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Tebis TX uses the technology of the installation bus for the control of lighting, heating and roller-shutters or other similar loads, in both residential and commercial applications.
Consumer expectations for increased control of lighting, security and heating continue to rise. Tebis TX offers simple solutions allowing installations to offer benefits that a traditional electrical installation cannot provide.
Tebis TX respects usual installation habits. Electrical contractors can continue to use familiar materials and gain precious time in planning, then wiring, as there is only one cable connecting each push button to the next. Right up to - and after - completion of wiring, you can choose which switch controls which light : the building user can decide at the last minute, or
change their mind at any time in the future with minimum fuss.
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system of contôle of the temperature item by item
tertiary range
Contrôlede temperature item by item for residences, writing desks and trade agencies
By its system of data transmission single, Prozone 2 offers to each flexibility installation and user-friendliness for an optimum comfort: - management personalized by zone of occupation, - aeraulic solution guaranteeing a diffusion controlled and adapted to each configuration of room.
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Flexibility, utilisation value and energy saving are the three main requirements for utility buildings (administration, office and public buildings, schools, hospitals, etc.). Apart from recouping investment costs, so-called life-cycle costs are also becoming increasingly important. These are made up of the investment costs (construction costs and planning) and all operating costs arising during the life of a building.
During the planning and construction phase of a new building, keeping to
the planned building costs often becomes an issue. Nobody seems, however, to be looking at the future operating costs although, according to a study produced by A.T. Kearney, these can be up to 20% of the construction cost each year. This percentage generally rises as a result of
increasing flexible use requirements. On average, operating costs have exceeded investment costs after seven years.
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A sophisticated lighting control system can provide significant cost savings. A variety of control methods present a solution to suit any setting, ensuring that energy is not consumed unnecessarily, while providing the user with complete flexibility and control over their environment. For more information, download our Office Lighting Energy Management brochure below. Dynalite automation solutions are found in a multitude of environments from office towers to scientific laboratories, to sports fields and stadiums. Some featured case studies below provide different project scenarios.
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The right room temperature contributes decisively towards our feeling of well-being in all situations. Needs differ greatly in this respect, depending on where one lives and how one personally reacts to temperatures. While room temperatures of 16°C to 18°C suffice for the kitchen and bedroom, we like to have a cosy temperature of 21°C in the living room and, perhaps, even 22°C in the bathroom.
A feeling of well-being, both in private life and in the work environment, is extremely important for us as human beings. Consequently, thermal comfort is also very important as far as the health and well-being of people is concerned, because they spend 95% of their time in buildings.
But the need for comfort and cosiness does not cease when we leave our own "four walls". All the other indoor areas where we spend time (shopping centres, restaurants, sports centres, offices, ....), as different as they are from one another, should also have an appropriate temperature.
A person feels uncomfortable when the body's temperature-regulating system (the skin) is subject to stress, e.g., as a result of too low or too high air and wall temperatures, strong air movements, too low or too high humidity and to light or too heavy clothing. In these cases, concentrations of heat, or heat losses occur in the body. A person feels comfortable when the air temperature, air movement, humidity and wall temperatures are in a balanced ratio to their activity and clothing. Comfortableness and wellbeing are also favourably influenced by the cleanliness of the air and a low noise level in the room.
With an increasing demand for comfort and a reduction in energy consumption, environmental consciousness becomes more and more a part of our lives. In private households in Germany, approx. 70% of the energy consumed is for heating and hot water. Calculated on the basis of the energy consumption in the country as a whole, 30% of the total energy is consumed for heating and hot water alone. The objective when planning any heating/air-conditioning system is to achieve the desired level of comfort and cosiness while saving as much energy as possible. This is of benefit to the environment, our purse and our well-being.
In the following, it will be shown how an individual room temperature control system can be planned and installed without difficulty.
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Manage heating with telephone dialling device
Selecting with telephone commands, via telephone dialling device, the timer thermostat operating mode (manual programme or pre-set automatic
programmes).
In homes with combined Burglar-alarm and Automation systems, the heating can be controlled remotely by sending telephone commands to the telephone dialling device. This device, suitably programmed, activates an actuator of the Automation system whose contacts are connected to the timer thermostat "remote" control terminals. When the contacts are closed, the timer thermostat is ready for operation with "manual programme and anti-frost mode", if instead the contacts are open the temperature is checked with one of the seven automatic programs available. When you are at home, the timer thermostat-operating mode is checked by means of a control device of the Automation system, configured to manage the actuator mentioned above.
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Wish: to save energy by minutant heating.
Report
You wish to have a pleasant temperature in all the house. For this purpose, you must adjust the thermostat of each radiator to the hand. Moreover, a latency ago before the desired temperature is not reached.
The solution Schneider Electric
With KNX, the thermostat of your radiators is regulated itself. It is you who decide where, when and on which temperature. You can thus heat the parts individually, according to your rhythm of life. The morning, for example, a timer starts the heating of the room to be laid down, the bathroom and the kitchen. When you return to the house the evening, the heating of the living room is also put in step. It is not a luxury, it is a pleasant comfort and a manner simple to make savings in heating.
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Comprehensive ranges of HVAC controllers (room controllers and primary equipment) , infrared or radio accessories fully compatible with all RJ9 digital link & remotes controllers.
*HVAC controllers connected in a distributed way to the HVAC devices.
*Primary equipment for controlling the production units (ATU, boilers, circuits...).
*User control devices: hard-wired room devices, infrared or radio remote controllers.
*They can operate in stand alone mode, can be connected to the LONWORKS® network or configurated by "KarnoWeb" server.
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Heating is kept at a comfortable temperature only when the occupants are at home. As soon as the occupants leave the house, the heating is automatically turned down to standby or eco-temperature.
At dawn, all lighting is switched off automatically where there is enough natural light.
It is impossible to switch on the garden lighting when there is enough natural light.
In winter, maximal use is made of the passive sun energy and the awning is lowered slower with bright sunlight, so that the heating reaches comfort temperature with less energy consumption.
Lighting is automatically switched off when it is left on longer than 60 minutes. Examples: garage, cellar.
You can save up to 50% in the children's bedrooms. By the use of motion-activated sensors, the children's bedrooms are not lit unnecessarily
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In addition to comfort and safety, long-term sustainability, efficiency and flexibility are growing in importance in the private and commercial building field. This is no problem for the JUNG KNX system. Thanks to the networking of individual functions, it ensures an %u201Cintelligent building%u201C. The KNX sensors integrate the building into a network of devices that communicate with each other and automatically control the use of e.g. lighting, heating, air conditioning and blinds control. This also optimises the use of energy and saves on operating costs.
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Without domotics, you find yourself moving around your house all the time: for instance lowering first-floor blinds because of the sunlight, going out to open the gate, going upstairs to switch off the lights, going into each room to set the heating, enabling or disabling the alarm, etc.
Domotics according to Delta Dore will change your life by automating and centralising the functions that take up time in your day-to-day life:
Domotics : products that interact with each other
Delta Dore products are created for different applications such as heating management, alarms and control systems. They can all to communicate with each other to provide you with the best possible levels of comfort.
Domotics : ease of use
Pressing a single button can trigger all the pre-programmed actions that you have chosen beforehand according to your lifestyle.
Domotics : upgradeability at your own pace
There is no problem if you cannot or do not want to equip everything all at once.
You can install what you feel is essential for your home at your own pace. Start with what you and your family consider to be a priority, everything will come together as and when you make your purchases.
You will rapidly discover the advantages of the systems' interaction with each other. You can then continue to extend your domotics system to reflect your lifestyle.
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Comfort, Control, Common Sense.
Control heating and cooling comfort where you want it, when you want it. With a Honeywell Zoning System, you won't heat empty rooms or over-cool one area in order to be comfortable in another. Zoning makes it possible for everyone to be comfortable.
You don't have to buy a new heating and cooling system for every room. A Honeywell Zoning System uses dampers in your ductwork that open and close as needed based on each zone's thermostat settings. When a zone is at the selected temperature, and doesn't need to be heated or cooled, the dampers close to save energy and maximize comfort elsewhere. Think of it as controlling your heating and cooling the same way you control your lights - a thermostat controls each zone to the temperature you choose.
Key Features
Meets American Lung Association® Health House® guidelines.
Increased comfort. No more rooms that are too hot or too cold.
Energy-efficient. Heat or cool only the areas you want, so you'll save energy.
5-year warranty.
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Comfort, Control, Common Sense.
Control heating and cooling comfort where you want it, when you want it. With a Honeywell Zoning System, you won't heat empty rooms or over-cool one area in order to be comfortable in another. Zoning makes it possible for everyone to be comfortable.
You don't have to buy a new heating and cooling system for every room. A Honeywell Zoning System uses dampers in your ductwork that open and close as needed based on each zone's thermostat settings. When a zone is at the selected temperature, and doesn't need to be heated or cooled, the dampers close to save energy and maximize comfort elsewhere. Think of it as controlling your heating and cooling the same way you control your lights - a thermostat controls each zone to the temperature you choose.
Key Features
Meets American Lung Association® Health House® guidelines.
Increased comfort. No more rooms that are too hot or too cold.
Energy-efficient. Heat or cool only the areas you want, so you'll save energy.
5-year warranty.
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Humidistat
The relative humidity is a decisive factor for a healthy room climate. JUNG hydrostats regulate the humidity, thereby preventing damage from mould and mildew.
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Integrated room automation covering different functionalities is the key to effi cient building operation and well-being of the users and
offers signifi cant savings potential. Energy consumption can be reduced through intelligent linking of the individual physical data points,
while the error-proneness and the quantity of physical data points in the building are also reduced. This leads to signifi cant cost reduction
during the construction phase and during operating.
This concept is optimised by taking into account global information such as weather data. Standard PC and IT technology enables
the operator to call up these data from a weather station installed on the building or via the Internet.
The modularity of the automation system facilitates fl exible responses to changes in the room layout, for example in the context of
a change of use or extension. This is a key point for the investor, who benefi ts from increased cost-effectiveness of the building.
A basic requirement in new and refurbished buildings is a pleasant indoor climate. In the interest of optimised energy consumption,
climate control in the individual rooms is automatic while users can fi ne-tune parameters based on their individual comfort requirements.
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The HVAC library offers system integrators a comprehensive range of more than 70 function blocks for automation of heating, ventilation,
air-conditioning and sanitary installations, which signifi cantly reduce the building services engineering effort.
The TwinCAT library contains function blocks relating to sensor/actuator level objects such as temperature sensors, analog valves,
3-point valves, single-stage fans, etc. It also contains function blocks relating to complex control tasks such as time schedulers, start-up
programs, sequence controllers, operating hours counters, summer night cooling, set point generators, etc.
A wide range of parameters is available for fi ne-tuning the function block to individual tasks: A pump block, for example, can quickly
be adjusted for the requirements of a cooler, heater, heating circuit, circulation or charge pump via just a few parameters.
Thanks to strongly object-oriented encapsulation of complex system functions, only a small number of function blocks is required for
creating complex system programs. The blocks are linked to each other via a small number of PLC variables. At the same time the objectoriented
function blocks form an ideal visualisation interface.
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