Vis-Solis In-Roof 2.5M
Installation Manual
REGISTER THIS PRODUCT
ONLINE WITHIN 28 DAYS OF
COMMISSIONING
IRELAND
www.joule.ie/register-a-product
UNITED KINGDOM
JL-VISIR2.5-INS-001-03-2017
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Vis-Solis In-Roof 2.5M Installation Guide
1
Warranty Card
MUST BE COMPLETED AND
THEN REGISTERED ONLINE
TO COMPLETE WARRANTY
Please register your product online
Homeowner
Name
Installer
Name
Address
Address
Contact Tel.
Contact Tel.
Contact Email
Contact Email
Product
Product
Installed
Serial Number
Installation
Date
Cylinder
Located on
cylinder badge
Solar Thermal
Take from
solar controller
Solar PV
Ser. No. from
String / Micro Inverter
Air Source Heat Pump
Located on external
heat pump badge
Integrated Heat Pump
and Cylinder
Located on
cylinder badge
Underfloor Heating
Project ref. on
supplied schematic
Intergas Gas Boiler
Located on
cylinder badge
Was a Pre-Plumbed
cylinder installed too?
Joule Advance Installer
I accept the terms and conditions in the installation manual
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Joule Product Warranty Terms & Conditions
Subject to the following provisions, Joule warrants that the Goods will be free from defects
in material and workmanship for a period of 20
years in relation to VACUUM TUBES and PANELS and a period of 5 years for MANIFOLDS and
KITS from their date of manufacture. “RESTRICTED PRODUCTS” are limited to a period of 12
months warranty. The warranty is given by Joule
subject to the following conditions:
A Joule shall be under no liability in respect
of any defect in the Goods arising from any
information drawing design or specification
supplied by the Buyer.
B Joule shall be under no liability in respect of
any defect arising from fair wear and tear,
wilful or accidental damage, negligence, abnormal working conditions, failure to follow
the Joule’ instructions, misuse or alteration
or repair of the Goods without approval.
C The above warranty does not extend to
parts materials equipment not manufactured by Joule Renewables in respect of
which the Buyer shall only be entitled to the
benefit of any such warranty or guarantee
as is given by the manufacturer to the Company.
D The defect has been reported by the Buyer
to Joule within the warranty period.
E The installation of the Goods having been
carried out by fully trained and competent
person(s).
F The Goods having been subjected to neither “prolonged stagnation conditions” nor
exhibiting signs of “extreme temperature
exposure”.
1. The Buyer shall not make any statement or
representation or give any warranty to any
third party in respect of any, Goods other
than in the terms made or given by Joule
to the Buyer nor shall the Buyer have any
authority to commit Joule to provide any
service in relation to the Goods.
2. The Company’s liability to the Buyer for
death or injury resulting from its own or that
of its employees’ agents’ or subcontractors’
negligence and damage suffered by the
Buyer as a result of any breach of the obligations implied by Section 12 of The Sale of
Goods Act 1979 shall not be limited.
3. If Joule fails to deliver the Goods for any
reason other than any cause beyond the
Company’s reasonable control or the Buyer’s fault then Joule shall only be liable to
the Buyer for and the Company’s liability
shall be limited to the excess (if any) of the
cost to the Buyer (in the cheapest available
market) of similar goods to replace those
not delivered over the Price of the Goods.
4. The Buyer shall examine all delivered Goods
forthwith. Any claim based on any defect in
the quality or condition of the Goods or their
failure to correspond with specification shall
be notified to Joule within 7 days from the
delivery date or where the defect was not
apparent on reasonable inspection within a
reasonable time after discovery of the failure. If delivery is not refused and the Buyer
does not notify Joule the Buyer shall not be
entitled to reject the Goods.
5. Joule shall be entitled to examine any
Goods, which are the subject of any claim
by the Buyer, and to remove such Goods or
any part thereof for testing. No tests carried
out by the Buyer will be recognised by Joule
unless carried out strictly in accordance with
a method previously agreed by Joule as being
suitable for the purpose.
6. Any valid claim in respect of the Goods
which is based on any defect in the quality
or condition of the Goods or their failure to
meet specification is notified to Joule in accordance with these Conditions Joule shall
be entitled to repair or replace the Goods (or the
part in question) free of charge or at the Company’s sole discretion refund to the Buyer the
Price (or a proportionate part of the Price) but
Joule shall have no further liability to the Buyer.
Vis-Solis In-Roof 2.5M Installation Guide
3
7. Joule shall not be liable to the Buyer by
reason of any representation (unless fraudulent) or any implied warranty condition or
other term or any duty at common law (including but without limitation the negligence
of Joule its employees agents or otherwise)
or under the express terms of the Contract
for any loss of production loss of profits or
anticipated profits loss of contracts operation time or anticipated savings loss of business or of expected further business loss of
or corruption to data damage to the Buyer’s
reputation or goodwill damages costs or
expenses payable by the Buyer to any third
party or any other indirect special or consequential loss or damage or claim (whether
caused by the negligence of Joule its employees agents or otherwise) which arise
out of or in connection with the supply of the
Goods or their use or resale by the Buyer.
8.Without prejudice to the provisions of
clauses 3, 4, 5, 6 and 7 the entire liability of
the Buyer under or in connection with the
Contract shall not exceed the Price of the
Goods.
9. Joule shall not be liable to the Buyer or be
deemed to be in breach of the contract by
reason of any delay in performing or any
failure to perform any of the Company’s obligations in relation to the Goods if the delay
or failure was due to any cause beyond the
Company’s reasonable control. Without limiting the foregoing, due to causes beyond
the Company’s reasonable control.
10.For comprehensive details regarding “Warranties and Liability” please refer to the
“CONDITIONS OF SALES” available to view
on our website.
4
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Table Of Contents
6
7
12
14
15
16
18
19
20
28
30
32
34
36
Pre-Installation Notes
First Fix Notes
Standard Kit Components
UK Pack Components
IE Pack Components
Flashing Kit Components
Solar Pipe Components
Setting Out The Roof
In-Roof Mounting Instructions
Finishing Roof Work
• Inserting Temperature Probe Into The Panel
• Connecting Solar Pipe To The Panels
Single Orientation Single Cylinder
• Under Roof Remaining Work
• Wiring The System
• Commissioning The System
Dual Orientation Single Cylinder
• Under Roof Remaining Work
• Wiring The System
• Commissioning The System
Single Orientation Dual Cylinder
• Under Roof Remaining Work
• Wiring The System
• Commissioning The System
Service Record
Do not crosswire the power cable with the comms cable on the solar
pump. If you do this you will see a flashing green light on the pump. The
pump will not operate. The pump will be rendered obsolete and will needed to be replaced with a new pump. This is not covered under a product
warranty.
Vis-Solis In-Roof 2.5M Installation Guide
5
Pre-Installation Notes
Solar hot water systems should be designed and sized correctly before commencing the installation. Proper design will ensure that a system is correctly sized to provide many years of optimised
performance and most or all of the required hot water when the most solar radiation is available.
However a supplementary heating system such as oil or gas boiler, heat pump or wood boiler is
required for months that have less solar radiation. This guide will illustrate and explain how a system
should be installed to conform to the Joule manufacturer guidelines for the Navitas/Acapella/VisSolis product models. Using this guide, stages of a solar installation will be described in the following pages, with illustrations where necessary to explain how to install the relevant components, and
contains general recommendations and important safety information.
Handling Guidance
•
•
•
•
Tube, manifold and panel boxes should be transported horizontally
Heavy goods should not be loaded on top of the kit boxes
Care should be taken when opening boxes to prevent scratches or sudden shocks to the glass.
Do not use sharp objects to open the packaging
Installation Guidance
•
•
•
•
Unpack and install tubes and /or panels only after the manifold and pipe work has been installed
Do not leave the solar collector exposed to solar radiation when the solar loop and manifold
have been drained.
If installing tubes they must have a miniumum elevant of 20 degress and a maximum or 70
degrees. The pipe work of the solar collecter loop is to be earthed and the collector is to be
lightening protected in accordance to local regulations.
A solar panel installation must be performed in accordance with all Health & Safety legislation
and local building/planning regulations for the relevant jurisdiction. Furthermore, the necessary
electrical work required to install control equipment should be undertaken by a qualified electrical contractor.
Sizing of safety equipment
Component sizes are relative to the volume of liquid in the system
Pipe sizing (minimum of 15 mm diameter pipework must be used).
Flow Rate And Pressure Calculation
No. of
Panels
Flow Rate
ltr/hr
Pipe Diameter
Copper Ext. (“BSP)
1 Panel System
(mbar)
2 Panel System
(mbar)
3 Panel System
(mbar)
1
120
3/4” M/F
8.54
1.18
4.11
2
240
3/4” M/F
17.08
2.36
8.22
3
360
3/4” M/F
25.14
5.74
20.94
6
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First Fix Notes
Degree of Over Shading
None / Little / A lot
Shading will reduce the overall performance of a solar system. During the planning
stage of a solar system, consideration should be given to the location of the collectors
with the aim of minimising the effects of shading from high buildings, trees, etc.
Collector Fixing Surface
Is there enough room for the solar panels to sit on the required roof?
yes/no
Is there enough between gulleys (top, bottom and both sides) to prevent
leafs and debris from gathering around the panels?
yes/no
Orientation of Roof & Est. Tilt Angle of Roof for Mounting Solar Collectors
What is the Roof orientation (should be between East SE - West SW)
Collector should be facing the equator
Is an inclined roof frame need to obtain required pitch?
yes/no
To calculate optimal angle of tilt multiply latitude x 0.7 for domestic hot water production
Estimating Hot Water Demand & Size of System Required
No. of people using hot water in the house
Any other exceptional water loads in the dwelling
No. of People Solar Cylinder Size
1-2 people
200 litres
Size of Flat Panel
Size of Evacuated
System
Tube
2 Panel System (4m2)
30 Tube
3-5 people
300 litres
3 Panel System (6m2)
40 Tube
Location of Solar Pump Station & Solar Controller
Ensure the pump station is located in an area where it can be easily accessed for
servicing & maintenance
Ensure that there is adequate space both left and right of pump station to allow
easy access to remove pump in future.
Ensure that the solar controller is located in an easily accessible area for the user
Ensure that the controller is mounted at the correct height for ease of viewing.
Vis-Solis In-Roof 2.5M Installation Guide
7
First Fix Notes
Safe Roof Access To Work
Is there adequate access to area of house to mount scaffolding or ladders?
yes/no
Is there steady and secure base on which to mount scaffolding or ladders?
yes/no
Are the scaffolding and/or ladders fit for purpose?
yes/no
Are all installers trained in working at heights?
yes/no
Are all harness and other safety equipment working correctly?
yes/no
All work carried out should be in accordance with all relevant good pratices and or current building standards. All current regulations should be followed in relation to working at
heights. Nothing stated in this guide takes presedence over current standards.
Condition of Roof
What are the centres of the roof rafters where the solar collector is to be
mounted (e.g. 400mm)?
mm
What is the size of roof rafters (e.g. 6x2”, 7x2”, 8x2”)?
inch
Are roof rafters cross braced?
yes/no
Is any of the timber showing discolouration (indicating rot)?
yes/no
To determine the total load on the roof you must get the total weight of the collectors and
divide this weight by the number of roof fixing bolts or anchors used to hold the collector
on the roof. This will give you the weight of the solar panels on each point of the roof. You
must then carefully review the points where the collectors are connected to the roof to
ensure that these exact points can take the anticipated load.
Where there is signs of discolouration a closer examination will be requried. If black spots
are found on the timber this indicates a leak which needs attention. If the timber appears
brown and flaky then the timber may need to be replaced. If the situation is unclear a
structural engineers report should be obtained prior to completing any further work.
Effects of Snow Loads
What is the estimated annual snow fall for this part of the country?
mm
What is the total extra weight to be assumed from a snow fall?
kg
Irish/UK snow weighs approx 150kg per m . To determine the extra weight the snow will
add to the solar panels you may assume the following formula. (snow fall in meters x area
of panel on the roof in m2 x 150kg/m3)
3
When you find out the total extra weight of the snow add it to the total weight of the collector on the roof. Then using this new weight to examine the roof structure to ensure its
suitability. You do not need to consider the snow load when installing evacuated tubes.
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Effects of Wind Load
The evacuated tube collector is exempt from the effects consideration of wind
loading for the same reason as the snow loading.
When considering flat panels wind tests have been conducted that ensure that
they and their fixing brackets can withstand all recorded wind forces in Ireland
when mounted on a four storey house or less.
Pipework & Liquids
Is anti-freeze being used as the solar system fluid?
Ensure solder joints are not used throughout the entire system
Ensure high temperature insulation is used throught all pipe work in solar system
Ensure white paste and hemp is used on all fitting connections throughout
Ensure Joule copper overflow & disch. vessel used to recover fluid from safety valve
Water Quality
Water sample visually inspected and no signs of contamination visible
yes/no
Fire Safety
Ensure that there is no obvious risk to fire prevention when installing the solar
system.
Ensure that all wires are not in direct connection with any un-insulated pipe
work or plant that could cause a risk of burning
Legionella / Bacterial Growth
Ensure that there is no dead legs in the existing plumbing system that could
induce the growth of legionella.
Ensure that the stats controlling the boiler and the stat controlling the immersion are set to 60 °C or above.
Ensure that the client understands the risk of legionella and the standard procedures for reducing the risk of it forming. Also ensure that the client understands
that you are there to install a solar thermal system and that you do not take any
responsibility for auditing their hot water system for risk of legionnella forming.
That you will endeavour to minimise the risk of it forming by the work that you
carry out but any existing risk should be dealt by a certified professional.
Vis-Solis In-Roof 2.5M Installation Guide
9
First Fix Notes
General And Transport Instructions
The mounting system is suitable for tiled roofs only. Installation must only be carried out by qualified personnel. The entire information in these instructions is intended exclusively for only qualified
personnel. Only the supplied material should be used for the installation. Prior to starting installation
and operation of the solar collector system, please be informed about the applicable local standards and regulations. The use of a carrying strap is recommended for transporting the collector. The
collector must not be lifted at the connections or on the threading. Avoid impacts and mechanical
effects on the collector, in particular on the solar glass, the rear panel and pipe connections.
Statics - Tiled Roofs
The collectors may only be mounted on sufficient load-bearing roof surfaces and substructures. It
is imperative that the static load bearing capacity of the roof or substructure is checked in terms
of local and regional conditions prior to installation of the collectors by the customer, if necessary
through the involvement of a structural engineer. Particular attention should be paid to the quality
of the (timber) substructure in terms of the stability of the screw connections necessary for fastening the collectors. The checking of the entire collector structure by the customer as per DIN 1055
part 4 and 5 or as per the applicable country-specific regulations is particularly important in areas
with heavy snowfall (note: 1m3 powder snow ~ 60 kg / 1m3 wet snow ~ 200 kg) or in areas exposed
to high wind speeds. The assessment should also take into account any particular circumstances
at the place of installation (foehn wind, air jets or eddy formation etc.) which can lead to increased
loads. The collector inclusive roof mountings are suitable of withstanding a maximum gust of wind
(V) 140km/h and of a maximum characteristic snow load (sk) of 2,0kN/m2. The statical requirements
have been defined according to EN 1991. When selecting the installation site it should be ensured
that the maximum load is not exceeded by either snow or wind forces. As a rule, collector arrays
must be installed such that any possible collection of snow is prevented from reaching the collectors by snow barriers (or through special forms of installation). The distance to roof ridges/edges
must be at least 1m.
Installing a collector array signifies an intervention into an (existing) roof. Roof coverings, e.g. tiles, shingle and slate, especially in the case of converted and inhabited
loft spaces or roofs with less than the minimum slope (with regards to the covering)
require additional measures by the customer, e.g. sarking membranes, as security
against water penetration caused by wind pressure and driving snow.
Lightning Protection / Equipotential Bonding Of The Building
In accordance with the lightning protection standard ÖVE/ÖNORM EN 62305 Part 1-4 the collector array cannot be connected to the building’s lightning protection. A safe distance of at least 1
m must be maintained from any possible adjacent conducting object. For installations on metal
substructures at the installation site, generally qualified electricians must be consulted. To carry
out a building potential equalisation, the metal tubes of the solar circuit and all collector cases or
fastenings must be connected to the main potential equalisation bus by a qualified electrician in
accordance with ÖVE/ÖNORM E 8001-1 or the country-specific standards.
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Connections
Depending on the design, the collectors must be connected with one another and/or the connection pipes using screw fittings (1” internal/external thread) with flat-face sealing. Ensure correct
placement of the flat gaskets. If flexible pipes are not used as connectors, precautions must be
taken to protect the connection pipes against temperature fluctuations caused by heat expansion,
e.g. expansion bends and flexible piping (see Connecting the collectors to one another/Operational
recommendations). Larger collector arrays must be assembled with expansion bends or flexible
members inserted in the links. (IMPORTANT: check the pump design). When tightening the union
nuts, always balance (counter) the torque with a pipe wrench or another spanner to prevent damage
to the absorber.
Collector Inclination / General Notes
The collector is suitable for angles between 20° (minimum) and 65° (maximum). The collector must
be installed so that rear ventilation for preventing the diffusion of moisture in the collector is guaranteed. The collector connections and the ventilation openings must be protected against the penetration of water as well as contamination such as dust etc.
Cleaning
Clean the water courses of the sheet metal edging at least once per year (or more often if required).
Legal Guarantee
Legal guarantee claims can only be made if the supplier’s own antifreeze has been used and maintenance has been carried out correctly. Installation by qualified personnel with absolute adherence
to the instructions is a prerequisite for the justification of claims.
Vis-Solis In-Roof 2.5M Installation Guide
11
Standard Kit Components
Code
Description
UK Pack Comp.
IE Pack Comp.
1
2
3
1
2
3
Components for Solar Kits
SW-IR-00002.5V
Vis-Solis 2.5M In Roof Panel Vertical
1
2
3
1
2
3
SW-IR-U000000
2.5M In-Roof Panel U-Bent
-
1
2
-
1
2
SW-IR-I000000
2.5M In-Roof Panel U-Bent Installation
-
1
2
-
1
2
SW-IR-W-000028
2.5M In-Roof Panel Washer
2
4
6
2
4
6
SW-IR-P000000
2.5M In-Roof Panel Probe Pocket
1
1
1
1
1
1
SFR-0000000000
2.5M Vis-Solis Center Rail
-
1
2
-
1
2
SKN-C-00000ERP
Solar Controller Deltasol BS HE (ERP)
1
1
1
1
1
1
SVE-0000000024
Solar Expansion Vessel 24Ltr
1
1
-
1
1
-
SVE-0000000035
Solar Expansion Vessel 35Ltr
-
-
1
-
-
1
SVE-0000000050
Solar Expansion Vessel 50Ltr
-
-
-
-
-
-
SVS-0000000000
Solar Expansion Vessel Connect
1
1
1
-
-
-
SZ-L-0D-0ERP-5
Solar Pump Station Dual ERP 5m
1
1
1
1
1
1
SKU-0000000020
20L Pre-Mixed Solar Fluid
1
1
1
1
1
2
SF-IS-OV2.5-01
2.5m Vis-Solis 1 Pan Flash Slate
1
-
-
1
-
-
SF-IS-OV2.5-02
2.5m Vis-Solis 2 Pan Flash Slate
-
1
-
-
1
-
SF-IS-OV2.5-03
2.5m Vis-Solis 3 Pan Flash Slate
-
1
1
-
1
1
SF-IT-OV2.5-01
2.5m Vis-Solis 1 Pan Flash Tile
1
-
-
1
-
-
SF-IT-OV2.5-02
2.5m Vis-Solis 2 Pan Flash Tile
-
1
-
-
1
-
SF-IT-OV2.5-03
2.5m Vis-Solis 3 Pan Flash Tile
-
1
1
-
1
1
SVB-000000000P
Solar Discharge - Plastic
1
1
1
-
-
-
SZF-01-000-3/4
Solar Fitting 1” x 3/4” Nipple
2
2
2
2
2
2
OZM-00000.75HP*
Thermo Mixing Valve 3/4” HP *
-
-
-
1
1
1
OZM-0000.75NRV
Thermo Mixing Valve 3/4” NRV
1
1
1
-
-
-
SKT-00000000000*
Solar SS Insulated Tail *
2
2
2
2
2
2
* These items are only included in the complete kit. If basic kit is ordered these will not be included.
12
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Code
Description
UK Pack Comp.
IE Pack Comp.
1
1
2
3
1
1
1
2
3
DN16 Solar Tail Pack Standard System
SKT-00000000
DN16 Solar SS Insulated Tail 0.75m
-
-
-
10m DN16 Solar Pipe Pack Standard System
SPD-16-10-0000
DN16 10m sol SS pipe duo ins
1
1
1
1
1
1
SZ-J-0000DN-16
solar fitting joiner pack DN16
1
1
1
1
1
1
15m DN16 Solar Pipe Pack Standard System
SPD-16-15-0000
DN16 15m sol SS pipe duo ins
1
1
1
1
1
1
SZ-J-0000DN-16
solar fitting joiner pack DN16
1
1
1
1
1
1
25m DN16 Solar Pipe Pack Standard System
SPD-16-25-0000
DN16 25m sol SS pipe duo ins
1
1
1
1
1
1
SZ-J-0000DN-16
solar fitting joiner pack DN16
1
1
1
1
1
1
* Pipe packs are not included in kit as standard. The requirement and length of
these packs are the responsibility of the contractor on site to order.
Vis-Solis In-Roof 2.5M Installation Guide
13
UK Pack Components
14
SW-IR-00002.5V
SZ-L-0D-0ERP-5
SKU-0000000020
SKN-C-00000ERP
SVB-000000000P
SVS-0000000000
SZF-3/4-3/4-SM
SKT-0000000000
SVE-0000000024
SVE-0000000036
OZM-0000.75NRV
www.jouleuk.co.uk | www.joule.ie
OZM-0000.75NRV
SF-IS-OV2.5-01
SF-IS-OV2.5-02
SF-IS-OV2.5-03
SF-IT-OV2.5-01
SF-IT-OV2.5-02
SF-IT-OV2.5-03
IE Pack Components
SW-IR-00002.5V
SZ-L-0D-0ERP-5
SKU-0000000020
SZF-3/4-3/4-SM
SKT-0000000000
OZM-0000.75HP
SVE-0000000024
SVE-0000000036
OZM-0000.75NRV
SKN-C-00000ERP
SF-IS-OV2.5-01
SF-IS-OV2.5-02
SF-IS-OV2.5-03
SF-IT-OV2.5-01
SF-IT-OV2.5-02
SF-IT-OV2.5-03
Vis-Solis In-Roof 2.5M Installation Guide
15
Overview of materials
Overview of materials
Flashing Components
w materials
of materials
Installation batten 30x40x2450
wmaterials
of materials
At
Installation batten 30x40x2450
wofofmaterials
materials
ofof
materials
w
materials
Attachment
Attachment
bracketbracket
Attachment
Bracket
0x2450
n 30x40x2450
Self-Trapping Screws
5*60 / 5*40
Self-trapping
Self-trapping
screwsscrews
5*60 / 5*60
5*40 / 5*40
en 30x40x2450
0x2450
Attachment bracket
Attachment bracket
Self-trapping screws 5*60 / 5*40
Self-trapping screws 5*60 / 5*40
30x40x2450
en
30x40x2450
Attachment
bracket
Attachment
bracket
Self-trapping
screws
5*60
/ 5*40
Self-trapping
screws
5*60
/ 5*40
30x40x2450
en 30x40x2450
Attachment bracket
Attachment bracket
Self-trapping screws 5*60 / 5*40
Self-trapping screws 5*60 / 5*40
g bend
ng bend
Flat gasket
Flat gasket
Front corner
Front corner
sectionsection
right/left
right/left
or middle
or middle
Flat gasket
Flat gasket
Front corner section right/left or middle
Front corner section right/left or middle
Flat Gasket
Front Corner Section
Right / Left Or Middle
bend
ng
bend
FlatFlat
gasket
gasket
Front
corner
section
right/left
or middle
Front
corner
section
right/left
or middle
bend
ng bend
Flat gasket
Flat gasket
Front corner section right/left or middle
Front corner section right/left or middle
ft
ight/left
Side tinSide
cover
tinstrip
cover strip
Sealed Sealed
plumping
plumping
screw 4,5*35
screw 4,5*35
right/left
ft
Side tin cover strip
Side tin cover strip
Sealed plumping screw 4,5*35
Sealed plumping screw 4,5*35
ht/left
right/left
Side Tin
Cover
Strip
Side
tin tin
cover
strip
Side
cover
strip
ht/left
right/left
Side tin cover strip
Side tin cover strip
Side piece right/left
Side Piece Right / Left
Middle cover strip
Middle Cover Strip
Middle cover strip
8
8
Wooden
Wooden
wedge wedge
ver strip
p
Sealed plumping screw 3,9*13
Sealed plumping screw 3,9*13
Wooden wedge
Wooden wedge
Sealed
plumping
screw
3,9*13
Sealed
plumping
screw
3,9*13
Sealed plumping
screw 3,9*13
Sealed plumbung
Screw
3.9*13
Sealed plumping screw 3,9*13
16
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Wooden
wedge
Wooden
wedge
Wooden wedge
Wooden
Wedge
Wooden wedge
Si
Side piece right/left
Sealed plumping screw 4,5*35
Sealed plumping screw 4,5*35
Sealed Sealed
plumping
plumping
screw 3,9*13
screw 3,9*13
strip
ver strip
Connecting bend
Sealed
Plumbing
Screw
Sealed
plumping
screw
4,5*35
Sealed
plumping
screw
4,5*354.5*35
per strip
strip
ver
strip
Connecting bend
Sealed p
Seal
Flashing Components
Overview
tools
Overview
ofof
tools
Overview
of
tools
Overview
ofof
tools
Overview
of
tools
Overview
tools
Overview of tools
Self-trapping
screws
6*120
Self-trapping
screws
6*120
Self-trapping
screws 6*120
Self-Trapping
Screws
6*120
Side Piece Connector
Right / Left
Self-trapping
screwsscrews
6*120 6*120
Self-trapping
Self-trapping screws 6*120
Self-trapping screws 6*120
Rear Corner Section
Right / Left or Middle
Rear corner section right/left or middle
Middle
cover
right/left
or middle
Middle
cover
right/left
or middle
Middle
cover right/left
or middle
Side piece
right/left
Sideconnector
piece connector
right/left
Side piece connector right/left
Middle Middle
cover right/left
or middle
cover right/left
or middle
Middle cover right/left or middle
Side piece connector right/left
Rear
corner section
right/left
or middle
Rear
corner
right/left
or middle
Rearsection
corner section
right/left
or middle
Rear corner
sectionsection
right/left
or middle
Rear corner
right/left
or middle
Rear corner section right/left or middle
Side
piece
connector
right/left
Side
piece
connector
right/left
Side
piece connector
right/left
Self-trapping
screws
4*25
Self-trapping
screws
4*25
Self-trapping
screws 4*25
Self-trapping
screwsscrews
4*25 4*25
Self-trapping
Self-trapping screws 4*25
Self Trapping Screws 4*25
Self-trapping screws 4*25
Middle Cover
Right / Left or Middle
Middle cover right/left or middle
Metal
retainer,
roofing
nail
Metal
retainer,
roofing
nail
Metal retainer,
roofing nail
Metal retainer,
roofingroofing
nail
Metal retainer,
nail
Metal retainer, roofing nail
Metal Retainer, Roofing Nail
Metal retainer, roofing nail
Foam
rubber wedge
Foam
rubber
Foamwedge
rubber wedge
Foam rubber
wedge wedge
Foam rubber
Foam rubber wedge
Foam Rubber Wedge
Foam rubber wedge
99 9
9 9 9
9
Vis-Solis In-Roof 2.5M Installation Guide
17
Solar Pipe Components
Not Included In Standard Kit
SZF3/4-3/4-TEE
1
18
Cut pipe with splice
cutters
SZF-22-3/4-TU0
2
Code
Description
SPD-16-10-0000
DN16 10m sol SS pipe duo ins
SPD-16-15-0000
DN16 15m sol SS pipe duo ins
SPD-16-25-0000
DN16 25m sol SS pipe duo ins
Insert single fitting
and grab ring
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SZ-J-0000DN-16
3
Tighten to flatten the
pipe end
4
Reassemble with
washer and tighten
again
Setting Out The Roof
1 Panel Extension Flashing Kit
A
B
C
D
E
F
Code
Dimension
A
300mm
B
300mm
C
2,014mm
D
1,227mm
E
2,554mm
F
3,881mm
Mounting Orientations
Maimum 6 panels vertically mounted
Panels horizontally mounted
Panels mounted above each other
Vis-Solis In-Roof 2.5M Installation Guide
19
1: Uncover the roof according to the collector surface area
1
Width: approx. 1.25m per collector + 1.5m
Height: approx.
3.0m for single row installation
In-Roof
Mounting
All dimensions in mm unless otherwise stated
Height: approx. 5.0 - 6.0m for double row installation
1
1
Uncover the roof according to the collector surface area
Width: appr. 1.25m per collector + 1.5m
Height: appr. 3.0m for single row installation
2a
2a:Attach the installation batten below, 2 x
5*60
batten below, 2 x self-tapping screws
2
Ensure there is a double batten arrangement at
both the top and bottom of the solar panels as
shown on diagram.
batten below, 2 x self-tapping screws
3
metal
4
2b
2b
2b:Measurement A = 80mm for tile sheet metal edging
Measurement
A = 80mm for tile sheet metal edging
Measurement A = 50mm for shingle and crown tile sheet metal
Measurement
edging
A = 50mm for shingle and crown tile sheet metal
edging
2b
2c
Measurement
B = 200mm or tile width + 50mm
metal
2c:Measurement B = 200mm or tile width +
mm or tile width + 50mm
www.jouleuk.co.uk
20 width
mm or tile
+ 50mm |
www.joule.ie
In
3
Inroof-mounting
nt bracket on the installation batten as
ment diagram, self-tapping screws 3 x 5*40
3
nt bracket on the installation batten as
ment diagram, self-tapping screws 3 x 5*40
4
Inr
3: Fasten the attachment bracket on the ins
shown on the attachment diagram, self-ta
Fasten the attachment bracket on the installation batten as shown on the attachment diagram, self-tapping screws 3 x 5*40
5
3: Fasten the attachment bracket on the ins
shown on the attachment diagram, self-ta
4
4 Set and align collectors on the roof
4:
6
Set and align collectors on the roof
4
4: Set and align collectors on the roof
to the attachment
bracket, self-tapping sc5
Fasten the collectors to the attachment bracket,
self-tapping screws 2 x 5*40
7
5: Fasten the collectors to the attachment b
rews 2 x 5*40
to the attachment
bracket, self-tapping sc5
6
bracket
2x
g screws
bracket
2x
5: Fasten the collectors to the attachment br
rews 2 x 5*40
Secure the collectors to the upper attachment
bracket, 1 bracket in the centre of each collector
glass, self-tapping screws 2 x 5*40.
6
If necessary, install upper installation batten, self-
screws 5*60
6 Secure the collectors to the uppertapping
6:
attachment
bracket, 1 bracket
in the centre of each collector glass, self-tapping screws 2 x
5*40.
If necessary, install upper installation batten, self-tapping screws 6
5*60
g screws 6: Secure the collectors to the upper attachment bracket, 1 bracket
in the centre of each collector glass, self-tapping screws 2 x
5*40.
Vis-Solis In-Roof 2.5M Installation Guide
If necessary, install upper installation batten, self-tapping screws
21
8
7Inroof-mounting
g bends
9
In-Roof Mounting
7
7
7: Hydraulically connect the collectors
using short
connecting
bends
Hydraulically
connect
the collectors
using short
connecting bends
g bends
8a
grated connection set (8a/8b). Alternative:
10
on using a soldered connection. Install the
r tube extension at the forward flow.
grated connection set (8a/8b). Alternative:
on using a soldered connection. Install the
or tube extension at the forward flow.
11
Connect the roof-integrated connection set
(8a/8b).
Alternative:
Create
CU connection usingconnection
a sol8:
Connect
thearoof-integrated
s
dered
connection.
Create
a CU connection using a soldered
sensor with the sensor tube extension at
Install the sensor with the sensor tube extension
at the forward flow.
8b
8b
8b
12
12
ling the
nut of 9a
batten
of
the for the second collector row, selfDistance between the lower and upper collce!
n batten for the second collector row, selfwww.jouleuk.co.uk | www.joule.ie
22 between
Distance
the lower and upper coll-
Slide the front corner section to the left into the
required nut on the glass lower bar.
Note: Before installing the underside of the metal casing, remove the collectors’ lower protection piece!
9: Install the installation batten for the seco
tapping screws 5*60. Distance between t
ector row = 200mm
12:Slide the front corner section to the left into the required nut of
the glass lower bar. Note: Before installing the underside of the
13 metal casing, remove the collectors’ lower protection piece!
13:Slide the front section into the middle
13
into the middle
13
Slide the front section into the middle
13:Slide the front section into the middle
14
14
14:Slide the front corner section to the
Slideright
the front corner section to the right
14
14
Inroof-mounting
14:Slide the front corner section to the right
15
6, 17, 19, 20, 21 and 22 for the second collrdingly!
Secure the front section on the required positions
(stampings) using sealed plumbing screws 4.5*35
15
15:Secure the front section on the required
using sealed plumbing screws 4.5*35
15
on on the required positions (stampings)
g screws 4.5*35
16
of the
15:Secure the front section on the required
using sealed plumbing screws 4.5*35
Fasten the attachment bracket on the installation batten as shown on the attachment diagram, self-tapping screws 3 x 5*40
14
14
Vis-Solis In-Roof 2.5M Installation Guide
23
16
In-Roof Mounting
17
17
Secure the side pieces to the roof batten using
metal retainers and roofing nails
19
Inroof-mounting
17:Secure the side pieces to the roof batten
and roofing nails
19
18
19
19:Attach the lateral cover strip on the
and
leftsection to the left into the
Slideright
the front
corner
required nut of the glass lower bar.
18
Note: Before installing the underside of the metal casing, remove the collectors’ lower protection piece!
18:Place the metal wedge in the middle between the collector rows
and tighten it on the roof structure using self-tapping screws
6*120. Install the side piece connector on the right and left
20
ver strip to the front corner section on the
19
ollector using sealed plumbing screws
ver strip to the front corner section on the
ollector using sealed plumbing screws
Attach the side tin cover strip to the front corner
section on the right and left at the collector using sealed plumbing screws 4.5*35
20:Attach the side tin cover strip to the fron
right and left at the collector using seale
4.5*35
21
20
Push the middle cover strip (between adjacent
collectors) from the bottom as far as it can go
21
) from
21
21:Push the middle cover strip (between adjacent collectors) from
the bottom as far as it can go
) from
24
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and
0. Hang
and
0. Hang
22
27a
Inroof-mounting
plumbing
screws and the lateral tin cover strip using
plumbing screw 3.9*13
27a
27a
27:Place the metal wedge in the middle
above the collector and
Place the timber wedge in the middle above the
tighten it on the roof structure, self-tapping
Hang
collector and screws
tighten it 5*120.
on the roof
structure,
the left rear corner section (27b)self-tapping
in the collector.
screws 5*120. Hang the left rear
22
corner section (27b) in the collector.
16
27b
28
cing
cing
Tighten the middle cover strips using two self21
drilling sealed plumbing screws and the lateral
tin cover strip using one self-drilling sealed
plumbing screw
3.9*13
22:Tighten
the
middle cover strips using tw
23
Tighten the left rear corner section outside of
the reinforcing seam on the wooden wedge,
self-tapping screws 4*25
28
28
28:Tighten the left rear corner section outside of the reinforcing
seam on the
wooden wedge, self-tapping screws 4*25
Vis-Solis In-Roof 2.5M Installation Guide
25
24
wooden wedge, self-tapping screws 4*25
In-Roof Mounting
25
29
Hang the middle top section in the collector and
connect the top left corner section. Tighten the
sheet metal outside of the reinforcing seam using a self-tapping
screw 4*25.
29:Hang
the middle
rear section in the collect
Inr
Inroof-mounting
30
left corner section. Tighten the sheet me
reinforcing seam using a self-tapping scr
Inr
30:Hang the right rear section in the collecto
middle rear section
30
section
26 in the collector and connect it to the
Hang the right top section in the collector and
connect it to the middle top section
30:Hang the right rear section in the collecto
middle rear section
31
18
31
27
31:Tighten the rear section on the left
and the
right
to the
cover
Tighten
topside
section
on the
left and right
side toplumbing
the cover strip
and the
collector using a
strip and the collector using a sealed
screw
4.5*35
sealed plumbing screw 4.5*35
cover
5*35
31
31:Tighten the rear section on the left and right side to the cover
strip and the collector using a sealed plumbing screw 4.5*35
32
28
Laterally secure the right and left top corner
section to the roof batten using metal retainers
and roofing nails
32:Laterally secure the right and left rear cor
batten using metal retainers and roofing
32
right and left rear corner section to the roof
etainers and roofing nails
32:Laterally secure the right and left rear cor
batten using metal retainers and roofing
26
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33a
33b
33a
Glue the foam rubber wedge on the side and
the top (applies to sheet metal edgings for tile
roofs only!)
29
34
33b
eld. If necessary, the tile must be cut to the
g an angle grinder. The top projecting end
0 and 140mm over the metal edge
34:Cover the collector field. If necessary, the
appropriate size using an angle grinder.
of the tile must be 80 and 140mm over t
30
35
19
35
Finally, adjust the lead skirting (for sheet metal
edging with tile roofs only) to the contour of the
tile
31
35:Finally, adjust the lead skirting (for sheet metal edging with tile
roofs only) to the contour of the tile
with
tile
eld. If
necessary, the tile must be cut to the
g an angle grinder. The top projecting end
0 and 140mm over the metal edge
36
35
the side sections of the plain-tile metal caetal parts must always be alternately cove-
with tile
Note:
32
When installing the side sections of the plaintile metal casing, the tiles and metal parts must
always be alternately
covered! the side sections o
36:Note:
When installing
sing, the tiles and metal parts must alwa
red!
Vis-Solis In-Roof 2.5M Installation Guide
27
Finishing Roof Work
Inserting Probe Into The Panel
Inside the controller box you will find 3 probes
as shown in the diagram.
Take the black probe from the box and insert
this black probe into the sensor pocket located
on the left hand side of the far left panel.
This side is now the hot side of the solar system.
Sensor pocket
Connecting Solar Pipe To The Panels
If you choose to use solar pipe either in full lengths or as tails the connections must be made to the
panels prior to fitting the flashing kit.
The panels are terminated in 3/4” BSP flat face male nipple as supplied as part of the kit. Following
the diagram below single fitting should be tightened to the flat face of the elbow connected to the
panel.
1
28
Cut pipe with splice
cutters
2
Insert single fitting
and grab ring
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3
Tighten to flatten the
pipe end
4
Reassemble with
washer and tighten
again
Vis-Solis In-Roof 2.5M Installation Guide
29
Single Orientation Single Cylinder
Under Roof Remaining Work
F
A
Anti gravity loop. Stops backward movement of heat from cylinder to panel when
panels are cold.
G B Return pipework from solar coil to pump
station. Return pipework always connects to pump side of pump station
C Discharge container required to catch
discharge from solar system in the event
of over pressurasitation. This must not
be connected to drain.
D Solar expansion vessel to be mounted
with connection facing upwards. Always
to be mounted below the pump station.
E
H
D
J
I
C
Not included as
standard in IE kits
E
A
B
30
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Solar controller black probe to be fitted in
left hand side of far left panel.
F Pipework on the left hand side of panels
must be connected to the left hand side
of the pump station.
G Pipework on the right hand side of panels
must be connected to the right hand side
of the pump station.
H/I Fill & flush points for commissioning of
system.
J Manual air vent to remove small pockets
of air after commissioning.
S1
1
S1
S2
2
2
3
4
2
S3
5 6
2
PWM VBus
7 8 9 10
2
12 13 14
N R1 N L
15 16 17 18 19 20
3
3
Indications, functions and options
Netz
Mains
S2
To set up the controller
refer to Manual supplied
in the box with the controller.
Messages
R1
S3
Operation and function
Installation
e controller calculates the temperature difference between collector sensor S1
d store sensor S2. If the difference is larger than or identical to the adjusted
itch-on temperature difference (DT O), the solar pump will be activated by the
ay, and the store will be loaded until the switch-off temperature difference (DT F)
the maximum store temperature (S MX) is reached.
en
Wiring The System
4 System: Standard solar system with 1 store
Do not crosswire the power
cable with the comms cable
on the solar pump. If you do
Sensor S3 can optionally be connected for measurement purposes.
this S3
you
will
flashing
If heat quantity measurement (OHQM) is activated,
is to be
usedsee
as the a
return
sensor.
green light on the pump.
The controller calculates the temperature difference between collector sensor S1 and store sensor
7
S2. If the difference is larger than or identical to the adjusted switch-on temperature difference (DT
O), the solar pump will be activated by the relay, and the store will be loaded until the switch-off
temperature difference (DT F) or the maximum store temperature (S MX) is reached. Unlike the diagram above we recommend that S3 is inserted to the top cylinder sensor pocket.
Commissioning
It is important that a motorised flush and fill centre is used to fill and pressurise the system with
solar fluid as follows:
• Connect fill hose to H and connect flush hose to I.
• Close the isolating valve above to the flow meter to ensure all air and liquid passes through the
fill centre to filter any air and contaminants.
• Allow the flush pump to run for 1 minute. Close I and pressure the solar system to 4bar. Close
H once this is reached. Shut off solar fill pump.
• Allow system to stand at 4bar pressure to make sure there is no leaks.
• After this process is completed without any leaks being present open I and H and allow the flush
pump to run.
• While flush pump is running slightly open connections on expansion vessel, pump station and
coil. This will allow any air trapped locally to exit the system more easily.
• After this has been completed allow flush pump to run for a further 15 minutes.
• Once you are confident there is no more air in the system (you will be able to see air in the system through the flow meter and also the noise it makes), close I first.
• Allow the system to re-pressurise to 2bar. Once achieved, close H and shut off flush pump.
• Do not turn on the power supply to the solar controller.
Vis-Solis In-Roof 2.5M Installation Guide
31
Dual Orientation Single Cylinder
Under Roof Remaining Work
F
E
G
F
E
G
H
H
D
J
I
I
C
A
A
B
32
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Not included as
standard in IE kits
Legend
Anti gravity loop
B
Return pipework from solar coil
C
Discharge container
D
Solar expansion vessel
E
Solar controller black probe
F
Flow pipe from panel
G
Return pipe to panel
H
Fill point for commissioning
I
Flush point for commissioning
J
Manual air vent
VBus
9 10
VFD
S1
S3
S4 /
TSTT
R1
R2
To set up the controller
refer to Manual supplied
in the box with the controller.
S4 / VFD / TFL
S2
en
Messages
S4 / VFD / TR
Indications, functions and options
PWM 1/2
Commissioning
Operation and function
Wiring The System
Installation
Arrangement 7: Solar system with east-/west collectors and 1 store
Do not crosswire the power
The controller calculates the temperature difference between collector sensors Sensor S4 can optionally be used as the reference sensor for the store emergency
cable
with the comms cable
S1 and S3 and store sensor S2. If the differences are larger than or identical to the shutdown option (OSEM). If heat
quantity measurement (OHQM) is activated, S4
adjusted switch-on temperature difference (DT O), one or both solar pumps will and VFD are used as the flow and
respectively.
onreturn
thesensors
solar
pump. If you do
be activated by relay 1 and / or relay 2, and the store will be loaded until the switchthis you will see a flashing
off temperature difference (DT F) or the maximum store temperature (S MX) is
reached.
green light on the pump.
The controller calculates the temperature difference between collector sensors S1 and S3 and store
31
sensor S2. If the differences are larger than or identical to the adjusted switch-on temperature difference (DT O), one or both solar pumps will be activated by relay 1 and / or relay 2, and the store
will be loaded until the switch-off temperature difference (DT F) or the maximum store temperature
(SMX) is reached. Sensor S4 can optionally be used as the reference sensor for the store emergency shutdown option (OSEM). If heat quantity measurement (OHQM) is activated, S4 and VFD
are used as the flow and return sensors respectively.
Commissioning
It is important that a motorised flush and fill centre is used to fill and pressurise the system with
solar fluid as follows:
• On dual line pump station connect fill hose to H and connect flush hose to I.
• Close the isolating valve above to the flow meter to ensure all air and liquid passes through the
fill centre to filter any air and contaminants.
• Allow the flush pump to run for 1 minute. Close I and pressure the solar system to 4bar. Close
H once this is reached. Shut off solar fill pump.
• Allow system to stand at 4bar pressure to make sure there is no leaks.
• After this process is completed without any leaks being present open I and H and allow the flush
pump to run.
• While flush pump is running slightly open connections on expansion vessel, pump station and
coil. This will allow any air trapped locally to exit the system more easily.
• After this has been completed allow flush pump to run for a further 15 minutes.
• Once this was complete move the fill&flush hoses to the single line pump station and repeat.
• Once you are confident there is no more air in the system (you will be able to see air in the system through the flow meter and also the noise it makes), close I first.
• Allow the system to re-pressurise to 2bar. Once achieved, close H and shut off flush pump.
• Do not turn on the power supply to the solar controller.
Vis-Solis In-Roof 2.5M Installation Guide
33
Single Orientation Dual Cylinder
Under Roof Remaining Work
A
F
E
G
H
Legend
Anti gravity loop
B
Return pipework from solar coil
C
Discharge container
D
Solar expansion vessel
E
Solar controller black probe
F
Flow pipe from panel
G
Return pipe to panel
H
Fill point for commissioning
I
Flush point for commissioning
J
Manual air vent
H
D
J
I
I
Not included as C
standard in IE kits
A
34
B
www.jouleuk.co.uk | www.joule.ie
B
A
en
Installation
Arrangement 6: Solar system with 2 stores and pump logic
The controller calculates the temperature difference between collector sensor S1
and store sensors S2 and S3. If the difference is larger than or identical to the corresponding adjusted switch-on temperature differences (DT1O / DT2O), one or both
solar pumps will be activated by relay 1 and / or relay 2, and the corresponding store
will be loaded until the switch-off temperature difference (DT1F / DT2F) or the
maximum store temperature (S1MX / S2MX) is reached. The priority logic causes
Wiring The System
priority loading of the store selected in the PRIO channel, if possible. If PRIO = 0,
Do not crosswire the power
both stores will be loaded simultaneously.
Sensor S4 can optionally be usedcable
as the reference
the store emergency
withsensor
theforcomms
cable
shutdown option (OSEM). If heat quantity measurement (OHQM) is activated, S4
the
solar
pump. If you do
and VFD are used as the flow andon
return
sensors
respectively.
this you will see a flashing
green light on the pump.
Operation and function
PWM 1/2
VBus
9 10
VFD
S1
Commissioning
S4 / VFD / TFL
Indications, functions and options
To set up the controller
refer to Manual supplied
in the box with the controller.
S4 / VFD / TR
Store 1
R1
S4 /
TSTT
Store 2
R2
S2
S3
Messages
The
controller calculates the temperature difference between collector sensor S1 and store sen28
sors S2 and S3. If the difference is larger than or identical to the corresponding adjusted switch-on
temperature differences (DT1O / DT2O), one or both solar pumps will be activated by relay 1 and/
or relay 2, and the corresponding store will be loaded until the switch-off temperature difference
(DT1F/DT2F) or the maximum store temperature (S1MX/S2MX) is reached.The priority logic causes
priority loading of the store selected in the PRIO channel, if possible. If PRIO = 0, both stores will
be loaded simultaneously. Sensor S4 can optionally be used as the reference sensor for the store
emergency shutdown option (OSEM). If heat quantity measurement (OHQM) is activated, S4 and
VFD are used as the flow and return sensors respectively.
Commissioning
It is important that a motorised flush and fill centre is used to fill and pressurise the system with
solar fluid as follows:
• On dual line pump station connect fill hose to H and connect flush hose to I.
• Close the isolating valve above to the flow meter to ensure all air and liquid passes through the
fill centre to filter any air and contaminants.
• Allow the flush pump to run for 1 minute. Close I and pressure the solar system to 4bar. Close
H once this is reached. Shut off solar fill pump.
• Allow system to stand at 4bar pressure to make sure there is no leaks.
• After this process is completed without any leaks being present open I and H and allow the flush
pump to run.
• While flush pump is running slightly open connections on expansion vessel, pump station and
coil. This will allow any air trapped locally to exit the system more easily.
• After this has been completed allow flush pump to run for a further 15 minutes.
• Once this was complete move the fill&flush hoses to the single line pump station and repeat.
• Once you are confident there is no more air in the system (you will be able to see air in the system through the flow meter and also the noise it makes), close I first.
• Allow the system to re-pressurise to 2bar. Once achieved, close H and shut off flush pump.
• Do not turn on the power supply to the solar controller.
Vis-Solis In-Roof 2.5M Installation Guide
35
Service Record
It is recommended that your hot water system is serviced regularly and that the apprepriate Service Record’s completed.
Service Provider
Before completing the appropriate Service Record below, please ensure you have carried out the service as described in the manufacturer’s instructions.
Service 1
Service 1
Date ...........................
Date ...........................
Engineer Name ................................................................
Engineer Name ................................................................
Telephone No ................................................................
Telephone No ................................................................
Company Name ................................................................
Company Name ................................................................
Comments ................................................................
Comments ................................................................
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Signature
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Service 1
..............................................................................................
Date ...........................
Signature
................................................................
Service 1
Date ...........................
Engineer Name ................................................................
Engineer Name ................................................................
Telephone No ................................................................
Telephone No ................................................................
Company Name ................................................................
Company Name ................................................................
Comments ................................................................
Comments ................................................................
..............................................................................................
..............................................................................................
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..............................................................................................
Signature
................................................................
Service 1
..............................................................................................
Date ...........................
Signature
................................................................
Service 1
Date ...........................
Engineer Name ................................................................
Engineer Name ................................................................
Telephone No ................................................................
Telephone No ................................................................
Company Name ................................................................
Company Name ................................................................
Comments ................................................................
Comments ................................................................
..............................................................................................
..............................................................................................
..............................................................................................
..............................................................................................
..............................................................................................
Signature
................................................................
Service 1
..............................................................................................
Date ...........................
Signature
................................................................
Service 1
Date ...........................
Engineer Name ................................................................
Engineer Name ................................................................
Telephone No ................................................................
Telephone No ................................................................
Company Name ................................................................
Company Name ................................................................
Comments ................................................................
Comments ................................................................
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..............................................................................................
..............................................................................................
..............................................................................................
..............................................................................................
Signature
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Service 1
..............................................................................................
Date ...........................
Signature
................................................................
Service 1
Date ...........................
Engineer Name ................................................................
Engineer Name ................................................................
Telephone No ................................................................
Telephone No ................................................................
Company Name ................................................................
Company Name ................................................................
Comments ................................................................
Comments ................................................................
..............................................................................................
..............................................................................................
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Signature
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36
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..............................................................................................
Signature
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Vis-Solis In-Roof 2.5M Installation Guide
37
38
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Vis-Solis In-Roof 2.5M Installation Guide
39
JOULE IE
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JL-VISIR2.5-INS-001-03-2017