Measuring differential pressure in heating systems
When you carry out servicing work on residential heating systems, differential pressure measurement is part of the standard repertoire. These include:
Measurement of gas flow pressure and static pressure on gas boilers
Differential pressure measurements in the adjustment and servicing of gas heating systems
Pressure testing of water pipes using air
The measurement of gas flow and static gas pressure in the system are especially important. Because the burner can only operate well at a flow pressure between approximately 18 to 25 mbar. Outside this range, explosive flame formation can occur. The consequences are malfunctions or even breakdown of the heating system. For this reason, the acquisition of a reliable, easy-to-operate differential pressure measuring instrument is worthwhile.
Measuring differential pressure with the testo 512-1 digital differential pressure measuring instruments
With app integration, measuring range 0 to 200 hPa
Differential pressure measuring instruments
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Faster, easier, smarter: The testo Smart App brings all tools and measurements together - and documentation can also be dealt with conveniently using a smartphone or tablet. Benefit from intelligent connectivity and the unique all-in-one solution for all applications. So that not only the jobs on all heating systems are carried out smartly and effortlessly.
Parallel measurement
Efficient and safe
Documentation
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Customer data management
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Data transfer
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Second Screen
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Remote Control
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Other applications
Flue gas analysis
Exhaust and flue gas measurement on heating systems and other small combustion plants is used to determine the level of pollutants emitted and the heat energy lost.
The atmosphere should be contaminated by pollutants as little as possible.
Energy should be used as efficiently as possible.
Carry out measuring tasks on heating systems efficiently and safely
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Checking the gas connection pressure
Setting the gas-air ratio
Preparing the flue gas analyzer
Determining the flue gas loss
Calculating the efficiency (η)
And much more ...