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Portable FID Total Hydrocarbon Analyzer - SmartFID
Portable FID Total Hydrocarbon Analyzer - SmartFID
Product details
Portable FID Total Hydrocarbon Analyzer - SmartFID
SmartFID is a mobile analyzer used for analyzing and measuring organic carbon (VOCs). It converts the concentration of hydrocarbons in the measured gas into an electrical signal using a flame ionization detector. The combustion of hydrocarbons in the sample gas is carried out by a burner in an electric field environment consisting of hydrogen gas and VOC free air. At high temperatures, the hydrocarbons undergo chemical ionization into CHO+ions with a CH structure.By detecting the ion current, the corresponding VOC concentration can be obtainedValue. The measured values can be displayed in ppm or mgC units on a large LCD screen without the need for secondary conversion. The measured gas is sampled by a built-in diaphragm pump installed in the heated measurement sensor. Part of the gas enters the FID detector for analysis and measurement, while another part is discharged through a bypass. The instrument is equipped with a pressure controller to control the pressure stability of the measured gas during the analysis process. All components that come into contact with the tested gas are heated to 200 ° C. So SmartFID can be suitable for almost all industrial engineering applications without being affected by condensates.
The instrument is equipped with an automatic flame detector, a measuring air pump, and a pressure controller.
| Measuring components | Hydrocarbons, chlorinated hydrocarbons |
| measuring principle | Flame ionization detector (FID) |
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Measurement range (Relative to C)3H8) |
5 selectable ranges/automatic switching, range can be freely edited Standard: 0~10 ppm to 0~10 vol.% Optional: From 0~1 ppm to 0~1 vol.% |
| Detection limit | ≤ 1.5% maximum range value |
| linear | ± 1.0% selected range |
| Repeatability | ≤ 1.0% at a constant temperature and pressure |
| zero drift | ≤ 0.5% of the maximum range per month |
| Measurement drift | ≤ 2.8% of the highest weekly range value |
| Oxygen interference | <1.8% relative to 80ppm C3H8 |
| Preheating time | 25 min |
| Reaction time T90 | <1.5 s |
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| Measurement conditions: | |
| pressure | Atmospheric pressure ± 0.05 bar |
| temperature | 0–300°C |
| flow | About 1.2 l/min |
| Gas interface | 6mm outer diameter stainless steel interface or quick connector |
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| Gas consumption: |
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| Fuel gas |
Hydrogen, Class 5, residual hydrocarbons<0.5ppm, pressure: 3bar Continuous work consumption: 1.2l/h; Or H2/He mixed gas, Consumption: Approximately 2.4l/hr |
| Calibration gas |
The concentration is 80% of the range (commonly propane), and the equilibrium gas is air Pressure: 3bar, consumption during calibration: 1.6l/min |
| Combustion air/zero calibration gas | Built in air pump, carbon filter or hydrocarbon catalytic device |
| Interface | Quick connector |
| Power Supply |
115 or 230 VAC, 48 to 63 Hz; Energy consumption: Maximum 350 W (during heating), typically 120 W during operation (excluding catalytic converters); Maximum 540W (during heating), typically 150W (including catalytic converter) during operation; |
| weight | Analysis instrument: 14 kg |
| size | 420 mm x 470 mm x 310 mm |
| Analog output | Two freely editable outputs ranging from 0 to 4-20mA |
| Digital output | 3 freely editable touchpoints, 250 V AC 1 A |
| According to the standard | CE, EMV, VDE 0701, DIN EN 15267-3 |
Product Features
Automatically monitor important tasks and parameters
Embedded microprocessor automatic operation
5.7-inch large LCD display screen for operating and displaying instrument status
Measurement range 0-100000ppm/0-160000mgC with self setting range and instrument automatic range switching function
Built in measurement data storage function, output in XML format via USB to EXCEL format
Dedicated portable chassis that can accommodate both fuel gas cylinders and standard gas cylinders simultaneously
Built in heating controller controls 5-meter-long heating tube
Can set analog output to 0/4-20mA
Network interface module
Multiple language options
Reliable detection technology for long-term user on-site verification
Low fuel consumption technology
Low operating costs
Compact design
Optional: We offer optional support for SmartFID to meet more measurement needs.
Sampling:
Sampling probe
Filtering system
Heat tracing sampling tube
Additional modules:
Non methane blocking module
Zero gas catalytic converter
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