The following 7500 products have been found matching your search "Heating":

Item/s (7500)

Categories | Others (10)

Found in manufacturer pages: 1

Etherma - Heating cleanly and directly with electricity: Based on this idea, Peter Reiter founded the company ETHERMA in Austria in 1981 and consistently pursued the implementation of the idea over the next few decades. Since it was founded, the company has been pursuing the vision of heating the floor directly with electricity without loss and without a boiler, and thus heating entire buildings with clean energy. It was thanks to the inventiveness and creativity of the founder that over the years new products were created that are still used worldwide today. He was a pioneer in the field of electric surface heating - numerous patents and the design protection of many products were the result of his commitment. The innovative strength in the areas of underfloor and open space heating with the special heating mats for easy, quick and cost-effective installation is the cornerstone of the ETHERMA success story. With the LAVA® design infrared heater, ETHERMA developed a heater in 2008 that not only has a strong design, but also impresses with its efficiency and functionality. The company ETHERMA is still significantly involved in the development of standards and new calculation and dimensioning methods, works together with the ÖVE and VDE on the further development of standards and is actively involved in associations for the acceptance of electrical heating systems. ETHERMA's corporate strategy has been characterized by expansion and expansion of the OEM business since the 1990s. Constant growth and increasing production led to the construction of a new company building with modern offices and a production hall at the Henndorf (Austria) site in 1996. The company is also continuing to strive to expand sales internationally. Another milestone was set with the founding of ETHERMA Deutschland GmbH as a wholly owned subsidiary. Strategic partners such as in Holland, Switzerland and Spain, but also in Australia and the USA help to make the ETHERMA brand known worldwide.

Found in shop categories: 9

Heating actuator - A comfortably warm bath after getting up or a cool bedroom at night - automatically. Who does not want that? Modern building automation makes it possible. The interaction of room temperature controllers, heating actuators and valve drives offers almost unlimited possibilities. The setup can be set up in all rooms according to the needs of everyday life.What are heating actuators?If you want to regulate the temperature in the room, in the apartment or in the entire building automatically, heating actuators play a central role. In principle, these are switching actuators. However, these are not equipped with mechanical relays. Thermoelectric valves (low ohmic loads) work here, which use electronic circuits (Triac) to ensure closed hot water circuits or chilled water (chilled ceiling). As a result, these devices are noiseless and wear-free.How is room temperature controlled via a heating actuator?The control difference determined by a KNX room temperature controller, i.e. the difference between the setpoint temperature and the actual temperature, is converted into a command value telegram. It is sent to the corresponding channel of the heating actuator via the KNX bus. Connect the thermoelectric (conventional) actuator to the duct using a suitable cable (e.g. NYM-J 3x1.5). The heating actuator can switch directly (1 bit) or independently process a received 1-byte command value signal internally. With the latter, the KNX bus is relieved because there is no flood of control telegrams from the room temperature controller to the actuator. Only the calculated control difference is sent to the actuator as a 1-byte command value telegram (0-100%). This converts the information into switching signals (on/off) directly to the assigned heating channel. This is called pulse width modulation (PWM). TIP:Make sure there are enough control channels on the heating actuator, ideally at least one per room. This creates maximum flexibility when controlling. The following small example illustrates the rough functionality, not the actual, manufacturer-specific control algorithm:The current temperature (controlled variable) is 20 degrees Celsius. The desired room temperature is 25 degrees Celsius and represents the set value for the controlled variable (command variable). The difference between the desired room temperature (set value) and the current temperature (actual value) is the control difference. The control difference is 5 degrees Celsius and is used to determine the manipulated variable that influences the room temperature. Assuming the manipulated variable is 20%. This value is sent to the heating actuator in the form of a 1-byte telegram (0-255 = 0-100%). The value 51 is therefore transmitted to the actuator. The time for opening/closing the actuator is stored in the parameters of the actuator using ETS. You can find this time in the properties of the respective 230V AC or 24V DC thermoelectric actuator. For example, the actuator takes 2 minutes to fully open. With a command value specification of 20%, the actuator would switch on the valve drive for 24 seconds (20% of 2 min.) and switch it off for 96 seconds. This process is repeated until the room temperature controller calculates and sends another command value specification. Depending on the manufacturer of the actuator, you can integrate several actuators per channel.How do I find the right heating actuator?The selection of a suitable heating actuator is linked to certain requirements. Answering the following questions will help you make a decision:How many heating circuits does my system have?How many actuators do I have per heating circuit?Do I want to install the heating actuator centrally or directly in the heating circuit distributor?Do I want to protect the power supply of the device via a connection for auxiliary voltage?With what voltage do the actuators work?Which functions should the heating actuator have?Do I prefer a certain brand?and many more The range of functions of a heating actuator in particular can differ depending on the model. Things to keep in mind include the following:Is it controlled with 1bit (switching/PWM) and/or 8bit (continuous) control values?Is direct control with a temperature value possible via the KNX bus?Does the device have an integrated temperature controller?Are the setpoints saved in the event of a bus voltage failure?Is there an emergency operation if the cyclic command values fail?Are different operating modes available (comfort, night, frost protection, summer mode or winter mode)?Is there a short-circuit detection and a voltage failure detection?Does the device have a pump shut-off? High comfortDepending on the model, it is possible to set a minimum comfort temperature for the underfloor heating. An additional sensor measures the temperature of the floor and keeps it at your comfort level. This is very pleasant in barefoot zones such as a bath.Depending on what value you place on the individual properties, the range of products can be limited to just a few models.Can I connect a heating actuator directly to the actuators in my heating circuits?In the case of a decentralized installation, for example in the heating circuit distributor, models with L and N connections can be used for direct connection of the actuators.Are KNX actuators really bad?Thermoelectric actuators are not wear-free and should be replaced every year. That is why expensive KNX actuators, which combine the KNX actuator and actuator, have not caught on and are disappearing from the market.Image: Jung Triac 2336-REG-HZR-HE 6-fold KNX heating actuatorHow are thermoelectric actuators installed?Thermoelectric actuators (valve drives) are snapped or screwed directly onto the upper part of the valve used in the house. This connection with the valve spindle is usually made directly in the heating circuit distributor. You can use adapters made of PVC or metal to compensate for the manufacturer-specific distance differences between the drive and the upper part of the valve or the thread and the mount. In this way you ensure correct implementation of the manipulated variable.How do I prevent rapid wear and tear on my valve drives?The ETS parameter 'Flush' minimizes wear and tear on valves that are rarely used, for example in summer or in bedrooms. This function prevents rapid calcification of the heating valves. Good to knowWith actuators, a distinction is made between NC (normally closed) and NO (normally open). NC drives open when power is applied. In NO actuators, the current closes the valve. Please bear this in mind when planning your heating system, as it is ultimately your personal decision. In the event of a power failure or defect, NC drives close and you quickly notice a malfunction. These drives only consume electricity when heating. On the other hand, drives that open without current are more efficient during the heating period. In this case, switching off the pump by the heating actuator after the winter season would be advisable. Otherwise you would continuously use electricity to keep the heating closed by means of the NO actuators in the warm season.Who are the leading manufacturers of KNX heating actuators?The leading manufacturers of KNX heating actuators at eibabo® are, for example, ABB, Berker, Busch-Jaeger, EIBMARKT, Elsner, Gira, Hager, Jung, Lingg & Janke, MDT, Merten, Siemens and Theben. We have more than 25 years of experience in the field of building automation and have arranged the order of the products in this catalog accordingly. Price/performance, quality and range of functions are particularly good for the heating actuators listed first.  Catalogue content:In this eibabo® catalogue Installation bus systems > Heating actuator for bus system you will find items from the following product groups:Item overview:Blind controlBlind functionCircuit controlConsumer controlCooling outletDIN railEnergy efficiencyEnergy efficientEnergy measurementExpansion moduleFan actuatorsHeater outputHeater plugHeater relayHeating actuatorHeating boxHeating controllerHeating thermostatic valveInstallation busLighting controlManual operationSocket controlStarter packSwitching actuator moduleSwitching outputThermostatic valveValve controlVentilation actuatorfrom the following manufacturers:Manufacturer overview catalogue Heating actuator:ABBAlre-itBerkerBusch JaegerEatonEltakoESYLUXGiraHagerJungMDTMertenSchneider ElectricSiemensTheben
Heating switch cabinet - Humidity and electrical systems - these are two things that don't really go together well. Condensation water, condensation water or splashing water should be avoided at all costs on electrical components with bare contacts. With a control cabinet heater, you regulate the temperature and the relative humidity in the distribution box, thereby preventing the temperature from falling below the dew point and thus the formation of condensate. Switch cabinet heaters are available with and without fans in the eibabo technology store. Models with fans also have the advantage of simultaneously moving the air inside the junction box. The removal of moist air is therefore faster. Avoid consequential damage caused by corrosion and can lead to electrical short circuits. So secure your system with a high-quality control cabinet heater if it is located in areas where there are greater temperature differences or high humidity.Catalogue content:In this eibabo® catalogue Cabinet enclosures > Heating (switchgear cabinet) you will find items from the following product groups:Item overview:Accessories for control cabinetAir conditioningCabinet heaterCable distribution cabinetsCable distributorCloset heaterControl cabinet accessoriesControl cabinet air conditioningControl cabinet heaterControl cabinet heatingEnergy distributorExpansion systemHeater for control cabinetHeatingHeating (control cabinet)Heating (enclosure/cabinet)Heating (switchgear cabinet)Heating for control cabinetHigh current systemPipe trace heatingfrom the following manufacturers:Manufacturer overview catalogue Heating switch cabinet:EberleFinderGrotheHagerRittalSchneider ElectricSiemensStriebel & JohnWalther
Heating tape - Has it ever happened to you that a water-carrying pipe in the garden or on the property froze or was damaged as a result on particularly cold days in winter? Or do you have such a line and want to prevent this scenario? Then a high-quality and inexpensive heating tape from our eibabo online shop is definitely an option for you. A heating tape or a heating cable is an electrically operated resistance heater, which is also referred to as pipe trace heating or line trace heating. Such heating elements are in the form of flexible tapes, are available in different lengths and can be wrapped around liquid-carrying lines, fittings and containers. By being supplied with electricity, these heating elements give off heat and ensure that the temperature of the liquid inside these systems does not drop below a certain level. Please ensure correct installation so that the heat is distributed evenly.Catalogue content:In this eibabo® catalogue Residential heating > Heating cable you will find items from the following product groups:Item overview:AntifreezeAntifreeze heaterAntifreeze heating tapeBox gutter heatingCableCondensate drainDirect heatingDownpipe heatingFlowing screedFrost protectionGutter heatingHeating cableHeating conductorHeating lineHeating loopHeating tapeHeating tape for pipe trace heatingHot water temperature maintenance heating tapeOil tank heatingOpen spaceOutdoor heating tapePartial storage heatingPipelinePipeline heating tapeReady madeRoof heatingTemperature maintenanceTrace heating tapefrom the following manufacturers:Manufacturer overview catalogue Heating tape:3MDeviEHT AEGEthermaGlen DimplexnVent ThermalStiebel Eltron
Heating mat - Heating mats are an alternative to classic underfloor heating. While retrofitting underfloor heating based on a water circuit involves considerable effort and high costs, a heating mat is comparatively easy to install. It has a low installation height and is connected directly to the electrical house installation. They are installed below the floor covering by means of an adhesive connection or embedded in leveling compound. Heating mats are suitable for both living rooms and wet rooms and are available pre-assembled in various sizes here in the eibabo online shop. You can use it to efficiently renovate, modernize or refurbish kitchens, bathrooms, hallways and rooms with difficult floor plans. There are models with and without a thermostat. A thermostat ensures that you can also set the temperature of your heating mat individually.Catalogue content:In this eibabo® catalogue Residential heating > Heating mat you will find items from the following product groups:Item overview:Built-in heaterConcrete core activationDehumidifierElectric floor heatingElectric underfloor heatingFloor direct heaterFloor heatingFloor heating foilFloor storage heaterFloor warmingHeat foilHeatingHeating matLaminate heatingOutdoor heatingOutdoor heating matProtective concreteRamp heatingRolled asphaltStorage heaterSurface heatingTemperingThermostatThin bed heating matThin bed heating mat setUnderfloor direct heatingUnderfloor heatingUnderfloor storage heatingfrom the following manufacturers:Manufacturer overview catalogue Heating mat:DeviEHT AEGEthermaGlen DimplexnVent ThermalStiebel EltronWitte + Sutor
Heating servomotor - The eibabo heating servomotors catalog lists servomotors and actuating drives in different designs for the regulation of the different types of heating. Servomotors for mixing units are used to regulate the temperatures of heating water. In most cases regulation by the actuating drive is usually automatic, but you can also operate the actuator manually if necessary. The servo motor or actuator for the heating is part of a control circuit or a control unit and is used for individual room regulation, for the regulation of zone valves or devices. Depending on the application, you can choose between electrical and thermal actuators. In commercial and industrial installations, pneumatic actuators or servomotors are often used. Servomotors for heating systems are usually valves that permit regulation. Set a certain value at the servo motor. If, during operation, a sensor / thermostat of the heating system detects a deviation from this set point, the actuator starts regulation. The actuator starts regulation automatically. You can use servo motors not only in heating systems, but in almost all automation systems. Basically, there are two different types of servomotors: In the currentless, normally closed type (NC) the expansion system of the actuator is heated after operating voltage is applied. Then, follows an even opening process. If the applied voltage is interrupted, the actuator expansion systems cools down and the actuator closes. The servomotor type with currentless, normally open design (NO) works the other way around. Using an adapter, you can employ eibabo actuators for all standard thermostat valves.Catalogue content:In this eibabo® catalogue Spare parts for fittings > Electric servomotor you will find items from the following product groups:Item overview:ActuatorActuator for valvesControl valveDamper actuatorDriveElectr. actuator for valvesElectr. servomotor for valvesElectric actuatorElectric actuator for valvesElectric driveElectric motorElectric servo motorElectric servomotorElectrothermactuatorEngine valveHeater servomotorHeating actuatorMixing valve actuatorProportional motorServo motorServo motor, electricServomotorServomotor for valvesSpring return actuatorValve actuatorValve drivefrom the following manufacturers:Manufacturer overview catalogue Heating servomotor:Alre-itDeviEberleGlen DimplexIssendorffJungMöhlenhoffTheben
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