The FTC300 is a thermal conductivity analyzer with outstanding properties for measuring tasks in process analytics. The device is characterized by high measurement accuracy and stability. It has a comfortable operating menu that allows you to adjust, parameterize and configure without much effort. In addition, operator and data access via an RS232 interface are possible, as well as various analog signal inputs and outputs. The robust design of the FTC300 is designed in protection class IP65 and enables operation at ambient temperatures of -20 ° C to + 50 ° C and is pressure-resistant up to 20 bar. For the measurement of hydrogen in nitrogen, the smallest measuring range is 0 to 0.5 vol.%.
The thermal conductivity analyzer FTC300 can be set up in such a way that switching between different measuring tasks is possible. Concentration determination in up to 16 different binary gas mixtures is possible. This option can be ordered under the keyword “Multi Gas Mode”.
The FTC300 provides a highly effective routine for cross-sensitivity compensation, which can be flexibly adapted to the respective measurement task. It requires as an input external voltage signal, which represents the concentration of the cross-sensitivity causing gas components.
| General: | |
| Measurement process | Thermal conductivity |
| Sampling | Analyzer extractive |
| Connection | 6mm pipe |
| Dimensions (WxHxD in mm) | 145x80x85 |
| Protection class | IP 65 |
| Pressure-proof to | 20 bar absolute |
| Power supply | 18V to 36V DC / 700mA |
| Ambient temperature range | -20°C to 50°C |
| Weight | to 1800g |
| T90 time at 60l/h | < 1sec |
| Communication: | |
| RS232 | Yes |
| Current output | 1x, 0/4-20 mA |
| Voltage output | 2x, 0-10V |
| Display | Yes |
| Relays | 3x |
| Service program SetApp 2.0 | Yes |
| Calibration on site | Yes |
| Options | |
| Flow measurement | Yes |
| Flow monitor | Yes |
| Infrared measurement | — |
| Multi Gas Mode | Yes |
| Protection against corrosion | Yes |
| Protection against condensate and dust | Yes |
| Suitable for inflammable gases | Yes |
| Moisture measurement | Yes |
| Cross-sensitivity compensation | Yes, external signal required |
| Specifications gas analysis | |
| Noise | < 1% of smallest range |
| Drift at zero point per week | < 2% of smallest range |
| Repeatability | < 1% of smallest range |
| Non-linearity | < 1% of range |
| Measuring error with ambient temperature change per 10°K | < 1% of smallest range |
| Flow influence between 60l/h and 90l/h per 10l/h | < 1% of smallest range |
| Fault with measurement gas change (Pabs > 800 hPa) per 10 hPa | < 1% of smallest range |
| Measuring Gas | Carrier Gas | Basis Range | Smallest Range | Smallest Suppressed Zero Range | Multi Gas Mode MGM |
|---|---|---|---|---|---|
| Measuring GasHydrogen (H2) | Carrier GasNitrogen (N2) or Air | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest suppressed zero range98% – 100% | Multi Gas Mode MGMYes |
| Measuring GasOxygen (O2) | Carrier GasNitrogen (N2) | Basis Range0% – 100% | Smallest Range0% – 15% | Smallest suppressed zero range85% – 100% | Multi Gas Mode MGMYes |
| Measuring GasHelium (He) | Carrier GasNitrogen (N2) or Air | Basis Range0% – 100% | Smallest Range0% – 0.8% | Smallest suppressed zero range97% – 100% | Multi Gas Mode MGMYes |
| Measuring GasCarbon dioxide (CO2) | Carrier GasNitrogen (N2) or Air | Basis Range0% – 100% | Smallest Range0% – 3% | Smallest suppressed zero range96% – 100% | Multi Gas Mode MGMYes |
| Measuring GasNitrogen (N2) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 3% | Smallest suppressed zero range97% – 100% | Multi Gas Mode MGMYes |
| Measuring GasOxygen (O2) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 2% | Smallest suppressed zero range97% – 100% | Multi Gas Mode MGMYes |
| Measuring GasHydrogen (H2) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 0.4% | Smallest suppressed zero range99% – 100% | Multi Gas Mode MGMYes |
| Measuring GasHelium (He) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest suppressed zero range98% – 100% | Multi Gas Mode MGMYes |
| Measuring GasCarbon dioxide (CO2) | Carrier GasArgon (Ar) | Basis Range0% – 60% | Smallest Range0% – 10% | Smallest suppressed zero range— | Multi Gas Mode MGMYes |
| Measuring GasArgon (Ar) | Carrier GasCarbon dioxide (CO2) | Basis Range40% – 100% | Smallest Range— | Smallest suppressed zero range80% – 100% | Multi Gas Mode MGMYes |
| Measuring GasMethane (CH4) | Carrier GasNitrogen (N2) or Air | Basis Range0% – 100% | Smallest Range0% – 2% | Smallest suppressed zero range96% – 100% | Multi Gas Mode MGMYes |
| Measuring GasMethane (CH4) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 1.5% | Smallest suppressed zero range97% – 100% | Multi Gas Mode MGMYes |
| Measuring GasArgon (Ar) | Carrier GasOxygen (O2) | Basis Range0% – 100% | Smallest Range0% – 3% | Smallest suppressed zero range96% – 100% | Multi Gas Mode MGMYes |
| Measuring GasNitrogen (N2) | Carrier GasHydrogen (H2) | Basis Range0% – 100% | Smallest Range0% – 2% | Smallest suppressed zero range99.5% – 100% | Multi Gas Mode MGMYes |
| Measuring GasOxygen (O2) | Carrier GasCarbon dioxide (CO2) | Basis Range0% – 100% | Smallest Range0% – 3% | Smallest suppressed zero range96% – 100% | Multi Gas Mode MGMYes |
| Measuring GasHydrogen (H2) | Carrier GasHelium (He) | Basis Range20% – 100% | Smallest Range20% – 40% | Smallest suppressed zero range85% – 100% | Multi Gas Mode MGM |
| Measuring GasHydrogen (H2) | Carrier GasMethane (CH4) | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest suppressed zero range98% – 100% | Multi Gas Mode MGM |
| Measuring GasHydrogen (H2) | Carrier GasCarbon dioxide (CO2) | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest suppressed zero range98% – 100% | Multi Gas Mode MGM |
| Measuring GasSulfur hexafluoride (SF6) | Carrier GasNitrogen (N2) or Air | Basis Range0% – 100% | Smallest Range0% – 2% | Smallest suppressed zero range96% – 100% | Multi Gas Mode MGM |
| Measuring GasNitrogen dioxide (NO2) | Carrier GasNitrogen (N2) or Air | Basis Range0% – 100% | Smallest Range0% – 5% | Smallest suppressed zero range96% – 100% | Multi Gas Mode MGM |
| Measuring GasHydrogen (H2) | Carrier GasOxygen (O2) | Basis Range0% – 100% | Smallest Range0% – 0.8% | Smallest suppressed zero range97% – 100% | Multi Gas Mode MGM |
| Measuring GasArgon (Ar) | Carrier GasXenon (Xe) | Basis Range0% – 100% | Smallest Range0% – 3% | Smallest suppressed zero range99% – 100% | Multi Gas Mode MGM |
| Measuring GasNeon (Ne) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 1.5% | Smallest suppressed zero range99% – 100% | Multi Gas Mode MGM |
| Measuring GasKrypton (Kr) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 2% | Smallest suppressed zero range96% – 100% | Multi Gas Mode MGM |
| Measuring GasExtinguishing gas (R125) | Carrier GasNitrogen (N2) or Air | Basis Range0% – 100% | Smallest Range0% – 5% | Smallest suppressed zero range98% – 100% | Multi Gas Mode MGM |
| MessgasDeuterium (D2) | TrägergasNitrogen (N2) or Air | Basis-MB0% – 100% | Kleinster MB0% – 0.7% | Kleinster MB mit unterdrükten96% – 100% | Multi Gas Mode MGM |
| MessgasDeuterium (D2) | TrägergasHelium (He) | Basis-MB0% – 100% | Kleinster MB0% – 5% | Kleinster MB mit unterdrükten70% – 100% | Multi Gas Mode MGM |
phone : +49 (0) 69 530 564 44
fax : +49 (0) 69 530 564 45
e-mail: info@messkonzept.de
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