1 / 27

ULTRAMAT 23 Ultra simple

ULTRAMAT 23 Ultra simple. Four in one. Ultramat 07/99 N° 1 e. ULTRAMAT 23 Multi-Component Gas Analytics at a Low Price. Up to three NDIR channels Electrochemical sensor for Oxygen measurement AUTOCAL with ambient air Menu driven operation in plain text

menefer
Download Presentation

ULTRAMAT 23 Ultra simple

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. ULTRAMAT 23Ultra simple • Four in one Ultramat 07/99 N° 1e

  2. ULTRAMAT 23Multi-Component Gas Analytics at a Low Price • Up to three NDIR channels • Electrochemical sensor for Oxygen measurement • AUTOCAL with ambient air • Menu drivenoperation inplain text • Freelyprogrammablemeasuringranges andoutput signals Ultramat 07/99 N° 2e Process Gas Analytics

  3. ULTRAMAT 23The Display - All information at a Glance • Large, easy to read display • Versatile display in allmeasuring units(ppm, %, mg/m3) • Information about pre-warnings, faults, limits,maintenance, pump, coding • Logbook Ultramat 07/99 N° 3e

  4. ULTRAMAT 23The Operation - As Easy as Pie • Self explanatory plain textmenus • Pushbutton operation • Access to all internalfunctions and operatingparameters • Code protected operatinglevels Ultramat 07/99 N° 4e

  5. ULTRAMAT 23The Analytical Bench - Heart of the Performance • Single beam NDIR methodwith gas filled detectors • Douple and triple layerdetectors for maximumselectivity • AUTOCAL function -calibration with ambientair • M Ultramat 07/99 N° 5e

  6. ULTRAMAT 23The Double Layer Detector • Infrared Radiation • Microflow Sensor • A1 • A2 • Double Layer Detector • Detector Absorption • A1(l) • EQ • A2(l) • E(l) Ultramat 07/99 N° 6e • l- l0

  7. ULTRAMAT 23The Triple Layer Detector • Detector Absorption • Infrared Radiation • A1(l) • EQ • A2(l) • A1 • E(l) • A2 • l- l0 • MicroflowSensor • Triple Layer Detector • Aperture Ultramat 07/99 N° 7e

  8. The Microflow SensorThe Wonder Piece • The different detection • Sandwich design • 24 wires on 1mm2 • Smallestafternating flows • No membranedetector - nomircophony effect Ultramat 07/99 N° 8e

  9. The Microflow SensorThe Wonder Piece Ultramat 07/99 N° 9e Process Gas Analytics

  10. The Microflow Sensor How it works • R1 • R2 • Gas flow • R1 • R2 • 1mm2 • R3 • R4 • U • 0.15mm • Features: • no moving parts- not subject to wear • no microphony effect • linear transformationof flow into an electricsignal • Temperature of the wires Ultramat 07/99 N° 10e • without flow • flow from left side • flow from right side

  11. The Microflow Sensor The Unsurpassed Performance • Example: • 100 ppm CO (= measuring range) results in • 1/1000°C temperature difference • 1/10mbar pressure difference • between the upper and lower detector level;this causes a volume shift or flow of • 1/100mm3 at microflow sensor • Signal Valuesfor Full Range • Values forMinimumResolution • Measuring Range100ppm CO • T~ = (T1~ - T2~) • V~ = (V1~ - V2~) • P~ = (P1~ - P2~) • 1/1000°C • 1/100mm3 • 1/10mbar • 10-5 °C • 10-4 mm3 • 10-3mbar Ultramat 07/99 N° 11e

  12. M • air ULTRAMAT 23The unique AUTOCAL • During AUTOCAL the sample cellwill be purged with air. This causesthe highest detector signal U0(no pre-absorption) • Detector Signal • U0 • U • basic status • clean sample cell • 0 Ultramat 07/99 N° 12e • concentration • ppm / %

  13. ULTRAMAT 23The unique AUTOCAL • U0 - U • F • U0 - F • U • U0 - U • S = • = • = • U0 • F • U0 • U0 • U • U0 • F • U0 =U0‘ • clean • U • F • U • dirty Ultramat 07/99 N° 13e • concentration • c

  14. ULTRAMAT 23The Oxygen Sensor • Features: • Long life time • Acid basedelectrolyte • Insensitive toSO2 and otheracidic gases • Gas • e Ultramat 07/99 N° 14e • U

  15. ULTRAMAT 23The Oxygen Sensor • Reaction Equations: • Cathode: • O2 + 4H + 4e = 2H2O • Anode: • 2Pb + 2H2O = 2 PbO + 4H + 4e • Total: • O2 + 2Pb = 2 PbO Ultramat 07/99 N° 15e

  16. ULTRAMAT 23The Oxygen Sensor • Typical life time*: • 120 • 80 • relative sensitivity • 40 • 0 • 0 • 1 • 2 • 3 • 4 • years • 5 Ultramat 07/99 N° 16e • with about 5% O2 in the sample gas

  17. ULTRAMAT 23The Oxygen Sensor • Typical cross interferences in % O2 • Comparison of alkaline and acid based sensors • 5 Vol. % CH4 = • 8 Vol. % CO = • 0.1 Vol. % NO = • 0.2 Vol. % SO2 = • 0.1 Vol. % NH3 = • 5 Vol. % H2 = • 5 Vol. % H2O = • 20 Vol. % CO2 = • alkaline / acid • 0.7 / 0.1 • -2.5 / 0.1 • 0.1 / 0.1 • 0.1 / 0.1 • 0.1 / 0.1 • 1.5 / 0.6 • 0.1 / 0.1 • 9.0 / 0.8 Ultramat 07/99 N° 17e

  18. ULTRAMAT 23The Internal Gas Flow • Example: • Analyzer version with • 1 IR-channel • no O2-sensor • internal sample pump • safetyfilter • solenoid valve • pump • IR • flow meter M • CondensateSafety Trap withBypass • O2-sensor Ultramat 07/99 N° 18e

  19. ULTRAMAT 23The IR-Bench • IR-Bench M Ultramat 07/99 N° 19e

  20. ULTRAMAT 23The Condensate Safety Trap M • CondensateSafety Trap Ultramat 07/99 N° 20e

  21. ULTRAMAT 23The Internal Gas Flow • Example: • Analyzer version with • 2 IR-channels • no O2-sensor • no sample pump M M Ultramat 07/99 N° 21e

  22. ULTRAMAT 23The Internal Gas Flow • Example: • Analyzer version with • 3 IR-channels • no O2-sensor • no sample pump • 2 IR-detectorsin series M M Ultramat 07/99 N° 22e

  23. ULTRAMAT 23Typical Applications EmissionMonitoring Burner Control Cement Industry • low cost • multi component • easy systems integration • TÜV-approval • fast pay back • virtually no maintenance • multiple sample points • simple operation • AUTOCAL with ambient air • compensation of dirt inthe sample cell Ultramat 07/99 N° 23e

  24. ULTRAMAT 23Typical Applications Oven Manufactures Land-fill/Waste Disposal SystemsIntegrators Crematoria • mobile and stationary applications • fast warm-up time • low cost solutionwith 3 components • easy systems integration • flexibility • up to 4 components in one analyzer • with / without sample pump • all interfaces: 4-20 mA, RS 485, Profibus • CO and O2 monitoring withsample preparation as compactsystem Ultramat 07/99 N° 24e

  25. ULTRAMAT 23Highlights and Customer Benefits • AUTOCAL withambient air • Internal condensatesafety trap • Access to analyzer and systems informations • error messages • free programmable binary outputs • Diagnosis software, pre-warnings highly economical high operational safety high operational safety Service and Maintenance support flexibility operational safety Ultramat 07/99 N° 25e

  26. ULTRAMAT 23Highlights and Customer Benefits Ready for measurementin 5 minutes Automatic correctionof barometricinfluences Cleanable sample cell Multicomponentanalyzer with NDIR-benches and electro-chemical O2-sensor Stand-alone analyzersremote control mobile usage, fast start-up correct measurement easy maintenance economical, reduced space operational safety, flexibilty,easy systems integration Ultramat 07/99 N° 26e

  27. ULTRAMAT 23Highlights and Customer Benefits SIPROM GA networkfor maintenance andservice information Open interfacearchitecture (RS 485,RS 232, Profibus) Menu-driven operation(NAMUR) operational safety,reduced maintenance simple process integration operation without manualsafe operation, multilingualoperation Ultramat 07/99 N° 27e

More Related