Viessmann Vitosol 200-TM Technical Manual

Viessmann Vitosol 200-TM Technical Manual

Flat-plate collectors and vacuum tube collectors flat and pitched roof installation, and wall mounting
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VIESMANN
Technical guide
VITOSOL 100-FM/-F
Flat-plate collector, type SV and SH
For installation on flat and pitched roofs and for freestanding
installation
Type SH also for installation on walls
VITOSOL 200-FM/-F
Flat-plate collector, type SV2F/SH2F, SV2D
For installation on flat and pitched roofs and for freestanding
installation
Type SH also for installation on walls
VITOSOL 300-TM
Type SP3C
For installation on flat or pitched roofs, on walls and for free-
standing installation
5822 440 GB
8/2017
Flat-plate collectors and vacuum tube collectors
Flat and pitched roof installation, and wall mounting
VITOSOL 200-TM
Type SPEA
For installation on flat and pitched roofs and for freestanding
installation
VITOSOL

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Summarization of Contents

1 Principles
1.2 Viessmann collector range
Overview of Viessmann's solar collector range, including Vitosol-FM, Vitosol 300-TM, Vitosol 200-TM, and Vitosol-F.
1.3 Parameters for collectors
Defines area designations (Gross, Absorber, Aperture) and explains collector efficiency.
1.4 Orientation, Inclination and Shading of the Receiver Surface
Discusses how orientation, inclination, and shading affect solar thermal system yield.
2 Vitosol 100-FM/-F Flat-Plate Collectors
2.1 Product description
Describes the Vitosol 100-FM/-F collectors, their construction, and key benefits.
2.2 Specification
Provides detailed technical specifications for Vitosol 100-FM/-F collectors, including dimensions and performance data.
2.3 Tested quality
Confirms Vitosol 100-FM/-F collectors meet eco labels and are tested to standards.
3 Vitosol 200-FM/-F Flat-Plate Collectors
3.1 Product description
Details the Vitosol 200-FM/-F collectors, absorber, heat pipe, insulation, and benefits.
3.2 Specification
Lists technical specifications for Vitosol 200-FM/-F collectors, including coatings and performance data.
3.3 Tested quality
States Vitosol 200-FM/-F collectors meet eco labels and are tested to standards.
4 Vitosol 300-TM Vacuum Tube Collectors
4.1 Product description
Explains the Vitosol 300-TM vacuum tube collector, its heat pipe principle, and benefits.
4.2 Specification
Provides technical specifications for Vitosol 300-TM collectors, including dimensions and performance data.
4.3 Tested quality
Confirms Vitosol 300-TM collectors meet eco labels and are tested to standards.
5 Vitosol 200-TM Vacuum Tube Collectors
5.1 Product description
Details the Vitosol 200-TM vacuum tube collector, its heat pipe principle, and benefits.
5.2 Specification
Lists technical specifications for Vitosol 200-TM collectors, including dimensions and performance data.
5.3 Tested quality
States Vitosol 200-TM collectors meet eco labels and are tested to standards.
6 Solar control units
6.1 Solar control module, type SM1, part no. Z014 470
Details the SM1 solar control module's specification, functions, structure, and delivered condition.
6.2 Vitosolic 100, type SD1, part no. Z007 387
Covers the Vitosolic 100 specification, functions, delivered condition, and tested quality.
6.3 Vitosolic 200, type SD4, part no. Z007 388
Details the Vitosolic 200 specification, functions, delivered condition, and tested quality.
6.4 Functions
Explains functions like Energy cockpit, Cylinder temperature limit, and Collector cooling.
6.5 Accessories
Contactor Relay, Temperature Sensors, and Solar Cell
Details contactor relay, immersion/collector sensors, solar cell, and large display specifications.
Safety Limit Devices
Details high limit safety cut-out and temperature controllers for system safety.
8 Installation accessories
8.1 Solar-Divicon and solar pump assembly
Details versions, structure, and safety valve information for Solar-Divicon and solar pump assembly.
Hydraulic Accessories
Lists hydraulic accessories including connecting tee, connection line, and installation kits.
Heat Transfer Medium and Related Accessories
Describes fill valve, fill station, filling trolley, and heat transfer medium Tyfocor LS.
Other Accessories
Details transport aid as an installation accessory.
9 Design information regarding installation
9.1 Snow load and wind load zones
Explains how to consider snow and wind loads for collector and fixing system design.
9.2 Distance from the edge of the roof
Provides guidelines for collector spacing from roof edges, including snow guard recommendations.
9.3 Pipework Routing and Thermal Insulation
Recommends pipework routing and thermal insulation for solar lines.
9.4 Equipotential bonding/lightning protection
Covers equipotential bonding and lightning protection requirements for solar thermal systems.
9.7 Collector fixing
Describes collector fixing systems for various roof types and installation methods.
Design information regarding installation on pitched roofs — above roof installation
10.1 Above roof installation with rafter anchors
Explains above roof installation with rafter anchors, including system components and requirements.
Sheet Metal Roof Installation
Details above roof installation using mounting brackets on sheet steel roofs.
Vitosol-FM/-F Flat-Plate Collector Installation
Illustrates vertical and horizontal installation of Vitosol-FM/-F collectors on pitched roofs.
Vitosol 300-TM Vacuum Tube Collector Installation
Shows vertical and horizontal installation of Vitosol 300-TM collectors with rafter anchors.
Vitosol 200-TM Vacuum Tube Collector Installation
Illustrates vertical installation of Vitosol 200-TM collectors with rafter anchors.
10.2 Above roof installation with rafter hooks
Explains above roof installation with rafter hooks, including system components and criteria.
10.3 Above roof installation with rafter flanges
Explains above roof installation with rafter flanges, covering system components and criteria.
10.4 Above roof installation for corrugated sheet roofs
Details above roof installation for corrugated sheet roofs using fixing hooks.
11 Design information regarding flat roof installation
11.1 Determining the collector row spacing "z"
Explains how to calculate collector row spacing based on sun angle and collector height.
11.2 Vitosol-FM/-F flat-plate collectors (on collector supports)
Describes collector supports with variable and fixed angles of inclination for Vitosol-FM/-F collectors.
Type SH Collector Supports
Details collector supports for Type SH with different angle ranges.
Type SV and SH Installation on Substructures
Illustrates installation of SV and SH types on steel beams and concrete slabs.
Collector supports with fixed angle of inclination
Details collector supports with fixed angles of inclination for SV and SH types.
11.3 Vacuum tube collectors (on collector supports)
Describes collector supports for vacuum tube collectors with variable and fixed angles of inclination.
11.4 Vitosol 200-TM and Vitosol 300-TM (horizontal) Installation
Illustrates horizontal installation of SPEA and SP3BC collectors on support slabs.
12 Design information for installation on walls
12.1 Vitosol-FM/-F flat-plate collectors, type SH
Details collector supports with variable angle of inclination for wall mounting.
12.2 Vitosol 300-TM vacuum tube collectors, type SP3C
Mentions balcony installation option for Vitosol 300-TM collectors.
13 Information regarding design and operation
13.1 Sizing the solar thermal system
Provides guidance on sizing solar thermal systems for DHW heating based on demand and collector area.
System Configurations for DHW and Central Heating Backup
Explains system configurations for DHW heating and DHW/central heating backup.
Swimming Pool Heating System
Discusses using solar thermal systems for swimming pool heating, including temperature curves.
13.2 Solar thermal system operating modes
Explains operating modes: low flow, high flow, and matched flow for collector arrays.
13.3 Installation examples Vitosol-FM/-F, types SV and SH
Provides installation examples for Vitosol-FM/-F collectors in high flow and low flow operation.
13.4 Installation examples Vitosol 200-TM, type SPEA
Provides installation examples for Vitosol 200-TM collectors, including connection types.
13.5 Installation examples Vitosol 300-TM, type SP3C
Provides installation examples for Vitosol 300-TM collectors, including flow rate requirements.
13.6 Pressure drop of the solar thermal system
Explains factors affecting pressure drop and how to calculate it for solar thermal systems.
13.7 Flow velocity and pressure drop
Discusses flow velocity recommendations and its impact on pressure drop in pipework.
13.8 Sizing the circulation pump
Explains how to size the circulation pump based on flow rate and pressure drop.
13.9 Ventilation
Discusses the importance of correct ventilation and the use of air vent valves and air separators.
13.10 Safety equipment
Covers essential safety equipment for solar thermal systems, including stagnation protection.
System Pressure and Steam Production
Explains system pressure, steam production power, and safety equipment.
Expansion Vessel and Heat Sink
Illustrates expansion vessel and heat sink placement in system flow and return lines.
Adjust system pressure
Details system pressure adjustment for switching collectors and general pressure maintenance.
Expansion Vessel Sizing
Explains how to determine required expansion vessel volume and calculation factors.
Safety Valve and High Limit Safety Cut-out
Covers safety valve function and high limit safety cut-out requirements.
DHW Heating Functions and Connections
Details additional DHW heating functions and connecting circulation/mixing valves.
Appendix
Subsidy Programmes, Permits, and Insurance
Provides information on solar thermal system subsidies, permits, and insurance.
Glossary of Terms
Defines technical terms related to solar thermal systems.
Selective Surface and Radiation Energy
Explains selective surface, radiation energy, dispersion, vacuum, heat transfer medium, and efficiency.

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