Teledyne 7600 - Manual

Teledyne 7600

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Table of Contents:

  • Page 2 – Copyright © 2005 Teledyne Instruments/ Analytical Instruments
  • Page 3 – Specific Model Information; Instrument Serial Number:
  • Page 4 – Safety Messages; GENERAL; Technician Symbol; No
  • Page 5 – This manual provides information designed to guide you through
  • Page 6 – Table of Contents; sampling system
  • Page 7 – General Information
  • Page 10 – List of Figures; Figure 3-4: Example Screen—5 Component Analysis 12
  • Page 11 – Figure 4-7: Optical Adjustment Display for Dual Optical System
  • Page 12 – List of Tables; Table 2-1: Correspondence of Measured Components and
  • Page 13 – DANGER; COMBUSTIBLE GAS USAGE
  • Page 15 – Introduction; Main Features of the Analyzer
  • Page 16 – Figure 1-1: Model 7600A Infrared Gas Analyzer
  • Page 17 – Options Available
  • Page 18 – Description of the Main Unit
  • Page 19 – Gas Connections
  • Page 21 – Installation; FOR INDOOR USE ONLY.; Unpacking the Analyzer
  • Page 22 – Choosing a Location; Not exposed to direct sunlight.
  • Page 23 – Mounting the Analyzer; The 19” rack mountable 7600 analyzer is designed for either a; Mounting the Input/Output Terminal Module; Note: To avoid noise generated from external units, mount the
  • Page 25 – Purging the Analyzer
  • Page 26 – An internal piping diagram for an instrument with one or two
  • Page 27 – Measuring components; There are several ways to bring sample gas to the analyzer
  • Page 28 – For optimum performance, the sample gas should be treated as
  • Page 29 – gas
  • Page 31 – Flowmeter—adjusts and monitors the sample gas flowrate.
  • Page 32 – Electrical Connections; The power inlet for the Model 7600 is located on the rear panel as
  • Page 33 – Make sure that the ferrite core attached to the I/O cable goes to the
  • Page 34 – Testing the System
  • Page 35 – Operation; Figure 3-1: Front Panel of the Model 7600
  • Page 36 – Display and Available Menus; Calibration
  • Page 37 – Figure 3-3: Display Modes and Menu Hierarchy
  • Page 38 – The Display Screen; Figure 3-4: Example Screen—5 Component Analysis 12 Channels
  • Page 39 – Name Function; Instantaneous value and concentration value:
  • Page 40 – Parameter Setting
  • Page 41 – The measurement mode is the default mode of the instrument and
  • Page 42 – Setting Up the Analyzer in the User Mode
  • Page 43 – There are 3 range switch modes in the second column to select from:; To manually switch between analysis ranges:
  • Page 44 – To abort the range selection, press the ESC key and the setting; Note that even if the range is switched while a hold of measurement
  • Page 45 – The range can be selected remotely if a remote switch has been
  • Page 47 – UP or DOWN
  • Page 48 – Note: Enter settings that correspond to each range. If a zirconia; Setting range of values:
  • Page 49 – This brings up the Cal. Settings ZERO Cal. screen where you can
  • Page 50 – Note: When the cylinder air or atmospheric air is used for the; Use the “About Calibration Range” submenu to configure the
  • Page 51 – Press the ENT; This menu is used to select the channel and the range in which auto
  • Page 52 – To navigate to the Auto Calibration Components/Range menu:
  • Page 53 – Channels which have been set for autoranging (AR) will undergo
  • Page 55 – Note: To change an alarm setting, first set the alarm ON/OFF
  • Page 56 – Note: Setpoints are adjustable form 0 to 100% of fullscale
  • Page 57 – Figure 3-6: Hysteresis Example for a High Limit Alarm
  • Page 58 – Description of setting items:; Note: Before changing the settings of auto calibration, set the
  • Page 59 – After changing the setting, press the ENT; In this submenu you select the gas whose flow time is to be
  • Page 60 – To set the flow time:; The cycle range is settable from 1 to 99 hours or 1 to 40 days. The
  • Page 62 – When a channel enabled for auto calibration is in the calibration
  • Page 63 – To perform the auto calibration cycle manually:; To abort an auto calibration event:
  • Page 64 – Note: During auto calibration, the keys are inoperable other than
  • Page 65 – Auto zero calibration is automatically carried out when the zero; A period between the start time of one calibration and
  • Page 66 – Auto Zero Calibration Example
  • Page 67 – Figure 3-8: Example Auto Zero Calibration
  • Page 68 – Like the auto calibration, the auto zero calibration can be
  • Page 69 – To abort an auto zero calibration event:
  • Page 70 – Note: During auto zero calibration, the keys are inoperable other
  • Page 71 – To close the “Peak Alarm Setting” or cancel the mode midway,; ON/OFF of peak alarm
  • Page 72 – If CO concentration exceeds the alarm value, counting will begin.
  • Page 73 – Note: The clock backup time is 2 days. If power is off for 2 days or
  • Page 74 – unit and the time until the backlight is turned OFF.
  • Page 75 – To close the “Setting of Auto Calibration” or cancel the mode; By setting an output hold to ON, the output signal of each channel is; Manual calibration; Figure 3-10: Output Hold for Manual Calibration
  • Page 76 – Figure 3-11: Output Hold for Auto Calibration; External hold; Figure 3-12: Output Hold for External Hold; Screen display during hold; For Auto calibration and external holds, the “on Hold” message
  • Page 77 – key to toggle between
  • Page 78 – Description of setting:
  • Page 79 – Note: Response time does not provide exact seconds for the
  • Page 81 – Note: When OFF is selected, the backlight remains ON and is
  • Page 82 – Maintenance Mode; Note: The default password installed in new instruments is
  • Page 83 – Note: “To Factory Mode” is used for factory service engineers.
  • Page 84 – sensor input; bration Log
  • Page 85 – For details of this item, refer to Section4.4 Optical Zero
  • Page 86 – Moisture Interference
  • Page 87 – Measurement Mode
  • Page 88 – Range setting: Moves to the screen on which measuring
  • Page 89 – Note: The value for range 1 and range 2 must fall within or be
  • Page 90 – The zero calibration is used for zero point adjustment. A suitable
  • Page 91 – To close the “Zero Calibration” screen or cancel this mode
  • Page 92 – To close the “Span Calibration” screen or cancel this mode
  • Page 93 – Maintenance; Routine Maintenance; Aside from normal cleaning of the instrument and making sure; Daily Check and Maintenance Procedures; Table 4.1 Troubleshooting and Maintenance; Item to be; Display value
  • Page 94 – Adjust; Analyzer Maintenance; The recommended procedure for cleaning the sample cell is as
  • Page 97 – Note: If the window or the cell interior is very dirty, gently wipe it
  • Page 99 – Optical Zero Adjustment
  • Page 100 – a b c d e f g h
  • Page 101 – In the above table, O
  • Page 102 – Note: Adjust the beam adjustment plate which is the nearest to; Moisture Interference Compensation Adjustment
  • Page 103 – Perform an adjustment if excessively (beyond ±2% FS) affected by
  • Page 104 – Note: If any components exceed the range of 0 to 10 vol %, no; Error; Motor rotation detection signal
  • Page 105 – When an error occurs, the error number message will appear at the
  • Page 106 – Pressing ENT displays the error contents screen which describes
  • Page 107 – If the power supply is turned OFF, the contents in the error log file
  • Page 109 – Appendix; General Specifications; Minimum range Maximam range; NO
  • Page 111 – A.2 Standard Functions; Output signal holding:
  • Page 115 – A.3 Optional Functions; Average value after O
  • Page 116 – Whenever the instantaneous value of CO; Communication function:; parameters
  • Page 117 – A.5 Standard Requirements for Sample Gas
  • Page 118 – A.6 Installation Requirements; Avoid a location that is subject to heavy vibration.; A.7 EC Directive Compliance; The product conforms to the requirements of the Low Voltage
  • Page 119 – A.8 Terminal Block Connections
  • Page 120 – A.9 Description on Terminal Block
  • Page 125 – Index
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Teledyne

Analytical

Instruments

OPERATING INSTRUCTIONS FOR

Model 7600

NDIR Infrared Gas Analyzer

DANGER

Toxic gases and or flammable liquids may be present in this monitoring system.

Personal protective equipment may be required when servicing this instrument.

Hazardous voltages exist on certain components internally which may persist
for a time even after the power is turned off and disconnected.

Only authorized personnel should conduct maintenance and/or servicing.
Before conducting any maintenance or servicing, consult with authorized
supervisor/manager.

P/N M7600

ECO:

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Summary

Page 2 - Copyright © 2005 Teledyne Instruments/ Analytical Instruments

Model 7600 Teledyne Analytical Instruments ii Copyright © 2005 Teledyne Instruments/ Analytical Instruments All Rights Reserved. No part of this manual may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any other language or computer language in whole or in...

Page 3 - Specific Model Information; Instrument Serial Number:

Infrared Gas Analyzer Teledyne Analytical Instruments iii Specific Model Information Instrument Serial Number: _______________________ Instrument Range: _______________ Calibrated for: _______________ Background Gas: _______________ Zero Gas: _______________ Span Gas: _______________

Page 4 - Safety Messages; GENERAL; Technician Symbol; No

Model 7600 Teledyne Analytical Instruments iv Safety Messages Your safety and the safety of others is very important. We have provided many important safety messages in this manual. Please read these messages carefully. A safety message alerts you to potential hazards that could hurt you or others. ...

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