Post on 05-Jan-2017
Heating systemsIndustrial energy systems
Refrigeration systems
DHW cylinder VITOCELL
The demand for hot water is completely different in every household. One factor is the number of residents and another is their bathing and showering habits. For example, if three members of a family set off for work and school at the same time, lots of hot water needs to be continuously available for showers in short order.
Those who prefer a bath will also want to have enough hot water to fill the tub. The DHW cylinder should also be able to provide sufficient water if, in an apartment building for example, hot water is drawn from more than one outlet at the same time.
Vitocell DHW cylinders fulfil these requirements in every respect and can also meet every aspiration where the equipment level is concerned. In all instances, the installation of a solar thermal system is recommended to save energy and heat the water without cost.
DHW convenience for every demand
2/3
Introduction
5
In the Vitocell cylinder range, you'll find exactly the right DHW cylinder for your requirements. Depending on the application and installation options, select a DHW cylinder from our extensive product range.
Two energy efficiency classesBy default, most DHW cylinders with a compulsory identification cylinder capacity (up to 500 l capacity) meet energy efficiency class B. For selected cylinder types, it is also possible to choose between energy efficiency class A or B. Cylinders in class A are thermally insulated with an additional vacuum panel which reduces heat losses and therefore energy costs.
Selection of materials for DHW cylinders used for domestic hot water heating The quality of the inner surface of the DHW cylinder is crucial to providing DHW hygienically. For this reason, Viessmann relies on two high quality materials: Ceraprotect enamel coating for safe, lasting protection against corrosion in the Vitocell 100 range, and stainless steel in the Vitocell 300 range for outstanding hygiene standards.
The indirect coils inside Vitocell DHW cylinders reach right down to the cylinder floor. This enables them to heat the entire water content and make particularly economical use of the cylinder capacity.
Vitocell 300 made from stainless steelVitocell 300 DHW cylinders made from corrosion-resistant stainless steel meet some of the most stringent hygiene standards. Stainless steel is used in kitchens, laboratories, hospitals and the food processing industry for good reason, as it offers excellent hygienic properties. Its homogeneous surface retains these characteristics even after many years of use.
Vitocell 100 with Ceraprotect enamel coatingThe Vitocell 100 DHW cylinder with Ceraprotect enamel coating meets all requirements for convenient, economical DHW heating and is amongst the top selling enamelled DHW cylinders on the market today. The Ceraprotect enamel coating provides the DHW cylinder with safe and lasting protection against corrosion.
Take advantage of these benefits
� Vitocell 300 made of stainless steel Capacity: 130 to 500 litres
� Vitocell 100 with Ceraprotect enamel coating Capacity: 120 to 1000 litres
� Dual mode DHW cylinders for installation of solar thermal systems
� Internal indirect coil reaching right to the cylinder floor heats the entire water content
� Low heat losses through highly effective thermal insulation (for selected cylinder types with an integral vacuum panel for energy efficiency class A).
Vitocell 100‑V, CVAA‑A
1 Cylinder and indirect coil made of steel, with Ceraprotect enamel coating
2 Magnesium or impressed current anode
3 Internal indirect coil stretching right down to the cylinder floor heats up the entire water content
4 All-round CFC-free thermal insulation made from rigid polyurethane foam
5 Vacuum panel
1
3
4
2
Energy efficiency class A
for Vitocell 100-V, CVAA-A (160 l)
4/5
1 Stainless steel cylinder2 Inspection and cleaning aperture3 Stainless steel indirect coil drawn right
down to the cylinder floor – this heats the DHW cylinder fully and hygienically
4 Flanged aperture as additional cleaning aperture or for the installation of an immersion heater
5 All-round CFC-free thermal insulation made from rigid polyurethane foam
DHW cylinder (floorstanding)
Vitocell 300‑V
Vitocell 300-V(type EVI, 200 and 300 litre cylinder capacity, with flanged aperture)
1
2
3
4
5
Type EVA EVA EVA
Cylinder capacity litres 130 160 200
DimensionsLength øWidthHeight
mmmmmm
6336671111
633667
1203
633667
1423
Weight kg 77 84 98
Permissible operating pressure on the heating water side bar 3 3 3
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.13 1.20 1.36
Energy efficiency class B B B
Type EVI EVI
Cylinder capacity litres 200 300
DimensionsLength øWidthHeight
mmmmmm
581649
1420
633704
1779
Weight kg 76 100
Permissible operating pressure on the heating water side bar 25 25
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.38 1.92
Energy efficiency class B C
SpecificationVITOCELL 300-V
Type EVI
Cylinder capacity litres 500
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
925715975
1738
Weight kg 111
Permissible operating pressure on the heating water side bar 25
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.95
Energy efficiency class B
160 and 200 l capacity also available in white
6/7
5
1 Cylinder and indirect coil made of steel, with Ceraprotect enamel coating
2 Magnesium or impressed current anode 3 Internal indirect coil stretching right
down to the cylinder floor heats up the entire water content
4 All-round CFC-free thermal insulation made from rigid polyurethane foam
5 Vacuum panel
DHW cylinder (floorstanding)
Vitocell 100‑V
Vitocell 100-V(type CVAA-A, 200 l cylinder capacity)
1
2
3
4
Type CVW
Cylinder capacity litres 390
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
859650923
1624
Weight kg 190
Permissible operating pressure on the heating water side bar 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.80
Energy efficiency class B
Type CVAA-A CVA CVAA-A CVA CVAA
Cylinder capacity litres 160 160 200 200 300
DimensionsLength øWidthHeight
mmmmmm
581605
1189
581605
1189
581605
1409
581605
1409
667744
1734
Weight kg 86 86 97 97 156
Permissible operating pressure on the heating water side bar 25 25 25 25 25
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 0.97 1.35 1.04 1.46 1.65
Energy efficiency class A B A B B
SpecificationVITOCELL 100-V
160 and 200 litre capacity without flanged aperture; 300 litre capacity with flanged aperture
Also available in white
Type CVA CVA CVA
Cylinder capacity litres 500 750 1000
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
859650923
1948
960750
10452106
1060850
11452166
Weight kg 181 295 367
Permissible operating pressure on the heating water side bar 25 25 25
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.95 3.00 3.54
Energy efficiency class B – –
8/9
5
1 Cylinder and indirect coil made of steel, with Ceraprotect enamel coating
2 Magnesium or impressed current anode3 Internal indirect coil stretching right
down to the cylinder floor heats up the entire water content
4 All-round CFC-free thermal insulation made from rigid polyurethane foam
5 Vacuum panel
DHW cylinders for wall mounted boilers
Vitocell 100‑W
Vitocell 100-W(type CUGA-A)
1
2
3
4
SpecificationVITOCELL 100-W
Type CUGA-A CUGA CUGA-A CUGA
Cylinder capacity litres 120 120 150 150
DimensionsLength øWidthHeight
mmmmmm
596596914
596596914
641641942
641641942
Weight kg 75 75 88 88
Permissible operating pressure on the heating water side bar 10 10 10 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 0.75 1.10 0.84 1.21
Energy efficiency class A B A B
10/11
1 High grade stainless steel cylinder2 Stainless steel indirect coil reaching right
to the cylinder floor heats the entire water content
3 DHW connection4 DHW circulation connection5 Inspection and cleaning aperture6 Highly effective all-round CFC-free thermal
insulation made from rigid polyurethane foam
DHW cylinder (horizontal)
Vitocell 300‑HVitocell 100‑H
Vitocell 300-H(type EHA)
1
2
3
4
5
6
VITOCELL 100-H
Type CHA CHA CHA
Cylinder capacity litres 130 160 200
DimensionsLengthWidthHeight
mmmmmm
907640654
1052640654
1216640654
Weight kg 90 103 116
Permissible operating pressure on the heating water side bar 10 10 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential 1.15 1.29 1.34
Energy efficiency class B B B
VITOCELL 300-H
Type EHA EHA EHA EHA
Cylinder capacity litres 160 200 350 500
DimensionsLengthWidthHeight
mmmmmm
1072640654
1236640654
1590830786
1654910886
Weight kg 76 84 172 191
Permissible operating pressure on the heating water side bar 25 25 25 25
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.18 1.24 1.76 1.95
Energy efficiency class B B B B
Specification 12/13
1 Stainless steel cylinder2 Upper inspection and cleaning aperture3 Upper indirect coil – for reheating by the
boiler4 All-round CFC-free thermal insulation
made from rigid polyurethane foam 5 Lower indirect coil – solar collector
connection6 Front inspection and cleaning aperture
(also for installation of an immersion heater EHE)
DHW cylinder (dual mode)
Vitocell 300‑B
Vitocell 300-B(type EVB)
2
1
3
4
5
6
Type EVB
Cylinder capacity litres 300
DimensionsLength øWidthHeight
mmmmmm
633704
1779
Weight kg 114
Permissible operating pressure on the heating water side bar 25
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.92
Energy efficiency class C
SpecificationVITOCELL 300-B
Type EVB
Cylinder capacity litres 500
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
925715975
1738
Weight kg 125
Permissible operating pressure on the heating water side bar 25
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.95
Energy efficiency class B
14/15
1 Cylinder and indirect coils made of steel, with Ceraprotect enamel coating
2 Magnesium or impressed current anode3 Upper indirect coil – for reheating by the
boiler4 Immersion heater connection5 Lower indirect coil – solar collector
connection6 All-round CFC-free thermal insulation
made from rigid polyurethane foam7 Inspection and cleaning aperture (also for
installation of an immersion heater)
DHW cylinder (dual mode)
Vitocell 100‑B
Vitocell 100-B(type CVBB)
1
2
3
4
5
6
7
Type CVBB
Cylinder capacity litres 300
DimensionsLength øWidthHeight
mmmmmm
667744
1734
Weight kg 160
Permissible operating pressure on the heating water side bar 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.65
Energy efficiency class B
SpecificationVITOCELL 100-B
Type CVB CVB
Cylinder capacity litres 400 500
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
859650923
1624
859650923
1948
Weight kg 167 205
Permissible operating pressure on the heating water side bar 10 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.80 1.95
Energy efficiency class B B
Also available in white
400 l capacity also available in white
16/17
1 Cylinder and indirect coil made of steel, with Ceraprotect enamel coating
2 Magnesium or impressed current anode3 Internal indirect coil – for reheating by the
boiler4 Sensor well5 Cleaning aperture6 Dry immersion heater for limescale-
resistant heating7 All-round CFC-free thermal insulation
made from rigid polyurethane foam
DHW cylinder (dual mode) with immersion heater
Vitocell 100‑B
Vitocell 100-B(type CVE)
1
2
3
4
7
5
6
Type CVE
Cylinder capacity litres 300
DimensionsLength øWidthHeight
mmmmmm
627713
1704
Weight kg 178
Permissible operating pressure on the heating water side bar 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.79
Energy efficiency class C
SpecificationVITOCELL 100-B
Note:DHW cylinder Vitocell 100-B, type CVE with immersion heater EHE, for DHW heating with power generated on site (e.g. by a photovoltaic system) and an internal indirect coil for reheating by the boiler.
18/19
1 Inspection and cleaning aperture2 Steel cylinder with Ceraprotect enamel
coating3 Magnesium or impressed current anode4 All-round thermal insulation5 Upper indirect coil – for reheating by the
boiler6 Lower indirect coil – solar collector
connection7 Solar circuit pump8 Solar-Divicon9 SM1 solar control module
Compact cylinder (dual mode)
Vitocell 100‑B
Vitocell 100-B (type CVBA)
1
23
4
5
6
7
8
9
SpecificationVITOCELL 100-B
Type CVBA
Cylinder capacity litres 250
DimensionsLength øWidthHeight
mmmmmm
631860
1485
Weight kg 124
Permissible operating pressure on the heating water side bar 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.81
Energy efficiency class C
With solar control module (SM1) for operation via a Vitotronic control unit
Type CVBA
Cylinder capacity litres 250
DimensionsLength øWidthHeight
mmmmmm
631860
1485
Weight kg 124
Permissible operating pressure on the heating water side bar 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.81
Energy efficiency class C
With Vitosolic 100 (SD1)
Vitocell 100-B only available as part of a pack together with Vitosol 200-F, type SVK/SVKA.
Also available in white
For Viessmann boilers with the Vitotronic 100 control unit (types HC1A, HC1B, KC2B, KC4B), Vitotronic 200 (types HO1A, HO1B,
HO1C, HO1D, HO1E, KO1B, KO2B, KW6A, KW6B), the Vitocell 100-B must be ordered with the solar control module (type SM1).
Vitocell 100-B only available as part of a pack together with Vitosol 200-F, type SVK/SVKA.
Also available in white
The Vitocell 100-B with Vitosolic 100 (type SD1) must be ordered if an existing system is being retrofitted with a predecessor control
unit.
20/21
1 Cylinder and indirect coils made of steel, with Ceraprotect enamel coating
2 Magnesium or impressed current anode 3 Solar-Set with solar control module
or Vitosolic 100, flushing facility, air separator, pipework and variable speedhigh efficiency circulation pump
4 Upper indirect coil – for reheating by the boiler
5 Lower indirect coil – solar collector connection
6 All-round CFC-free thermal insulation made from rigid polyurethane foam
Compact cylinder (dual mode)
Vitocell 100‑UVitocell 100‑W
Vitocell 100-U (type CVUB)
1
2
34
5
6
With solar control module (SM1) for operation via a Vitotronic control unit
Type CVUBCylinder capacity litres 300DimensionsLength øWidthHeight
mmmmmm
660840
1735Weight kg 179Permissible operating pressure on the heating water side bar 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.52
Energy efficiency class B
SpecificationVITOCELL 100-U/W
Also available in white
For Viessmann boilers with the Vitotronic 100 control unit (types HC1A, HC1B, KC2B, KC4B), Vitotronic 200 (types HO1A, HO1B,
HO1C, HO1D, HO1E, KO1B, KO2B, KW6A, KW6B), the Vitocell 100-W (type CUVB) must be ordered with the solar control module
(type SM1).
With Vitosolic 100 (SD1)
Type CVUBCylinder capacity litres 300DimensionsLength øWidthHeight
mmmmmm
660840
1735Weight kg 179
Permissible operating pressure on the heating water side bar 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.52
Energy efficiency class B
Also available in white
The Vitocell 100-U with Vitosolic 100 (type SD1) must be ordered if an existing system is being retrofitted with a predecessor control
unit.
VITOCELL 100-U
With solar control module (SM1) for operation via a Vitotronic control unit with energy cockpit
Type CVUC-ACylinder capacity litres 300DimensionsLength øWidthHeight
mmmmmm
660840
1735Weight kg 179Permissible operating pressure on the heating water side bar 10
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.15
Energy efficiency class A
To use the energy cockpit with Viessmann boilers with the Vitotronic 200 control unit (type HO2B), the Vitocell 100-W (type CVUC-A)
must be ordered with the solar control module (type SM1).
VITOCELL 100-W
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Cylinder for DHW heating systems with cylinder loading system
Vitocell 100‑L
Vitocell 100-L(type CVL, 500 l cylinder capacity)
1 Steel cylinder with Ceraprotect enamel coating
2 Upper inspection and cleaning aperture3 Magnesium or impressed current anode4 Front inspection and cleaning aperture
(also for installation of an immersion heater EHE and/or heating lance)
2
1
3
4
VITOTRANS 222
� Heat exchanger set for cylinder loading systems with a highly efficient cylinder loading pump and heating water pump
� Transferable heating output up to 80, 120 and 240 kW
Type CVL CVL CVL
Cylinder capacity litres 500 750 1000
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
859650923
1948
960750
10452106
1060850
11552166
Weight kg 156 241 312
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.95 2.70 2.95
Energy efficiency class B – –
SpecificationVITOCELL 100-L
24/25
1 Steel cylinder2 Various hydraulic connection options3 Connection for EHE immersion heater4 Stratification system5 Steel internal indirect coil for connection
to a heat source (e.g. solar collectors)6 All-round thermal insulation made from
polyester fleece7 Hydraulic connection for Vitotrans 353,
type PZS and PZM
Heating water buffer cylinder with integral internal indirect coil
Vitocell 140‑E/160‑E
Vitocell 160-E(type SESA)
1
23
4
5
6
7
7
7
2
2
2
2
2
VITOCELL 160-E (with stratification system)
Type SESA SESA
Cylinder capacity litres 750 950
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
1004790
10601895
1004790
10602195
Weight kg 183 210
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 3.0 3.2
Energy efficiency class – –
Can be combined with Vitotrans 353 (type PZS/PZM)
Can be combined with Solar-Divicon (type PS10)
Specification
VITOCELL 140-E
Type SEIA SEIB SEIA SEIA SEIA
Cylinder capacity litres 400*1 *2 400*3 600*1 *2 750*1 *2 950*1 *2
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
866650
10891617
859650885
1624
1004790
10591648
1004790
10591895
1004790
10592195
Weight kg 154 125 151 174 199
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.8 1.8 2.9 3.0 3.2
Energy efficiency class B B – – –
*1 Can be combined with Vitotrans 353 (type PZS/PZM), with 400 l capacity only with the Vitotrans 353 (type PZS)*2 Can be combined with Solar-Divicon (type PS10), with 400 l capacity included in standard delivery*3 With larger internal indirect coil of 2.1 m2
26/27
1 Steel cylinder2 Various hydraulic connection options3 All-round thermal insulation made from
polyester fleece4 Hydraulic connection for Vitotrans 353,
type PZS and PZM
Heating water buffer cylinderVitocell 100‑E
Vitocell 100-E(type SVPA, 750 l capacity)
1
2
3
2
2
2
2
4
4
4
2
Type SVP
Cylinder capacity litres 46
DimensionsLength (depth)WidthHeight
mmmmmm
352450926
Weight kg 18
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 0.87
Energy efficiency class B
*1 Can be combined with Vitotrans 353, type PZS and PZM*2 Standard thermal insulation (2-part), also available with high efficiency thermal insulation (3-part)
SpecificationVITOCELL 100-E
Type SVPA SVPA SVPA SVPA SVPA SVPA
Cylinder capacity litres 400*1 600*1 750*1 950*1 1500*2 2000*2
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
859650885
1624
1004790
10591648
1004790
10591895
1004790
10592195
1310110013102051
1310110013102479
Weight kg 122 128 147 168 217 253
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.8 2.9 3.0 3.2 3.7 4.55
Energy efficiency class B – – – – –
Also available in white
Type SVW
Cylinder capacity litres 200
DimensionsLength øWidthHeight
mmmmmm
581640
1409
Weight kg 80
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.46
Energy efficiency class B
Also available in white
28/29
Freshwater modulesVitotrans 353
Type PBS Type PBM Type PBL
Type PZS Type PZM
Vitotrans 353, fully pre-assembled station for convenient DHW heating using the instantaneous water heater principle for installation on Vitocell 100-E, Vitocell 140-E and Vitocell 160-E cylinders
Vitotrans 353, fully pre-assembled station for convenient DHW heating using the instantaneous water heater principle for wall mounting
SpecificationVITOTRANS 353
Type PBS PBM PBL
Draw‑off rateAccording to SPF test procedure, performance factor 1 (PF 1)
l/min up to 25 up to 48 up to 68
DimensionsLength (depth)WidthHeight
mmmmmm
300250960
350450960
350450960
Weight kg 23 40 42
DHW capacity l 0.55 1.78 2.59
Heating water capacity l 0.58 1.91 2.41
Type PZS PZM
Draw‑off rateAccording to SPF test procedure, performance factor 1 (PF 1)
l/min up to 25 up to 48
DimensionsLength (depth)WidthHeight
mmmmmm
300250960
350450960
Weight kg 23 40
DHW capacity l 0.55 1.78
Heating water capacity l 0.58 1.91
Note on draw‑off rate:Draw-off rate in line with SPF testing process (testing for fresh water heating in accordance with the Institute for Solar Technology in Switzerland).
Performance factor 1 (PF 1): � At a set DHW temperature of 45 °C � At a heating water inlet temperature of 60 °C � At a cold water inlet temperature of 10 °C
30/31
1 Corrugated stainless steel indirect coil for DHW
2 Solar pump module (type PS10) for mounting on a cylinder, with variable speed HE circulation pump (accessories)
3 Connection for EHE immersion heater4 Stratification system5 Steel internal indirect coil for connection
to a heat source (e.g. solar collectors)6 Solar pipework for connecting the solar
pump module to the internal indirect coil (accessories)
7 All-round thermal insulation made from polyester fleece
Heating water buffer cylinder with DHW heating
Vitocell 340‑M/360‑M
Vitocell 360-M with Solar-Divicon (accessories) (type SVSA)
1
2
3
4
56
7
VITOCELL 340-M
Type SVKA SVKA SVKA
Total capacityContents– Heating water– DHW– Heat exchanger
litres
litreslitreslitres
400
37525
–
750
7083012
950
9063014
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
859650885
1624
1004790
10591895
1004790
10592195
Weight kg 125 214 239
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 1.8 3.0 3.2
Energy efficiency class B – –
VITOCELL 360-M(with stratification system)
Type SVSA SVSA
Total capacityContents– Heating water– DHW– Heat exchanger
litres
litreslitreslitres
750
7083012
950
9063014
DimensionsLength øLength ø (excl. thermal insulation)WidthHeight
mmmmmmmm
1004790
10591895
1004790
10592195
Weight kg 223 248
Standby heat loss (QST ) to EN 12897:2006, QST at 45 K temperature differential
kWh/24 h 3.0 3.2
Energy efficiency class – –
Can be combined with Solar-Divicon (type PS10)
Specification
Can be combined with Solar-Divicon (type PS10)
32/33
The company
Energy Efficiency Award 2010
Viessmann Group
Viessmann – climate of innovation
Viessmann is one of the world's leading manufacturers of intelligent, convenient and efficient systems for heating, cooling and decentralised power generation.
As a third generation family run business, Viessmann has been supplying highly efficient and clean heating systems for many decades.
A strong brand creates trustTogether with our brand label, our key brand message is an identifying feature recognised globally. "Climate of innovation" is a promise on three levels: It is a commitment to a culture of innovation. It is also a promise of enhanced product benefits and, at the same time, an obligation to protect the environment.
Acting in a sustainable mannerFor Viessmann, taking responsibility signifies a commitment to acting sustainably.
This means bringing ecology, economy and social responsibility into harmony with each other, ensuring that current needs are
satisfied without compromising the quality of life for the generations to come.
We consider climate protection, environmental responsibility and resource efficiency to be key priorities throughout our company, which has more than 11,500 employees worldwide.
Example of Best PracticeWith its strategic sustainability project, Viessmann demonstrates at its own head office in Allendorf (Eder) that the energy and climate policy goals set for 2050 can in fact be achieved today with commercially available technology. The results speak for themselves:
� Expansion of renewables to 60 percent � CO2 emissions reduced by 80 per cent
The long term goal is for the company to meet all its own heating energy requirements by sustainable means.
The comprehensive product range from the Viessmann Group for all energy sources and output ranges
� Boilers for oil or gas � Combined heat and power generation � Hybrid appliances � Heat pumps � Wood combustion technology � Biogas production plants � Biogas upgrading plants � Solar thermal � Photovoltaics � Accessories � Refrigeration systems
Company details � Established in: 1917 � Employees: 11,500 � Group turnover: 2.2 billion euros � Export share: 56 percent � 22 production companies in 11 countries � 74 countries with sales companies and
branches � 120 sales offices worldwide
2009/2011/2013:
German Sustainability Award
for Production/Brand/Resource
Efficiency
34/35
Viessmann Werke GmbH & Co KG35107 Allendorf (Eder)Telephone +49 6452 70-0Fax +49 6452 70-2780www.viessmann.com
Your trade partner:
9443 395 - 3 GB 12/2015
Copyright Viessmann.
Duplication and alternative use only with prior written consent.
Subject to technical modifications.