VIESMANN VITOLIGNO 200-S High Performance Wood Gasification Boilers Technical Guide

Technical guide for the VIESMANN VITOLIGNO 200-S high performance wood gasification boilers, covering principles of combustion, specifications, control…


VIESMANN VITOLIGNO 200-S High Performance Wood Gasification Boilers Technical Guide - cover page
Brand
VIESMANN
Category
Heater
Document type
User Manual
Language
English
Pages
76
File format
PDF
File size
3.4 MB
Published
23 October, 2026
Updated
23 October, 2026
MD5 checksum
EC6CAB45690529D3822E509A36BBFDB5

About this manual

This document serves as a technical guide for the VIESMANN VITOLIGNO 200-S high performance wood gasification boilers, designed for the combustion of logs up to 50 cm long with an output range of 20 to 50 kW. It details the principles of wood combustion, including the influence of moisture and calorific values, and describes the product's features such as the large hopper, variable speed flue gas fan, and Ecotronic control unit.

The guide provides comprehensive specifications for the boiler and associated components, including DHW cylinders and heating water buffer cylinders. It also covers installation accessories, design information regarding positioning and clearances, hydraulic connections, and intended use, ensuring proper setup and operation of the system.

What's inside

  • Principles of wood combustion
  • Fuels and log dimensions
  • Product description
  • Specification
  • Control unit
  • DHW cylinder and heating water buffer cylinder
  • Installation accessories
  • Design information
  • Hydraulic connection
  • Intended use

Specifications

Combustion efficiencyup to 92 percent
Combustion timeup to twelve hours
Heat-up timethree minutes

Frequently asked questions

What is the recommended water content for the wood fuel?

The rated boiler heating output is achieved with dry wood with a maximum of 20 % water content or maximum humidity of 25 %.

Can the boiler operate in modulating mode?

Yes, with outputs of 30, 40 and 50 kW, it operates in modulating mode and adapts continuously to the current heat demand.

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