For gas quality analysis
With its innovative equipment, the MultiAnalyser C4 perfectly meets the user’s requirements and is ready for operation immediately after switching on. High-quality manufacture and ergonomic design guarantee the quality standards for a compact and maintenance-friendly measuring device with high measuring accuracy. This multi-functional measuring device allows the emission-free determination of up to five measuring parameters with only one sample. Depending on the individual device configuration, values of the integrated sensors can be determined. Thanks to the easy-to-remove integrated battery, transport regulations are no longer an issue. Our field-replaceable sensors offer a great benefit as the device is ready for use immediately after replacement without any down times (Information on which parameters determine your device can be found in the technical data).
The MultiAnalyser C4 allows different methods of operation for emission-free handling of the measured gas. On the one hand the internal storage of the measured gas into the device, into an external cylinder or an external discharge gas collecting bag; for continuous measurements without pumping the gas back it is recommended to collect the gas in an external discharge gas collecting bag. On the other hand pumping the gas back into an external cylinder, vessel or gas compartment up to 10 bar pe. Furthermore, the external bag can be emptied by using the MultiAnalyser C4, a DILO service cart or compressor unit.
The measuring device offers automated operation via a 7" touch screen. It is possible to operate and exchange data by means of mobile end devices such as smartphones, tablets or laptops via WiFi. The remaining lifetime of the electrochemical sensors is automatically displayed. Integrated into a trolley, the measuring device can be transported in a safe and comfortable way. Modern control technology in conjunction with a user-friendly interface in several languages make device operation simple and convenient.
Sensor data | |||
Sensor | Measuring principle |
Measuring range |
Measuring accuracy |
Mol percent * C4-FN in CO2 or N2 | Non-dispersive infrared sensor (NDIR) | 0 - 10 mol-% | ≤ ± 0.1 mol-% (at <7%) ≤ ± 0.2 mol-% (at ≥7%) |
Moisture | Electronic dew point measurement (capacitive) | -60 to +20 °C | ≤ ± 2 °C (at > −40 °C) ≤ ± 3 °C (at < −40 °C) |
Mol percent O2 | Optical measuring principle | 0 - 25 mol-% |
≤ ± 0,3 mol-% (to 12%)** ≤ ± 0,5 mol-% (to 25%)***
|
Mol percent CO2 | Non-dispersive infrared sensor (NDIR) | 0 - 100 mol-% | ≤ ± 2 Mol-% |
Concentration CO | Electrochemical reaction |
0 - 10 Mol-% | ≤ ± 2 % of measuring range |
* Mol-% represents the amount of substance in a mixture and is equivalent to the ideal volume fractionn. The unit is independent from pressure and temperature.
** Valid for sensor temperature of 15°C - 40°C and a pressure range of 956 mbar ±100 mbar.
*** Valid for sensor temperature of 10°C - 50°C and a pressure range of 956 mbar ±100 mbar.
Overview MultiAnalyser C4 | ||||||
Device | C4-FN 0-10 % / rest CO2 | C4-FN 0-10 % / rest N2 | Moisture | O2 0-25 % | CO2 0-100 % / rest C4-FN | CO 0-500 ppm |
R101 | X | |||||
R201 | X | X | ||||
R202 |
X | X | ||||
R301 | X | X | X | |||
R302 |
X | X | X | |||
R401 | X | X | X | X | ||
R402 | X | X | X | X | ||
R405 | X | X | X | X | ||
R407 |
X* | X* | X | X | X | |
R501 | X | X | X | X | X | |
R503 | X* | X* | X | X | X | X |
* One sensor with two calibrations (switchable)
Dimensions (W x H x D) | 538 x 269 x 406 mm | |
Weight | 25 kg | |
Inlet pressure pe | 0.2 - 35 bar | |
Operating temperature | -10 to +50 °C | |
Ambient moisture | max. 90 % | relative moisture, non condensing |
Operating voltage | 85 - 264 V | AC |
Frequency | 47 - 63 Hz | |
Number of max. measured values to be stored | 500 | |
Interface | USB / LAN / WiFi | |
Measuring time | ≤ 7 min | variable calculated by the system |
Protection class | IP65 (device closed) / IP20 (device opened) | |
Measuring principle of sensor in CO2 or N2 | Non-dispersive infrared sensor (NDIR) | |
Measuring range sensor in CO2 or N2 | 0 - 10 mol % | |
Measuring accuracy sensor in CO2 or N2 | ≤ 0.1 mol % | at < 7% |
Measuring accuracy sensor in CO2 or N2 | ≤ 0.2 mol % | at ≥ 7% |
Measuring principle O2 sensor | Optical measuring principle | |
Measuring range O2 sensor | 0 - 25 mol % | |
Measuring accuracy O2 sensor | ≤ ± 0,3 mol % | (to 12%)** |
Measuring accuracy O2 sensor | ≤ ± 0,5 mol % | (to 25%)*** |