Controllers for traditional stoves and furnaces with heat storage system

Modern heating systems using fireplaces and stoves for heating living areas are evolving in recent times at an amazing pace. Manufacturers are continually modify furnaces and heating systems for the most efficient use of fuel. However, ever since the fire itself is a very difficult element to curb and requires from the user a considerable knowledge and commitment of time. Every user who uses this type of heating, knows how many obligations are incumbent on the user. How much effort is required to ensure proper regulation, so as to achieve the required parameters of burning and economically manage a stove.
To improve the ease of use, safety, and efficiency of the stove – the TATAREK company develops newer and newer solutions in the form of electronic combustion optimizers (EOS), so as to ensure optimum operating conditions of the furnace in terms of temperatures which the user desires to get in heated rooms. The main task of this type of conrollers is to optimize the combustion process for individual heating system and extending the wood burning process in time, which ensures longer heat transfer to the rooms and fuel savings of up to 30% yearly.

RT-08 OS (Optimizer of Combustion) - is the latest development of our company. The controller is designed to optimize the combustion process in conventional furnaces equipped with a direct flow of air into the combustion chamber.  By measuring  temperature directly over the combustion chamber, you achieve the most efficient regulation of the air supply, which combined with appropriate control algorithms allows to optimize the combustion process and thus a more economic use of the heat obtained in the process.

RT-08 OS GRAFIK (Optimizer of Combustion) - is the latest development of our company. The controller is designed to optimize the combustion process in conventional furnaces equipped with a direct flow of air into the combustion chamber.  By measuring  temperature directly over the combustion chamber, you achieve the most efficient regulation of the air supply, which combined with appropriate control algorithms allows to optimize the combustion process and thus a more economic use of the heat obtained in the process.

RT-08 OS GRAFIK II(Optimizer of Combustion) - is the latest development of our company. The controller is designed to optimize the combustion process in conventional furnaces equipped with a direct flow of air into the combustion chamber.  By measuring  temperature directly over the combustion chamber, you achieve the most efficient regulation of the air supply, which combined with appropriate control algorithms allows to optimize the combustion process and thus a more economic use of the heat obtained in the process.

The control kit of air supply to the stove by a IR-remote control. It allows the user to remotely control both the air damper that regulates air supply to the furnace and combustion process. The kit includes: IR-remote control, executive module mountable on the stove housing and air damper.

The controller RT-08 OM / Optimizer of Stove Power /. This is a device intended for operating classic stove inserts and furnaces equipped with the air supply duct into the combustion chamber. The purpose of the controller is to optimize the operation of the furnace in terms of obtained power and stabilize its operation at the power range required by the user. This is done through the air damper that smoothly regulates the flow of air into the combustion chamber.

The controller RT-08 OM GRAFIK / Optimizer of Stove Power /. This is a device intended for operating classic stove inserts and furnaces equipped with the air supply duct into the combustion chamber. The purpose of the controller is to optimize the operation of the furnace in terms of obtained power and stabilize its operation at the power range required by the user. This is done through the air damper that smoothly regulates the flow of air into the combustion chamber.

MICROPROCESSOR TEMPERATURE CONTROLLER RT-08  SAC is a device intended to operate heating sources in heat accumulation systems, whose task is to optimize the combustion process and maintain the embers phase as long as possible in the combustion chamber in order to  most efficiently transfer the received heat to the accumulation elements and their protection against  a prematurely loss of the heat.