Whether it’s calculating the coefficient of performance, optimising a system, or gathering measurement and customer data: The Dräger EM200plus is your best bet in flue gas measurement – thanks to the proven Dräger precision.
The EM200plus is available in the models EM200plus-f (for solid fuel measurement) and EM200plus-i (for flow rate measurement).
- Flexible application
- Maintenance and service work
- Colour touchscreen with alphanumeric input
The Dräger EM200plus features a high-resolution colour touchscreen.
The Dräger EM200plus features a colour touchscreen. This enables particularly easy menu navigation and quick and efficient use. The swipe function allows you to move back and forth between the individual screens, even during measurement. Tapping a measurement value shows the measurement trend in a diagram.
The menu is organised clearly, allowing simple operation.
The device features a shock and impact resistant housing which won’t let you down, even under challenging conditions.
Dräger EM200plus product description
In addition to maintenance and service work on gas, oil and solid fuel furnaces, the Dräger EM200plus also performs TÜV-certified mean value measurement.
Here you can connect peripheral devices, such as the Dual Smart BC-Interface for reading digital burner controllers.
The Dräger EM200plus may optionally be equipped with the radiator check function and 4 Pascal measurement, tested for suitability.
The built-in operating instructions provide answers to questions concerning the device’s operation. These come in the form of instructions, suggested solutions and additional information.
Changes in the ember during solid fuel combustion cause fluctuations in the flue gas temperature and flue gas composition. These fluctuations must be compensated to ensure reproducible measurements. Mean values are therefore calculated over 15 minutes when measuring flue gas of solid fuels.
Since the gas velocity in the stack often varies throughout a cross section, measurements must often be taken at different points in the cross-section. The flow velocity can be determined from up to 60 individual measurements.