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Type | Flat-plate collector |
---|---|
Weight | 43 kg |
Gross Area | 2.51 m² |
Aperture Area | 2.33 m² |
Absorber material | Copper |
Operating pressure | Up to 10 bar |
Maximum operating temperature | 120°C |
Housing material | Aluminum |
Insulation material | Mineral wool |
Cover material | Solar safety glass |
Operating temperature | Up to 120°C |
Connections | 22 mm |
Glazing transmittance | 91% |
Overview of Viessmann's flat-plate and vacuum tube collectors for various applications.
Details on collector area designations, optical efficiency, and heat loss factors.
Guidance on optimizing collector yield based on positioning and avoiding shading.
Features and advantages of Vitosol 200-T SP2A vacuum tube collectors.
Features, advantages, and supply details of Vitosol 300-T SP3B collectors.
Technical specifications for Vitosol 300-T SP3B collectors.
Specifications and components for the SM1 solar control module.
Specifications, functions, and delivered condition for Vitosolic 100.
Specifications and functions for the Vitosolic 200 control unit.
Detailed explanation of various functions and operational modes.
Overview of Solar-Divicon and solar pump assembly versions and design.
Components for system pressure management and overheating protection.
Guidance on designing for local snow and wind load conditions.
Installation clearances on roofs and pipe routing considerations.
Guidelines for sizing solar thermal systems based on German climatic conditions.
Calculating pressure drops in solar flow and return lines.
Guidance on optimizing flow velocity and managing pressure drop.
Pressure drop data for pipe dimensions at different flow rates.
Selecting the appropriate circulation pump based on system requirements.
Ensuring system safety during stagnation events.
Critical safety components for overpressure and overheating protection.
Guidelines and restrictions for the proper use of the appliance.