3160 - Trace oxygen analyzer - Teledyne Analytical Instruments

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3 Installation3.4 Gas Line ConnectionsAll of the gas lines to the system hook up at the back of the unit (see Figure 3–1).All of the fittings on the removable back panel are ¼ " male VCR type fittings, with theexception of the compressed air inlet fitting. Use the wrenches provided to connect thegas lines. Insert the gasket between the fitting and tighten the female and male nutsuntil finger-tight; then, by holding the male nut with the wrench, tighten the female nutwith the second wrench by ¼ turn.CAUTION: Do not put any torque on the tubes welded on the samplingsystem.Check that each of the lines is hooked up to the correct connection. The linesshould be connected in the following order (from left to right):3.4.1. Span Gas InProvide at least one sample gas of a known oxygen concentration. Using70-99 % of the range just one range above the range of interest is recommended. Anyrange EXCEPT 0-1 ppm may be used to calibrate.3.4.2. Instrument Air (Compressed Air Fitting)The gas pressure (70–80 psi) needed to operate the pneumatic valves in theanalyzer can be supplied through this fitting.CAUTION: Pressure higher than 80 psig can damage the solenoidvalves.3.4.3. Sample Gas InHook up the sample gas to the sample gas inlet. When the sample gas flowsthrough the optional oxygen scrubber, the sample gas becomes the zero gas and can beused for calibration.Note: Sample and span gas pressure should be between 5 and 10 psig andwithin ±2 psi of each other. A substantial difference in the span andsample gas pressures will cause a sudden change in gas flow rate.3.4.4. VentThe vent transports the sample or span gas out of the system after exposure tothe Micro-Fuel Cell sensor.3-4TELEDYNE ANALYTICAL INSTRUMENTS
Installation 33.5 Micro-Fuel Cell Sensor Installation or ReplacementThe 3160 comes with the Micro-Fuel Cell(s) already installed. When installing orreplacing the cells, remember to inspect the replacement sensor for leaks or damage. SeeFigure 3-2.Figure 3-2: Sensor Installation.TELEDYNE ANALYTICAL INSTRUMENTS3-5
Page 3 and 4: TELEDYNE ANALYTICAL INSTRUMENTSiii
Page 5 and 6: Tabable of Contents (continued)Cali
Page 7 and 8: Introduction 1Introduction1.1 Featu
Page 9 and 10: Introduction 11.2 ComponentsThe ana
Page 11 and 12: Operational Theory 2Operational The
Page 13 and 14: Operational Theory 22.1.1 Micro-Fue
Page 15 and 16: Operational Theory 2to be used to z
Page 17 and 18: Operational Theory 2The analog outp
Page 19 and 20: Installation 3InstallationInstallat
Page 21: Installation 3DIMENSIONS:InmmREMOVA
Page 25 and 26: Installation 3Figure 3-3: 3160 Rear
Page 27 and 28: Installation 3WARNING: Power cord m
Page 29 and 30: Operations 4Operations4.1 Front Pan
Page 31 and 32: Operations 4When waiting for manual
Page 33 and 34: Operations 4Cold Start-Up1. A cold
Page 35 and 36: Operations 47. If the O 2cell curre
Page 37 and 38: Operations 47. If AUTO was chosen i
Page 39 and 40: Operations 4Select Active Sensor (T
Page 41 and 42: Operations 47. After pressing ACK i
Page 43 and 44: Operations 4Set-Up Alarms1. Enter s
Page 45 and 46: Logger Set-Up1. Enter set-up from t
Page 47 and 48: Set-Up Clock Functions1. Enter set-
Page 49 and 50: Changing Passwords for Remote Monit
Page 51 and 52: Operations 4System Statistics1. Ent
Page 53 and 54: Operations 412. After checking for
Page 55 and 56: Maintenance & Trouboubleshooting 5M
Page 57 and 58: Maintenance & Trouboubleshooting 5S
Page 59 and 60: AppendixAppendixA.1 Specifications(
Page 61 and 62: AppendixA.2 Recommended Spare Parts
Page 63 and 64: AppendixSection IV - Fire and Explo
Page 65 and 66: AppendixEye Protection:Hand Protect
Page 67 and 68: AppendixSection III - Physical Haza

3160 - Trace oxygen analyzer - Teledyne Analytical Instruments

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