Now Custody Transfer Approved!
TCD-based chromatograph measures up to 16 components including hydrocarbons, CO2 , N2 and H2S for the natural gas processing industry.
- Ranges from 0-500 ppm to 0-100%
- < 0.5 BTU Repeatability
- Windows®-based interface
- Data Logging standard
- Serial Communications: RS-232, RS-485
- Dual 4-20 mA outputs
- Configurable Modbus
- 10-port Injection valve
- Thermistor-based TCD
- No Instrument air required
- Dual-Stream capability and calibration
Typical applications include:
- Gas Processing: Plant Inlet, Sales/Outlet, Sour Gas Pipeline Blending
- Amine Units: H2S for sulfur balanced/acid gas
- NGL Fractionation: De-ethanizer, De-propanizer and De-butanizer tops and bottoms
- C5+ Condensate
- C9+ with Hydrocarbon Dewpoint
- Waste and Fuel Gas Analysis
- Biogas and Landfill
- Custom Applications
The 131/132 offers state-of-the-art electronics at a very competitive price. The 131/132 is designed to be a rugged and simple to operate platform for process measurements.
The TCD and injection valve and columns utilized in the 131/132 are time proven devices. The electronic platform is unique to the 131/132 system and provides on-line, real-time analysis as well as a full list of configurable features for data handling, alarm functions and special functions. The Windows®-based configuration software allows the user to view recent or saved chromatograms as well as configure the analyzer for the application.
|Environmental Temperature||0 to 50˚C (32 to 122 F)|
|Dimensions||30.5″ H x 13.2″ W x 7.4″ D (no sample system) (77.6cm H x 33.5cm W x 18.7cm D)|
|Mounting||Wall mount or floor mount|
|Weight||Approximately 20 kg (44 lbs)|
|Certification||CSA Class 1, Division 2, Groups A, B, C, D, T3|
|Power||120 VAC 50/60 Hz Standard
240 VAC 50/60 Hz Available
|Power Consumption||Start up (GC Only): 175 watts.
Steady State: 100 watts nominal.
SCS Oven Start-up: 600 watts
Steady State: 200 watts nominal including 1 VPR
|Oven||Airless, maximum 100 °C (212 F)|
|Valves||Six-port and ten-port diaphragm chromatograph valves. Liquid injection rotary valves.|
|Repeatability||20% – 100%: +/- 0.5 of full span.
2 – 20%: +/- 1% of full span.
0.1% – 2%: +/- 2% of full span.
50ppm – 1000ppm: 4% of full span.
.5 BTU/1000 (.25 BTU/1000 pending).
|Carrier Gas||Application-dependent. Typically UHP Helium (99.995%), typically 414-690 kPa (60-100 psig).|
|Detector||Thermal conductivity detector (TCD).|
|Gating Options||Fixed-time, auto-detection.|
|Streams||Up to 7 streams (includes calibration streams).|
|Communications||*Two analog outputs.
*Four dry contact relay outputs.
Four digital inputs.
Eight digital outputs.
Two RS-232 swerial communication ports.
Four RS-485 serial communication ports.
One Ethernet communications port.
*Eight additional analog outputs and four additional dry contact relays with Analog Expander Board (optional).
|Archives||4MB static RAM (typically 6 months of data).
23 Analysis Reports.
23 Raw Data Reports.
100 Calibration Reports.
|Physical Property Calculations||Gas Calculations:
• Mole %
• Gross Dry BTU
• Net Dry BTU
• Relative Density
• Compressibility (Zb)
• Mole %
• Weight %
• Liquid Volume %
|Custody Transfer||Approved for Custody Transfer Applications by Measurement Canada.|
|Additional Stream Switching||Allows switching of two input streams|
The 10-port valve is rated for 1 million injections. The 131/132 can be fitted with one or two columns depending on components of interest. For heating values based on C6+, column 1 lets all components pass except C+ and heavier and column 2 measures all other lighter components. The heavier components are measured as a back flush peak during the sample injection part of cycle. Analysis time with single valve for C6+ will be 10 minutes. Analysis time for single or dual components will vary from 2 to 3 minutes.