Gas valves

The key element for the perfect combustion mixture

The energy yield during combustion is only perfect with the optimum mixture ratio of gas and air. In condensing units, the gas valve is a key component for combustion control. It provides exactly the gas quantity which the gas-air control system requires for efficient combustion and also ensures safe operation thanks to the controlled gas supply.

The gas valve range from ebm-papst covers a heat output range of 1.5 to 600 kilowatts and was specially designed for our system solutions in condensing technology. Regardless of whether the control system is pneumatic or electronic, it is crucial in both combustion systems that all components are carefully coordinated: Blower, venturi, burner control and, of course, the gas valve.

The gas valve range is suitable for all gas types and adaption for adding up to 20 percent hydrogen will also be possible in future. Certification for this is in progress.

Find your combination

Two for the pneumatic composite system

Mechanical valves are used in our CleanEco pneumatic gas-air control system . The gas is drawn in by the vacuum generated by the gas blower in the venturi. To ensure that the gas valve supplies the exact fuel quantity, it can be adjusted using two adjusting screws: The offset (zero point shift) can be configured on the servo controller – pressure fluctuations in the supply network are compensated for in this way. The setting on the main flow regulator can be used to adjust the desired gas quantity to match the gas quality.

The D01 valve is suitable for a very broad power range of 8 to 120 kW and features compact dimensions that enable space-saving boiler constructions. The E01 valve is even more compact for lower power classes. It is now available in two variants: for power ranges from 3 to 56 kW and now for 1.5 to 35 kW, with a higher dynamic stability. This means that the spectrum for smaller power ranges has once again been significantly refined.

The solution for an electronic gas-air control system

Gas sources drying up, fluctuating gas qualities and new fuels - the condensing units of the future have to react flexibly. With our CleanVario electronic gas-air control system, we offer a system that automatically adapts to the fuel, i.e. it is gas adaptive. Here, the mixing ratio is not controlled by the vacuum but by the electronic actuation of the gas valve. Instead of reacting passively, it actively controls the supply of the gas depending on the combustion quality.

With the F01 series, ebm-papst offers the right electronic valves for all performance classes between 1.8 and 600 kW. They were specially developed for the electronic gas/air ratio control. Controlling the gas supply uses a stepper motor with integrated pressure regulator, which can precisely vary the flow rate and thus the amount of gas.

Gas valves for pneumatic and electronic gas-air control systems

Want to read all the details?

Two brochures entitled “Maximize performance even with sizes 630 and 710? Yes! AxiBlade – your ebm-papst solution”

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You want to learn more?

For our products you can find here the most common data sheets for download.

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It all depends on the combination

Which valve is best suited to which blower? Which venturi do I use? With our components, you can create a perfectly coordinated combustion system. These combinations are possible:

This is what the gas-air control system looks like when completed

RadiMix

RadiMix up to 150 kW Spectacularly compact, quiet and efficient

CleanEco

Adapt to the future: with CleanEco and CleanVario.

System solutions

System solutions: Perfect coordination of the individual components.

The CleanEco and CleanVario complete systems

Modern and efficient heating technology plays a crucial role in the energy revolution succeeding. With CleanEco and CleanVario, ebm-papst has two complete systems for combustion control in its portfolio which make an important contribution to a clean future. This not only benefits the environment, but also manufacturers, installers – and of course end users.

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