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7

Incorrect usage or operation of the appliance (e.g. the
appliance being opened by the system user) is prohibi-
ted and results in an exclusion of liability.

Incorrect usage also occurs if the components in the
system are modified from their intended use (e.g.
through direct DHW heating in the collector).

Adhere to statutory regulations, especially concerning
the hygiene of potable water.

Product information

Vitocell 100-E/100-W, type SVW (200 l capacity)

Steel heating water buffer cylinder for storing heating
water in combination with heat pumps and solid fuel
boilers, with optional electric heater (immersion
heater).

Suitable for systems to EN 12828 and DIN 4753.
Vitocell 100-E: Vitosilver
Vitocell 100-W: White

Vitocell 100-E, type SVPA (400 l capacity)

Steel heating water buffer cylinder for storing heating
water in combination with heat pumps, solar thermal
systems, solid fuel boilers and heat recovery.

Suitable for installation of Vitotrans 353, type PZS.
Suitable for systems to EN 12828 and DIN 4753.

System examples

Available system examples: See 

www.viessmann-

schemes.com

.

Spare parts lists

Information about spare parts can be found at

www.viessmann.com/etapp

 or in the Viessmann

spare part app.

Information

Intended use

 (cont.)

6154032

Information

 

Summary of Contents for Vitocell 100-E SVPA 400 l

Page 1: ...Installation and service instructions for contractors VIESMANN Vitocell 100 E 100 W Type SVW 200 l SVPA 400 l Heating water buffer cylinder VITOCELL 100 E 100 W 6154032 GB 4 2020 Please keep safe ...

Page 2: ... authorised by the installer Regulations to be observed National installation regulations Statutory regulations for the prevention of accidents Statutory regulations for environmental protection Codes of practice of the relevant trade associations Relevant country specific safety regu lations Safety instructions for working on the system Working on the system Isolate the system from the power sup ...

Page 3: ...ng system Ventilate the installation site Close the doors to living spaces to prevent flue gases from spread ing What to do if water escapes from the appliance Danger If water escapes from the appliance there is a risk of electric shock Switch OFF the heating system at the external isolator e g fuse box domestic distribution board Danger If water escapes from the appliance there is a risk of scald...

Page 4: ...t the same time this can lead to a reverse flow of flue gas Danger The simultaneous operation of the boiler and appliances that extract air to the outside can result in life threatening poisoning due to a reverse flow of flue gas Fit an interlock circuit or take suita ble steps to ensure an adequate supply of combustion air Safety instructions Safety instructions cont 6154032 ...

Page 5: ...e lower thermal insulation mat 12 Fitting the thermal insulation jacket 13 Fitting the thermometer thermometer sensor and cover strips 14 Fitting the cover 15 Vitocell type SVPA with Vitotrans 16 Fitting the lower thermal insulation mat 16 Fitting the Vitotrans 17 Thermal insulation on the Vitocell with Vitotrans 19 Fitting the thermal insulation jacket 19 Closing the thermal insulation and fittin...

Page 6: ...nd operated in sealed unvented systems that comply with EN 12828 DIN 1988 or solar thermal systems that comply with EN 12977 with due attention paid to the associated installation service and operating instruc tions DHW cylinders are only designed to store and heat water of potable water quality Heating water buf fer cylinders are only designed to hold fill water of pot able water quality Only ope...

Page 7: ...ation with heat pumps and solid fuel boilers with optional electric heater immersion heater Suitable for systems to EN 12828 and DIN 4753 Vitocell 100 E Vitosilver Vitocell 100 W White Vitocell 100 E type SVPA 400 l capacity Steel heating water buffer cylinder for storing heating water in combination with heat pumps solar thermal systems solid fuel boilers and heat recovery Suitable for installati...

Page 8: ... flow 1 HV1 to the heating circuits C Sensor well 1 SPR1 for cylinder temperature sensor D Heating water flow 2 HV2 from the heat generator E Sensor well 2 SPR2 for cylinder temperature sensor F Heating water return 2 HR2 from the heating circuits G Heating water return 1 HR1 to the heat generator H Drain outlet E Preparing for installation Connections 6154032 Installation ...

Page 9: ...B A C D E Fig 3 Front A Thermometer sensor retainer B Thermometer TH max 2 C Heating water flow G 1 D Return stratification G 1 E Heating water return G 1 Preparing for installation Connections cont 6154032 Installation ...

Page 10: ...ow 2 HV2 from the heat generator D Sensor well 2 SPR2 for cylinder temperature sensor E Heating water flow 3 HV3 heating water return 1 HR1 F Sensor well SPR3 for cylinder temperature sensor G Heating water return 2 HR2 from the heating circuits H Heating water return 3 HR3 to the heat genera tor drain outlet E Preparing for installation Connections cont 6154032 Installation ...

Page 11: ... body At least one of the adjustable feet must remain fully screwed in 35 Fig 5 Do not extend the adjustable feet beyond a total length of 35 mm Vitocell with immersion heater type SVW a Fig 6 Immersion heater installation instructions Maintain the minimum clearance Note The unheated length of any threaded immersion heater installed on site must be at least 100 mm Vitocell Capacity Dim a Output of...

Page 12: ...g in accordance with the requirements stipulated by your local power supply utility and VDE or local regulations c Connect the equipotential bonding in accordance with the requirements stipulated by your local power supply utility and current SEV regulations Thermal insulation on the Vitocell without Vitotrans Fitting the lower thermal insulation mat 2 1 Fig 7 Position and level the cylinder Pleas...

Page 13: ...e thermal insulation jacket Place the thermal insula tion jacket around the cylinder body Note Leave the clip fasteners in the first notch 2 At the front of the cylinder Attach 6 clip fasteners to the edges of the right and left sections of the thermal insulation jacket 3 Push the clip fasteners at the back of the cylinder as close together as possible 4 Push the clip fasteners at the front of the...

Page 14: ...adhesive Fit the thermal insulation jacket evenly around the cyl inder body by patting it Note Slide the thermometer sensor into the clamping bracket at the upper base as far as it will go and tighten the wing nut Installation sequence Thermal insulation on the Vitocell without cont 6154032 Installation ...

Page 15: ...15 Fitting the cover 1 A 2 Fig 10 Installation sequence Thermal insulation on the Vitocell without cont 6154032 Installation ...

Page 16: ...t 2 1 Fig 11 Position and level the cylinder Please note The thermal insulation must not come into con tact with naked flames Exercise caution when welding and brazing Installation sequence Vitocell type SVPA with Vitotrans 6154032 Installation ...

Page 17: ...ing the Vitotrans 2 1 Fig 12 3 1 2 Fig 13 1 Fit the bolts 2 Mount the module 3 Screw the nuts onto the bolts until finger tight Installation sequence Vitocell type SVPA with Vitotrans cont 6154032 Installation ...

Page 18: ...totrans 2 Connect heating water return connection pipe B to connection E on the Vitotrans 3 Connect return stratification connection pipe C to connection F on the Vitotrans 4 Connect the pipes to the cylinder connections Installation sequence Vitocell type SVPA with Vitotrans cont 6154032 Installation ...

Page 19: ...lation jacket Note Ensure that no fleece remnants enter the heating water buffer cylinder through the cylinder connections 2 1 3 Fig 15 Installation sequence Thermal insulation on the Vitocell with Vitotrans 6154032 Installation ...

Page 20: ...ch 2 Fit 4 clip fasteners above and 2 clip fasteners behind the Vitotrans so that they are evenly spaced 3 Push the clip fasteners as close together as possi ble Closing the thermal insulation and fitting the cover strips 2 1 3 Fig 16 1 Tighten the nuts on the bolts 2 Trim and fit the cover strip 3 Insert the rear sections of the Vitotrans thermal insulation Observe the groove in the thermal insu ...

Page 21: ...insulation 2 Push the cylinder thermal insulation towards the front by patting it This reduces the gap between the Vitotrans and the cylinder 3 Fit the rear strip to the thermal insulation 4 Affix the type plate Installation sequence Thermal insulation on the Vitocell with cont 6154032 Installation ...

Page 22: ...22 Fitting the cover 1 A 2 Fig 18 A Viessmann logo Installation sequence Thermal insulation on the Vitocell with cont 6154032 Installation ...

Page 23: ... flush with the front of the spring Insert the sensor retainer with sensor into the sensor well as far as it will go Making the connections on the heating water side Any number of heating water buffer cylinders type SVPA can be connected in series or in parallel Pro vide connection pipes and air vent valves on site Please note The thermal insulation must not come into con tact with naked flames Ex...

Page 24: ... and fit an air vent valve at the highest point 3 Check all connections for leaks after filling the cyl inder Cylinder bank connected in series type SVPA 400 l Fig 20 A Heating water return 3 HR3 from the heating cir cuits B Heating water return 4 HR4 to the heat generator C Heating water flow 1 HV1 to the heating circuits D Heating water flow 2 HV2 from the heat genera tor E Air vent valve EL F D...

Page 25: ...ating cir cuits B Heating water return 4 HR4 to the heat generator C Heating water flow 1 HV1 to the heating circuits D Heating water flow 2 HV2 from the heat genera tor E Air vent valve EL F Drain outlet E Installation sequence Making the connections on the heating water side cont 6154032 Installation ...

Page 26: ...aintenance service Date By Maintenance service Maintenance service Maintenance service Date By Maintenance service Maintenance service Maintenance service Date By Maintenance service Maintenance service Maintenance service Date By Commissioning service reports Commissioning service reports 6154032 Appendix ...

Page 27: ...apacity l 200 400 Dimensions Height mm 1409 1524 Width mm 640 885 Length 7 mm 581 859 Handling dimensions 7 mm 650 Weight kg 80 122 Standby heat loss To EN 12897 2016 kWh 24 h 1 46 1 8 Specification Specification 6154032 Appendix ...

Page 28: ...stem are not part of ordi nary household waste For decommissioning the system isolate the system from the power supply and allow components to cool down where appropriate All components must be disposed of correctly Disposal Final decommissioning and disposal 6154032 Appendix ...

Page 29: ...es with the European directives and supplementary national requirements in terms of its design and operational characteristics Using the serial number the full Declaration of Con formity can be found on the following website www viessmann co uk eu conformity Certificates Declaration of conformity 6154032 Appendix ...

Page 30: ...r 23 E Equipotential bonding 12 H Heating water side connections 23 I Immersion heater 11 Intended use 6 O Operating pressure permissible 24 P Permissible operating pressure 24 Permissible temperature 24 Product information 7 S Specification 27 T Temperature permissible 24 Test pressure 24 Thermal insulation fitting Without Vitotrans 12 With Vitotrans 19 Thermometer sensor 14 V Vitotrans fitting 1...

Page 31: ...31 6154032 ...

Page 32: ... Shropshire TF1 7YP GB Telephone 44 1952 675000 Fax 44 1952 675040 E mail info uk viessmann com Viessmann Werke GmbH Co KG D 35107 Allendorf Telephone 49 6452 70 0 Fax 49 6452 70 2780 www viessmann com 6154032 Subject to technical modifications ...

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