Ceramic Burners For Model Steam Boilers

This book covers the materials needed to make ceramic burners and explains how to silver solder them. It discusses LPG and holding tanks, as well as connecting pipework and electronic and mechanical automatic gas-control systems to monitor the boiler pressure. In addition, there is advice on how to set up, install and operate each burner to provide optimum heating to the boiler. A summary of the Boiler Test Code Volume 3 that applies to home-made gas tanks is included, together with a list of useful suppliers with their contact details. This book provides all the information you need to build and operate: three burners, with one variant, for boilers with 42mm, 35mm and 28mm horizontal flues; two round burners for vertical boilers with fire boxes; two different sizes of rectangular burner, with one variant, for use in horizontal water-tube or pot boilers and finally, one small round and one tiny oblong burner for use in Mamod and Wilesco boilers. The burners described are straightforward to make and simple to use to heat the water in boilers that meet the 3 bar litre limit in the UK Boiler Test Code.

This book describes how to make two vertical and two horizontal copper boilers with a capacity of less than three-bar litres. All four boilers are heated with liquid petroleum gas (LPG) contained in small refillable or disposable tanks. With over 285 colour photographs and diagrams, it includes the tools and equipment required, together with important safety considerations; how to work the various materials to make the necessary parts; step-by-step instructions on the technique of silver solder; the testing regime; a review of various sizes and shapes of gas burners and how to connect them; instructions for building replacements for the well-known Verto boiler, a vertical boat boiler, a portable-engine boiler and a Cornish boiler with Galloway tubes. Finally, there is guidance on the efficient operation and essential maintenance of steam boilers and safety calculations and a list of useful contacts.

The boiler and the machine must always be considered as one unit, because the machine must generate a certain amount of power for its work. But it can only do this if the boiler provides enough energy in the form of steam. If a boiler is too small, the machine will never deliver enough power. Thus, the boiler is actually the most important element of a steam plant. Dieter Miedek shows the way from historical background, theoretical calculations, tools and equipment to the manufacture of a simple steam boiler. Above all, the skill of brazing is an essential craft requirement for building a boiler system yourself. The peripheral equipment required for safe operation around the steam boiler is not neglected either. From the content: • Historical story about boiler construction • Basic physical terms • Of the heat and the physical basics • Basics and calculations of a flame tube boiler • Gas, oxygen and safety • Basics of brazing • Brazing pads and fixtures • Pressure tools and fixtures • Machine tools and tools • Technical rules for steam boilers • The water pressure test • Boiler insulation • Boiler constructions • Simple boilers made of pipe sections and fittings • The small boiler • Flat flame tube boiler • Large flame tube boiler • Vertical boiler • Locomotive boiler • "Yarrow" boiler • Continuous flow boiler • Large boiler • Feuerbuchs smoke tube boiler • Large boiler Tubular boiler Wolf 1 • Cross-tube boiler "Yarrow" type • The periphery of the steam boiler

Stationary steam engines provided the power for the Industrial Revolution which changed the shape of the world. Victorian engines that have been preserved now provide the model engineer with examples to turn into fascinating models. This book provides the plans and instructions to make three models of actual steam engines. The projects have been designed around a set of common components. The first project is the simplest and will form the backbone for the manufacture of the other two, which are slightly more challenging and introduce some advanced techniques. The book is suitable for those with limited machining experience and a modestly equipped workshop, and has over 380 illustrations, including scale plans and colour photographs,

Next to railways, they are the epitome of historical technology: steamships. No wonder, then, that they also have a special appeal for model builders. To drive one's model not simply with an electric motor, but even more originally with a steam engine, is the dream of many technology fans. If the model then moves across the pond, trailing a plume of steam behind it, the enthusiasm is perfect! But how do you build such a model? What are the possibilities? Which models are suitable? These and many more questions are answered in detail by steamship specialist Thomas Hillenbrand in this book. In addition to the basics of technology and construction, he looks at various types of models, most of which he has successfully built himself - some of them very unusual constructions. The book concludes with an example of the construction of a steamship with a simple superstructure - an ideal introduction to this fascinating branch of model building. So, open the throttle and full steam ahead! From the content: • Some of the history of steam-powered ships and models • Steam as a source of power • The steam boiler • Some information about combustion and the firing of steam boilers • The different versions of the propulsion engine • Commissioning, troubleshooting and repair of the steam system • The propulsion systems of the steamship • Suitable models for steam propulsion • Installation of the steam system in the model • Presentation of different steamship models • Building the Steam Launch Presto

Building scale model boats that can sail under their own power is a challenging and rewarding hobby requiring varied skills from woodworking to painting to wiring electrical components. This book details everything you need to know to get started: from the tools, materials and equipment required to motors, servos, propellers and remote controls. There are step-by-step guides to the more challenging procedures. There are details on the different types of kits available and how to choose one. Advice is given on glues, fillers, making silicon moulds, and finishes such as painting, decals and weathering. Finally, there is the building of an off-the-shelf kit for the steam yacht Komet and scratch-built RNLI Lifeboat The Torbay Severn class lifeboat.

This book describes how to make two vertical and two horizontal copper boilers with a capacity of less than three-bar litres. All four boilers are heated with liquid petroleum gas (LPG) contained in small refillable or disposable tanks. With over 285 colour photographs and diagrams, it includes the tools and equipment required, together with important safety considerations; how to work the various materials to make the necessary parts; step-by-step instructions on the technique of silver solder; the testing regime; a review of various sizes and shapes of gas burners and how to connect them; instructions for building replacements for the well-known Verto boiler, a vertical boat boiler, a portable-engine boiler and a Cornish boiler with Galloway tubes. Finally, there is guidance on the efficient operation and essential maintenance of steam boilers and safety calculations and a list of useful contacts.

Sheet metal is a common and widely used material, which can be easily worked using hand tools or simple machinery. There are lots of opportunities for designing, making and using sheet metal parts to produce elegant, effective and low cost solutions for new items, repairs and modifications to existing components. This new guide takes a practical approach to the manufacture of sheet metal parts, and explains how you can make full use of hand tools and machines to produce ambitious work of a high standard. Topics covered include the use of specialist tools such as snips, nibblers, folders, the jenny, the flypress, punches and dies; and techniques for manufacturing a wide range of sheet metal parts, including marking out, cutting, bending, joining and finishing. There are practical projects to illustrate the use of techniques and tools. Fully illustrated with 337 colour illustrations and 109 CAD diagrams.