Thermomax brochure
Re n ewa b l es
Premium Solar Hot Water Solutions
25 years ago, we devoted ourselves to perfecting
solar thermal vacuum tube technology that would
generate hot water even in cold, wet and
cloudy days. We succeeded.
Contents
General
Information
Domestic and
Commercial
Installations
Domestic
Packages
04
06
08
Roof Kits and
Accessories
Understanding
Your System
Commercial
Packages
15
16
17
Distribution
FAQs
Specification
Sheets
18
19
20
Renew your way of thinking
with Kingspan Solar
04
Thermomax - the original and still the best
The Kingspan Solar range, from Kingspan Renewables Ltd, reflects our
on-going commitment to a zero carbon lifestyle and a brighter future for
us all. When it comes to creating efficient and cost effective energy solutions
that address today’s growing environmental concerns, the Kingspan Solar
range of products leads the way. The Thermomax brand is the original and
still the best vacuum tube collector in the world.
Solar Energy for a Brighter Future
Solar Thermal Vacuum Tube Systems
Solar energy is free, clean and safe. It is environmentally
friendly and produces no waste or pollution. Using solar
energy enables you to reduce your carbon footprint as well
as your energy bills. Grants are available through many
Government schemes.
Solar thermal technology transforms direct and diffuse
solar radiation into useful heat using a solar collector.
Each solar collector consists of a highly insulated manifold
and a row of solar tubes. The vacuum inside each tube
provides perfect insulation and therefore protects the
system from outside influences such as cold and windy
weather or high humidity. The vacuum technology ensures
the most effective transfer of energy into heat, giving
extra performance in comparison to traditional flat plate
collectors and providing heat not only on warm, sunny
days, but also in cooler, windy or humid conditions.
The sun radiates enormous amounts of energy to the
earth. In the UK and Ireland we receive, on average per
year, as much as 60% of that received on the equator. This
radiation is similar to the output of 1,000 power stations.
Annual Solar Irradiation in
UK and Ireland (kWh/m2)
Why Thermomax?
900
1000
1100
1200
With over 25 years of experience, the Thermomax brand
is firmly established as the world leader. Thermomax
collectors are the premium product in the market, designed
specifically for a Northern European climate. They provide
a superior performance whatever the weather.
Thermomax products were the
first to receive the European
quality mark for solar collectors the Solar Keymark.
In 2005, Thermomax collectors were
awarded the International Forum
Design award for excellence in
product design.
Performance and Savings
Easy Installation
The unique ‘plug and play’ design of Thermomax solar
collectors makes installation quick and easy. There is no
need for heavy lifting equipment, as tubes can be carried
onto the roof individually. Usually facing south, the collector
is fixed to the roof by easy-fit roof brackets, which are
simply fixed to the rafter.
05
Thermomax products have been designed
specifically for Northern European climates
Supplies up to 70% of your annual hot
water needs - reducing dependence on
increasingly expensive fossil fuels
A Positive Environmental Impact
Works from dawn until dusk and throughout the year
Burning fossil fuels produces vast quantities of carbon
dioxide, a major contributor to global warming. The
average household with a Thermomax system installed
can expect to generate approximately 1,836 kWh/year
with zero emissions.
Provides heat even in cold, windy or humid conditions
Rapid conductivity and transfer of energy into heat
30% more effective than flat plate collectors
The diagram below illustrates the amount of C02 produced
by oil, gas and electricity to generate the equivalent
1,836 kWh.
Average 25-year lifespan
Manufactured in the UK and Ireland
Solar Energy Contribution
Thermomax Products are manufactured in Wales and
at the Kingspan Renewables headquarters in Northern
Ireland. A full service package is offered including bespoke
design, technical advice, training and sales support.
Quality of our product is paramount to Kingspan’s
success. This differentiates us from the influx of inferior
products being imported from the Far East.
The table below shows the typical annual percentage of
hot water achieved using our solar collectors, based on
figures for London.
0
90
0
80
0
70
0
60
0
50
0
40
0
30
0
20
Electricity
840kg CO2
Oil
514kg CO2
Gas
389kg CO2
EC
DEC
OV
NOV
CT
OCT
EP
SEP
UG
AUG
UL
JUL
UN
JUN
AY
MAY
PR
APR
AR
MAR
EB
FEB
0
10
JAN
AN
Collector contribution (%)
Solar
0kg CO2
100
0
Thermomax Collectors are effective for both Domestic
06
In addition to domestic hot water, the superior performance of a Thermomax vacuum tube collector can also provide
central heating support for standard or under floor heating, specialised industrial hot water heating for high temperature
applications and solar cooling.
Domestic Installations
These range from typical, single module systems for domestic hot water to larger installations and systems designed to fit
building constraints.
A typical domestic installation
This 2m2 installation will provide domestic
hot water for up to 3 people. Collectors are
usually installed facing south and fixed to
the roof using easy fit brackets.
Alternative installation
An example of how Thermomax collectors
can be installed to suit any architectural
requirements or building constraints. In this
case, the collector acts as a canopy.
Larger installation
A typical domestic installation
would be 2m2 - 3m2. Here, 8m2 of
Thermomax collector has been
used for space heating for a house
in Denmark.
and Commercial applications
Commercial Installations
These range from small-scale water heating to large applications for solar cooling.
Hotel Julia, Madrid
66m2 of direct flow collectors supplying
the hotel’s domestic hot water needs.
University of South Carolina
Aptly named ‘The Green Dorm’ this
172,000 sq ft environmentally friendly halls
of residence uses a 160m2 system for
hot water.
Newlands Golf Club, Ireland
This 16m2 Thermomax system provides
hot water for showers and catering.
Solar cooling
This installation for a leading perfume designer in Paris,
was Europe’s first successful large scale installation of
an air-conditioner working on absorption chillers and
Thermomax vacuum tube collectors.
300m2 HP200 collectors supply hot water
to the absorption chiller.
07
Domestic Packages
08
Complete system solutions for
domes tic applications
These are the general steps that need to be followed in order to find a package
that best suits your requirements. Our Kingspan Solar sales team will work with
you through these steps to help you make the correct choice.
There are three basic steps to consider:
Step
1
Step
2
Choo the
Choose
system
size
systt
Step
3
Choose a
collector type
Select and size
cylinder type
Step
1
Select your cylinder
A twin coil hot water storage tank enables energy input
from the central heating system to the top half of the tank
and energy input from solar system to the bottom half of
the tank. Kingspan manufacture a range of high quality,
market leading cylinders. Choose your cylinder according
to whether your system is pressurised or vented.
Stainless Steel *Recommended Choice*
For use in a pressurised system.
Copper
For use in an open vented system.
Choose the correct size
This is dependent on your household’s hot water
demand, which is estimated at 50 litres per adult / per day.
Cylinder storage size is calculated at twice the demand.
Therefore, we would recommend a 200 litre cylinder for
a one to two adult household and a 300 litre cylinder for
three to five adults.
Step
2
Choose
e the system size
It is important
rtant that the solar system is correc
correctly sized in
relation to the number of occupants to maximise efficiency.
There are 2 basic collector sizes for domestic systems:
2m2 collector for 1-2 adults
3m2 collector for 3-5 adults
These sizes are based on ideal orientation.
Please call technical support on 028 9127 0411
for further advice on sizing.
09
10
Step
3
Choose
e between 3 collectors
Before you
u choose your collector, you need to decide
where it will be positioned on your house
house. Be
Between the
best and worst orientation, annual energy contribution can
be nearly halved. To get the best efficiency, the collector
should be installed, facing due south at an angle of
30-40˚, as demonstrated in the graph.
Kingspan Solar’s Thermomax range consists of three
evacuated tube collectors all suitable for domestic use:
HP200, HP100 and DF100. The information below
should help you decide which is the best for your home.
For all Thermomax collectors, deviation from south can
be compensated as individual tubes can be rotated
up to 25˚.
How Collector Positioning Effects
Solar Energy Production
1150
1050
950
850
750
650
550
0
15
E
30
45
SE
60
S
75
SW
90
W
Heat Pipe Collectors
There are 2 products available in this premium range,
suitable for when the ideal installation position on the
building is achievable. Both heat pipe collectors have an
unique temperature limitation device.
1
3
HP200
2
Dry System - The recommended product for domestic
use, ideal for Northern European climates.
HP100
Wet System - Highly efficient with rapid heat transfer due
to the heating fluid passing across the condenser.
Direct Flow Collector
This versatile product provides the perfect solution when
the ideal position is not available.
Collector Positions
1
2
3
4
DF100
Simple, easy to install and cost effective. DF100 can be
installed on façades or flat roofs, as seen in the diagram.
Ideal slope 40˚
Roof kit angled 40˚
Elevated 20˚
Horizontal ideal slope
4
3
5 Horizontal façade
6 Flat
7 Vertical façade
1
5
Please see specification sheets from pages
20 to 22 at the back of this brochure for
differences in efficiency.
2
6
7
The Full Package
We have put together a number of
packages which include everything
you will require for your installation.
11
In addition to the collector and cylinder,
each package includes:
•
•
•
•
•
•
Dual stream pump station
Expansion vessel
Connections
Antifreeze
Valves
Sloping roof kit
For alternative roof kits and optional
extras, please see the accessories
section on page 15.
Package Selection Table
Ordering your solar system is now simple. Just pick the appropriate
product code from the table below and call our sales team:
UK Sales Hotline:
ROI Sales Hotline:
0800 328 5689
1800 812 718
Number of
Adults
Size of
collector
Stainless Steel Cylinders
Copper Cylinders
HP200
HP100
DF100
HP200
HP100
DF100
1-2
2m
2
KSS0020
KSS0014
KSS0008
KSS0018
KSS0012
KSS0006
3-5
3m2
KSS0021
KSS0015
KSS0009
KSS0019
KSS0013
KSS0007
See overleaf for details on each package.
Find the correct package
To find the correct package for larger installations / households,
please see the Complete Hot Water Solutions section of
our website: www.kingspansolar.com
Components
Thermal Fluid Antifreeze
Thermostatic Mixing Valve
Connection Kit
Pump Station
Controller
Collector
Sloping
Roof Kit
Expansion Vessel
12
Single Stream and Compact
versions available.
Cylinderr
DF100 packages also include a temperature reducing
vessel, which can be seen on the accessories list.
Stainless Steel Range
HP200
HP200
(KSS0020)
2m2 HP200 with stainless steel cylinder
(KSS0021)
3m2 HP200 with stainless steel cylinder
Components
HP200 collector
Stainless steel, twin coil cylinder
Expansion vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Components
HP200 collector
Stainless steel, twin coil cylinder
Expansion vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Size
2m2
210 Ltr
18 Ltr
✓
✓
✓
✓
20 Ltr
22mm
HP100
Size
3m2
300 Ltr
18 Ltr
✓
✓
✓
✓
20 Ltr
22mm
HP100
(KSS0014)
2m2 HP100 with stainless steel cylinder
(KSS0015)
3m2 HP100 with stainless steel cylinder
Components
HP100 collector
Stainless steel, twin coil cylinder
Expansion vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Components
HP100 collector
Stainless steel, twin coil cylinder
Expansion vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Size
2m2
210 Ltr
18 Ltr
✓
✓
✓
✓
20 Ltr
22mm
DF100
Size
3m2
300 Ltr
18 Ltr
✓
✓
✓
✓
20 Ltr
22mm
DF100
(KSS0008)
2m2 DF100 with stainless steel cylinder
(KSS0009)
3m2 DF100 with stainless steel cylinder
Components
DF100 collector
Stainless steel, twin coil cylinder
Expansion vessel
Temperature reducing vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Components
DF100 collector
Stainless steel, twin coil cylinder
Expansion vessel
Temperature reducing vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Size
2m2
210 Ltr
18 Ltr
5 Ltr
✓
✓
✓
✓
20 Ltr
22mm
For further packages, please log on to:
www.kingspansolar.com
Size
3m2
300 Ltr
25 Ltr
8 Ltr
✓
✓
✓
✓
20 Ltr
22mm
13
Copper Range
HP200
HP200
14
(KSS0019)
3m2 HP200 with copper cylinder
(KSS0018)
2m2 HP200 with copper cylinder
Components
HP200 collector
Copper, twin coil cylinder
Expansion vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Size
2m2
206 Ltr
18 Ltr
✓
✓
✓
✓
20 Ltr
22mm
HP100 (KSS0012)
HP100
Size
2m2
206 Ltr
18 Ltr
✓
✓
✓
✓
20 Ltr
22mm
DF100
Components
HP100 collector
Stainless steel, twin coil cylinder
Expansion vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Size
3m2
300 Ltr
18 Ltr
✓
✓
✓
✓
20 Ltr
22mm
DF100
(KSS0006)
2m2 DF100 with copper cylinder
Components
DF100 collector
Copper, twin coil cylinder
Expansion vessel
Temperature reducing vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Size
3m2
300 Ltr
18 Ltr
✓
✓
✓
✓
20 Ltr
22mm
(KSS0013)
3m2 HP100 with copper cylinder
2m2 HP100 with copper cylinder
Components
HP100 collector
Stainless steel, twin coil cylinder
Expansion vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Components
HP200 collector
Copper, twin coil cylinder
Expansion vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
(KSS0007)
3m2 DF100 with copper cylinder
Size
2m2
206 Ltr
18 Ltr
5 Ltr
✓
✓
✓
✓
20 Ltr
22mm
For further packages, please log on to:
www.kingspansolar.com
Components
DF100 collector
Copper, twin coil cylinder
Expansion vessel
Temperature reducing vessel
Sloping roof kit
Connection kit
Dual stream pump station
Controller
Thermal fluid antifreeze
Thermostatic mixing valve
Size
3m2
300 Ltr
25 Ltr
5 Ltr
✓
✓
✓
✓
20 Ltr
22mm
Roof Kits and Accessories
ries
1
5
Roof Kits
There are a number of roof kits available to enable you
ou
to achieve the optimum efficiency from the position of
o
your collector.
1
2
3
4
5
6
7
8
Sloping roof kit - C0590
Flat roof frame - C0599
Sloping roof 20° elevation - C0591
Horizontal façade - C0597
Horizontal sloping roof - C0593
Sloping roof kit - C0590
Ground/façade - C0595
Awning kit at 45° - KSK0018
3
15
4
2
6
8
7
Accessories
Below is a number of purposefully selected optional extras
a to enhance your
as
y
system.
y
We have also included a demonstration kit to enhance yo
your
our solar business.
business
Diverter Valves
Product code:
KSP0018
Flush and Fill
(pump unit)
Product code:
C0814
Demonstration
ation Kit
Product code::
CO708
Microbubble De-aerators
Thermostatic Mixing Valve
Temperature Reducing Vessels
(Horizontal
Product code:
e:
and Vertical)
K0008
Horizontal KSK0008
009
Vertical KSK0009
(22mm, 28mm)
Product
codes:
22mm - CO769
28mm - CO770
(5 - 12 Ltr)
Expansion Vessels
Insulated Flexible
Stainless Steel Pipework
Service Kit
(12 - 35 Ltr)
Product codes:
7
12 Ltr - KSP0017
8
18 Ltr - KSP0008
9
25 Ltr - KSP0009
0
35 Ltr - KSP0010
Product codes:
5m - CO780
0m - CO781
10m
5m - CO7
782
15m
CO782
Product codes:
5 Ltr - KSP0005
8 Ltr - KSP0006
P0007
12 Ltr - KSP0007
Product code:
KSK0019
• Refractometer
• Digital pressure gauge
• PH test paper
• Compass
Understanding Your System
Components and Applications
16
1
2
Key
1 Thermomax collector
2 Hot water
3 Cylinder
3
4
Applications
4
5
6
7
Bath/Shower/Tap
Under floor heating/Space heating
Washing machine/Dishwasher
Swimming pool
6
5
7
A Typical Solar Installation
The diagram below shows a typical solar installation for
domestic hot water with a twin coil hot water storage
tank. This enables energy input from the central heating
system to the top half of the tank and energy input from
the solar system to the bottom half of the tank.
Components
a Solar collector on sloping roof
kit. The connection kit connects
the pipe work to the collector
b Cylinder with solar coil at the
bottom and coil for boiler at
the top
c Boiler or other space
heating source
a
d
d Hot water out
f
e Cold water mains in
f
b
g
h
c
e
Pump station used to circulate
water from the collector to the
user application
g Controller uses temperature
sensors to monitor heat
differences between the
collector and the water in the
tank and switches the pump on
or off accordingly
h Expansion vessel to contain
increased water volume in the
system due to rise in
temperature, and hence
increased pressure, of water
Commercial Packages
Commercial Installations
Applications
From a 5m2 installation on a guest house to 300m2 on
a factory, the advantages of Thermomax solar systems
are immediate, the most obvious of which is the saving
on fuel bills.
In addition to commercial hot water, the higher operating
temperatures of Thermomax evacuated tube collectors
make them suitable for the following applications:
With today’s commercial and environmental pressures, a
shift towards a green business philosophy is essential to
survival. This competitive advantage not only strengthens
the brand position but also brings economic and financial
rewards. This is particularly relevant in hotels and leisure
facilities, where solar energy attracts the rising number
of ‘Ecotourists’.
All commercial installations will be different, which
is why Kingspan Solar offer a FREE bespoke
design service. This includes:
• Assistance with the design of your project,
producing solar simulation and full project based
AutoCad schematics
• Recommendation of an accredited installer for
the project through our network of installers
• The services of an on-site technical support engineer
• Commissioning of the Thermomax solar system to
ensure it is working at 100% of its capability
Airport, Singapore
Singapore. Largest solar thermal
Changi Airport
installation with more than 10,000 tubes.
Call our technical team on 028 9127 0411 for advice
or download an installation form from our website:
www.kingspansolar.com
Swimming Pools
To incorporate a swimming pool into the system, a heat
exchanger is used between the pool water and the
circulating water through the collector. A wound coil is
used to give a large exchange area which allows a high
volume of pool water to be passed through.
Solar Cooling
Huge potential for solar cooling exists, as the times of
high cooling demand corresponds with the highest yields
from the solar collector. Solar chillers use thermal energy
to produce cold and / or dehumidified air. Thermomax
collectors have been used in numerous solar cooling
projects around the world.
Industrial Process Heat
Thermomax collectors can provide the heat needed
in many industrial processes. They typically provide
temperatures around 60 - 100˚C, which is perfect for many
applications such as food processing, water desalination
and industrial washing processes.
Solar Cooling in Galderma Pharmaceutical
Research Centre, France. The 5,600 tubes
double up as a car park pergola.
17
Distribution
18
Network of Accredited
Solar Installers
Thinking of an installation on
your home or small business?
With a worldwide network of Kingspan Solar accredited
installers on-hand to advise you on design, installation
and grants, you can be confident that your investment
in Thermomax solar vacuum tube technology will be an
informed one.
Your nearest Thermomax distributor is never far away.
Call our sales hotline and we will put you in touch with
your nearest local supplier / dealer.
UK Sales Hotline:
ROI Sales Hotline:
0800 328 5689
1800 812 718
FAQs
Q: Does Solar only work when the sun is shining?
A: Thermomax solar vacuum tubes work all year round
Q: Can I combine solar thermal with heat
- and even in winter it will help to give you hot water
because vacuum tubes absorb energy efficiently in all
different weather conditions.
A:
Q: Where are the panels fitted?
A: Ideally to a south facing roof or slight deviations of
Q: What maintenance is required?
A: No collector maintenance is required. The glass tubes
about 30 - 40° from that. The inclination / pitch of the
collector is equal to the geographical latitude. So if you
live at 45° latitude north the ideal pitch is about 45°. Once
again slight deviations are not a problem and will only
slightly effect the solar yield.
are round and perfectly smooth. They allow air to circulate
around them and will not trap moisture or debris. A system
check by a professional every three to five years should
be sufficient.
pumps and other Renewables?
Yes, Thermomax collectors can be used with all
forms of traditional or renewable heating systems without
any difficulty.
Q: Is there a solar system suitable for use
Q: What are the savings?
A: Up to 70% of your annual hot water and / or heating
on a large scale commercial building?
A: The
cost. Over time your savings will increase as the price of oil
/ gas / electricity and other natural fossil fuels will escalate
in the future. Solar also reduces carbon dioxide (CO2)
emissions - one of the largest single contributors towards
global warming.
collectors can be integrated with your existing
system to provide hot water throughout the building for
wash hand basins / showers / canteens etc. In fact,
anywhere large quantities of free hot water can be used.
Hospitals, leisure centres, swimming pools are all suitable
large scale commercial applications.
Q: Do I need planning permission?
A: Normally only if the building is in a conservation area /
Q: Is it possible to retain heat gained?
A: Yes, the heat is stored in a twin coil solar
listed building or under construction - but you should
check with your local planning office. Our panels are
environmentally friendly and aesthetically pleasing.
Q: What does installation involve?
A: Thermomax collectors are light and modular and can
usually be installed in one day. They easily attach to your
existing structure via a roof kit.
Q: Do they break easily?
A: The tubes are tested to
withstand the mechanical
load requirements of Solar Keymark which means the
tubes have been subject to a force of 1000 N/m2.
Thermomax collectors are certified to meet the
requirements of this standard and tests have proven they
can withstand more than 3 times this force.
cylinder
usually for domestic hot water. However, the stored
energy can also be used for space heating or to heat
a swimming pool. It is also possible to combine the
different applications.
Q: What happens when I go on holiday?
A: A well-designed and sized solar system should provide
you with the right amount of hot water for your household
requirements. Even when going on holiday the system
will still work, feeding the energy into the cylinder. This
will just lead to a slightly higher cylinder temperature. The
system is self-regulating - HP100 and HP200 tubes have
a memotron valve to switch them off at 95/135˚.
19
DF100
Technical Specification DF100
20
DF100 - 2m2
DF100 - 3m2
Dimensions
Absorber Area
Overall Dimensions
Width of Manifold
Length (Tube and Manifold)
Depth
Fluid Volume (In Manifold)
Inlet and Outlet Dimensions
Weight
2.004m²
1996 x 1418 x 97mm
1418mm
1996mm
97mm
3.8 Ltr
22mm
54.8kg
3.020m²
1996 x 2127 x 97mm
2127mm
1996mm
97mm
5.6 Ltr
22mm
81.4kg
Mounting
Recommended Inclination
0-90°
0-90°
Based on Absorber
0.83
1.53 W/m²K
0.0063 W/m²K²
BLG 10606
Based on Absorber
0.832
1.14 W/m²K
0.0144 W/m²K²
BLG 10706
160 Ltr / h
120 Ltr / h
300 Ltr / h
8 Bar
286°C
Water/Glycol
240 Ltr / h
180 Ltr / h
480 Ltr / h
8 Bar
286°C
Water/Glycol
Materials
Absorber
Coating
Absorbance
Emissivity
Mounting Frame and Clips
Copper
Selective Coating
95%
5%
Stainless Steel, Aluminium EPDM
Copper
Selective Coating
95%
5%
Stainless Steel, Aluminium EPDM
Glass
Vacuum
Low Iron - Transm. 0.92
Higher than 10-8 Bar
Low Iron - Transm. 0.92
Higher than 10-8 Bar
Quality Certification / Solar Keymark
Yes
Yes
Operating Data
Efficiency
eta 0
k1
k2
Test Report
Flow Rate
Rated
Minimum
Maximum
Maximum Operating Pressure
Stagnation Temperature
Heat Transfer Fluid
HP100
Technical Specification HP100
HP100 - 2m2
HP100 - 3m2
Dimensions
Absorber Area
Overall Dimensions
Width of Manifold
Length (Tube and Manifold)
Depth
Aperture Area
Fluid Volume (In Manifold)
Inlet and Outlet Dimensions
Weight (Empty)
2.006m²
2005 x 1418 x 97mm
1418mm
2005mm
97mm
2.157m²
1.2 Ltr
22mm
47.2kg
3.009m²
2005 x 2127 x 97mm
2127mm
2005mm
97mm
3.229m²
1.7 Ltr
22mm
70.5kg
Mounting
Recommended Inclination
20-70°
20-70°
Operating Data
Efficiency
eta 0
k1
k2
Based on Absorber
0.815
1.1 W/m²K
0.0106 W/m²K²
Based on Absorber
0.795
1.07 W/m²K
0.008 W/m²K²
Test Report
Performance Test report
Quality Test report
Flow Rate
Rated
Minimum
Maximum
Maximum Operating Pressure
Stagnation Temperature
Heat Transfer Fluid
BLG109 - 06
BLG110 - 06
BQG111 - 06
160 Ltr / h
120 Ltr / h
300 Ltr / h
8 Bar
183.6°C
Water/Glycol
240 Ltr / h
180 Ltr / h
480 Ltr / h
8 Bar
183.6°C
Water/Glycol
Materials
Absorber
Coating
Absorbance
Emissivity
Mounting frame and clips
Glass
Vacuum
Copper
Selective Coating
95%
5%
Stainless Steel, Aluminium EPDM
Low Iron - Transm. 0.92
Higher than 10-8 Bar
Copper
Selective Coating
95%
5%
Stainless Steel, Aluminium EPDM
Low Iron - Transm. 0.92
Higher than 10-8 Bar
Temperature limitation (Memotron)
Quality Certification / Solar Keymark
95/130°C
Yes
95/130°C
Yes
21
HP200
Technical Specification HP200
22
HP200 - 2m2
HP200 - 3m2
Dimensions
Absorber Area
Overall Dimensions
Width of Manifold
Length (Tube and Manifold)
Depth
Fluid Volume (In Manifold)
Inlet and Outlet Dimensions
Weight (Empty)
2.01m²
2005 x 1418 x 97mm
1418mm
2005mm
97mm
1.1 Ltr
22mm
50.3kg
3.021m²
2005 x 2127 x 97mm
2127mm
2005mm
97mm
1.7 Ltr
22mm
75.1kg
Mounting
Recommended Inclination
20-70°
20-70°
Operating Data
Efficiency
eta 0
k1
k2
Based on Absorber
0.792
1.25 W/m²K
0.0088 W/m²K²
Based on Absorber
0.778
0.91 W/m²K
0.01 W/m²K²
Test Report
Performance Test Report
BLG 10906
BLG 11006
Quality Test report
Flow Rate
Rated
Minimum
Maximum
Maximum Operating Pressure
Stagnation Temperature
Heat Transfer Fluid
160 Ltr / h
120 Ltr / h
300 Ltr / h
8 Bar
183.6°C
Water/Glycol
240 Ltr / h
180 Ltr / h
480 Ltr / h
8 Bar
183.6°C
Water/Glycol
Materials
Absorber
Coating
Absorbance
Emissivity
Mounting Frame and Clips
Copper
Selective Coating
95%
5%
Stainless Steel, Aluminium, EPDM
Copper
Selective Coating
95%
5%
Stainless Steel, Aluminium, EPDM
Glass
Vacuum
Low Iron - Transm. 0.92
Higher than 10-8 Bar
Low Iron - Transm. 0.92
Higher than 10-8 Bar
Temperature limitation (Memotron)
Quality Certification / Solar Keymark
95/130°C
Yes
95/130°C
Yes
Solar heating is the natural way to reduce
your energy bills and your carbon footprint.
It doesn’t have to cost the earth.
Due to our continuing policy of development and improvement we reserve the right to alter and amend the specification as shown in this literature
This brochure is printed on environmentally friendly paper.
Kingspan Renewables Limited
7 Balloo Crescent, Balloo Industrial Estate, Bangor BT19 7UP
UK Sales Hotline: 0800 328 5689 ROI Sales Hotline: 1800 812 718
Tel: +44 (0) 28 9127 0411 Fax: +44 (0) 28 9127 0572
Email: [email protected]
www.kingspansolar.com
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