Space Heaters (263)
A 5kW unit for 208-volt, single-/three-phase (field convertible) operation Applied as an auxiliary heat source in walkways, stairways, vestibules, and entrances. The horizontal and vertical spot heater may be used in commercial, industrial and institutional applications. A specially designed deep-drawn venturi assures uniform air distribution The outward-drawn venturi channels the air forward for maximum, uniform air throw Outlet diffusers are provided to properly direct the heated discharge air
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A 5 kW unit for 208-volt, single-phase operation Applied as an auxiliary heat source in walkways, stairways, vestibules, and entrances. The horizontal and vertical spot heater may be used in commercial, industrial and institutional applications. A specially designed deep-drawn venturi assures uniform air distribution The outward-drawn venturi channels the air forward for maximum, uniform air throw Outlet diffusers are provided to properly direct the heated discharge air
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A 3.3 kW unit for 480-volt, three-phase operation Applied as an auxiliary heat source in walkways, stairways, vestibules, and entrances. The horizontal and vertical spot heater may be used in commercial, industrial and institutional applications. A specially designed deep-drawn venturi assures uniform air distribution The outward-drawn venturi channels the air forward for maximum, uniform air throw Outlet diffusers are provided to properly direct the heated discharge air
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A 3.3 kW unit for 208-volt, single-phase operation Applied as an auxiliary heat source in walkways, stairways, vestibules, and entrances. The horizontal and vertical spot heater may be used in commercial, industrial and institutional applications. A specially designed deep-drawn venturi assures uniform air distribution The outward-drawn venturi channels the air forward for maximum, uniform air throw Outlet diffusers are provided to properly direct the heated discharge air
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A 3.3kW unit for 208-volt, single-/three-phase (field convertible) operation Applied as an auxiliary heat source in walkways, stairways, vestibules, and entrances. The horizontal and vertical spot heater may be used in commercial, industrial and institutional applications. A specially designed deep-drawn venturi assures uniform air distribution The outward-drawn venturi channels the air forward for maximum, uniform air throw Outlet diffusers are provided to properly direct the heated discharge air
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A 4.8 kW unit for 240-volt, one-phase operation Suited for offices, lobbies, and reception areas for schools and dormitories Built - in tamper resistant thermostat Built - in tamper resistant disconnect switch Whisper-quiet sound level Fan delay switch allows the fan to continue to run for a short period after the thermostat is satisfied, to expel warm air from inside the heater
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A 4 kW unit for 240-volt, one-phase operation Suited for offices, lobbies, and reception areas for schools and dormitories Built - in tamper resistant thermostat Built - in tamper resistant disconnect switch Whisper-quiet sound level Fan delay switch allows the fan to continue to run for a short period after the thermostat is satisfied, to expel warm air from inside the heater
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A 3 kW unit for 240-volt, one-phase operation Suited for offices, lobbies, and reception areas for schools and dormitories Built - in tamper resistant thermostat Built - in tamper resistant disconnect switch Whisper-quiet sound level Fan delay switch allows the fan to continue to run for a short period after the thermostat is satisfied, to expel warm air from inside the heater
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A 2 kW unit for 240-volt, one-phase operation Suited for offices, lobbies, and reception areas for schools and dormitories Built - in tamper resistant thermostat Built - in tamper resistant disconnect switch Whisper-quiet sound level Fan delay switch allows the fan to continue to run for a short period after the thermostat is satisfied, to expel warm air from inside the heater
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A 1.5 kW unit for 120-volt, one-phase operation Suited for offices, lobbies, and reception areas for schools and dormitories Built - in tamper resistant thermostat Built - in tamper resistant disconnect switch Whisper-quiet sound level Fan delay switch allows the fan to continue to run for a short period after the thermostat is satisfied, to expel warm air from inside the heater
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A 5 kW unit for 240-volt, three-phase operation The surface-mounted heater may be applied in restricted areas or where wall space is limited Use in vestibules, entrance ways, lobbies, restrooms and small office and guard building applications Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor
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A 5 kW unit for 208-volt, one-phase operation The surface-mounted heater may be applied in restricted areas or where wall space is limited Use in vestibules, entrance ways, lobbies, restrooms and small office and guard building applications Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor
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A 4 kW unit for 208-volt, one-phase operation The surface-mounted heater may be applied in restricted areas or where wall space is limited Use in vestibules, entrance ways, lobbies, restrooms and small office and guard building applications Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor
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A 3 kW unit for 208-volt, one-phase operation The surface-mounted heater may be applied in restricted areas or where wall space is limited Use in vestibules, entrance ways, lobbies, restrooms and small office and guard building applications Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor
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A 2 kW unit for 208-volt, one-phase operation The surface-mounted heater may be applied in restricted areas or where wall space is limited Use in vestibules, entrance ways, lobbies, restrooms and small office and guard building applications Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor
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A 2 kW unit for 208-volt, one-phase operation Architecturally styled and vandal- resistant for schools, churches, stores, office buildings, transportation terminals, dormitories, hospitals Use in vestibules, entrance ways, lobbies, corridors, stairways, reception rooms, rest rooms, offices Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor Built-in unit mounted tamper proof thermostat breaks all ungrounded conductors in OFF position Equipped with built-in circuit breaker Equipped with a Class 2 control transformer, sealed rating of 20 VA, to supply control circuits of 24 volts or 120 volts
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A 2 kW unit for 208-volt, one-phase operation Architecturally styled and vandal- resistant for schools, churches, stores, office buildings, transportation terminals, dormitories, hospitals Use in vestibules, entrance ways, lobbies, corridors, stairways, reception rooms, rest rooms, offices Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor Built-in unit mounted tamper proof thermostat breaks all ungrounded conductors in OFF position
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A 4 kW unit for 208-volt, one-phase operation Architecturally styled and vandal- resistant for schools, churches, stores, office buildings, transportation terminals, dormitories, hospitals Use in vestibules, entrance ways, lobbies, corridors, stairways, reception rooms, rest rooms, offices Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor Built-in unit mounted tamper proof thermostat breaks all ungrounded conductors in OFF position
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A 3 kW unit for 208-volt, one-phase operation Architecturally styled and vandal- resistant for schools, churches, stores, office buildings, transportation terminals, dormitories, hospitals Use in vestibules, entrance ways, lobbies, corridors, stairways, reception rooms, rest rooms, offices Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor Built-in unit mounted tamper proof thermostat breaks all ungrounded conductors in OFF position
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A 5 kW unit for 208-volt, one-phase operation Architecturally styled and vandal- resistant for schools, churches, stores, office buildings, transportation terminals, dormitories, hospitals Use in vestibules, entrance ways, lobbies, corridors, stairways, reception rooms, rest rooms, offices Equipped with zero voltage reset thermal cut-outs for overheat protection and a totally enclosed, permanently lubricated motor Built-in unit mounted tamper proof thermostat breaks all ungrounded conductors in OFF position
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A 15 kW unit for 208-volt, three-phase operation Designed for rugged industrial applications in hazardous locations where the possibility of explosion or fire exists due to the presence of certain flammable gases, vapors, powdered metals or dusts Permanently sealed, liquid to air, finned tube heat exchanger core Ethylene glycol water mixture used as heat transfer fluid in the heater core, providing -45°C, (-49°F) freeze damage protection High-performance electric motor driven fan blows air across finned tubes to effect uniform heat transfer and area heat distribution Automatic reset capillary type high limit provides high temperature regulation and is rated for 100,000 cycles of service Adjustable louvers allow directional control of air Can be wall, ceiling or floor mounted
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A 10 kW unit for 208-volt, three-phase operation Designed for rugged industrial applications in hazardous locations where the possibility of explosion or fire exists due to the presence of certain flammable gases, vapors, powdered metals or dusts Permanently sealed, liquid to air, finned tube heat exchanger core Ethylene glycol water mixture used as heat transfer fluid in the heater core, providing -45°C, (-49°F) freeze damage protection High-performance electric motor driven fan blows air across finned tubes to effect uniform heat transfer and area heat distribution Automatic reset capillary type high limit provides high temperature regulation and is rated for 100,000 cycles of service Adjustable louvers allow directional control of air Can be wall, ceiling or floor mounted
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A 7 kW unit for 208-volt, single-phase operation Designed for rugged industrial applications in hazardous locations where the possibility of explosion or fire exists due to the presence of certain flammable gases, vapors, powdered metals or dusts Permanently sealed, liquid to air, finned tube heat exchanger core Ethylene glycol water mixture used as heat transfer fluid in the heater core, providing -45°C, (-49°F) freeze damage protection High-performance electric motor driven fan blows air across finned tubes to effect uniform heat transfer and area heat distribution Automatic reset capillary type high limit provides high temperature regulation and is rated for 100,000 cycles of service Adjustable louvers allow directional control of air Can be wall, ceiling or floor mounted
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A 5 kW unit for 208-volt, single-phase operation Designed for rugged industrial applications in hazardous locations where the possibility of explosion or fire exists due to the presence of certain flammable gases, vapors, powdered metals or dusts Permanently sealed, liquid to air, finned tube heat exchanger core Ethylene glycol water mixture used as heat transfer fluid in the heater core, providing -45°C, (-49°F) freeze damage protection High-performance electric motor driven fan blows air across finned tubes to effect uniform heat transfer and area heat distribution Automatic reset capillary type high limit provides high temperature regulation and is rated for 100,000 cycles of service Adjustable louvers allow directional control of air Can be wall, ceiling or floor mounted
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A 3 kW unit for 208-volt, single-phase operation Designed for rugged industrial applications in hazardous locations where the possibility of explosion or fire exists due to the presence of certain flammable gases, vapors, powdered metals or dusts Permanently sealed, liquid to air, finned tube heat exchanger core Ethylene glycol water mixture used as heat transfer fluid in the heater core, providing -45°C, (-49°F) freeze damage protection High-performance electric motor driven fan blows air across finned tubes to effect uniform heat transfer and area heat distribution Automatic reset capillary type high limit provides high temperature regulation and is rated for 100,000 cycles of service Adjustable louvers allow directional control of air Can be wall, ceiling or floor mounted
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A 1.5 kW unit for 240-volt, one-phase operation Suited for offices, lobbies, and reception areas for schools and dormitories Built - in tamper resistant thermostat Built - in tamper resistant disconnect switch Whisper-quiet sound level Fan delay switch allows the fan to continue to run for a short period after the thermostat is satisfied, to expel warm air from inside the heater
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A 1.5 kW unit for 208-volt, one-phase operation Suited for offices, lobbies, and reception areas for schools and dormitories Built - in tamper resistant thermostat Built - in tamper resistant disconnect switch Whisper-quiet sound level Fan delay switch allows the fan to continue to run for a short period after the thermostat is satisfied, to expel warm air from inside the heater
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A 1.5 kW unit for 277-volt, one-phase operation Suited for offices, lobbies, and reception areas for schools and dormitories Built - in tamper resistant thermostat Built - in tamper resistant disconnect switch Whisper-quiet sound level Fan delay switch allows the fan to continue to run for a short period after the thermostat is satisfied, to expel warm air from inside the heater
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A 15 kW unit for 208-volt, single-phase operation Constructed for use in areas that require washing or hosing of equipment due to a dirty or dusty industrial environment in non- hazardous locations The totally enclosed, watertight casing made with corrosion-resistant material, makes the unit ideal for industrial heating applications 24-volt transformer and control circuit Three-position switch (off - heat - fan) Disconnect switch with enclosure interlock Capillary thermostat with stainless steel sensor Automatic reset thermal cutout Totally enclosed UL listed motor
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A 10 kW unit for 208-volt, single-phase operation Constructed for use in areas that require washing or hosing of equipment due to a dirty or dusty industrial environment in non- hazardous locations The totally enclosed, watertight casing made with corrosion-resistant material, makes the unit ideal for industrial heating applications 24-volt transformer and control circuit Three-position switch (off - heat - fan) Disconnect switch with enclosure interlock Capillary thermostat with stainless steel sensor Automatic reset thermal cutout Totally enclosed UL listed motor
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A 7.5 kW unit for 208-volt, single-phase operation Constructed for use in areas that require washing or hosing of equipment due to a dirty or dusty industrial environment in non- hazardous locations The totally enclosed, watertight casing made with corrosion-resistant material, makes the unit ideal for industrial heating applications 24-volt transformer and control circuit Three-position switch (off - heat - fan) Disconnect switch with enclosure interlock Capillary thermostat with stainless steel sensor Automatic reset thermal cutout Totally enclosed UL listed motor
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A 5 kW unit for 208-volt, single-phase operation Constructed for use in areas that require washing or hosing of equipment due to a dirty or dusty industrial environment in non- hazardous locations The totally enclosed, watertight casing made with corrosion-resistant material, makes the unit ideal for industrial heating applications 24-volt transformer and control circuit Three-position switch (off - heat - fan) Disconnect switch with enclosure interlock Capillary thermostat with stainless steel sensor Automatic reset thermal cutout Totally enclosed UL listed motor
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Space Heaters - Expert Commentary
The last 18 months have seen an acceleration in digitalization across many aspects of work and home life. Home spaces have become workspaces, and commercial buildings have had to adapt to changed use and lower occupancy rates. Coupled with this, there is a growing need to dramatically reduce carbon emissions from buildings - according to the International Energy Agency (IEA), the buildings and construction sectors combined are responsible for over 30 percent of global energy consumption, and nearly 40 percent of carbon emissions. Installing separate systems This means that demand for a smarter approach to heating, ventilation and air conditioning (HVAC) management is crucial for building managers, who need to ensure that their properties can adapt to changed use, respond to the wellbeing of their occupants, and run efficiently to keep emissions as low as possible. Armed with this data, facility managers can take proactive steps to improve usage Of course, architects and developers have been installing separate systems to control HVAC for decades which have given building managers greater control and access to different areas of a site. However, with digitalization comes the addition of web-based platforms to allow these verticals to integrate seamlessly with each other, providing data on how efficiently and effectively a building operates through a single view application. Armed with this data, facility managers can take proactive steps to improve usage, which will see properties proactively react to the environmental and personal needs of their occupants. Centrally controlled lighting Many commercial buildings will already have a certain element of smart technology installed – from centrally controlled lighting and HVAC systems to remote management of security and energy management systems. However, it is often the case that these multiple applications are managed in silo. This means facilities managers don’t have a consolidated view of their data. In addition, not all managers will be using the data these devices produce to take steps to reduce the carbon footprint of their properties. Embracing smart technology – and a central control platform - gives building managers access to instant data on how their HVAC assets are performing in one place. This insight can be used to gain a thorough understanding of how the different systems in the building interact, and the external factors that may impact them. Effective building controls By using this data, operators can implement effective building controls to manage efficiencies By using this data, operators can implement effective building controls to manage efficiencies, identify maintenance issues, ensure the wellbeing of occupants, and inform future investment priorities. So, for example, if a building is now being used in a different way due to changed occupancy, the data will show the manager what needs to be done to ensure it is operating as efficiently as possible. We know that there will be increased demand for more flexible spaces as companies move towards remote or hybrid working models. It is likely that we will visit our offices less for day-to-day work and use them more as hubs to meet and collaborate. The ability to turn a traditional ‘bricks and mortar’ building into an agile asset that can learn and adapt to its surroundings will become increasingly important. Smart HVAC management Smart offices will become independently intelligent, learning how occupants use the space and services, adjusting lighting, HVAC and other systems to maximize health and comfort. Smart HVAC management will create a trend for ‘healthier’ buildings that will have a positive impact in terms of improved quality of life and wellbeing of occupants, ultimately resulting in higher productivity levels. In short, there has never been a better time to adopt smart HVAC technologies. Intelligent buildings that would have been unimaginable a few decades ago are now a reality. As buildings become smarter, they can learn how occupants use the space and services and proactively adjust lighting, HVAC and other systems to improve use, cut emissions and reduce energy consumption.
Pete Mills, Commercial Technical Operations Manager at Bosch Commercial & Industrial outlines how cities are using heat networks to achieve UK carbon emission targets. Heat networks, or district heating, are becoming an ever-greater part of our industry’s involvement in larger scale schemes. The ability to help the decarbonization of heat both now and in the future has made them an attractive solution to the new-build sector, as well as those undergoing deep renovation works. Net zero 2050 The UK’s net zero 2050 target may seem like a long way off. But steps need to be made now in order to reach this, something that our leading cities have recognized. Many have set their own carbon targets to ensure they stay on track. This is why heat networks’ ability to provide efficient heat and hot water to multiple buildings (and as the name suggests, whole districts) is a particular reason why many cities up and down the country are turning to them as a solution. What are heat networks? Generally, heat networks are defined as a system of supply pipes with a centralized heat generator (Energy Centre) that serves multiple domestic or non-domestic dwellings. These are usually in different buildings, but sometimes within a single large building like an apartment block or a university campus.District heating is often used to describe larger scale systems District heating is often used to describe larger scale systems of this sort, where there will be many buildings connected over a larger geographic area. In these systems, although the heat is provided ‘off-dwelling’, it is also common to have more than one energy centre. The principle is that energy for heating (and sometimes cooling) is supplied through the system of pipes, with each individual user being metered for the energy they use. Minimize pipe lengths Heat networks offer a number of advantages but are best suited to areas where there is high heat density, that is to say where there are multiple ‘households’ close together in order to minimize the length of pipes within the network. One of the key advantages for heat networks is their adaptability to use any form of heat generation. A key advantage from an environmental perspective is that they make use of waste heat, from sources such as electricity generation, waste incineration and industry. Heat networks are defined as a system of supply pipes with a centralized heat generator that serves multiple domestic or non-domestic dwellings The scale of the combined heat requirements of all these dwellings also helps the inclusion of renewable energy sources, which may be more difficult and costly to achieve at the individual dwelling level. Overall, their flexibility to use whatever heat source is available, makes them easier to decarbonize in the future.Other key benefits for Local Authorities and Housing Associations have been the elimination of individual gas appliances within dwellings. This has significant cost savings reductions for Local Authorities and Housing Associations where gas landlord checks are eliminated, along with the issues associated with access. City developments Today City Councils and developers are opting for heat networks to provide the heating and hot water for new redevelopment projects. The largest of these is the ambitious Leeds Heat Network, which once completed is set to be one of the UK’s largest new heat networks, connecting 1,983 council homes and numerous businesses in Leeds. The first scheme under the City Region’s District Heating program, the green initiative looks to reduce carbon emissions for the area as well as energy bills for the residents living there.The green initiative looks to reduce carbon emissions for the area Even more innovative is how the network will connect to the Leeds Recycling and Energy Recovery Facility, which burns black bin bag waste to generate heat. In theory this would make the network fully sustainable. There will be back-up support from efficient Bosch Commercial & Industrial boilers, which will only be switched on when required, say the colder months where the need for heat is higher. Climate change targets An hour’s drive away from Leeds is the city with one of the most ambitious climate targets in the UK. Manchester intends to be carbon-neutral, climate resilient and zero waste by 2038 – 12 years before the overall UK net zero 2050 target needs to be hit.To help achieve its ambitions, work has been taking place on the Manchester Civic Quarter Heat Network (CQHN). Manchester hasshown the versatility of heat networks due to the number of commercial buildings it will support The project will generate low-carbon power, heat and hot water for initially six council buildings and some residential properties with the possibility for the network to grow and connect further buildings across the city centre. Some see district heating as a solution solely for residential purposes, however Manchester have shown the versatility of heat networks due to the number of commercial buildings it will support. The project itself has also given Manchester a new landmark, the impressive ‘Tower of Light’, which incorporates the five flues from the technology powering the network. This beacon not only represents the city’s commitment to reducing its carbon footprint but also the innovative nature of district heating. Heating Battersea Power Station The final example lies in the Capital and may be one of the most famous developments in the UK at the moment. Battersea Power Station is not only one of the most iconic landmarks in London, but also the center piece of one of the most high-profile, large scale mixed-use redevelopment projects ever undertaken in the Capital.Battersea Power Station is a high-profile, large scale mixed-use redevelopment project The project involves the development of a district heating and cooling network, with a two-level underground energy centre – one of the largest of its kind. This complex heat, cooling and electricity network will continue to expand as the project continues to undergo its development stages. Looking ahead These are just a few examples of cities taking advantage of district heating and its many benefits, but near all cities in the UK have multiple heat network projects underway. Like with most innovations, smaller urban areas should then follow suit. The importance of district heating will no doubt become more and more prominent. Its ability to power whole areas and multiple buildings can already help efficiency levels, however its potential may be even greater in the future. One key energy transformation that is looking more and more likely is the decarbonization of the gas grid to hydrogen blends and ultimately 100% hydrogen. If these can be utilized in heat networks then the benefits will definitely put us and UK cities in a good place as we continue our journey towards net zero.
Automated After Hours HVAC Software And How You Can Quantify Its Value
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