HD Analytics is the authorized representative of Dr. Foedisch one of the reputed German manufacturers of continuous emission monitoring analyzers, process analyzers and dust monitoring devices. It has a huge reference list of supplies for reputed clients around the world.
Multi Gas Analyser MGA 20
- measurement of up to 8 gas components in flue gas and for process control
- automatic zero point setting by means of ambient air
- Filtercal technology for reference point adjustment; without gas consumption
- QAL1 certification according DIN EN 15267-1 (2009), DIN EN 15267-2 (2009), DIN EN 15267-3 (2008) in progress
Multi Gas Analyser MGA 12
- multi gas analyser for extractive gas component measurement
- cold-dry gas analysis
- QAL 1 & MCERTS according to EN 15267-3 and metrological pattern approval in Russia
- approved for installations according to IED
- max. 5 components
- compensation for temperature, pressure and water cross-sensitivities
- easy maintenance
Multi Component Analyser MCA 10
- extractive multicomponent analysis system
- hot-wet gas analysis
- QAL 1 & MCERTS according to EN 15267-3
- approved for installations according to IED
- max. 11 infrared components as well as oxygen
Multi Component Analyser System MCA 10 maritime
- compact and robust measuring system with easy operating
- appropriate for measurement preliminary and subsequent to exhaust treatment systems on ships
- measurement of up to 8 infrared components and oxygen
- internal measuring point switch‑over possible
- correction of cross-sensitivity and air pressure
- low-maintenance technology with high measuring accuracy
- long-term stability by automatic zero point calibration
- automatic reference point calibration by adjusting filter (optional)
- low-maintenance fan instead of air conditioner
- remote control (optional) via Ethernet or UMTS router
UV
Analyser UVA 17 HW
- analyser module in 19″
housing
- for continuous measurement of
e.g. NO, NO2, NH3, SO2, CH2O,
H2S, Cl2 and O2
- modern UV spectrometer (180-400
nm)
- O2 measurement
based on zirconium dioxide sensor
- heated measuring cell (max. 200
°C)
