front, middle and back supports.
The exact distance between the supports depends on the module length and the module width.
Using the alpine version:
Be careful! With the alpine version, pay attention to the placement of the front and middle supports! Here, the modules are positioned on the respective characteristics of all supports.
When placing the supports, make sure that the stop on the lift is small and the curve on the lift is large, as in the detailed images below.
Using the alpine version:
Be careful! With the alpine version, pay attention to the placement of the front and middle supports! Here, the modules are positioned on the respective characteristics of all supports.
Mount modules
First series of modules:
Place the first module horizontally on the front, middle or back supports so that it is small flush with the stop at the front of the lift (detail A) and the characteristic curve at the back of the lift is large.
Tighten the terminals with 15 Nm.
Push the next module up to the middle terminals of the previous module and tighten the center terminals with 15 Nm.
Mount the other modules analogously.
Optional: alpine version
Positioning the supports
Position the module fields as described in the previous chapter.
Installation of additional supports
Install additional front supports, center supports, and back supports in the middle of the module.
Make sure that the modules of all supports are positioned flush with the low lift curve and large with the lift curve. See detailed images below.
Be careful: Don't use the lift stop small!
Install additional end clamps
Screw the additional end clamps into the already placed lifts of the alpine supports. Tighten it with 15Nm.
Wind deflector installation
Insert the wind deflector into the tab
Place the wind deflectors in the lift tabs on the center supports and back supports.
Make sure that the wind deflectors at the beginning and end of a row of modules are flush with the middle and rear support adapters.
Screw the wind deflector
Secure the wind deflectors with washers and Allen screws by screwing them into the holes of the supports. Tighten it with 15Nm.
If two wind deflectors meet, they are mounted in an overlapping manner.
Tip: Additional clips should be attached to the overlaps of the wind deflectors.
Ballast tank assembly
Use of additional shims
Depending on the system, the ballast pans are mounted on the small and large plates.
Place additional shims under the ballast pans and fix them to the holes of the respective plates using washers and Allen screws.
Depending on the system, the ballast pans are mounted on various supports, such as front supports, back supports, center supports, etc.
Standard version
If you have > 8 bricks or > 64 kg, use two plates per ballast pan.
If you have < 8 bricks or < 64 kg, use only one base per ballast pan.
Alpine version
Do not use a base plate for < 8 stones or < 64 kg, as the alpine support is already in the middle.
If you have > 8 bricks or > 64 kg, use two plates per ballast pan.
Depending on the system, the ballast pans are mounted on various supports, such as front supports, back supports, center supports, etc.
Ballasting
The ballast calculation is always carried out on a project-specific basis and is calculated exclusively using the ALUMERO Solar.Pro.Tool.
Based on the dimensions and weight of the stone, it is calculated how many stones are required at which point to secure the position of the system.
Use ballast pans or ballast braces to secure the position of the stones.
Ballasting using a ballast tray
The stones are placed directly in the ballast pans.
The number and position of the stones are described in detail in the project report.
Ballasting with ballast braces
The stones can be placed directly on the plates using ballast clips. Position the ballast clip at the edge of the stone so that it rests on 3 points.
Cable management assembly
Push the module cables into the cable cover.
Position the cable cover at the edge of each plate so that it is flush with the plate and fix it to the holes in the plate using an Allen screw.
Tighten the Allen screw with 15Nm.
Assembly modules
Install end clamp
Start with the lowest row of modules. Place the first module on the carrier profiles and align them.
Click the Click end clamp slightly at an angle and push it towards the module frame.
Allen screw with a torque of 15 Nm tighten.
The presentation is exemplary and depicts the system, tending not to the profiles used.
Please note: The end clamps must be attached at least 20 mm from the end of the respective mounting profile.
Attention: When using end clamps with threaded plates, attention must be paid to the orientation. The threaded plate must be positioned transversely to the profile channel.
Install the center clamp
Place the Click center clamp on the frame of the previous module and click in at a slight angle. Push the module so that both modules are firmly in place.
Allen screw with a torque of 15 Nm tighten.
The last module in a series of modules with terminators, as before
described, assemble. Assembly of the remaining module rows analogously.
The presentation is exemplary and depicts the system, tending not to the profiles used.
Please note:
- Distance from the clamp to the ends of the support profile: min. 20 mm!
- Middle clamps must not be mounted directly on the support joint!
- Clamp the modules only at prescribed mounting areas! These can be found in the module manufacturer's data sheet.
- Distance (horizontal and vertical) between modules: approx. 20 mm!
module cable | potential equalization | grounding
Fasten module cable
Module cables should not hang down or rest on the roof covering. Push the clip attached to the cable tie into a profile channel of the support profile. Use the cable tie to tie the cable together.
Remove the clip by sliding it laterally out of the profile channel.
Potential equalization
Potential balancing between the individual plant components must be carried out in accordance with the respective country-specific regulations. One way of grounding the ALUMERO sheet metal folding roof system is shown below. Cable averages and overall grounding concept are not included in these instructions and must be calculated or prepared by the contractor in accordance with the applicable standards and guidelines. Professional grounding methods other than those listed here are also possible.
Grounding of carrier profile rows
In each row of carrier profiles, insert a wire clamp into the lower profile channel of the carrier profile. Insert the aluminum wire into the wire clamp and secure by tightening the screw. In this way, connect all rows of modules to each other conductively.
Earthing the modules
Whether the modules need to be grounded is specified by the module manufacturer in the respective module data sheet. If so, the potential equalization of the modules can be created in the following way, recommended by ALUMERO:
To integrate the modules into potential equalization, you can use ALUMERO end and middle terminals with pins. The pins sit in the terminals, pierce the anodized layer of the module frames and thus conductively connect all module rows together.
All product images included in these assembly instructions are for illustrative purposes and are not true to scale. Subject to changes and errors!
Optional: potential equalization | grounding
Install grounding/potential equalization
The grounding/potential equalization is attached to the edge of a module field on a foot with a screw (max. M8). The components are not included.
- Securely connect the ground wire (on site) to the cable lug.
- Install the shim and cable lug with the screw in the order shown.
Safety and warning notices
Please note the following information!
We recommend that you read the following notes carefully as they are very important when using the product. Please also check the safety regulations for the other system components.
Safety and warning notices
ALUMERO mounting systems are designed exclusively to accommodate PV modules. Any other use is considered improper use. Proper use also includes compliance with the instructions in these assembly instructions. ALUMERO is not liable for damage resulting from failure to comply with the assembly instructions, in particular the safety instructions, or from misuse of the product.
- ALUMERO assumes no liability for loss of performance or damage to the module of any kind.
You should follow these instructions carefully when working on the PV system. Installation, commissioning, maintenance and repair may only be carried out by persons who are suitably qualified and authorized.
Please comply with the applicable regulations and safety instructions.
You must take these accident prevention regulations into account:
- BGV A 1 — General regulations
- BGV A 3 — Electrical systems and equipment
- BGV C 22 — Construction work (personal protective equipment against falls)
- BGV D 36 — ladders and steps
- Professional association rules for safety and health at work BGR 203 (roof work) and DIN EN 516 facilities for entering the roof
- Work clothes and occupational safety regulations in accordance with the regulations of the professional association
Please comply with the applicable regulations and safety instructions.
You must comply with the following DIN standards:
- DIN 18299 — General regulations for all types of construction
- DIN 18338 — Roofing and roof sealing work
- DIN 18360 — metal construction, locksmith work
- DIN 4102 — Fire behavior of building materials and components
Work on Alumero Systematic Solutions GmbH's systems may only be carried out by authorized personnel. The operator of the plant has the following safety-related obligations:
- We require that the installed ALUMERO components and roof covering be inspected and serviced at least once a year.
- At a minimum, the following points should be checked:
- all mechanical connections are in correct fit and strength
- the position of the system on the roof and the system itself with regard to deformations
- keeping the cabling intact
- the PV modules for damage
The frame may only be assembled by persons with appropriate qualifications, manual skills and basic mechanical knowledge.
It must be ensured that the commissioned persons are able to assess the work assigned to them and identify potential hazards. The assembly instructions are part of the product and must be available during installation.
The assembly instructions are part of the product and must be available during assembly.
It must be ensured that the installation instructions and in particular the safety instructions are read and understood by authorized personnel before installation.
The regulations of the professional association, local occupational safety regulations and technical rules must be complied with.
Suitable hoists and ladders must be used for installation. Staff ladders must not be used.
It is necessary to have the existing building statics checked by an expert civil engineer with regard to the additional loads from a PV system.
Any general load limits imposed by Alumero Systematic Solutions GmbH (e.g. the need to remove snow to limit the snow load) must be taken into account.
Warranty/product liability (exclusion)
The sizing instructions contained in these instructions are only practical tips. Binding assembly frame statistics can be created with the Alumero Solar.Pro.Tool program.
As an installer, you are responsible for the correct installation. Alumero Systematic Solutions GmbH is not liable for the sizing instructions contained in commercial plant offers.
As an installer, you are responsible for the mechanical durability of the assembled interface connections on the building envelope, in particular for their tightness. The components of Alumero Systematic Solutions GmbH are designed for this purpose in accordance with the expected loads and the current state of the art. To do so, as part of the request/order to Alumero Systematic Solutions GmbH, you must provide all general technical conditions in the project data sheet (information on the supporting structure, snow load zone, building heights, wind loads, etc.) in writing.
Alumero Systematic Solutions GmbH is not liable for improper handling of the installed parts.
To prevent corrosion, the aluminum structure must only come into contact with media (solid, liquid, gaseous) that have a pH of 4.5 to 8.5.
With proper handling, dimensioning in accordance with static conditions and normal environmental and environmental conditions, Alumero Systematic Solutions GmbH provides a 2-year product warranty on the lifetime and durability of the frame systems. This applies within the framework of generally prevailing weather and environmental conditions.
Material and workmanship guarantee: Alumero Systematic Solutions GmbH provides a material and workmanship guarantee of 10 years on the materials used. For more information, please see the separate warranty conditions.
Electrical installation notes
You may only carry out all electrical work if you are a qualified electrician. The applicable DIN standards, VDE regulations, VDEW guidelines, VDN guidelines, accident prevention regulations and the regulations of local electricity supply companies (EVU) are decisive.
- DIN VDE 0100 (installation of heavy-current systems with nominal voltages up to 1000 V)
- VDEW guideline for the parallel operation of self-generating plants with the low voltage power supply network
- VDI 6012 Guideline for Decentralized Energy Systems in Buildings: Photovoltaics
- Information sheet on the VDEW guideline “Self-generation systems on the low-voltage grid”
- VDN guideline “Self-generating systems on the low-voltage grid”
- DIN/VDE regulations, DIN/VDE 0100 “Installation of high-voltage systems with line voltages up to 1000 V”, in particular VDE 0100 part 410 “Protection against direct and indirect contact” (DC voltages > 120 V, < 1000 V DC voltage) and the “Accident prevention regulation of commercial professional associations” VBG4 “Electrical systems and equipment”
- DIN VDE 0100-540 Selection and Installation — Grounding, Protective Conductor and Potential Equalization Conductor
- VDE 0185 Construction of a lightning protection system and VDS 2010
Important warnings
Solar modules generate electricity as soon as they are exposed to light and are therefore always under voltage. Although the fully insulated plug contacts provide protection against contact, you must pay attention to the following when handling the solar modules:
- Do not insert any electrically conductive parts into the plugs and sockets.
- Do not install solar panels and cables with wet plugs and sockets.
- Perform all work on the pipes with extreme caution.
- Do not perform an electrical installation when it is damp.
- Even with low lighting, the series connection of solar modules produces very high DC voltages, which are life-threatening when touched. In particular, consider the possibility of secondary damage in the event of electric shock.
High contact voltages can occur in the inverter even when switched off:
- Be particularly careful when working on the inverter and cables
- After switching off the inverter and carrying out further work, be sure to follow the time intervals specified by the manufacturer so that the high-voltage components can discharge.
- Please also note the inverter manufacturer's installation instructions.
- Opening a closed string (e.g. when disconnecting the DC line from the inverter under load) can result in a deadly arc:
- Never disconnect the solar generator from the inverter while it is connected to the grid.
Standards and guidelines
All standards and guidelines listed have been published and applied for Germany. They must be considered in their current version. Outside of Germany, please also comply with the relevant national standards and guidelines.
Frame installation instructions
For installation in the roof area, you must comply with the currently valid rules of construction technology, in particular the requirements set out in the DIN standards and in the “German Roofing Trade Rules”.
- Check that all screw connections are tight.
- Maintain the specified torques.
- Regardless of verifiable statics, you must ensure in advance of each installation that the product meets the static requirements on site in accordance with DIN EN 1991.
- DIN standard EN 1991 “Effects on structures” — and all related national application documents
Part 1-1: Weights, dead weight and payloads in building construction
Part 1-3: Snow Loads
Part 1-4: Wind Loads - DIN standard EN 1990: “Principles of structural engineering” — and all related national application documents
- The assembly frame is measured in accordance with DIN EN 1993 “Design and construction of steel structures” and DIN EN 1999 “Design and construction of aluminum structures”
- Make sure that the substructure is suitable in terms of load capacity (dimensions, state of preservation, suitable material characteristics), supporting structure and other layers affected by it (e.g. insulation layer).
- Make sure that the runoff of rainwater is not impeded.
- Take into account aspects of building physics (e.g. possible condensation when penetrating insulation layers).
- For installation in the roof area, you must comply with the currently valid rules of construction technology, in particular the requirements set out in the DIN standards and in the “German Roofing Trade Rules”.
Product liability
The technical documentation is part of the product. Alumero Systematic Solutions GmbH is not liable for damage resulting from failure to comply with the assembly instructions, in particular the safety instructions, or from misuse of the products.
