Messkonzept - Model FTC130 -Gas Detector for Gasdetection Technology
The small transmitter FTC130 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.
The adjustment on the device can be initiated by means of protected pushbuttons. It provides comfortable parameterization, visualization and adjustment through the PC interface SetApp2.0.
A potential-free output of 4-20mA as well as the RS232/485 interface enable the reading of measured values also the remote control of the devices.
General:
- Measurement process Thermal conductivity
- Sampling Transmitter extractive
- Connection 6mm pipe
- Dimensions (WxHxD in mm) 144x50x50
- 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 700 g
- T90 time at 60l/h < 1sec
Communication:
- RS232 Yes
- Current output 2x, 0/4-20 mA
- Voltage output —
- Display —
- Relays —
- Service program SetApp 2.0 Yes
- Calibration on site Yes
Options
- Flow measurement —
- Flow monitor —
- Infrared measurement —
- Multi Gas Mode Yes
- Protection against corrosion Yes
- Protection against condensate and dust Yes
- Suitable for inflammable gases Yes
- Moisture measurement —
- Cross-sensitivity compensation —
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