Capito's intelligent storing technologies - Carl Capito Heiztechnik ...
Capito's intelligent storing technologies - Carl Capito Heiztechnik ...
Capito's intelligent storing technologies - Carl Capito Heiztechnik ...
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Optimal using and <strong>storing</strong> of heat<br />
CAPITO heating technology<br />
CAPITO‘s <strong>intelligent</strong> <strong>storing</strong> <strong>technologies</strong><br />
Made in Germany<br />
since 1900<br />
Optimal use of engergie ■ Saving money with condensing technology ■ Enjoying warm drinking water<br />
<strong>Capito</strong> heating technology<br />
Made in Germany<br />
Today‘s competence<br />
for tomorrow
2<br />
Warm and fresh water - safe,<br />
healthy and low priced<br />
<strong>Capito</strong> storages are used for eff ective warming of fresh<br />
water. Only as much water as needed is heated up. Boilers<br />
with stale water do not exist, the water stays clean and devoid<br />
of legionella.<br />
Optimal using and <strong>storing</strong> of heat<br />
High effi cient stratifi ca<br />
the experts’ knowledg<br />
<strong>Capito</strong>’s stratifi cation storages are the<br />
core of their heating system because<br />
they are the <strong>intelligent</strong> cut surface<br />
between producing and using heat.<br />
They don’t buff er just temporally and<br />
quantitatively, they can also store the<br />
valuable, high heated water separated<br />
from water with low temperature and<br />
Future-proof for more p<br />
additional demand<br />
Oil Gas Heat pumps Pellets Heat recovery<br />
Solar Split logs<br />
CHP Geothermal energy
ation storages with all<br />
ge emit it again. Therewith especially com-<br />
bined heating systems with multiple<br />
energy forms achieve the optimal costeff<br />
ectiveness.<br />
primary energies and<br />
CAPITO heating technology<br />
You can always decide anew which energies the most reasonable energies<br />
for your individual demand are. Oil, gas, solar, wood, … After all<br />
the available <strong>technologies</strong> and the cost change. This is why the <strong>Capito</strong><br />
stratifi cation storages are useful. They off er many possibilities for a<br />
future adaptation and improvement of your heating system, to diff erent<br />
energy carriers or new requests.<br />
The compact complete solution:<br />
Calorifi c value boiler buff er storage<br />
tank with premium technology<br />
Is there furthermore the need for more space in the furnace<br />
room, <strong>Capito</strong>’s calorifi c value boiler buff er storage<br />
tanks are the ideal solution. With up to date calorifi c value<br />
technology, fl exible stratifi cation storage constructions<br />
and the producing of warm fresh water <strong>Capito</strong> off ers a future-proof<br />
solution, also for additional energy carriers. So<br />
for example it is possible to change over from oil to gas,<br />
pellet stoves or solar collectors can be added easily.<br />
S-CC 361 BW<br />
<strong>Capito</strong> heating technology<br />
Made in Germany<br />
Today‘s competence<br />
for tomorrow<br />
3
4<br />
<strong>Capito</strong> stratifi cation means<br />
for you: less heat loss<br />
warm fresh<br />
water<br />
ca. 60°<br />
ca.70°<br />
solar collector<br />
That means for you: warm<br />
fresh water immediately for<br />
example from the sun<br />
The CAPITO stratifi cation<br />
<strong>Capito</strong>’s patented stratifi cation technology is based on<br />
three main principles:<br />
The storage is devided in three regions: A zone of solar<br />
heat exchanger as well as a heating zone with drinking<br />
water pre exchanger and a zone of warm drinking water,<br />
which are separated by a thermal isolated blank. The two<br />
regions with diff erent size undertake diff erent tasks of<br />
the heat storage on the one hand and the heat input and<br />
the heat extraction on the other hand. In separating the<br />
storage we avoid swirling and mixing to tepidly temperatures.<br />
The water moves between the regions in riser pipes<br />
and downpipes. Thereby we avoid needless heat loss<br />
through the moving of the water.<br />
The heat transport between the storage regions happens<br />
naturally through gravitation: the warmer water ascends,<br />
the colder water sinks.<br />
Our functional example<br />
When the solar energy of a solar thermal equipment is put<br />
in the lower region (heating-up region) of the buff er storage,<br />
the warm storage water soon ascends through the riser<br />
pipe in the upper region of the storage. Already after just a<br />
short solar irradiation there is enough energy available to<br />
heat up the fresh water. Cold storage water gets through<br />
downpipes into the heating-up region.<br />
Three versions of the storages<br />
By now <strong>Capito</strong> implemented the stratifi cation technology in<br />
diff erent types of buff er storage tanks, for an optimal including<br />
of the diff erent energy sources.<br />
Version “S-PD” for additional alternative energies like solar<br />
collectors and pellet stoves.<br />
Version “S-WP-PD” for heat pumps, which should run<br />
with the highest key performance indicator<br />
Version “Two-Range-PD” for high temperatures like for<br />
example solid matter boilers, district heat, etc.<br />
Optimal using<br />
The ground-breaking, high effi<br />
Zone of solar heat exchanger Heating-zone with drinking water pre heat exchanger Zone of warm drinking water<br />
4<br />
4<br />
3<br />
5
g of energies<br />
effi cient stratifi cation storages<br />
1<br />
2<br />
CAPITO heating technology<br />
How much hot water do you need?<br />
How large is your solar collector?<br />
Depending on the system concept heat exchangers have<br />
diff erent tasks: energy input from separated systems (solar<br />
collectors, heat pumps, …), energy extraction for the domestic<br />
water production and separated heating circuit. <strong>Capito</strong><br />
off ers optimal possibilities of projection to planners and heating<br />
engineers: the arrangement of the stubs and muffl es<br />
can be chosen individually. Up to six heat exchangers can<br />
be installed in standard, a more comprehensive type series<br />
off ers diff erent seizes and pouring eff orts. <strong>Capito</strong> heat exchangers<br />
can also be transposed easily later.<br />
Profi table alternative energies<br />
How to establish alternative energies is also a question of the<br />
system concept. <strong>Capito</strong> off ers the up to date <strong>storing</strong> technology<br />
to avoid unnecessary loss of energy. In so doing, solar<br />
energy can cover up<br />
to 60% of the annual<br />
heat demand. The aid<br />
of a conventional heater<br />
is minimised.<br />
Energy demand<br />
Drinking water heat exchanger Solar heat exchanger<br />
Solar up to 60%<br />
January April July October<br />
Demand of additional heating<br />
with conventional heaters<br />
Optimal using and <strong>storing</strong> of heat<br />
That means for you: fl exibility<br />
and planning reliability<br />
for further energies and growing<br />
demands<br />
That means for you:<br />
A fully developed <strong>storing</strong><br />
technology is of prime<br />
importance for an optimal<br />
effi ciency of the heating<br />
system.<br />
<strong>Capito</strong> heating technology<br />
Made in Germany<br />
Today‘s competence<br />
for tomorrow<br />
5
6<br />
Dynamic and reliable: charging and<br />
discharging the storage<br />
<strong>Capito</strong>’s patented stratifi cation technology<br />
convinces: charging and discharging procedures<br />
take place as dynamically as the<br />
heat demand in the heating system and the<br />
house.<br />
Only when in the storage the layers with<br />
warm water are separated carefully from<br />
Thermal stratifi cation as scheduled<br />
Start of the stratifi cation. After a short solar irradiation<br />
warm water can<br />
be taped from the upper<br />
region.<br />
Start of the hot water<br />
extraction.<br />
High temperature range<br />
(at the top) and low<br />
temperature range are<br />
charged.<br />
Hot water extraction with<br />
forming of two cold buffer<br />
zones, which stream<br />
in the return motion of<br />
the heat pump.<br />
Hot water extraction from<br />
low temperature range<br />
and synchronistically shifting<br />
top down with pumps.<br />
the ones with cold water, the energy is usable<br />
and valuable. But are the layers swirled<br />
or mixed up, tepid water temperatures<br />
which are not needed in the house occur.<br />
Storage version “S-PD” for energy out of solar collectors, CHP, pellets, split logs<br />
Nearly empty high temperature<br />
range. Heat<br />
generator requests new<br />
energy.<br />
In the fi nal stage of the<br />
stratifi cation the solar<br />
energy is also used for<br />
heating.<br />
Storage version “S-WP-PD” for energy out of heat pumps, solar collectors, solid matter<br />
High hot water eff ort<br />
through the stratifi cation<br />
from the lower in the upper<br />
buff er zone.<br />
Storage version “Two-Rage-PD” for energy out of district heat, CHP, solid matter, host heat<br />
New charging of the high<br />
temperature range and<br />
steady temperatures<br />
in the low temperature<br />
range.
7<br />
In practice:<br />
<strong>Capito</strong> stratifi cation storages save<br />
energy<br />
Our test proves the energy conservation<br />
with <strong>Capito</strong>.<br />
We simulate the use of a solar buff er storage<br />
tank and the input of solar energy by<br />
a) one of <strong>Capito</strong>’s high effi cient stratifi cation<br />
storage and<br />
b) a conventional solar storage<br />
Both of the buff er storage tanks start with<br />
water temperature of 15°C in the morning at<br />
the beginning of the solar irradiation. After<br />
around 60 minutes irradiation we want to<br />
fi nd out the temperature of the required hot<br />
water.<br />
The result:<br />
IIn the <strong>Capito</strong> stratifi cation storage there<br />
is hot water available, already after 60 minutes.<br />
In the conventional solar storage the water<br />
temperature only amounts to ca. 30°C. A<br />
a) CAPITOstratifi<br />
cation<br />
storage<br />
b) Conventional<br />
buff er storage<br />
ca. 60°C<br />
(nach 60 min)<br />
70°C<br />
ca. 20°C<br />
50<br />
40<br />
15<br />
(after 60 min)<br />
50<br />
70°C<br />
Optimal using<br />
The ground-breaking, high e<br />
heat burner needs to aid the solar storage.<br />
That means in practice:<br />
The <strong>Capito</strong> stratifi cation storage uses the<br />
existent solar energy so effi cient that no aid<br />
of the heat burner is necessary.<br />
The <strong>Capito</strong> stratifi cation storage saves oil or<br />
gas.<br />
°C water temperature<br />
60<br />
0<br />
30<br />
°C water temperature<br />
60<br />
40<br />
15<br />
0<br />
30<br />
60 120<br />
(min) time<br />
60 120<br />
(min) time<br />
Zone of solar heat exchanger Heating-zone with drinking water pre haet exchanger Zone of warm drinking water<br />
1 Isolating round blank<br />
2 Riser pipe<br />
3 Downpipe<br />
4 Heat exchanger 2x<br />
5 Solar heat exchanger<br />
4<br />
4<br />
3<br />
5
g of energies<br />
effi cient stratifi cation storages<br />
1<br />
2<br />
CAPITO heating technology<br />
Optimal planning and future-proof –<br />
<strong>Capito</strong>’s modular concept<br />
<strong>Capito</strong> uses high effi cient fi n-tube heat exchangers in the<br />
buff er storage tanks. Made of copper they assure a fast<br />
heat absorption. Additionally the hot water heat exchangers<br />
are tinned foot-grade on the inside.<br />
Planning well<br />
today<br />
<strong>Capito</strong> off ers several type<br />
series of high effi cient<br />
storages with up to 18<br />
installation size in series.<br />
For the individual demand<br />
in addition to supplemental<br />
muffl es you can arrange for<br />
up to six heat exchangers,<br />
for diff erent charging and<br />
discharging installations.<br />
Also there is the possibility<br />
to install heat exchangers<br />
in standby stubs, to amend<br />
the construction. And according<br />
to the pouring demand<br />
you can also install<br />
diff erent heat exchangers.<br />
Supporting further consumers tomorrow<br />
+<br />
2500<br />
1500<br />
1000<br />
600<br />
400<br />
250<br />
150<br />
100<br />
Extension of building Further consumers,<br />
separated bathroom heater<br />
0<br />
Pouring effort * ltr.<br />
250 350 450 600 750 900 1000 1250 1500 1750 2000 2500 3000<br />
Heat storage, ltr.<br />
* By buffer temperature 65°C, Cold water temperature 10°C and tepid hot water<br />
temperature 40°C and inbuilt previous heat exchanger.<br />
Your advantages:<br />
- <strong>Capito</strong> off ers a modular system of buff er storage tanks<br />
- Special solutions and fi ne-tuning are possible if necessary<br />
- CAPITO adives in planning and building<br />
+<br />
Anderes Temperatur -<br />
niveau<br />
+<br />
8
Pellets/split logs<br />
and/or<br />
district heat<br />
District heat, gas/oil boiler with solar system, solid matter boiler/stove<br />
Heater<br />
S-WP-PD heat<br />
storage tank<br />
S-PD heat storage tank<br />
Heat pump, supplemented with solid matter boiler/stove, solar system<br />
Two-Range-PD<br />
heat storage tank<br />
Solar<br />
Pellets/<br />
split logs<br />
Solar<br />
Heat pump<br />
district heat<br />
and/or<br />
pellets/split logs<br />
CHD<br />
and/or<br />
Control<br />
station<br />
Control station<br />
CHD, district heat, supplemented with solid matter boiler/stove<br />
... and acting<br />
fl exibly tomorrow<br />
Can you think of further<br />
possible demands in the<br />
future?<br />
Using low priced energy<br />
sources<br />
<strong>Capito</strong> buff er storage tanks<br />
off er you many possibilities,<br />
so that you can inject<br />
inexpensive produced heat<br />
in your heating system in<br />
future.<br />
Supporting further consumers<br />
Changes in the heat demand<br />
means changing the<br />
heating system. <strong>Capito</strong><br />
buff er storage tanks of today<br />
can make tomorrow’s projects<br />
easier.<br />
Replacing heat<br />
exchangers<br />
Advancing or adjusting capacity<br />
is possible with little<br />
eff ort. The storage itself<br />
stays untouched.<br />
Oil Gas Heat pumps Pellets Heat recovery<br />
Solar Split logs CHP Geothermal energy<br />
9
10<br />
Optimal using and <strong>storing</strong> of heat<br />
That means for you:<br />
Warm fresh water is clean<br />
and safe.<br />
Warm fresh water<br />
fl uently heated instead of stored<br />
a long time<br />
The <strong>Capito</strong> buff er storage tanks heat up fresh water in drinking<br />
water heat exchangers – immediate before using it. Because of<br />
their copper fi nned tubes the heat exchangers can transfer the<br />
heat very well. Integrated in the high temperature range of the<br />
storage they are encircled by a large storage volume and can<br />
therefore heat up a big water<br />
amount without diffi culty. Heat<br />
exchangers have a volume of<br />
max. 2,5 litres, which can be<br />
replaced easily when extracting<br />
the heat exchanger. Long<br />
<strong>storing</strong> in huge boilers doesn’t<br />
exist.<br />
<strong>Capito</strong> heating technology<br />
Made in Germany<br />
Today‘s competence for<br />
tomorrow<br />
Today<br />
hot fresh water<br />
fresh water
Pre heat exchanger for a<br />
high pouring eff ort<br />
WW<br />
Two-Range buff er storage<br />
tank for energy-rich feed-in<br />
Past<br />
stored water<br />
CAPITO heating technology<br />
Fresh water heating integrated and fl exible<br />
<strong>Capito</strong> uses high effi cient fi n-tube heat exchangers in the<br />
buff er storage tanks:<br />
They consist of copper and are tinned on the inside and<br />
thereby foot-grade.<br />
According to the water demand we advise heat exchangers.<br />
A pre heat exchanger can advance the pouring eff ort<br />
if applicable.<br />
Using CHD or district heat economical<br />
Due to our stratifi cation charging technology in two range<br />
construction (high and low temperature range) warm fresh<br />
water with a steady run-out temperature is available.<br />
A tap water mixer is not necessary.<br />
Avoiding bacteria slush!<br />
The DVGW Research Centre at the Engler-Bunte-Institut<br />
discovered that water is a grocery that addles very fast. After<br />
at most 24 hours the quality of the water downgraded so<br />
far that it isn’t consistent with the Drinking Water Ordinance<br />
anymore.<br />
§4 of the Drinking Water Ordinance from the 1st of January<br />
2003: “Water for the human use has to be devoid of pathogen<br />
germs, has to be utilisable and clean.“<br />
In conventional drinking water heaters, in which no daily<br />
and completely replacement occurs, the order is usually<br />
ignored. Additionally there is the risk to absorb germs (like<br />
legionella) via the respiratory organs (for example while taking<br />
a shower), which can lead to diseases of the lung.<br />
That means for you:<br />
<strong>Capito</strong>’s hot water is<br />
always fresh<br />
That means for you:<br />
<strong>Capito</strong> hot water systems<br />
are safe owing to their special<br />
technology<br />
11
12<br />
That means for you:<br />
CAPITO is economical,<br />
fexible and safe.<br />
The compact condensing boiler buff er<br />
storage tank also includes alternative<br />
energies<br />
In the 3 in 1 unit heating system <strong>Capito</strong> combines three forward<br />
looking <strong>technologies</strong> in one compact function unit:<br />
Condensing boiler with 106/109 % effi ciency (oil/gas)<br />
Stratifi cation buff er storage tank, for example for invol<br />
ving solar collectors and solid matter boilers and stoves<br />
Warm fresh water from heat exchangers<br />
Optimal using and <strong>storing</strong> of heat<br />
The <strong>Capito</strong> calorifi c value technology<br />
<strong>Capito</strong> boiler buff er storage tanks exist from<br />
10 up to 50 kW capacity with latest quiet<br />
burners. Widely identical in construction<br />
burning chambers for oil and gas make a<br />
changeover possible at any time.<br />
- The construction of the calorifi c value<br />
burning chamber with Laserfi n© pipes is<br />
approved and compact.<br />
- The condensation of the emissions takes<br />
place in the inside of the burning chamber,<br />
without downstream heat exchaners.<br />
- Optimal use of exhaust gas fl ow via swirling<br />
technics – up tp 109% effi ciency.<br />
- The start-stop cycles of the burners are<br />
optimised. The advantage: Less pollutant<br />
emission, a longer durability and reduction<br />
of the service costs.<br />
The stratifi cation buff er storage tank<br />
... delivers the heat energy right away or<br />
via the heat exchangers to the point of consumption.<br />
A storage volume of 270 to 900<br />
litres powers small up to large points of consumption.<br />
Solar heat is fed in the separate<br />
low temperature range through heat exchangers.<br />
The storages heat up tap water,<br />
aid the heater and include also alternative<br />
energies optimally.<br />
Warm fresh water<br />
... is prepared by fl ow principle in heat exchangers<br />
made of tinned copper pipes or<br />
stainless steel pipes. Thereby <strong>Capito</strong> boiler<br />
buff er storage tanks provide the hot water<br />
exclusively in drinking water quality. It is<br />
defi nitely harmless concerning germs (legionella),<br />
as scientifi c studies have proven.<br />
Boiler charging pumps do not exist, the power<br />
consumption is low.
The compact function unit combines<br />
all three sets in one unit:<br />
boiler, buff er storage tank and<br />
production of fresh water.<br />
That means for you:<br />
CAPITO saves room and<br />
installation costs.<br />
CAPITO heating technology<br />
The 3 in 1 unit technology at a glance<br />
1<br />
2<br />
3<br />
4<br />
Durable burning chamber<br />
for calorifi c value use:<br />
Emission heat exchanger<br />
made of top quality stainless<br />
steel, especially effi cient when<br />
positioned in the low temperature<br />
range.<br />
Sparing burners:<br />
Gas fan burner or oil blue<br />
fl ame burner with extremely<br />
low contaminant emission.<br />
Soundproof hood:<br />
Silent duty of the burner due<br />
to optimal acoustic insulation.<br />
Adjustment setting:<br />
For burners (oil or gas),<br />
mixers, warm fresh water,<br />
solar and solid fuel.<br />
3<br />
2<br />
5 High effi cient stratifi cation<br />
8 Fresh water heat exchanger:<br />
system:<br />
Production of warm fresh water<br />
Maintenance free and control through top quality heat ex-<br />
free temperature stratifi cation changers made out of tinned<br />
according to the gravity<br />
copper pipes or stainless steel<br />
principle. Fast solar heating of pipes.<br />
the fresh water already after a<br />
short solar irradiation.<br />
9 Pre heat exchanger:<br />
Eff ective drinking water hea-<br />
6 Solar heat exchanger :<br />
ting: pre heating for an optimi-<br />
Connection of alternative<br />
sed eff ort.<br />
energies for warming of the<br />
heating system and tap water<br />
Solar heat exchanger can be<br />
added afterwards without<br />
diffi culty.<br />
7<br />
Isolation and sheet steel<br />
encasement:<br />
mineral wool isolation is<br />
round 125 mm thick.<br />
5<br />
6<br />
8<br />
9<br />
1<br />
4<br />
7<br />
13
14<br />
Version S-PD<br />
Stratifi cation buff er storage tank<br />
The expert for solar using<br />
and connection with alternative<br />
energy sources.<br />
The stratifi cation buff er<br />
storage tank for an optimal<br />
including of alternative<br />
energies like solar, solid<br />
fuel, ambient heat via heat<br />
pumps, etc. Conventional<br />
energies can improve the<br />
construction’s eff ort.<br />
Version of Stratifi cation buff er storage tank 1)<br />
S-PD S-WP- 2-Range M-PD<br />
PD PD<br />
Product series buff er storage tank<br />
Version S-WP-PD<br />
Stratifi cation buff er storage tank<br />
The expert for heat pumps<br />
and connection with alternative<br />
energy sources.<br />
The stratifi cation buff er storage<br />
tank for the most economical<br />
duty of heat pumps<br />
through an optimal technology.<br />
Variable eff ort through<br />
diff erent constructions with<br />
heat exchangers.<br />
Heat storage<br />
capacity/ltr.<br />
Pouring<br />
eff orts2) ltr.<br />
Version Two-Range-PD<br />
Stratifi cation buff er storage tank<br />
The expert for district heat<br />
and CHD and the connection<br />
with alternative energy<br />
sources.<br />
The stratifi cation buff er<br />
storage tank for an optimal<br />
including of heat furnishers<br />
with a higher fl ow temperature:<br />
tap water heating via<br />
heat exchangers in the low<br />
temperature range.<br />
Dimension in mm<br />
Size ø<br />
Required<br />
installation<br />
space<br />
in mm<br />
Version M-PD<br />
Multi buff er storage tank<br />
Buff er system for connection<br />
with numerous alternative<br />
energy sources.<br />
The all-round buff er storage<br />
tank with uncontrolled stratifi<br />
cation – for including alternative<br />
energies like solid<br />
fuel, ambient heat via heat<br />
exchangers, etc.<br />
Topple<br />
measure<br />
mm<br />
Weighting 1)<br />
from - to<br />
kg<br />
x 250 100 - 200 1235 850 600 1250 115<br />
x x x 350 150 - 275 1235 850 600 1575 140 - 148<br />
x x x 450 200 - 350 1905 850 600 1875 151 - 159<br />
x x x 600 250 - 450 1905 950 700 1890 185 - 196<br />
x x x x 750 320 - 625 1875 1040 790 1910 210 - 224<br />
x x x x 900 400 - 750 2195 1040 790 2205 235 - 249<br />
x x x 1000 420 - 830 2325 1040 790 2320 252 - 266<br />
x x x x 1250 500 - 1000 2125 1040 1000 2200 340 - 362<br />
x x x x 1500 600 - 1200 2465 1040 1000 2450 380 - 406<br />
x x 1750 700 - 1400 2115 1040 1200 2335 425 - 456<br />
x x 2000 800 - 1600 2385 1040 1200 2555 465 - 496<br />
x x 2500 1000 - 2000 2395 1040 1300 2610 520 - 557<br />
x x 3000 1200 - 2400 2395 1040 1400 2665 570 - 619<br />
1) 2) Standard: 3 bar, but also as 6 bar storage available for versions S-PD, 2-PD and M-PD
S-CC 361/601/751/901<br />
Solar condensing boiler<br />
buff er storage tank, the 3<br />
in 1 unit set through combining<br />
gas/oil condensing<br />
boiler, stratifi cation buff er<br />
storage tank (for example<br />
for solar collectors) and<br />
heat exchangers for warm<br />
fresh water.<br />
Version of<br />
condensing boiler<br />
Buff er<br />
volume<br />
CAPITO heating technology<br />
Product series condensing boiler<br />
CC 271 BW<br />
Condensing boiler buff er<br />
storage tank, the 3 in 1 unit<br />
set through combining gas/<br />
oil condensing boiler, buffer<br />
storage tank and heat<br />
exchangers for warm fresh<br />
water.<br />
Engine-power class (in kW)<br />
20 25 30 40 50<br />
CC 101 BW<br />
Condensing standardised<br />
boiler, the oil/gas boiler in a<br />
compact confi guration, also<br />
for using in a loft.<br />
Dimension in mm Required<br />
installation space<br />
in mm<br />
Size Width Depth<br />
Topple<br />
measure<br />
mm<br />
Weighting<br />
kg<br />
101 BW - x x x x 1020 780 1288 620 - 159<br />
271 BW 270 x x 1555 800 1220 600 1410 210<br />
S-CC 361 BW 365 x x 1725 800 1220 600 1715 260<br />
S-CC 601 BW 610 x x x 1965 900 1300 700 1975 300<br />
S-CC 751 BW 750 x x x x 1890 946 1380 790 1990 345<br />
S-CC 901 BW 900 x x x x 2155 946 1380 790 2240 360<br />
Normal supply level: 109/106 % (Gas/Oil) with 40/30°C<br />
Max. fl ow temperature: 90°C<br />
Optimal using and <strong>storing</strong> of heat15<br />
<strong>Capito</strong> heating technology<br />
Made in Germany<br />
Today‘s competence<br />
for tomorrow
<strong>Capito</strong> designs, produces<br />
and sells high tech products<br />
and equipments for heating<br />
technology and using alternative<br />
energies. Buff er technology,<br />
condensing technology<br />
and low temperature<br />
technology are our strong<br />
market segments in the heating<br />
technology. Heat pumps<br />
for solar/water and air/air<br />
using, solid matter boilers for<br />
pellets and split logs as well<br />
as tube collectors and fl at<br />
plate collectors complete our<br />
off ering. <strong>Capito</strong> off ers well<br />
coordinated products, which<br />
complement one another<br />
to an economical and nonpolluting<br />
heating concept.<br />
Decades of tradition and<br />
experience are our foundation,<br />
current knowledge of<br />
the engineers and active research<br />
always get us back<br />
to the top of technology.<br />
Particularly in laying and<br />
construction of individual<br />
and diffi cult heating systems<br />
the knowledge and the high<br />
quality standard inure to the<br />
benefi t of the costumers.<br />
Special solutions and individual<br />
service show our<br />
fl exibility.<br />
Only a carefully planning, a<br />
professional installation and<br />
a good service guarantee<br />
that the fi rst-rate<br />
17 16<br />
www.capito-gmbh.de<br />
Optimal using and <strong>storing</strong> of heat<br />
CAPITO - this is innovation<br />
characteristics of the <strong>Capito</strong><br />
heating technology take<br />
eff ect. Therefore <strong>Capito</strong><br />
works with qualifi ed heating<br />
structure specialised companies<br />
at close quarters,<br />
that advice them well.<br />
Energy <strong>storing</strong><br />
technology<br />
Heat pumps<br />
for solar/water<br />
and air/water<br />
Phone: 0 27 35/7 60 - 142/242<br />
Fax: 0 27 35/7 70 - 903<br />
e-Mail: heiztechnik@capito-gmbh.de<br />
Your specialist for CAPITO heating technology<br />
CAPITO-energy <strong>storing</strong> technology<br />
co m bin es e n ergies<br />
Solid matter<br />
boilers/stoves<br />
for pellets and split logs<br />
Condensing<br />
technology<br />
CARL CAPITO <strong>Heiztechnik</strong> GmbH<br />
Mühlenbergstraße 12<br />
D . 57290 Neunkirchen/Siegerland<br />
Solar<br />
tube collectors and<br />
flat plate collectors<br />
<strong>Capito</strong> heating technology<br />
Made in Germany<br />
Today‘s competence<br />
for tomorrow