The FTC320 is the new generation of our thermal conductivity analyzers. With the new electronics, the measurement accuracy has been improved compared to the FTC300. The already low noise of our analyzers has been further reduced. This is particularly crucial for measurements in the trace range.
The FTC320Ex is an FTC320 with approval for Zone 2 according to ATEX Directive 2014/34/EU. The functionality, operation and measurement characteristics are the same as the FTC320. The conformity statement for the measuring concept manufacturer’s declaration was issued by TUV SUD on the 10.08.2020. The suitability of the housings used for the FTC320 product series for the Ex protection type „nR” (vapor-proof equipment) was proven by a fundamental test.
The FTC400 compact gas analyser offers precise and reliable process monitoring based on the principle of thermal conductivity plus integrated selective infrared measurement of CO2, CH4, CO, H2O and other IR-active gases. In addition to (quasi-) binary gas mixtures of, inter alia, H2, He, Ne, Ar, N2, Kr, O2, CH4, CO2, NH3 and SF6, complex gas mixtures can also be analysed online by means of cross-sensitivity compensation.
The FTC130-OEM is a high precision and stable thermal conductivity detector (TCD). It is designed for customers who use their own enclosures to ensure the desired degree of protection and thermal and electrical shielding. In terms of metrological properties, it is equivalent to the FTC130 if the installation rules are adhered to.
The FTC200-OEM is a highly precise and stable Thermal Conductivity Detector (TCD). It is designed for the use as an OEM detector. Since it is not equipped with housing it has protection class 00 and no electro-magnetic shielding.
It is not designed for the use in hazardous areas.
The small transmitter FTC150 for extractive measurements is based on the thermal conductivity principle.
The transmitter has an IP65 rating and is recommended for the precise, fast and sensitive measurement of (quasi-) binary gas mixtures, if a display of the measured value on site is not required.
The gas path is made of stainless steel and is pressure-resistant up to 20 bar. Linearizations of up to 16 gas mixtures are stored in the device for easy adjustment to changing measuring requirements. Variants with protection against condensation, dust and corrosion enable the use of the analyser under harsh process conditions.
