In this category, you will find small and practical devices implementing or intermediating in the process of air conditioning and heating. These devices include, among others intelligent thermostatic heads that can be controlled via a Wi-Fi wireless network. The thermostatic heads offered by our store are supplied complete with a set of adapters that allow mounting the head on most types of sheet radiators. Wi-Fi controlled thermostatic heads can also be controlled by voice assistant or traditionally by manual adjustment. The designers also built-in the function of automatically switching off the heating after receiving a signal from the window opening sensor. We also offer Wi-Fi controllers supporting home ventilation, air conditioning and heating systems. You can also control heating from the phone using a dedicated mobile application. Wi-Fi controllers for indoor temperature control systems are compatible with the Android OS and Apple iOS specifications. We also offer traditional fan heaters with adjustable temperature and speed.
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Air conditioning and heating
See also
- Outdoor LED lighting
- DJI Phantom drones
- Syma drones
- 2-core cables
- Power supplies 12v 10a
- DJI Mavic drones
- Conductive paint
- Zortrax Filaments
- DJI Inspire drones
- 24v relays
- Wireless mice
- Esperanza compressed air
- Anet 3D printers
- Fluorescent filament
- Intel modules & kits
- Magnetic balls
- Hexbug toys
- DJI Mavic drones - drones and accessories
- Compressed air to clean the keyboard
- Tablets
- Encoders
- RPi Wi-Fi cards
- PLA Pro filaments
- 2D printers and pens
- Intel starter kits
- Android Box Smart TV
- Photo traps
- Banana Pi
- Smart ABS filaments
- Resistors SMD 1206
- Headphones
- GPS trackers
- Intel expansions & hats
- Aqara - home automation
- STM32 books
- Dobot 3D printers
- String bags (zip bags)
- Vacuum forming
- Books about Raspberry Pi
- Chargers
- Intel - module accessories
- Electrolytic capacitors SMD
- Car handles
- BeagleBone power supply
- Refill filaments
- Sensors and alarms
- Alarm sirens
- Tantalum capacitors SMD
- Flsun 3D printers
- Zortrax 3D printers
- Arylic sound modules
- Doorbells and peepholes
- Flexible filaments
- Khadas VIM
- Laminators
- Motor capacitors
- RC cars and models
- Control equipment
- Linear actuators
- Trilab 3D printers
- Goofoo 3D printers
- Bluetooth Speakers
- Urbicum 3D printers
- LED lighting
- Spare parts
- Webcams
- Weight meters
- Mycusini 3D printers
- Raspberry Pi 2B+
- TinkerGen
- ATMAT 3D printers
- Makeblock 3D printers
- MakerPi 3D printers
- Transport cases
- Orange Pi
- Silk Filaments
- Sparky
- Abilix Krypton
- 3D printer Artillery
- Gas soldering irons
- SkriWare - educational robots
- Air purifiers
- LittleBits
- Exta Free - sensors and modules
- Netronix RFID modules
- Spresense Sony
- Rock Pi
- AST lighting drivers
- CubieBoard
- WowWee
- Coolseer home automation
- AMK - automation and control
- Smartwatches
Fan heaters - simple to use and very efficient
Fan heaters are small, portable household electrical appliances that allow you to quickly distribute heat energy in living rooms. This is especially convenient when traditional furnaces require a long heating time and the distribution of heated water through radiator pipes. The fan heater is a great alternative to traditional heating systems and is great for heating living rooms as well as workshops in basements and garages. Most often, fan heaters are available in the power range from 500W to 2500W. Usually, these devices allow for quick heating of rooms with an area from 10m2 to 20m2. The fan heater is most often single phase 230VAC at 50 Hz. The fan feeding circuit should be protected with a B10 fuse. Most often, fan heaters are made of plastic (polypropylene) housing and are built as second class electrical safety devices. This means that the power cable is two-wire (L- live wire, N- neutral wire) and the device has no protection earth terminal connection.
Fan heater - the principle of operation and functions of its device
In the construction of a typical fan heater, a spiral heater is used, which after switching on the supply voltage is heated to a high temperature due to the current flowing through it. Such a heater heats up very quickly, because just a few seconds after switching on the fan heater. Behind the heater is a propeller that is driven by an electric motor. Due to the rotation, the propeller creates a stream of air that is directed to the heater. In this way, the air compressed by the fan is heated and transferred to the outside via forced circulation. Fan heaters can be additionally equipped with an air filter located behind the propeller to trap particles of larger impurities present in the air. Typical fan heater designs are equipped with a regulator and a mode switch. The regulator - usually as a slider or knob - allows the thermostat to be set, i.e. at what temperature should the thermo-bimetal chopper contacts be opened. However, with the switch the user selects the operating mode - in most designs, there are three operating modes, i.e. the first heating stage, the second heating stage and the fan. In fan mode, the heater circuit is turned off.