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Automation Totalflow Measurement & Control Systems BTU Transmitter

Automation Totalflow Measurement & Control Systems BTU Transmitter. Model 8000/8100 Btu/CV Transmitter. Model 8000/8100 Btu/CV Transmitter. First Btu Analyzer in 1973 Model 102 First Computer Controlled Btu Analysis in 1976 Model 2C First Microprocessor Based Btu Analyzer in 1978

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Automation Totalflow Measurement & Control Systems BTU Transmitter

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  1. Automation Totalflow Measurement & Control Systems BTU Transmitter

  2. Model 8000/8100 Btu/CV Transmitter

  3. Model 8000/8100 Btu/CV Transmitter • First Btu Analyzer in 1973 • Model 102 • First Computer Controlled Btu Analysis in 1976 • Model 2C • First Microprocessor Based Btu Analyzer in 1978 • Model 2100 • First Specially Designed Btu Analyzer in 1983 • EMS-12 • First Modular Designed Btu Analyzer in 1985 • Microtech NGA Introduction

  4. Model 8000/8100 Btu/CV Transmitter • Model 8000/8100 Btu/CV Transmitter; First: • Process GC with Automatic carrier pressure control • Low power process (on line) Btu analyzer • Windows based MMI • Automatic start up/Peak Find • Gas Chromatograph Module Coefficient (GCMC) • Plunger-less diaphragm GC valves (no moving parts) Introduction

  5. Model 8000/8100 Btu/CV Transmitter Features • C6+ Analysis • Air ( N2, O2, and CO) • Carbon Dioxide • Methane • Ethane • Propane • Iso-Butane • Normal Butane • Iso-Pentane • Normal Pentane • Neo-Pentane • Hexane Plus

  6. Model 8000/8100 Btu/CV Transmitter Features • 3 Minute Analysis of N2 (Air) Through C6+ • Industry Standard Calculations for Caloric Value • AGA-5 • GPA 2172-86 • ISO 6976-95 • GOST • + 0.5 BTU per 1000 (+ 0.1%) Repeatability(2 sigma SD) • Handles Up To 3 Streams Plus Autocal Stream • Minimal Utility Requirements • No Instrument Air Required • Solar Power Option Available • Low Carrier Gas Consumption (1 Year per Bottle Typical)

  7. Model 8000/8100 Btu/CV Transmitter Features • Automated Diagnostics and Calibration Capability • Automatic Start-up/Peak Find Procedure • Little or No Knowledge of Gas Chromatography Required • Automatic Correction of Chromatographic Settings • Built-In Pressure / Temperature / Flow Monitoring • Modular Diagnostics and Repair • Ability to Install Out in the Weather in Many Locals

  8. Model 8000/8100 Btu/CV Transmitter • Certifications • Cenelec, Zone 1, EEx d IIB • NRTL Class 1, Division I, Groups C & D • Designed for Operation in 0 to 120 Degrees F • -18 to 50 Degrees C • Weatherproof Package (No Shelter Required) • NEMA 4X • IP-65 • Designed for Pipeline or Wall Mounting • Pending Certifications Features

  9. Model 8000/8100 Btu/CV Transmitter • Calculates Other Key Values • Specific Gravity • GPM (Gallons of Liquid per Million Cubic Feet) • Wobbe Index • Lithium Battery-Backed RAM • Dual-Level Security Code for User Access • 100 Data Points Possible for Historical Data • Stream Compositional Averages • Analyzer Operational Parameters • Date & Time Stamped Features

  10. Model 8000/8100 Btu/CV Transmitter Diagnostics • Warm up test • Oven temperature +/- 1 degree F • Carrier pressure regulation • Pressure adjust • Sample System Module • Quad Valve leak • Pressure on streams • GC Module • Valve switch • Detector balance • Detector noise

  11. Model 8000/8100 Btu/CV Transmitter • All Modular Design • Sample System Modules • Controller Board Assembly • Electronic Pressure Regulator • Stream Select Module • GC Module Features

  12. Model 8000/8100 Btu/CV Transmitter Sample Conditioning Modules

  13. Model 8000/8100 Btu/CV Transmitter

  14. Model 8000/8100 Btu/CV Transmitter Stream Select Module

  15. Model 8000/8100 Btu/CV Transmitter

  16. Model 8000/8100 Btu/CV Transmitter Chromatograph Piping

  17. Model 8000/8100 Btu/CV Transmitter Detector 1 Chromatogram

  18. Model 8000/8100 Btu/CV Transmitter Detector 2 Chromatogram

  19. Model 8000/8100 Btu/CV Transmitter

  20. Model 8000/8100 Btu/CV Transmitter

  21. Model 8000/8100 Btu/CV Transmitter • Uses Microsoft Windows(Windows or 95/NT ) • Laptop PC Compatible (486 Win 95 capable or better) • Connects Through RS-232 Interface • Modem Communication With Remote Sites Set-up, Calibration, Maintenance, Data Collection MMI32 Interface

  22. Model 8000/8100 Btu/CV Transmitter

  23. Model 8000/8100 Btu/CV Transmitter

  24. Model 8000/8100 Btu/CV Transmitter

  25. Model 8000/8100 Btu/CV Transmitter

  26. Model 8000/8100 Btu/CV Transmitter

  27. Model 8000/8100 Btu/CV Transmitter

  28. Model 8000/8100 Btu/CV Transmitter

  29. Model 8000/8100 Btu/CV Transmitter

  30. Model 8000/8100 Btu/CV Transmitter

  31. Model 8000/8100 Btu/CV Transmitter

  32. Model 8000/8100 Btu/CV Transmitter

  33. Model 8000/8100 Btu/CV Transmitter Historical Data Files • Current Results, per Stream • Per Stream Historical Data Stored: • Last 100 Cycles, or • Last 100 Hourly, or • Last 100 Daily • Alarm File, Last 100 • Stored Chromatogram, per Stream • Events, Last 100 • Peak Tables, Previous and Current • Diagnostics, Raw Results, Per Stream

  34. Model 8000/8100 Btu/CV Transmitter

  35. Model 8000/8100 Btu/CV Transmitter

  36. Model 8000/8100 Btu/CV Transmitter Communications J3 - RS-232 I.S. J1 - RS-485 Remote Comm. J1 & J2- Detector outputs (2) I.S. J2 - RS-422 FCU Comm. TOTALFLOW J1 - Power 12 to 15 VDC I.S. J3 - RS-232 Local Maintenance Laptop connection

  37. Model 8000/8100 Btu/CV Transmitter • MMI Laptop Software • Printer Console Commands • Serial printer connection. • Danalyzer Modbus • HCIA (Host Computer Interface ASCII) Communication Protocols

  38. Model 8000/8100 Btu/CV Transmitter • AIU (Analyzer Interface Unit) • RTU (Remote Terminal Unit) • Stand Alone Systems Configuration

  39. Model 8000/8100 Btu/CV Transmitter Systems Configuration

  40. Model 8000/8100 Btu/CV Transmitter Systems Configuration

  41. Model 8000/8100 Btu/CV Transmitter Systems Configuration

  42. Model 8000/8100 Btu/CV Transmitter • Reduced Installation Costs • Lower Maintenance Costs • Minimum Training Costs • Lower Utility Costs and, • A Lower“Cost-of-Ownership” Compared to Most Other On-Line Gas Chromatographs Summary

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