Use the DAFM2 to troubleshoot air conditioning and heating systems, measure air velocities, wind speeds and temperature. The DAFM2 will also calculate CFM.

Portable, continuous measuring flue gas analysis instrument housed in an aluminum case for measuring air temperature, flue gas temperature, Oxygen O2, Carbon monoxide CO (H2 comp.), Nitric oxide NO, Nitric dioxide NO2, Sulfur dioxide SO2, Hydrocarbon HC, losses, excess air, combustion efficiency, Carbon dioxide CO2, draft and soot. Simultaneous display of eight measured variables on the illuminated LCD. Integrated thermal printer and RS232 interface. Measurement printout or service printout, both include date, time and fuel type. ppm, mg, mg/kWh, mg (ref.O2) units are selectable.
Automatic and manual CO-bypass. Memory for 220 measurements. Case has additional space for spare parts.

IMR 1500 P.PS rfor the continuos and simultaneous measurement of air temperature, flue gas temperature, O2, CO (H2 compensated), losses (qA), efficiency (ETA), draft/ pressure, Prepared for an additional NO-Sensor. Memory for 250 10 digits client numbers, each with 95 independent measurements. Memory output in any order on printer, PC or display. Three soot numbers may be entered; the average value of the three soot numbers is calculated. Printer, Interface RS 232 C.

IMR 1500 P.PS rfor the continuos and simultaneous measurement of air temperature, flue gas temperature, O2, CO (H2 compensated), losses (qA), efficiency (ETA), draft/ pressure, Prepared for an additional NO-Sensor. Memory for 250 10 digits client numbers, each with 95 independent measurements. Memory output in any order on printer, PC or display. Three soot numbers may be entered; the average value of the three soot numbers is calculated. Printer, Interface RS 232 C.

Gas analyzer for the continuous and simultaneous measurement of O2, CO (H2 compensated), SO2, NO, NO2, H2S, air temperature, flue gas temperature, pressure/ draft and soot. Calculated variables are CO2, Lambda (excess air) and qA (losses). Simultaneous display of all measuring variables on the CRT. The thermal printer allows the documentation of the measured variables. The following printouts are standard: measurement, average values, line graphics. All printouts with date, time and fuel. The printer is suitable for graphics and can be used as Multi Channel Line Recorder. Memory for 10485 measurements. Operating instructions are clearly displayed on the monitor and the instrument is easy to handle. Values, e.g. fuel parameters are programmable by the user. A special self check program monitors all Error messages or a request displayed on the monitor.

This device is for the cleaning of gases and is suitable for use in conjunction with all gas measuring and analysis instruments. It is encased in a handy portable case. It is especially designed for use with the IMR 2000 P/ IMR 3000 P gas analyzer. The dust free gas is led directly to the IMR 500 P via heated tube without being cooled. Leading the gas through a tube, the outside of that has dry gas flowing over it, performs the selective and continuous removal of water vapor. The water vapor permeates the tube and is drown off by the dry gas while the other constituents remain. At the end of the operation dry and dust free gas is left.

The gas-sampling probe of the IMR 5000 is designed for the continuous sampling of flue-gases and is constantly mounted. The gas-sampling probe comes in different lengths and diameters as well as with different flanges. IMR offers also a special probe with a heated probe head and filter. This special probe can be equipped with a optional insitu pre-filter.

CONTINUOUS FLUE-GAS MONITORING SYSTEM
The IMR 5000 is a state-of-the-art continuous flue-gas monitoring system, and is designed for a wide variety of flue-gas monitoring applications.
The IMR 5000 is a stand-alone analyzer that works automatically. The rugged wall mounted enclosure meets NEMA type 4X (IP65) standards. The modular approach of the IMR 5000 allows one or more gases (up to 8) to be measured simultaneously. The IMR 5000 uses the latest sensor technology from electro-chemical sensors up to NDIR benches. The system can analyze samples taken from up to 4 different sampling points. This sequential measurement is only possible with the addition of multiple gas sampling and conditioning devices (IMR 400). The IMR 5000 offers various outputs such as a serial interface (RS232/RS485), an analog output (volt / current) and an alarm (relay). All of the above features allow the IMR 5000 to be configured for a variety of applications and can easily be upgraded in the future.

The IMR 6000 is an oxygen / excess air combustion controller to measure, store and control oxygen (O2) in a combustion process. The analyzer works with all sorts of fuel (liquid fuels, gas and solid fuels) and calculates CO2, combustion efficiency and measures the fluegas temperature with a separate thermocouple probe.
The IMR 6000 can be installed with new boilers and it also can be easily integrated into existing installations.
The wall-mounted enclosure is rated IP65 and the instrument comes equipped with all needed sensors, probes and installation material like flanges.