The document describes the Ambiente line of wood burning stoves from Spartherm. It features 12 different stove models (a1-a8) that vary in size, design, and functionality. The stoves combine simple, timeless designs with innovative technology and offer options like room air sealed operation, heat storage capabilities, and integrated water heat exchangers. The document provides details on the specifications, features, and benefits of each stove model.
The document describes the Ambiente line of wood burning stoves from Spartherm. It offers various models (a1-a8) that combine simple, timeless designs with innovative technology. The models come in different styles from classic to more modern designs. They can be customized with various cladding materials and options for room air sealed operation, heat storage capabilities, and integrated water heat exchangers.
The document summarizes the facilities, products, and technologies of Gunung Group's iron and steel industry in Indonesia. It describes the group's production facilities including blast furnaces, continuous casters, hot rolling mills, plate mills, and other equipment. It also discusses the group's strategies to support mega infrastructure projects through quality management systems and environmental technologies. Some challenges for the domestic steel industry are mentioned regarding raw materials, domestic market competition, and policies. Opportunities and hopes for developing the national steel industry are improving infrastructure and cooperation with research institutions.
The document discusses different types of power plants and steam boilers. It describes the key components and circuits of a steam power plant which uses coal as fuel. Various types of steam boilers are explained, including fire tube boilers, water tube boilers, high pressure boilers, supercritical boilers, and fluidized bed boilers. Fluidized bed boilers allow the combustion of low grade fuels and have lower emissions. They operate at lower temperatures than conventional boilers.
This document summarizes an energy audit of a reheating furnace used in a rolling mill. Key findings include:
1) The furnace's current efficiency is 34.1%, lower than claims of 42-45% by equipment manufacturers. Improving combustion efficiency to 82% by reducing excess oxygen to 5-7% and lowering flue gas temperature could save 157 kiloliters of fuel per year.
2) Surface temperatures of the uninsulated furnace indicate heat losses. Insulating the furnace could save 14 kiloliters of fuel annually with a 13 month payback period.
3) Openings for material loading contribute to heat losses. Further blocking openings could save 9.3 kil
Boiler & co generation presentation finished not yetRohit Meena
This document provides information on boilers and co-generation plants. It discusses the major components of such plants including the DM plant, coal handling plant, co-generation plant, ash handling plant, and boiler. It then goes into details about boilers, describing them as enclosed pressure vessels that use combustion to heat water into steam. It discusses the process of evaporation and how steam volume increases. The document also provides information on co-generation plants, fluidized bed combustion boilers, auxiliary equipment for boilers like fans and heat exchangers, and details on pulverized fuel boilers.
This document summarizes information from a workshop on implementing energy efficiency in re-heating furnaces in the steel industry. It discusses the types and components of furnaces, how they operate, best practices for efficient operation including maintaining the proper temperature, draft, capacity utilization, and using ceramic coatings. The document aims to educate on optimizing furnace efficiency to reduce energy use and costs in steel manufacturing.
Wood and multi fuel stoves brochure - Docherty GroupDocherty Group
Docherty has been manufacturing and distributing flue and chimney products and heating appliances in the UK since 1960. They provide high quality wood and multi-fuel stoves, and have expanded their product range over time while maintaining a focus on superior products and excellent customer service. The document provides information on various stove models produced by Docherty, including specifications, features, and images.
This document discusses materials used in boiler and furnace components. It describes that boiler drums are made from Ducal W30 steel due to its high strength. Downcomers and riser tubes are constructed from low-carbon steel alloys. Water walls contain carbon, silicon, manganese, sulfur and phosphorus. Superheaters and reheaters can be made from ferritic steel, austenitic steel, or nickel-based alloys like Esshete 1250. Economizers and soot blowers use low-carbon steel and heat-resistant stainless steel respectively.
The document describes the Ambiente line of wood burning stoves from Spartherm. It offers various models (a1-a8) that combine simple, timeless designs with innovative technology. The models come in different styles from classic to more modern designs. They can be customized with various cladding materials and options for room air sealed operation, heat storage capabilities, and integrated water heat exchangers.
The document summarizes the facilities, products, and technologies of Gunung Group's iron and steel industry in Indonesia. It describes the group's production facilities including blast furnaces, continuous casters, hot rolling mills, plate mills, and other equipment. It also discusses the group's strategies to support mega infrastructure projects through quality management systems and environmental technologies. Some challenges for the domestic steel industry are mentioned regarding raw materials, domestic market competition, and policies. Opportunities and hopes for developing the national steel industry are improving infrastructure and cooperation with research institutions.
The document discusses different types of power plants and steam boilers. It describes the key components and circuits of a steam power plant which uses coal as fuel. Various types of steam boilers are explained, including fire tube boilers, water tube boilers, high pressure boilers, supercritical boilers, and fluidized bed boilers. Fluidized bed boilers allow the combustion of low grade fuels and have lower emissions. They operate at lower temperatures than conventional boilers.
This document summarizes an energy audit of a reheating furnace used in a rolling mill. Key findings include:
1) The furnace's current efficiency is 34.1%, lower than claims of 42-45% by equipment manufacturers. Improving combustion efficiency to 82% by reducing excess oxygen to 5-7% and lowering flue gas temperature could save 157 kiloliters of fuel per year.
2) Surface temperatures of the uninsulated furnace indicate heat losses. Insulating the furnace could save 14 kiloliters of fuel annually with a 13 month payback period.
3) Openings for material loading contribute to heat losses. Further blocking openings could save 9.3 kil
Boiler & co generation presentation finished not yetRohit Meena
This document provides information on boilers and co-generation plants. It discusses the major components of such plants including the DM plant, coal handling plant, co-generation plant, ash handling plant, and boiler. It then goes into details about boilers, describing them as enclosed pressure vessels that use combustion to heat water into steam. It discusses the process of evaporation and how steam volume increases. The document also provides information on co-generation plants, fluidized bed combustion boilers, auxiliary equipment for boilers like fans and heat exchangers, and details on pulverized fuel boilers.
This document summarizes information from a workshop on implementing energy efficiency in re-heating furnaces in the steel industry. It discusses the types and components of furnaces, how they operate, best practices for efficient operation including maintaining the proper temperature, draft, capacity utilization, and using ceramic coatings. The document aims to educate on optimizing furnace efficiency to reduce energy use and costs in steel manufacturing.
Wood and multi fuel stoves brochure - Docherty GroupDocherty Group
Docherty has been manufacturing and distributing flue and chimney products and heating appliances in the UK since 1960. They provide high quality wood and multi-fuel stoves, and have expanded their product range over time while maintaining a focus on superior products and excellent customer service. The document provides information on various stove models produced by Docherty, including specifications, features, and images.
This document discusses materials used in boiler and furnace components. It describes that boiler drums are made from Ducal W30 steel due to its high strength. Downcomers and riser tubes are constructed from low-carbon steel alloys. Water walls contain carbon, silicon, manganese, sulfur and phosphorus. Superheaters and reheaters can be made from ferritic steel, austenitic steel, or nickel-based alloys like Esshete 1250. Economizers and soot blowers use low-carbon steel and heat-resistant stainless steel respectively.
Burner Design, Operation and Maintenance on Ammonia PlantsGerard B. Hawkins
The document discusses burner design, operation, and maintenance on ammonia plants. It covers reformer burner types and designs, including premix and staged burners. It also addresses combustion characteristics like excess air and fuel viscosity effects. Maintenance best practices like checking burner pressures and atomizing steam temperatures are emphasized. Low NOx equipment uses techniques like staged air, fuel, and flue gas recirculation to reduce emissions. Good combustion requires attention to design, operation, maintenance, and partnership among related roles.
The document describes a BLUEWAY DC Inverter Air to Water Heat Pump system. It can provide heating, cooling and hot water using advanced inverter technology, saving 40% electricity compared to normal heat pumps. It offers maximum comfort year-round and can work with solar, boiler or electric heaters depending on the heating system setup. It has intelligent temperature control and various operating modes.
A new approach to improving heater efficiencyAshutosh Garg
The document describes improvements to heater efficiency using a split flow approach. In a typical implementation, the process stream is split, with the main flow heated through the radiant section and a split flow heated in the convection section before being recombined. Case studies at Citgo and Valero refineries achieved significant efficiency gains through split flow designs, reducing pressure drops, heat fluxes, and costs compared to conventional approaches.
Straight chamber continuous furnaces heat treat materials by continuously moving them through heated chambers on trays or rails. There are several types including pusher, walking beam, and conveyor furnaces. Pusher furnaces use a mechanism to continuously push trays through heated zones, while walking beam furnaces lift trays along stationary rails. Common heat treatments include carburizing to add carbon to surfaces, carbonitriding which also adds nitrogen, tempering and annealing for property changes. Controlled atmospheres allow specific chemical changes. Straight chamber furnaces provide high throughput and even heating.
Burners and combustion system for the reheat furnaces for small and medium ro...Shirish Karve
The document discusses the benefits of using combination firing of lean and rich fuels in reheat furnaces for small and medium steel mills. It notes that fuel costs are rising rapidly and many mills flare blast furnace gas that could be used as fuel. Combination firing helps achieve uniform soaking temperatures, less scale loss, reliability, fuel economy, and flexibility. While retrofitting existing furnaces with gas burners can work for some applications, truly uniform heating requires combination firing burners that can use both fuels to control temperatures across the charge. This approach minimizes expensive fuel use while allowing high production levels. Several mills in India have successfully adopted this strategy.
This document discusses furnaces and refractories. It begins with an introduction that defines a furnace and explains their components and operation. Refractories are materials that can withstand high temperatures and are used to construct furnaces. The document then describes various types of furnaces including forging, re-rolling, and continuous reheating furnaces. It also discusses refractory properties and types used in different applications. Energy efficiency opportunities and an options checklist for furnaces are mentioned but not described in detail.
Reheating Furnace in Rolling Mill IndustriesVikas Yadav
In steel plants reheating furnaces are used in hot rolling mills to heat the steel stock (Billets, blooms or slabs) to temperatures of around 1200 deg C which is suitable for plastic deformation of steel and hence for rolling in the mill.
This document outlines the training agenda and content for a summer internship at Piramal Glass LTD in Kosamba, Surat, Gujarat, India. The training focuses on glass melting furnaces and includes an introduction to glass manufacturing processes, an introduction to furnace components, methods for assessing furnace performance, and opportunities for improving furnace energy efficiency. Key topics covered are direct and indirect methods for calculating furnace thermal efficiency, maintaining optimal excess air and combustion conditions, reducing heat losses, optimizing load size and residence time, recovering waste heat, selecting refractory materials, and using ceramic coatings.
This document summarizes the conversion of a barge into a luxury home. The project began in 2003 with the goal of creating a river vessel reminiscent of those used in 1950s Thailand. Over six months of research was conducted to ensure an authentic design. The barge is constructed almost entirely of reclaimed teak wood and features modern amenities while maintaining the historic appearance. It has sleeping quarters, a kitchen, lounge, and powerful mechanical systems to ensure comfortable living on the river.
The document discusses the key components and processes of a thermal power plant. It describes the combustion process, which aims to fully release the heat from fuel through controlling temperature, turbulence, and time. It also outlines the ideal Rankine cycle used in thermal power plants, which involves isentropic compression and expansion processes with heat addition and rejection at constant pressure. The document lists topics like boiler components, layouts, types and pollution control devices that will be covered.
The document discusses industrial ovens and furnaces used in various industries. It describes different types including dryers, baking ovens, kilns, furnaces, autoclaves, and thermal oxidizers. It discusses important design considerations for these industrial heating devices including housing construction, ventilation, fire protection, heating systems, controls, and operational support. Proper design and operation is important to prevent fires and explosions from occurring in industrial ovens and furnaces.
This document discusses various measures to improve fuel economy in industrial processes involving combustion. It outlines 9 typical measures: 1) complete combustion with minimum excess air, 2) proper heat distribution, 3) maintaining optimum operating temperature, 4) reducing heat losses from openings, 5) controlling furnace draft, 6) optimum capacity utilization, 7) recovering waste heat from flue gases, 8) minimizing wall losses, and 9) using ceramic coatings. For each measure, key aspects are described such as how excess air affects efficiency, the importance of burner placement for heat distribution, and factors that influence wall losses.
Furnaces are devices used to process materials at high temperatures through heating. They are commonly used in industries like steelmaking, glassmaking, and ceramics. Furnaces transfer heat to materials through conduction, convection, radiation, or a combination. They are classified based on factors like the fuel or energy source used, how materials are charged, and heat transfer method. Common components include a refractory chamber, hearth, burners, chimney, and loading/unloading mechanisms. Furnaces are used to heat treat metals through processes like annealing, hardening, and reheating at different temperature ranges.
This document provides information on furnaces and kilns. It defines a furnace as a device used for heating materials at high temperatures, and notes they are made of insulating firebrick and can operate in batch or continuous modes. Kilns are defined as thermally insulated chambers used for processes like drying and chemical changes. The document describes different types of furnaces including combustion, electric, and specific furnaces like forging and reheating furnaces. It also describes types of kilns like intermittent, continuous, ceramic, and rotary kilns. Examples of applications for furnaces and kilns include metal processing, glass making, wood drying, and cement production.
The document discusses heat treatment furnaces and processes. It begins by classifying furnaces and describing general fuel economy measures. It then defines heat treatment, discusses its purposes and principles. Several heat treatment processes are outlined, including annealing, normalizing, hardening and tempering. The document concludes by describing different types of furnaces used for heat treatment, such as batch and continuous furnaces, as well as furnaces powered by gas, oil or electricity.
CONTENTS
1.Introduction
2.Applications
3.Classification
4.Types
5.Charachterstics of an Efficient Furnace
6. Economic Measure of Surnace
7. Modes of Heat Transfer in Furnaces
Mercedes-Benz acquired Ipsen's Three-Row Pusher Furnace to thermally process gearbox parts. The furnace uses three rows in its heating zones to allow flexibility for different part types while minimizing space. It is beneficial due to lower operating costs and higher efficiency. The furnace carburizes the parts through diffusion of carbon, creating a harder, more wear-resistant surface. Ipsen's innovations like lock-up technology and eco-fire preheating help maintain temperatures and reduce costs.
.Coker heaters are one of the most critical heaters in the refineries. The feed is heated to a very high temperature. Run length is one of the important factors for coker heaters. We have worked recently worked on a conventional Coker heater and implemented several improvements while retubing the radiant section.
This document provides information on maintaining solid fuel and oil fired boilers. It discusses the importance of proper maintenance for safety, availability, efficiency and cost effectiveness. Key aspects covered include feedwater and boiler water quality control, fuel quality monitoring, combustion optimization, and regular safety checks. Recommended maintenance activities are outlined for daily, weekly, monthly, quarterly, half-yearly and yearly timeframes.
Brandon is a Chinese manufacturer of commercial food equipment established in 2000. They specialize in equipment such as griddles, fryers, steamers, and more. Brandon has a large factory space of over 8,000 square meters and strict quality control systems. They design their products with safety and international standards in mind. Brandon produces several collections of griddles (planchas) for both commercial and household use, offering various sizes, materials, and optional accessories like trolleys and lids.
This document provides information on free standing cooking appliances from a manufacturer called Elba. It includes details on different product lines such as the Professional, Concept, and Classic lines. The Professional line ranges from 60cm to 130cm widths and includes large cooktops and double or triple oven configurations. The Concept line focuses on innovative design with features like full black glass doors. The document provides specifications, features, and images for various models of free standing cookers across the different product lines.
S. Zia-Ul-Haq & Sons manufactures electrical switchgear and commercial kitchen equipment that meets international standards. It has a team of professional engineers and a testing lab equipped to ensure high product quality. The company produces items like main distribution panels, sub distribution panels, commercial pizza ovens, heated holding cabinets, commercial barbeque equipment, bain maries, and industrial water coolers. It aims to provide modular, durable products that are easy to assemble, maintain, and expand.
Burner Design, Operation and Maintenance on Ammonia PlantsGerard B. Hawkins
The document discusses burner design, operation, and maintenance on ammonia plants. It covers reformer burner types and designs, including premix and staged burners. It also addresses combustion characteristics like excess air and fuel viscosity effects. Maintenance best practices like checking burner pressures and atomizing steam temperatures are emphasized. Low NOx equipment uses techniques like staged air, fuel, and flue gas recirculation to reduce emissions. Good combustion requires attention to design, operation, maintenance, and partnership among related roles.
The document describes a BLUEWAY DC Inverter Air to Water Heat Pump system. It can provide heating, cooling and hot water using advanced inverter technology, saving 40% electricity compared to normal heat pumps. It offers maximum comfort year-round and can work with solar, boiler or electric heaters depending on the heating system setup. It has intelligent temperature control and various operating modes.
A new approach to improving heater efficiencyAshutosh Garg
The document describes improvements to heater efficiency using a split flow approach. In a typical implementation, the process stream is split, with the main flow heated through the radiant section and a split flow heated in the convection section before being recombined. Case studies at Citgo and Valero refineries achieved significant efficiency gains through split flow designs, reducing pressure drops, heat fluxes, and costs compared to conventional approaches.
Straight chamber continuous furnaces heat treat materials by continuously moving them through heated chambers on trays or rails. There are several types including pusher, walking beam, and conveyor furnaces. Pusher furnaces use a mechanism to continuously push trays through heated zones, while walking beam furnaces lift trays along stationary rails. Common heat treatments include carburizing to add carbon to surfaces, carbonitriding which also adds nitrogen, tempering and annealing for property changes. Controlled atmospheres allow specific chemical changes. Straight chamber furnaces provide high throughput and even heating.
Burners and combustion system for the reheat furnaces for small and medium ro...Shirish Karve
The document discusses the benefits of using combination firing of lean and rich fuels in reheat furnaces for small and medium steel mills. It notes that fuel costs are rising rapidly and many mills flare blast furnace gas that could be used as fuel. Combination firing helps achieve uniform soaking temperatures, less scale loss, reliability, fuel economy, and flexibility. While retrofitting existing furnaces with gas burners can work for some applications, truly uniform heating requires combination firing burners that can use both fuels to control temperatures across the charge. This approach minimizes expensive fuel use while allowing high production levels. Several mills in India have successfully adopted this strategy.
This document discusses furnaces and refractories. It begins with an introduction that defines a furnace and explains their components and operation. Refractories are materials that can withstand high temperatures and are used to construct furnaces. The document then describes various types of furnaces including forging, re-rolling, and continuous reheating furnaces. It also discusses refractory properties and types used in different applications. Energy efficiency opportunities and an options checklist for furnaces are mentioned but not described in detail.
Reheating Furnace in Rolling Mill IndustriesVikas Yadav
In steel plants reheating furnaces are used in hot rolling mills to heat the steel stock (Billets, blooms or slabs) to temperatures of around 1200 deg C which is suitable for plastic deformation of steel and hence for rolling in the mill.
This document outlines the training agenda and content for a summer internship at Piramal Glass LTD in Kosamba, Surat, Gujarat, India. The training focuses on glass melting furnaces and includes an introduction to glass manufacturing processes, an introduction to furnace components, methods for assessing furnace performance, and opportunities for improving furnace energy efficiency. Key topics covered are direct and indirect methods for calculating furnace thermal efficiency, maintaining optimal excess air and combustion conditions, reducing heat losses, optimizing load size and residence time, recovering waste heat, selecting refractory materials, and using ceramic coatings.
This document summarizes the conversion of a barge into a luxury home. The project began in 2003 with the goal of creating a river vessel reminiscent of those used in 1950s Thailand. Over six months of research was conducted to ensure an authentic design. The barge is constructed almost entirely of reclaimed teak wood and features modern amenities while maintaining the historic appearance. It has sleeping quarters, a kitchen, lounge, and powerful mechanical systems to ensure comfortable living on the river.
The document discusses the key components and processes of a thermal power plant. It describes the combustion process, which aims to fully release the heat from fuel through controlling temperature, turbulence, and time. It also outlines the ideal Rankine cycle used in thermal power plants, which involves isentropic compression and expansion processes with heat addition and rejection at constant pressure. The document lists topics like boiler components, layouts, types and pollution control devices that will be covered.
The document discusses industrial ovens and furnaces used in various industries. It describes different types including dryers, baking ovens, kilns, furnaces, autoclaves, and thermal oxidizers. It discusses important design considerations for these industrial heating devices including housing construction, ventilation, fire protection, heating systems, controls, and operational support. Proper design and operation is important to prevent fires and explosions from occurring in industrial ovens and furnaces.
This document discusses various measures to improve fuel economy in industrial processes involving combustion. It outlines 9 typical measures: 1) complete combustion with minimum excess air, 2) proper heat distribution, 3) maintaining optimum operating temperature, 4) reducing heat losses from openings, 5) controlling furnace draft, 6) optimum capacity utilization, 7) recovering waste heat from flue gases, 8) minimizing wall losses, and 9) using ceramic coatings. For each measure, key aspects are described such as how excess air affects efficiency, the importance of burner placement for heat distribution, and factors that influence wall losses.
Furnaces are devices used to process materials at high temperatures through heating. They are commonly used in industries like steelmaking, glassmaking, and ceramics. Furnaces transfer heat to materials through conduction, convection, radiation, or a combination. They are classified based on factors like the fuel or energy source used, how materials are charged, and heat transfer method. Common components include a refractory chamber, hearth, burners, chimney, and loading/unloading mechanisms. Furnaces are used to heat treat metals through processes like annealing, hardening, and reheating at different temperature ranges.
This document provides information on furnaces and kilns. It defines a furnace as a device used for heating materials at high temperatures, and notes they are made of insulating firebrick and can operate in batch or continuous modes. Kilns are defined as thermally insulated chambers used for processes like drying and chemical changes. The document describes different types of furnaces including combustion, electric, and specific furnaces like forging and reheating furnaces. It also describes types of kilns like intermittent, continuous, ceramic, and rotary kilns. Examples of applications for furnaces and kilns include metal processing, glass making, wood drying, and cement production.
The document discusses heat treatment furnaces and processes. It begins by classifying furnaces and describing general fuel economy measures. It then defines heat treatment, discusses its purposes and principles. Several heat treatment processes are outlined, including annealing, normalizing, hardening and tempering. The document concludes by describing different types of furnaces used for heat treatment, such as batch and continuous furnaces, as well as furnaces powered by gas, oil or electricity.
CONTENTS
1.Introduction
2.Applications
3.Classification
4.Types
5.Charachterstics of an Efficient Furnace
6. Economic Measure of Surnace
7. Modes of Heat Transfer in Furnaces
Mercedes-Benz acquired Ipsen's Three-Row Pusher Furnace to thermally process gearbox parts. The furnace uses three rows in its heating zones to allow flexibility for different part types while minimizing space. It is beneficial due to lower operating costs and higher efficiency. The furnace carburizes the parts through diffusion of carbon, creating a harder, more wear-resistant surface. Ipsen's innovations like lock-up technology and eco-fire preheating help maintain temperatures and reduce costs.
.Coker heaters are one of the most critical heaters in the refineries. The feed is heated to a very high temperature. Run length is one of the important factors for coker heaters. We have worked recently worked on a conventional Coker heater and implemented several improvements while retubing the radiant section.
This document provides information on maintaining solid fuel and oil fired boilers. It discusses the importance of proper maintenance for safety, availability, efficiency and cost effectiveness. Key aspects covered include feedwater and boiler water quality control, fuel quality monitoring, combustion optimization, and regular safety checks. Recommended maintenance activities are outlined for daily, weekly, monthly, quarterly, half-yearly and yearly timeframes.
Brandon is a Chinese manufacturer of commercial food equipment established in 2000. They specialize in equipment such as griddles, fryers, steamers, and more. Brandon has a large factory space of over 8,000 square meters and strict quality control systems. They design their products with safety and international standards in mind. Brandon produces several collections of griddles (planchas) for both commercial and household use, offering various sizes, materials, and optional accessories like trolleys and lids.
This document provides information on free standing cooking appliances from a manufacturer called Elba. It includes details on different product lines such as the Professional, Concept, and Classic lines. The Professional line ranges from 60cm to 130cm widths and includes large cooktops and double or triple oven configurations. The Concept line focuses on innovative design with features like full black glass doors. The document provides specifications, features, and images for various models of free standing cookers across the different product lines.
S. Zia-Ul-Haq & Sons manufactures electrical switchgear and commercial kitchen equipment that meets international standards. It has a team of professional engineers and a testing lab equipped to ensure high product quality. The company produces items like main distribution panels, sub distribution panels, commercial pizza ovens, heated holding cabinets, commercial barbeque equipment, bain maries, and industrial water coolers. It aims to provide modular, durable products that are easy to assemble, maintain, and expand.
Agnee Engineering designs and manufactures a wide range of industrial furnaces and ovens including heat treatment furnaces, melting furnaces, and drying ovens. They have decades of experience and expertise in thermal technology. They provide customized, energy efficient solutions and turnkey installations. Their product lines include chamber furnaces, boogie hearth furnaces, pit-pot furnaces, vacuum furnaces, rotary retort furnaces, and more. They aim to incorporate the latest technologies and provide quality products and service to customers.
Agnee Engineering designs and manufactures a wide range of industrial furnaces and ovens including heat treatment furnaces, melting furnaces, and drying ovens. They specialize in turnkey installations and have decades of experience in customizing solutions to meet clients' needs. Their product range includes chamber furnaces, boogie hearth furnaces, pit-pot furnaces, vacuum furnaces, rotary retort furnaces, and more. Agnee strives to incorporate the latest thermal technologies into their designs.
This document provides information about Napoleon grills, including various Prestige Series models. It describes the features of different grill models such as burners, cooking area, ignition type, and accessories. Cooking methods such as direct, indirect, and infrared cooking are also outlined. Specifications and ordering information is provided.
This document provides information on various Waterford range cooker models, including their dimensions, features, functions and optional accessories. It describes dual fuel and electric single and twin oven models ranging from 60 to 120cm, with various hotplate configurations. Specifications include oven types, electrical requirements, and trim/colour options. An accessories section lists extra items like griddles, hoods and cleaning kits that can enhance the cooking experience.
This Patio Heater is known in particular with the names of the Patio heater (or outdoor heater ), pyramid heater, mushroom heater, etc. by The shape, the height and the length of this unit vary according to the model: it can be mushroom-shaped, pyramid and so on.Gas or electrical.
Wood and multi fuel stoves brochure - Docherty groupDocherty Group
Docherty has been manufacturing and distributing flue and chimney products and heating appliances in the UK since 1960. They provide high quality wood and multi-fuel stoves, and have expanded their product range over time while maintaining a focus on superior products and excellent customer service. The document provides information on various stove models produced by Docherty, including specifications, features, and images.
Energy Efficient Wood Burning Stove Model E678 From EcooStoveRichardMcCraw
The document describes a new stove called the Ecco Stove that uses silicon carbide, a material with unique heat absorption and release properties, to maximize efficiency. The stove is able to heat an entire house evenly instead of just the room it is in. It achieves high combustion temperatures of 900-1000°C while keeping emissions low, with tested efficiencies up to 85.3% and carbon output of only 0.24%. Due to its clean burning, it is approved for use in smoke control areas.
The E580 wood burning stove - Easy to UseRichardMcCraw
Ecco Stove has brought to you an amazing range of wood burning stoves.This E580 model will suit your room size and the interiors. If you will leave the door open then the entire house can enjoy the warmth. For more details call us at: +44 (0) 1527 857814.
The document provides contact information for Bisque, a manufacturer of radiators. It introduces Bisque's mission to offer beautiful and practical radiators in exciting styles, colors, and finishes. It highlights some of Bisque's radiator designs that can be found in notable buildings. The document is a catalog that includes photos, descriptions, and ordering information for Bisque's various towel radiator and general purpose radiator models.
Steam boilers with a low NOx system minimize environmental impact through dry saturated steam production. They incorporate a stainless steel economizer and natural gas burner that emit low NOx emissions.
High-performance steam boilers work at 950°C gas inlet and 160°C outlet temperatures and include a gas economizer to preheat intake air.
Steam boilers can produce steam from cork combustion. The CSPM-1000/12 model provides 1,000 kg/h of steam at 12 bars from cork waste, with minimal carbon generation and potential fuel savings of 215,000 liters annually.
The document discusses key luxury appliances that can be used to create a high-tech "kitchen of the future". It describes high-end oven, range, and refrigerator options from brands like Gaggenau, Miele, Wolf, and Sub-Zero. These appliances have features like touchscreens, dual heating, WiFi connectivity, customized panels, and voice command capabilities. They offer more flexibility, precision cooking options, and storage to create a futuristic kitchen space.
This document introduces the Albion Ultrasteel unvented hot water cylinder range. It provides details on the product line including capacities from 120 to 300 liters, materials used, insulation, heat exchanger design, fittings and connections. It highlights features such as durable duplex stainless steel construction, high efficiency coil-in-coil heat exchanger, 50mm foam insulation and long life immersion heaters. Specification tables and diagrams are included showing cylinder dimensions, weights and reheat performance. The document emphasizes the range's quality, reliability and compatibility with solar heating systems.
This document provides information about wood burning stoves from Spartherm, including technical specifications and design details. It introduces a range of stove models from Piko, Cubo, Redoro, Stovo, Senso, and Sino in different sizes and styles. Key features emphasized include high quality construction, efficient combustion technology, and stylish designs that balance form and function. The document suggests Spartherm stoves offer special quality and innovation to meet customers' above-average demands for fireplaces.
This document provides an overview of hydronic radiant heating systems and includes the following sections:
1. It explains how radiant heating works by making floor surfaces warmer than the air, allowing the floor to radiate heat to walls and ceilings through infrared rays. This keeps surfaces warm and creates an even, comfortable heat.
2. Radiant heating is described as "low and slow", allowing the large floor surface to gently warm a space with surface temperatures under 85°F. This is more efficient than smaller, hotter radiators or forced air systems.
3. The document includes sections on radiant system design, heat loss calculations, tubing layouts, installation details, and product information for V
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Biomass boilers and Heat Pumps
Used for Domestic Hot Water, Radiant floors, and more
Please visit us at: Mbtek.com
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Muffle Furnace is a front-loading box-type oven or kiln used for high-temperature applications such as fusing
glass, creating enamel coatings, ceramics and soldering and brazing articles. Weiber muffle furnace is also used
by chemists in order to determine what proportion of a sample is non-combustible and non-volatile (i.e., ash).
This document provides specifications for the Brunner Stil-Kamin 53/88 k fireplace including its dimensions, weight, heat output, combustion performance, necessary clearances, and other technical details. It notes that the fireplace is suitable for all construction types according to safety regulations and lists its rated heat output as 9 kW when the door is open and 11 kW when closed. Installation and planning instructions are also provided along with contact information for Brunner GmbH, the manufacturer.
This document provides specifications for the Brunner Fireplaces Architektur 38/86 k lifting doors (easy-lift) fireplace. It includes details like dimensions, weight, rated heat power, combustion performance, necessary supply pressure, firewood consumption, minimum distances required, and certifications met. Technical drawings and updated specifications can be found at www.brunner.de. The fireplace is suitable for all construction types according to applicable rules in Germany, Austria, Switzerland, and Norway.
This document provides technical specifications for the ECKA 51/51/51R wood burning stove. It lists nominal heat power, efficiency, wood consumption, flue gas measurements, heat distribution capabilities, required chimney pressure and air flow, dimensions and weights. Specifications are provided for operation connected directly to chimney, with a cupola, adaptor, hot air exchanger, and vertical hot air exchanger. Additional components like build-on frames and cover frames are also detailed.
The document provides technical specifications for the ECKA 51/51/51h wood burning stove. It lists nominal heat power, efficiency, wood consumption, flue gas measurements, heat distribution percentages, required chimney pressure, combustion air requirements, and dimensions for the stove when operated directly connected to a chimney, with a cupola, with an adaptor, with a hot air exchanger, and with accumulation masses. Frame sizes and dimensions are also specified for building-on and cover frames.
This document provides technical specifications for the ECKA 51/51/51L wood burning stove. It lists details such as nominal heat power, efficiency, wood consumption, flue gas temperatures and mass flow, required chimney pressure, combustion air requirements, and dimensions. It also provides information on using the stove connected directly to a chimney, with a cupola, hot air exchanger, or adaptor, as well as connected to an accumulation mass. Installation options including a build-on frame and cover frame are also specified.
This document provides technical specifications for the HAKA 110/51Th wood burning stove. It has a nominal heat output of 14 kW and efficiency greater than 80%. It requires 4.1 kg of wood per hour for fuel and has a flue gas temperature of 263°C. It also lists dimensions, weights, and compatibility with vented and non-vented installations. Accessories like different door styles, frames, and grates are also detailed.
The document provides technical specifications for the HAKA 150/51h wood burning stove. It lists details such as:
- Nominal heat output of 16 kW and efficiency over 80%
- Consumption of 4.5 kg/hr of wood and flue gas temperature of 251°C
- Intended for insertion into a fireplace or connection to a chimney
- Requires a minimum combustion air supply of 45 m3/hr and chimney draft of 12 Pa
- Total weight of approximately 536 kg including a 175 kg lining
Discovering the Best Indian Architects A Spotlight on Design Forum Internatio...Designforuminternational
India’s architectural landscape is a vibrant tapestry that weaves together the country's rich cultural heritage and its modern aspirations. From majestic historical structures to cutting-edge contemporary designs, the work of Indian architects is celebrated worldwide. Among the many firms shaping this dynamic field, Design Forum International stands out as a leader in innovative and sustainable architecture. This blog explores some of the best Indian architects, highlighting their contributions and showcasing the most famous architects in India.
International Upcycling Research Network advisory board meeting 4Kyungeun Sung
Slides used for the International Upcycling Research Network advisory board 4 (last one). The project is based at De Montfort University in Leicester, UK, and funded by the Arts and Humanities Research Council.
Architectural and constructions management experience since 2003 including 18 years located in UAE.
Coordinate and oversee all technical activities relating to architectural and construction projects,
including directing the design team, reviewing drafts and computer models, and approving design
changes.
Organize and typically develop, and review building plans, ensuring that a project meets all safety and
environmental standards.
Prepare feasibility studies, construction contracts, and tender documents with specifications and
tender analyses.
Consulting with clients, work on formulating equipment and labor cost estimates, ensuring a project
meets environmental, safety, structural, zoning, and aesthetic standards.
Monitoring the progress of a project to assess whether or not it is in compliance with building plans
and project deadlines.
Attention to detail, exceptional time management, and strong problem-solving and communication
skills are required for this role.
ARENA - Young adults in the workplace (Knight Moves).pdfKnight Moves
Presentations of Bavo Raeymaekers (Project lead youth unemployment at the City of Antwerp), Suzan Martens (Service designer at Knight Moves) and Adriaan De Keersmaeker (Community manager at Talk to C)
during the 'Arena • Young adults in the workplace' conference hosted by Knight Moves.
2. 2
Then the ambiente range by Spartherm
is just what you need.
The ambiente line combines simple,
timeless design with innovative tech-
nology. That’s the case whether you
want a water-heating stove, a classic
stove or something more flamboyant.
You can choose non-room air sealed or
room air sealed operation, you can have
it with or without a turntable to align
the fire with your living area – these
are only some of things you can achieve
with the ambiente range. And with the
optional heat storage elements you can
have even more cosy radiant heat in
your living-room.
Are you looking
for a stove with an
individual character?
3. 3
Contents
The successful ambiente range has
been extended with the models a7
and a8. Both are a fine example of
Spartherm’ exquisite design and great
heating technology. That’s ambiente!
Experience the seduction of the
ambiente range for yourself.
page 06 - 07 a1 – The classic stove
page 08 - 09 a2 – The interesting stove
page 10 - 11 a3 – The elegant stove
page 12 - 13 a4 – he flamboyant stove
page 14 - 15 a4 H2O – The powerful stove
page 16 - 17 a4 H2O – Functional principles
page 18 - 19 a5 – The straight solution for heat storage
page 20 - 21 a6 – Straight – Lined stove design
page 22 - 23 a6 H2O – The versatile stove
page 24 - 25 a7 – The imposing wood burning stove
page 26 - 27 a8 – The elegant wood stove
page 28 - 29 LINEAR Module XS
page 30 - 35 Technical data
4. 4
Symbols
RLA (Non-room air sealed operation)
This stoves are always provided with connection for the external combustion
air intake, which can be used if required. They are not certified for room air
sealed operation (Sealed air intake, exhaust pipe, door).
RLU (Room air sealed operation)
Stoves are certified by the DIBt for room air sealed operation. Sealed air intake,
exhaust pipe and special door closure.
Rotatable
Rotatable using the special from 90 up to 180 degrees. The position can be
fixed to add fuel or for cleaning.
Heat storage mass on top
Stoves that have storage mass in the housing to absorb heat during the com-
bustion and to emit it to the room with a time delay after combustion end.
Heat storage mass on side
Steel covering with gap for heat storage mass or natural stone covering as a
heat storage mass.
H2O
Stoves with an integrated water heat exchanger, which extracts heat from the
hot flue gases and makes it available to the buffer of the central heating as
additional energy.
a4 Top outlet 135 kg a4 Rear outlet 110 kg
a3 Top outlet 45 kg a3 Rear outlet 45 kg
Rotatable
6. a1
6
SurfaceBody
RLA
RLU
Rotatable, optional
Heat storage
Lateral heat storage
H2
O
Explanation of symbols used on page 4
The classic
stove
State-of-the-art technology in classic
design. It fits seamlessly into any room
with its timeless design. In front of a
straight wall or discreetly in the corner.
a1 always finds the right place. The
pleasant clear shape tops off the enjoy-
ment of the fire.
Form and function. Every detail is thought
through and looks good
All lines and materials unite to create a
perfect form
NeroSteel
Graphite
Steel
PearlSteel(sem
i-m
att)
SteelTerra
Soapstone
Caram
ello
Sandstone
Nominal heat output: 5.9 kW
Heating capacity: 165 m3
Weight depending on material: 180-220 kg
8. a2
8
Explanation of symbols used on page 4
The interesting
stove
Its remarkable shape makes it inter-
esting. Classically round at the front,
square and distinctive on the sides. Its
sophisticated layout uses little space. a2
is the ideal solution for difficult space
situations. There is room for a nice fire
everywhere.
Simple elegance made of steel and natural
stone.
Straight lines. A straightforward design.
SurfaceBody
NeroSteel
Graphite
Steel
PearlSteel(sem
i-m
att)
SteelTerra
Soapstone
Caram
ello
Sandstone
Nominal heat output: 5.9 kW
Heating capacity: 165 m3
Weight depending on material: 180-220 kg
RLA
RLU
Rotatable, optional
Heat storage
Lateral heat storage
H2
O
10. a3
10
Explanation of symbols used on page 4
The elegant
stove
Form and function complement each
other perfectly. Its clear lines make it
an impressive object made of steel and
fire. As a room divider, in front of a wall
or in the middle of a room. a3 is always
an eye-catcher.
Perfect harmony in form and function.
Beautifully shaped and consistent.
Everything is round.
SurfaceBody
NeroSteel
Graphite
Steel
PearlSteel(sem
i-m
att)
SteelTerra
Nominal heat output: 5.9 kW
Heating capacity: 165 m3
Weight: 180 kg
RLA
RLU
Rotatable, optional
Heat storage
Lateral heat storage
H2
O
12. a4
12
Explanation of symbols used on page 4
The flamboyant
stove
Design and technology in perfect
harmony. The a4 convinces with its
noble appearance and its details.
Imposingly it stands in the room. A real
masterpiece. The integrated door handle is both
comfortable and beautiful - RLU version.
SurfaceBody
NeroSteel
Graphite
Steel
PearlSteel(sem
i-m
att)
SteelTerra
Nominal heat output: 5.9 kW
Heating capacity: 165 m3
Weight: 200 kg
RLA
RLU
Rotatable, optional
Heat storage
Lateral heat storage
H2
O
14. a4 H2O
14
The integrated door handle is both
comfortable and beautiful - RLU version.
The powerful stove
Its capability is visible.
65 % water heating makes it a
storage giant. Why not make use of its
convincing performance to save
energy. Technology that inspires.
Nominal heat output: 8.0 kW
Water heating contribution: 5.2 kW
Water heat contribution related to
nominal output: 65 %
Heating capacity: 186 m3
Weight: 230 kg
Cleaning mechanism for water heat
exchanger.
Explanation of symbols used on page 4
SurfaceBody
NeroSteel
Graphite
Steel
PearlSteel(sem
i-m
att)
SteelTerra
RLA
RLU, optional
Rotatable
Heat storage
Lateral heat storage
H2
O
16. a4 H2O
16
H2O
Just imagine hot
water coming from
your stove.
Not directly, of course, just metaphori-
cally speaking. The wonderfully visible
stove fire heats the “cold” water from
the accumulator tank via the water
heat exchanger, which is integrated in
the stove. Once heated, the hot water
is returned to the accumulator tank.
The heat can then be used throughout
the home, via radiators and underfloor
heating or for baths and showers.
In addition to heating water, the stove
emits warm radiant heat to the room
where it is installed.
17. 17
A LITTLE FIREWOOD –
huge benefits.
With just 2.0 kg/h firewood you can keep the inside temperature of
73 m2
living space of an KfW 70 house at 20 ˚C, thanks to the radiant
heat of the stove.
In addition, use the water heat exchanger to either:
• raise a 300 l accumulator tank from 40 ˚C to 55.4 ˚C
water temperature or
• shower for 8.0 mins with a water temperature of 39 ˚C or
• run one 140 l bath with a water temperature of 39 ˚C.
18. a5
18
The straight lines
solution for heat
storage
The a5 is a real storage marvel and
its long-lasting radiant heat makes
it the perfect partner for you. A
compact shape, but huge capacity.
The a5 provides an impres-
sive 120 kg of heat storage medium.
Depending on the version, you can
increase the storage medium to over
230 kg. An elegant stove with clean
lines, high thermal storage potential and
convenience. A master in its class.
Explanation of symbols used on page 4
RLA
RLU, optional
Rotatable, optional
Heat storage , optional
Lateral heat storage
H2
O
Nominal heat output: 7.0 kW
Heating capacity: 186 m3
Weight according to material: 225–255 kg
SurfaceBody
NeroSteel
Graphite
Steel
SteelTerra
PearlSteel
Caram
ello
Sandstone
Caram
ello
Sandstone
Soapstone
Elegant handles in a choice of finishes and
Smart-Close system (rear view)
Pull-out ash pan
Soapstone
Graphite
20. a6
20
Explanation of symbols used on page 4
RLA
RLU, optional
Rotatable, optional
Heat storage, optional
Lateral heat storage
H2
O
Straight-lined stove
design
We combined stone, glass and steel to
create the perfect stove for architec-
tural enthusiasts. Just using the contrast
between the robust heat storage mate-
rial and the lightweight pieces of glass,
affixed below and above the combustion
chamber we manufacture a fire cathedral
able to achieve the best heating results.
Lower storage compartment with glass door
Pull- out ash drawer for comfortable remo-
val of residual ash.
Nominal heat output: 5.9 kW
Room heating capacity: 165 m3
Weight (according to material): 355 - 490 kg
SurfaceBody
NeroSteel
Graphite
Steel
SteelTerra
SteelPearl
Steelwhite
Soapstone
22. a6 H2O
22
Explanation of symbols used on page 4
RLA
RLU, optional
Rotatable, optional
Heat storage
Lateral heat storage
H2
O
The versatile stove
The hydronic stove ambiente a6 H2O
does not differs in its external appearance
from the standard warm air version -the
ambiente a6- . With the integrated water
heat exchanger, this stove achieves of up
to 60% water heating output. The water
connections can be reaching without dif-
ficulties, as these are located in a lower
storage compartment behind an easily
removable cover plate.
Pull- out ash drawer
Air adjustment lever,
Functionality down to the smallest detail
Nominal heat output: 7.9 kW
Room heating capacity: 186 m3
Weight according to material: 340 - 430 kg
SurfaceBody
NeroSteel
Graphite
Steel
SteelTerra
SteelPearl
Steelwhite
Soapstone
24. a7
24
The imposing wood
burning stove
With straight lines, impressive appear-
ance the a7 stove is designed perfectly
to enhance the appearance of a modern
home. The cladding options include
Sandstone and Soapstone, each piece is
individually patterned and ensure that
the appearance of the a7 will be unique
for every home.
The excellent heat output and class
leading efficiency demonstrate that
the a7 is yet another fine example of
Spartherm’s heating technology.
Nominal heat output: 5,9 kW
Heating capacity: 165 m3
Weight according to material: 200–300 kg
SurfaceBody
Adjusting lever for Air supply
NeroSteel
Graphite
Steel
SteelTerra
PearlSteel
SteelW
hite
Soapstone
Explanation of symbols used on page 4
RLA
RLU, optional
Rotatable
Heat storage
Lateral heat storage
H2
O
26. a8
26
The elegant wood
stove
Like the close relative, the a7, the a8
model design has clean, pure lines with
an impressive design to further enhance
the appearance of a modern home.
This double sided stove gives powerful
radiant heat and will transform every
room into a special place. The a8 is an
expression of exquisite design, sophisti-
cated style and will reward every Owner
with a great performance.
Explanation of symbols used on page 4
RLA
RLU, optional
Rotatable
Heat storage
Lateral heat storage
H2
O
Nominal heat output: 5,9 kW
Heating capacity: 165 m3
Weight according to material: 200–300 kg
SurfaceBody
Exceptionally large double sided glass.
NeroSteel
Graphite
Steel
SteelTerra
PearlSteel
SteelW
hite
Soapstone
28. 28
LINEAR Module XS
This compact stove with a contemporary look and a heat
output range up to 4.6 kW, is built to a very high standard
and well suited for modern energy-efficient houses or for
operation within traditional open fireplaces.
The several base options - Version A, B, C or D – make it
possible to match the appropriate mounting height for
With the small LINEAR Module XS stove, a traditional
unused fireplace can be turned into a powerful heat source in no time at all.
almost every installation, alternative the nice bench base
provide for especial interior design accents.
The compact and clever design of this stove makes it easy
for reinstallation.
LINEAR Module XS with Base D
29. 29
Your benefits in a nutshell
Design your stove by yourself, according to your needs and requirements.
• Great view of the fire chamber through a large, printed,
frameless window panel.
• Its high efficiency rating makes this stove an economical
wood burner.
• Variable installation options with different bases.
• Simple installation requiring very little space
• Elegant air adjustment lever and door handle
• Great thermal rating for rooms up to 120 m2
• Only non-room air sealed operation
LINEAR Module XS with Base A LINEAR Module XS with Base B LINEAR Module XS with Base C
30. a1 a2Technical Data
Views
Layouts
S
PARTHERM-QUALI
TY
Catalogue page 6 8
CHARACTERISTICS
Nominal heat output 5,9 kW 5,9 kW
Water output range in kW - -
Heat output range min/max 4,5 – 7,7 kW 4,5 – 7,7 kW
Wood loading quantity per hour 1,8 kg 1,8 kg
Room heating capacity (approx.) 144 m3
144 m3
Efficiency 80% 80%
DIMENSIONS (refering to the models with steel covering)
Stove height / width / depth 1185 / 576 / 502 mm 1187 / 575 / 502 mm
Flue pipe ø 150 mm 150 mm
Connection height – top outlet 1210 mm 1210 mm
Connection height – rear outlet 1025 mm 1025 mm
Distance front to center of Flue pipe - top outlet 288 mm 290 mm
Distance floor to center of external air connector (Ø = 100 mm) – rear connection 155 mm 155 mm
Distance front to center of external air connector - underneath connection (Ø = 100 mm) 268 mm 268 mm
WEIGHT (fully assembled depending on the execution)
Steel covering 180 kg 180 kg
Natural stone covering 220 kg 220 kg
Heat storage elements (optional) (with Top outlet/Rear outlet) - -
MODEL VARIANTS (side covering and top plate)
Steel Nero / Graphite Nero / Graphite
Terra / Pearl Terra / Pearl
Natural stone Sandstone / Soap stone Sandstone / Soap stone
Door - Printed glass ceramic Black Black
FEATURES/ACCESSORIES
RLA
RLU optional optional
Rotatable (180°) with rotating flue pipe optional optional
External air connector piece
Heat storage - -
Lateral heat storage 35 kg / Side panel 35 kg / Side panel
H2O - -
CALCULATION DATA
Exhaust mass flow with relation to nominal heat output 5.1 m (g/s) 5.1 m (g/s)
Exhaust temperature measured in the exhaust flue pipe 350 °C 350 °C
Minimum chimney draught for nominal output 0.12 mbar 0.12 mbar
Average CO content of the exhaust gas in relation to 13% of O2 1250 mg / Nm3
1250 mg / Nm3
Dust emission 40 mg / Nm3
40 mg / Nm3
DIN EN 13240 (European norm) RRF - 40 10 2207 RRF - 40 10 2207
DIBt (German Institute for Structural Engineering) Room air sealed operation Z-43.12-244 Z-43.12-244
VKFTA No. (Swiss fire protection certificate) only RLA only RLA
Art.15a B-VG test report (Austria)
DINplus certification
Requirements of the 1st and 2nd level of BImSchV
31. a3 a4 a4 H2O
31
Notes:
Subject to devia-
tions in colours of
natural stone in this
brochure (printing
related).
Subject to colour
and technical
changes as well as
errors.
10 12 14
5,9 kW 5,9 kW 8,0 kW
- - 5,2 kW
4,5 – 7,7 kW 4,5 – 7,7 kW 5,6 – 10,4 kW
1,8 kg 1,8 kg 2,2 kg
160 m3
144 m3
ca. 43 m3
80% 80% 88%
1381 / 539 / 539 mm 1703 / 539 / 539 mm 1702 / 539 / 539 mm
150 mm 150 mm 150 mm
1330 mm 1331 mm 1694 mm
1145 mm 1525 mm 1541 mm
270 mm 270 mm 270 mm
275 mm 275 mm 275 mm
268 mm 268 mm 207 mm
180 kg 200 kg 230 kg
- - -
45 kg / 45 kg 135 / 110 kg -
Nero / Graphite Nero / Graphite Nero / Graphite
Terra / Pearl Terra / Pearl Terra / Pearl
- - -
Black Black Black
optional optional optional
optional optional -
optional / 45 kg optional / 110 / 135 kg -
- - -
- -
5.1 m (g/s) 5.1 m (g/s) 7.6 m (g/s)
350 °C 350 °C 150 °C
0.12 mbar 0.12 mbar 0.12 mbar
1250 mg / Nm3
1250 mg / Nm3
1250 mg / Nm3
40 mg / Nm3
40 mg / Nm3
40 mg / Nm3
RRF - 40 10 2207 RRF - 40 10 2207 RRF - 40 10 2550
Z-43.12-244 Z-43.12-244 Z-43.12-244
only RLA only RLA only RLA
32. a5 a6Technical Data
Views
Layouts
S
PARTHERM-QUALI
TY
Catalogue page 18 20
CHARACTERISTICS Heat storage attachment Convection air attachment
Nominal heat output 7.0 kW 5.9 kW
Water output range in kW - -
Heat output range min/max 4.9 - 9.1 kW 4.5 - 7.7 kW
Wood loading quantity per hour 2,2 kg 1,8 kg
Room heating capacity (approx.) ca. 186 m3
ca. 165 m3
Efficiency 78 % 82% 85%
DIMENSIONS (refering to the models with steel covering)
Stove height / width / depth 1390 / 556 / 498 mm 14810 / 583 / 468 mm
Flue pipe ø 150 mm 150 mm
Connection height – top outlet 1273 mm 1466 mm
Connection height – rear outlet 1122 mm 1308 mm
Distance front to center of Flue pipe - top outlet 222 mm 234 mm
Distance floor to center of external air connector (Ø = 100 mm) – rear connection 153 mm from the bottom to the back
Distance front to center of external air connector - underneath connection (Ø = 100 mm) 226 mm 350 mm
WEIGHT (fully assembled depending on the execution)
Steel covering 225 kg 400 kg 355 kg
Natural stone covering 275 - 305 kg 450 - 490 kg 405 - 445 kg
Heat storage elements (optional) (with Top outlet/Rear outlet) 110 / 95 kg 45 kg -
MODEL VARIANTS (side covering and top plate)
Steel Nero / Graphite Nero / Graphite / Terra
Terra / Pearl Pearl / White
Natural stone Sandstone Caramello / Soapstone Soapstone
Door - Printed glass ceramic Glass (printed black) Glass (printed black)
FEATURES/ACCESSORIES
RLA
RLU - -
Rotatable (180°) with rotating flue pipe - -
External air connector piece
Heat storage optional / 110 / 95 kg inclusiv 45 kg -
Lateral heat storage 40 kg / Side panel 53 kg / Side panel
H2O - -
CALCULATION DATA
Exhaust mass flow with relation to nominal heat output 6.8 (g/s) 4,9 (g/s) 4,7 (g/s)
Exhaust temperature measured in the exhaust flue pipe 305 °C 258 °C 228 °C
Minimum chimney draught for nominal output 0.12 mbar 0.12 mbar
Average CO content of the exhaust gas in relation to 13% of O2 1250 mg /Nm3
1250 mg/Nm3
Dust emission 40 mg / Nm3
40 mg / Nm3
DIN EN 13240 (European norm) RRF - 40 09 2177 *
DIBt (German Institute for Structural Engineering) Room air sealed operation - -
VKFTA No. (Swiss fire protection certificate) -
Art.15a B-VG test report (Austria)
DINplus certification
Requirements of the 1st and 2nd level of BImSchV
* Measurements were not available when this went to print
33. a6 H2O a7 a8
33
Notes:
Subject to devia-
tions in colours of
natural stone in this
brochure (printing
related).
Subject to colour
and technical
changes as well as
errors.
22 24 26
7,9kW 5.9 kW 5.9 kW
4,9 kW - -
5,5 - 10,3 kW 4.5 - 7.7 kW 4.5 - 7.7 kW
2,3 kg 1,8 kg 1,8 kg
ca. 56 m3
ca. 140 m3
ca. 140 m3
80 % 80 % 80 %
1481 / 583 / 468 mm 1190 / 583 / 468 mm 1190 / 583 / 468 mm
150 mm 150 mm 150 mm
1466 mm 1169 mm 1165 mm
234 mm 980 mm -
234 mm 234 mm 234 mm
from the bottom to the back 205 mm -
350 mm 234 mm 234 mm
340 kg ~ 200 kg ~ 200 kg
340 - 430 kg ~ 250 - 300 kg ~ 250 - 300 kg
- - -
Nero / Graphite / Terra Nero / Graphite / Terra Nero / Graphite / Terra
Pearl / White Pearl / White Pearl / White
Soapstone Soapstone Soapstone
Glass (printed black) Glass (printed black) Glass (printed black)
- - -
- - -
- ~ 20 / 30 / 35 kg ~ 20 / 30 / 35 kg
53 kg / Side panel ~ 80 / 110 / 140 kg ~ 80 / 110 / 140 kg
- -
7.8 (g/s) 5.1 (g/s) 5.6 (g/s)
238 °C 318 °C 300 °C
0.12 mbar 0.12 mbar 0.12 mbar
1250 mg/Nm3
1250 mg/Nm3
1250 mg/Nm3
40 mg / Nm3
40 mg / Nm3
40 mg / Nm3
RRF - 40 15 3850 RRF - 40 13 3313 RRF - 40 13 3312
- - -
-
34. Base DBase A Base B Base C
LINEAR Module XS
Base B
Base A
Base C
Base D
Export
Combustible split logs split logs
Nominal heat output 4,0 kW 4,6 kW
Wood feed quantity 1,2 kg/h 1,4 kg/h
Heat output range min/max 4,0 - 5,2 kW 4,0 - 6,0 kW
Efficiency 80 % 80 %
Medium CO-level 1250 mg/m3
1250 mg/m3
Fine dust issuance 40 mg/m3
40 mg/m3
Weight from 56 kg from 56 kg
Fulfilled requirements
BlmSchV Stages 1 and 2
EN 13240 / DIN Plus / /
Aachen/Munich/Regensburg Ord.
AT §15a B-VG Norm (A)
Clean air act from 01.2011
(for Switzerland)
DEFRA
Flue gas mass flow 3,8 g/s 3,8 g/s
Exit flue temperature measured at
exhaust branch
252 °C 252 °C
Minimum of discharge pressure
at nominal heat output
12 Pa 12 Pa
S
PARTHERM-QUALI
TY
35. (z.B. Sessel)
Brennbar
A
B
C
E
D
Mittelpunkt
Brennraum
Brennbar
(zB. Sessel)
Brennbar
(zB. Sessel)
73°
D
C
A
B
Mittelpunkt
Brennraum
E
Brennbar
(z.B. Sessel)
C
C
C
D
Mittelpunkt
Brennraum
100°
Brennbar
(z.B. Sessel)
D
C
A
B
Mittelpunkt
Brennraum
E
70°
1 32
35
Curved glass – a1, a2, a3, a4, a4 H2O non-rotating Curved glass – a1, a2, a3, a4 rotating Straight glass – a5, a7, a8 non-rotating
Stove Distance from side wall Distance from rear wall Distance within radiant
area of window(s)
Dimensions of fireproof floor
covering
Distance for area to be
protected from radiant heat
A (cm) B (cm) C (cm) D (cm) E (cm)
Combustible Protection
not needed
Combustible Protection
not needed
Combustible Protection
not needed
Length x
width
Distance (round floor
covering)
ambiente a1 15 10 10 5 80 80 50 x 30 50 66
ambiente a2 15 10 10 5 80 80 50 x 30 50 66
ambiente a3 15 10 10 5 80 80 50 x 30 50 66
ambiente a4 15 10 10 5 80 80 50 x 30 50 66
ambiente a4 H2O 10 10 5 5 80 80 50 x 30 50 66
ambiente a5 20 10 28 5 80 80 50 x 30 50 66
ambiente a6 15 10 10 5 80 80 50 x 30 50 88
ambiente a6 H2O 8 5 9 5 80 80 50 x 30 50 88
ambiente a7 15 10 15 5 70 70 50 x 30 50 100
ambiente a8 10 10 - 5 65 65 50 x 30 50 100
In the stove installation example shown in Fig. 1, if dimension B is observed and dimension E measured on site is less than the value indicated, then it is not necessary to allow for the
radiant area with respect to the side walls. However, if the side wall is longer than dimension E, it must be decided on site whether this wall needs to be protected. The position of the
radiant area can be altered if necessary by increasing dimension A or dimension B.
LINEAR Module XS
fire protection – LINEAR Module XS
Stove Distance from side wall Distance from rear wall Distance within radiant
area of window(s)
Dimensions of fireproof floor
covering
Distance for area to
be protected from
radiant heat
A (cm) B (cm) C (cm) D (cm) E (cm)
Combustible Protection
not needed
Combustible Protection
not needed
Combustible Protection
not needed
Length x
width
Distance (round floor
covering)
LINEAR Module XS 10 10 10 5 80 80 50 x 30 50 70
fire protection – ambiente stove