IRYD MZ pid fuzzy logic controller is designed to control the operation of the C.H. fine coal and hopper boiler. The controller controls an extensive heating system. A specially designed menu allows to progressively activate further features or abilities of the controller. This controller has a special algorithm for the operation of pid fuzzy logic, which after determining by the user the maximum and minimum capacity of the boiler can smoothly select the blower speed, depending on the electrical load of the system and the type of fuel. In addition, this version has an additional algorithm pid, affecting the exhaust gas temperature and regulating the power of the boiler so that the value of the exhaust gas temperature does not exceed the maximum temperature pre-set by the user. These modern control algorithms allow to save on the amount of burned fuel, and which has a positive impact on the environment.
IRYD RTZ is a controller designed to control the operation of the C.H. boiler with a feeding screw or a ram feeder (with a feeder position sensor). The controller controls an extensive heating system. A specially designed menu allows to progressively activate further features or abilities of the controller. IRYD controller has an output to control the mixing valve actuator. It has the ability to control two independent heating circuits. Each of the circuits can be connected to additional remote control panel (PILOT) or to a room thermostat.
Iryd 605 is a controller designed to control the operation of a central heating boiler with a feeding screw. This regulator has the option of weather control. After connecting an additional external temperature sensor, the controller calculates the boiler setting according to the heating curve set by the user. Iryd 605 supports remote control - PILOT or room thermostat. These devices allow to increase the comfort of using the controller by the possibility of stabilizing the temperature in the room. Additionally, the controller enables operation of the circulation pump.
IRYD RTZ pid fuzzy logic controller is designed to control the operation of the C.H. boiler with a feeding screw or a ram feeder (with a feeder position sensor). The controller controls an extensive heating system. A specially designed menu allows to progressively activate further features or abilities of the controller. This controller has a special algorithm of work, pid fuzzy logic, which after determining by the user of a maximum and minimum output of the boiler is able to smoothly choose the appropriate dosage of fuel depending on the load of the system and the type of fuel. The controller controls continuously the blower operation choosing the right amount of fuel to a specific blower speed. In addition, this version has an additional algorithm pid, affecting the exhaust gas temperature and regulating the power of the boiler so that the value of the exhaust gas temperature does not exceed the maximum temperature pre-set by the user. These modern control algorithms allow to save on the amount of burned fuel, and which has a positive impact on the environment.
IRYD RTZ PID 602 is a controller designed to control the operation of a central heating boiler with a screw feeder or piston feeder (with a feeder position sensor). The controller controls an extensive heating installation. A specially designed menu enables gradual activation of further functions and possibilities of the regulator. In addition, a large touch screen provides greater convenience in using the device.
This regulator has a special fuzzy logic pid operation algorithm, which, after the user specifies the maximum and minimum boiler power, can smoothly select the appropriate fuel doses depending on the load on the installation and the type of fuel.The controller continuously controls the blower operation by selecting the appropriate amount of fuel for the given blower speed. In addition, this version is equipped with an additional pid algorithm influencing the flue gas temperature, regulating the boiler power so that the flue gas temperature does not exceed the maximum value set by the user. These modern control algorithms allow you to save on the amount of fuel burned, and thus have a beneficial effect on the natural environment. Additionally, RS 232 communication was used, thanks to which it is possible to expand the boiler control system with the MI-95 internet module. The controller also has a USB socket that allows for updating the software.
Controller IRYD RTZ PID RS COLOR
IRYD RTZ pid fuzzy logic RS COLOR controller is designed to control the operation of the C.H. boiler with a feeding screw or a ram feeder (with a feeder position sensor). The controller controls an extensive heating system. A specially designed menu allows to progressively activate further features or abilities of the controller. This controller has a special algorithm of work, pid fuzzy logic, which after determining by the user of a maximum and minimum output of the boiler is able to smoothly choose the appropriate dosage of fuel depending on the load of the system and the type of fuel. The controller controls continuously the blower operation choosing the right amount of fuel to a specific blower speed. In addition, this version has an additional algorithm pid, affecting the exhaust gas temperature and regulating the power of the boiler so that the value of the exhaust gas temperature does not exceed the maximum temperature pre-set by the user. These modern control algorithms allow to save on the amount of burned fuel, and which has a positive impact on the environment.
The Krypton regulator is a modern regulator for fine coal and hopper boilers, and at the same time a successor of one of the most reliable controllers on the market - RADON controller. Krypton microprocessor controller is designed to control the blower and circulating pump in the C.H. systems. It has an output for connecting a remote control. * The regulator is also available in the enhanced version (for high power boilers, supporting two blowers)
Controller KRYPTON 340 buffer PID fuzzy logic
Krypton 340 regulator is a modern controller for fine coal and hopper boilers with an advanced algorithm for controlling the PID FUZZY LOGIC blower. The controller continuously and automatically controls the blower and maintains a pre-set boiler temperature at a constant level. This solution ensures that there are no rapid temperature changes in the boiler. In addition, the exhaust gas temperature sensor can be connected to the controller, the use of which is to reduce the amount of heat exhausted to a chimney, and thus it affects the amount of fuel burned. The use of this controller improves the operation ergonomics: there is no need to interfere in settings the controller in the case of a change of fuel. Krypton 340 microprocessor controller is designed to control the operation of the blower, central heating pump, DHW pump and an additional pump capable of operating in 5 modes (circulating pump, floor pump, exchanger pump, boiler pump and buffer pump).
Controller KRYPTON 340 buffer PID fuzzy logic
Krypton 340 regulator is a modern controller for fine coal and hopper boilers with an advanced algorithm for controlling the PID FUZZY LOGIC blower. The controller continuously and automatically controls the blower and maintains a pre-set boiler temperature at a constant level. This solution ensures that there are no rapid temperature changes in the boiler. In addition, the exhaust gas temperature sensor can be connected to the controller, the use of which is to reduce the amount of heat exhausted to a chimney, and thus it affects the amount of fuel burned. The use of this controller improves the operation ergonomics: there is no need to interfere in settings the controller in the case of a change of fuel. Krypton 340 microprocessor controller is designed to control the operation of the blower, central heating pump, DHW pump and an additional pump capable of operating in 5 modes (circulating pump, floor pump, exchanger pump, boiler pump and buffer pump).
The Krypton 350 controller is a modern controller for fine coal-charging boilers with an advanced algorithm for controlling the PID FUZZY LOGIC blower. This controller is a development of the Krypton 340 regulator based on a large 4.3 '' color touch screen. This controller continuously and automatically controls the blower and maintains the temperature set on the boiler at a constant level. This solution prevents sudden temperature changes in the boiler. In addition, a flue gas temperature sensor can be connected to the regulator, the use of which is to reduce the amount of heat blown into the chimney, and thus it has an impact on the amount of fuel burned. The use of this regulator improves the ergonomics of use: there is no need to interfere with the settings of the controller when changing the fuel (fuel). The Krypton 350 microprocessor controller is designed to control the operation of the blower, CH pump, DHW pump, and an additional pump (e.g. floor pump) in central heating installations, it has an output for connecting a remote control.
The Krypton 360 regulator is a modern regulator for fine coal-charged boilers equipped with a pid algorithm with smooth speed control, separate for blowers aerating the furnace and a separate one for the secondary blower. For each of these blowers, you can set a separate characteristic, so we can use different types of blowers. The SW1 version has been designed to use this regulator to work with large boilers where the total power of the blowers aerating the furnace is up to 1.1kW, and the maximum power of the secondary blower is up to 550W. The Krypton 360 microprocessor controller is also designed to work with 3 pumps with a power of 250W each in central heating systems, it has an output for connecting a remote control.
The Krypton 360 regulator is a modern regulator for fine coal-charged boilers equipped with a pid algorithm with smooth speed control, separate for blowers aerating the furnace and a separate one for the secondary blower. For each of these blowers, you can set a separate characteristic, so we can use different types of blowers. The SW1 version has been designed to use this regulator to work with large boilers where the total power of the blowers aerating the furnace is up to 1.1kW, and the maximum power of the secondary blower is up to 550W. The Krypton 360 microprocessor controller is also designed to work with 3 pumps with a power of 250W each in central heating systems, it has an output for connecting a remote control.
The regulator Krypton B is a modern regulator for fine coal and hopper boilers with an jacket. It is used in hot air heating systems for halls and buildings. Krypton B microprocessor controller is used to control the operation of two blowers supplying air to a burner and a hot air blower. It has an output for connecting a remote control which further enhances its usability. The controller continuously and automatically controls the blower and maintains a pre-set boiler temperature at a constant level. This solution ensures that there are no rapid temperature changes in the boiler. The use of this controller improves the operation ergonomics: no need to interfere in the settings of the driver in case of a change of fuel.
Krypton BP microprocessor temperature controller is designed to control the operation of the central heating boiler. charging hopper with an air jacket equipped with a blower ventilating the furnace; stabilizes its temperature by smooth blower speed control (PID algorithm).Krypton BP controls the operation of a hot air blower and two high-power blowers (550W) to aerate the furnace. The use of this regulator improves the ergonomics of use: there is no need to interfere with the settings of the controller when the fuel is changed. The device has an output for connecting a remote control which further increases its usability.
Krypton BP microprocessor temperature controller is designed to control the operation of the central heating boiler. charging hopper with an air jacket equipped with a blower ventilating the furnace; stabilizes its temperature by smooth blower speed control (PID algorithm).Krypton BP controls the operation of a hot air blower and two high-power blowers (550W) to aerate the furnace. The use of this regulator improves the ergonomics of use: there is no need to interfere with the settings of the controller when the fuel is changed. The device has an output for connecting a remote control which further increases its usability.
KRYPTON H.T.W. controller is a modern regulator for fine coal and hopper boilers with a H.T.W. pump and also a successor of one of the most reliable controllers on the market - RADON H.T.W. KRYPTON H.T.W. microprocessor controller is designed to control the blower, a circulating pump, H.T.W. pump in the C.H. systems. It has an output for connecting a remote control.
Krypton H.T.W. PID controller is a modernized version of Krypton H.T.W. with a PID algorithm making it one of the most reliable and the most fuel-efficient controllers on the market. Krypton H.T.W. microprocessor PID is designed to control the blower, the circulating pump in the C.H. systems and H.T.W. pump. It has an output for connecting a remote control which further enhances its usability. The controller continuously and automatically controls the blower and maintains a pre-set boiler temperature at a constant level. This solution ensures that there are no rapid temperature changes in the boiler. The use of this controller improves the operation ergonomics: there is no need to interfere in settings the controller in the case of a change of fuel.
The Krypton OP temperature controller is designed to control the operation of the central heating boiler. with oil burner; The device has an output for connecting a remote control, which further increases its usability. The remote panel in the room, after reaching the desired temperature, lowers the boiler temperature setting by the previously set value.
The Krypton P regulator is a modern regulator for dust-charged boilers. Different types of housings in which the regulator is available allow the regulator to be mounted on the boiler or fuel tank, on the wall in the boiler room, under the boiler, in the control cabinet, on the rail. The Krypton P microprocessor controller is designed to control the operation of the blower and the circulation pump in central heating systems, it has an output for connecting a remote control. The SW2 version of the controller is designed to work with high-power boilers, which supports single-phase devices, including a feeder and a blower up to 0.55kW.
Krypton P H.T.W. Controller is a modern regulator for fine coal and hopper boilers with a H.T.W. pump. Different types of housings in which the controller is available allow its mounting on the boiler or a tank with fuel, on the wall in the boiler room, under the boiler construction, in the control cabinet, on a bus. Krypton P microprocessor controller is designed to control the blower, a circulating pump and the H.T.W. pump in the C.H. systems. It has an output for connecting a remote control.