Viessmann VITOCELL 360-M Installation And Service Instructions Manual
Type svka, type svsa. combi cylinder 750 and 950 litre capacity
Hide thumbs
Also See for VITOCELL 360-M:
- Technical manual (144 pages) ,
- Service instructions manual (16 pages) ,
- Technical manual (56 pages)
Related Manuals for Viessmann VITOCELL 360-M
Summary of Contents for Viessmann VITOCELL 360-M
- Page 1 VIESMANN Installation and service instructions for contractors Vitocell 340-M/360-M Type SVKA Type SVSA Combi cylinder 750 and 950 litre capacity VITOCELL 340-M/360-M Please keep safe. 5719 714 UAE 4/2009...
- Page 2 Safety instructions Safety instructions Please follow these safety instructions closely to prevent accidents and mate- rial losses. Safety instructions explained ■ the Code of Practice of relevant trade associations. Danger ■ all current safety regulations as This symbol warns against the defined by DIN, EN, DVGW, TRGI, risk of injury.
- Page 3 Touch earthed objects, such as heating or water pipes, to dis- charge static loads. Repair work Please note Repairing components that fulfil a safety function can compromise the safe operation of your heating system. Replace faulty components only with original Viessmann spare parts.
-
Page 4: Table Of Contents
Index Index Installation instructions Preparing for installation Product information....................Installation sequence Siting the combi cylinder ..................Fitting the thermal insulation................10 Fitting the cylinder temperature sensor..............15 Connecting the equipotential bonding..............16 Installing an air vent valve on the solar side............16 Installing a DHW circulation (accessory).............. -
Page 5: Preparing For Installation
DIN 1988, EN 12828 and DIN 4753. stainless steel pipe for DHW heating in conjunction with oil, gas and solid fuel The Vitocell 360-M is also equipped with boilers, solar thermal systems, heat a stratification system. pumps and/or an immersion heater. - Page 6 Preparing for installation Product information (cont.) Connections A Thermometer sensor retainer B Thermometer (TH) 2 pce in standard delivery, up to 4 pce can be installed C Female connection for immersion heater (ELH) Front...
- Page 7 Preparing for installation Product information (cont.) A Heating water flow 1 (HV1) from the heat source/ventilation (EL) B DHW/DHW circulation (Z) C Thermometer sensor retainer D Sensor well for cylinder temperature sensor 1 (SPR1) E Heating water flow 2 (HV2)/heating water return 1 (HR1) Central heating backup F Sensor well for cylinder temperature...
- Page 8 Preparing for installation Product information (cont.) Installation information Please note Maintain minimum clearance in front of To prevent material losses, install the cylinder. the combi cylinder in a draught- free room free from the risk of Note frost. The unheated length of any threaded Otherwise the combi cylinder will immersion heater installed on site must have to be drained if there is a risk...
-
Page 9: Installation Sequence
Installation sequence Siting the combi cylinder 1. Remove all packs from the cylinder 3. Install the thermal insulation mat body, and keep safe. under the cylinder body. 2. Insert the adjustable feet into the hex- 4. If no immersion heater is installed, agon nuts as far as they will go and seal the front female connection with level the cylinder. -
Page 10: Fitting The Thermal Insulation
Installation sequence Fitting the thermal insulation Fitting the thermometer sensor (if installed) 1. Route the thermometer sensor 2. Route the upper thermometer sensor through the cover strip and insert the through the lifting eye, insert it into the thermometer. clamping bracket as far as it will go and tighten the wing nut. - Page 11 Installation sequence Fitting the thermal insulation (cont.) Note 5. Secure the sensor on the outside of The cover strip is held in its vertical the contact spring of the sensor position by the wound capillaries. retainer so that it is flush with the front This is necessary for the rest of the of the spring.
- Page 12 Installation sequence Fitting the thermal insulation (cont.) Fitting the thermal insulation jacket 30 min 1. Lay both parts of the thermal insula- 2. Push the cover strips onto the closure tion jacket around the cylinder body strip at the back. and hook into the closure strip at the back.
- Page 13 Installation sequence Fitting the thermal insulation (cont.) Fitting the cover strip Note After 30 min, the thermal insulation jacket will have adjusted to the cylinder and the closure strip can be more easily hooked into the final notch. 1. Fit the thermal insulation jacket by 3.
- Page 14 Installation sequence Fitting the thermal insulation (cont.) Fitting the top cover A Viessmann logo 1. Fit the thermal insulation mat. 3. Affix the Viessmann logo. 2. Fit the top cover.
-
Page 15: Fitting The Cylinder Temperature Sensor
Installation sequence Fitting the cylinder temperature sensor Note The cylinder temperature sensor is sup- plied in the control unit pack. A Sensor wells for cylinder tempera- ture sensor... -
Page 16: Connecting The Equipotential Bonding
Installation sequence Fitting the cylinder temperature sensor (cont.) Note ■ Never wrap insulating tape around the sensor. ■ Secure the sensor on the outside of the contact spring of the sensor retainer (not in the groove) so that it is flush with the front of the spring. -
Page 17: Installing A Dhw Circulation (Accessory)
Installation sequence Installing an air vent valve on the solar side (cont.) 1. Push the corrugated hose into the 3. Push the corrugated hose into the elbow fitting. solar flow and seal in the elbow (flat gasket). 2. Insert the air vent plug into the elbow fitting. -
Page 18: Connecting The Dhw Side
Installation sequence Connecting the DHW side ■ For connecting on the DHW side, Permiss. temperature: 95 °C observe DIN 1988 and DIN 4753. Permiss. operating ■ Connect all pipework with detachable pressure: 10 bar fittings. Test pressure: 16 bar ■ Seal connections that are not required with red brass caps. -
Page 19: Connecting The Heating Water Side
Installation sequence Connecting the DHW side (cont.) Information regarding the safety valve The pipework between the safety valve The system must be equipped with a and the DHW cylinder must not be type-tested diaphragm safety valve as restricted in any way. protection against overpressure. - Page 20 Installation sequence Connecting the heating water side (cont.) Installation example HV1/EL WW/Z SPR1 HV2/HR1 SPR2 SPR3 HVs/HRs Solar collector Combi cylinder...
- Page 21 Installation sequence Connecting the heating water side (cont.) Solar control unit KW Cold water Heating circuit WW DHW Oil/gas boiler DHW circulation For combi cylinder connections, see page 6.
-
Page 22: Commissioning, Inspection, Maintenance
Commissioning, inspection, maintenance Steps - commissioning, inspection and maintenance For further information regarding the individual steps, see the page indicated Commissioning steps Inspection steps Maintenance steps Page • 1. Filling the DHW cylinder..........23 • • 2. Inspection and maintenance........... 23 •... -
Page 23: Further Details Regarding The Individual Steps
Commissioning, inspection, maintenance Further details regarding the individual steps Filling the DHW cylinder 1. Fill the DHW cylinder from the DHW 2. Check the fittings on the heating side. water and DHW side for leaks and retighten if required. Note Initially fill the cylinder on the DHW 3. - Page 24 Commissioning, inspection, maintenance Further details regarding the individual steps (cont.) Cleaning the inside of the DHW cylinder 1. Drain the cylinder from the DHW 4. Fully drain any cleaning agent. side. 5. Thoroughly flush the indirect coil on 2. Disconnect the cylinder on the DHW the DHW side after cleaning.
-
Page 25: Parts Lists
008 Sensor retainer Quote the part no. and serial no. (see 009 Adjustable foot type plate) and the pos. no. of the 010 Viessmann logo required part (as per this parts list). 011 Air vent plug Obtain standard parts from your local 012 Plug supplier. - Page 26 Parts lists Parts lists (cont.)
-
Page 27: Commissioning/Service Reports
Commissioning/service reports (cont.) Commissioning Service Service date: Service Service Service date: Service Service Service date: Service Service Service date: Service Service Service date:... -
Page 28: Product Parameters
Product parameters Product parameters Cylinder capacity kWh/24 h 1.49 1.61 Standby heat loss with 45 K temperature differential (Standby capacity) (Solar capacity) Standard parameter... -
Page 29: Accessories
Accessories Specification, immersion heater Immersion heater 6 kW Rated output in standard operation Rated voltage 3/N/PE 400 V∼/50 Hz Rated current Type SVKA/SVSA, 750 litres Heat-up time from 10 to 60 °C Capacity that can be heated with the immersion heater Type SVKA/SVSA, 950 litres Heat-up time from 10 to 60 °C 12.6... -
Page 30: Certificates
The product characteristics determined as system values for the products Vitocell 340-M and Vitocell 360-M as part of the EC type testing according to the Efficiency Directive (see table on page 28) can be utilised to assess the energy con- sumption of heating and ventilation equipment to DIN V 4701-10 which is specified by the EnEV [Germany]. - Page 32 Viessmann Werke GmbH&Co KG D-35107 Allendorf Telephone: +49 6452 70-0 Fax: +49 6452 70-2780 www.viessmann.com...