- BOD ANALYZER
- ONLINE COD
- ONLINE TOTAL ORGANIC CARBON (TOC)
- SILICON DIOXIDE ANALYZER
- TOXICITY ANALYZER
- AMMONIA NITROGEN ANALYZER
- DEGASSING ACID CONDUCTIVITY
- SODIUM ANALYZER
- CHLORINE ANALYZER
- DISSOLVED OXYGEN ANALYZER
- ONLINE WATER QUALITY MONITORING
- ONLINE HEAVY MENTAL MONITORING
- TURBIDIMETER
- ONLINE PH METER
- Technical Exchange Platform
- CO2/CO/N2O ANALYZER
- NO/SO2/CO2/CO/CH4/CH2O/NH3 ANALYZER
- NO/NO2/NOX ANALYZER
- TRACE MOISTURE ANALYZER
- TRACE NITROGEN ANALYZER
- GAS CHROMATOGRAPH
- OXYGEN ANALYZER
- TOTAL HYDRO CARBON ANALYZER
- Technical Exchange Platform
- NIR PHOTOMETERS
- SULFUR GAS ANALYZERS
- ULTRAVIOLET PHOTOMETRIC ANALYZER
- F2/CL2 ANALYZER
- GAS DILUTION SYSTEM
- HIGH PURITY GAS STREAM SELECTOR
Trace & Percent Oxygen Analyzers
TAI 3190/3290
Features
- Two field configurable ranges plus cal range (0-25%)
- Signal output: 0-10 VDC for range identification
- Analytical output: 4-20 mADC negative ground and 0-10VDC signals
- Universal AC power supply (Optional configuration available)
Specifications
- 3190 Trace
Ranges: 0-10 ppm and 0-1000 ppm and 0-25% calibration range (nominal) (user selectable percent ranges)(user selectable ranges can be set between 10 ppm and 10,000 ppm)
Accuracy: ±1% of full scale at constant temperature
Response time: 90% in less than 45 seconds at 25°C for fuel cell, faster with a zirconium oxide sensor
Oxygen sensor: Class B-2 (for ranges lower than 0-200 ppm), Optional: - Class A-2C for CO2 backgrounds -Zirconium oxide
- 3290 Percent
Ranges: 0-3% and 0-10% oxygen (standard ranges) and0-25% calibration range (nominal) (user selectable percent ranges) (user selectable ranges can beset between 1% and 25% O2) An optional 0-100%range is available.
Accuracy: ±2% of full scale at constant temperature; ±5% of full scale over operating temperature (once temperature equilibrium is reached; at 3% and higher user-defined ranges)
Response time: 90% in less than 10 seconds at 25°C
Oxygen sensor: Class E-2, Optional: - Class A-5 for CO2 backgrounds -Zirconium oxide