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Comparison Teknix ESPRO/RS-9 kW 9 kW
400 В
vs Teknix ESPRO 9 kW 9 kW
400 В

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Teknix ESPRO/RS-9 kW 9 kW 400 В
Teknix ESPRO 9 kW 9 kW 400 В
Teknix ESPRO/RS-9 kW 9 kW
400 В
Teknix ESPRO 9 kW 9 kW
400 В
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Wi-Fi control. Possibility of connecting an indirect heating boiler. Economic circulation pump with frequency regulation Willo Star RS. Heating elements and heating flask made of stainless steel. Rotation of heating elements is used to increase the service life.
Wi-Fi control. Possibility of connecting an indirect heating boiler. Economic circulation pulser with frequency regulation Wilo-Yonos PARA. Heating elements and heating flask made of stainless steel. Rotation of heating elements is used to increase the service life.
Energy sourceelectricityelectricity
Installationwallwall
Typesingle-circuit (heating only)single-circuit (heating only)
Heating area72 m²72 m²
Technical specs
Heat output9 kW9 kW
Min. heat output
1.5 kW /6 heating elements of 1.5 kW/
1.5 kW /6 heating elements of 1.5 kW/
Power supply400 V400 V
Power consumption
43 W /3 – 43 W (pump)/
43 W /3 – 43 W (pump)/
Rated current14 A14 A
Coolant min. T30 °С30 °С
Coolant max. T80 °С80 °С
Heating circuit max. pressure3 bar3 bar
Consumer specs
DHW min. T30 °С30 °С
DHW max. T60 °С60 °С
Wi-Fi
Circulation pump
 /Willo Star RS/
 /Wilo-Yonos PARA/
Programmable thermostat
 /weekly/
 /weekly/
Boiler specs
Efficiency99 %99 %
Combustion chamberno chamberno chamber
Expansion vessel capacity
6 L /stainless steel/
6 L /stainless steel/
Connections
Central heating flow3/4"3/4"
Central heating return3/4"3/4"
Safety
Safety systems
water overheating
 
water circulation failure
 
water overheating
power outage
water circulation failure
frost protection
More specs
Glass panel
Dimensions (HxWxD)744x375x248 mm744x375x248 mm
Weight24 kg24 kg
Added to E-Catalogjanuary 2023november 2021

Safety systems

Gas pressure drop. This protection system ensures that the boiler is switched off in the event of a critical drop in gas pressure, insufficient for the normal functioning of the burner. In the event of such a fall, the valve that supplies gas to the burner is closed and blocked. After the restoration of gas pressure, it also remains closed; it is necessary to open it and resume the gas supply manually.

Water overheating. A temperature sensor automatically turns off the boiler when the temperature of the water in the system is critically exceeded.

Flame loss. Flame loss protection is based on a sensor that monitors the combustion of gas and automatically stops its supply. It prevents the room from filling with gas and the possible tragic consequences of this.

Draft control. In boilers with an open combustion chamber, to maintain normal conditions in the room where such a boiler is installed, constant removal of products of combustion into the atmosphere is necessary. The lack of a normal draft in the chimney can lead to the accumulation of combustion products in the room. The draft protection system prevents this by automatically turning off the boiler when it detects the release of combustion products outside the chimney.

Power outage. Most modern boilers h...ave an electronic control system; in addition, many structural elements (pumps, valves, fans, etc.) are also powered by electricity. Thus, a power outage during the operation of the boiler will inevitably lead to an abnormal mode of operation, which is fraught with breakdowns and even accidents. To prevent such cases, a power outage protection system is installed, which completely stops the operation of the boiler in the event of a power outage. When the power supply is restored, the boiler needs to be restarted manually.

Water circulation failure. This protection system controls the normal movement of the water through the heating circuit. Water circulation failure can lead to overheating of some elements of the boiler and damage to it. To avoid this, if the circulation is disturbed, the system turns off the pump and shuts off the gas supply to the burner.

Frost protection. A system that controls the temperature in the heating circuit. Freezing of the liquid in the circuit disrupts the normal operation of the heating, which may require heating of the pipes and lead to system damage. To avoid this, when the water temperature drops below 5 °C, the burner is ignited, the circulation pump is activated, and the circuit warms up to a temperature of about 35 °C — thus preventing the formation of ice in the pipes.

Glass panel

Such a panel usually covers the front of the unit. Glass does not affect functionality, but it gives the boiler an aesthetic appearance. It is also worth noting that glass is easier to clean from dirt than painted metal. However, note that the presence of a glass panel significantly affects the cost. So it makes sense to specifically look for a boiler with this feature if it is planned to be installed in plain sight, and a stylish appearance for the unit is no less important than performance.