Orbisphere 3600 series Operator's Manual
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Orbisphere 3600 series Operator's Manual

Analyzer for oxygen
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Orbisphere_Analyzer_3600_om_D803
3600 Analyzer for Oxygen
Operator's Manual
Series 3600/3600M Indicating Instrument / Model 311xx Oxygen Sensor
© 1999 Orbisphere. Printed in Switzerland.
3600O2.OM.E9903

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Ochestland Jones
July 17, 2025

When trying to calibrate a sensor, hitting "ESC" brings me to a screen reading: V. 32603-05.E 20/12/99

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Summary of Contents for Orbisphere 3600 series

  • Page 1 Orbisphere_Analyzer_3600_om_D803 3600 Analyzer for Oxygen Operator’s Manual Series 3600/3600M Indicating Instrument / Model 311xx Oxygen Sensor © 1999 Orbisphere. Printed in Switzerland. 3600O2.OM.E9903...
  • Page 2 The 3600 / 3600M instrument satisfies the conditions of the safety standard: EN 61010-1 (1993) The 3600 / 3600M instrument is developed, manufactured, and inspected by Orbisphere, which is certified in accordance with the quality standard: ISO 9001 / EN 29001...

  • Page 3: Table Of Contents

    3600 Analyzer for O Measurement—Operator’s Manual Table of contents 1. Operating Instructions ................. 5 1.1 What you have received..................5 1.2 What to check before using the system..............6 1.3 Instrument Operation................... 8 1.3.1 Program Flow Charts ...................... 9 1.3.2 Oxygen Measurement ....................10 1.3.2.1 Warning Messages........................11 1.3.3 Calibration Menus ......................
  • Page 4 3600 Analyzer for O Measurement—Operator’s Manual 2. Installation Guidelines .................42 2.1 Instrument Installation ..................42 2.1.1 Panel or 19-inch Rack Mount Instrument Installation............42 2.1.1.1 Instrument Mounting........................ 42 2.1.1.2 Power Input ..........................44 2.1.1.3 Electrical Signal Connections....................44 2.1.2 Wall Mount Instrument Installation................. 46 2.1.2.1 Instrument Mounting........................

  • Page 5: Operating Instructions

    3600 Analyzer for O Measurement—Operator’s Manual 1. Operating Instructions 1.1 What you have received Your 3600 analyzer for oxygen measurements includes two basic components: • A model 3600/1xx or 3600M/1xx Indicating Instrument, available as a portable, process (panel or 19-inch rack mount), or wall mount unit; and •...

  • Page 6: What To Check Before Using The System

    RS-232 serial output. Refer to section 2.1 for complete wiring and connection information. Check the oxygen sensor—Shipping conditions can adversely affect Orbisphere oxygen sensors. You should perform a sensor service as described in section 1.5 before trying to make measurements.
  • Page 7 3600 Analyzer for O Measurement—Operator’s Manual You should be able now to view the gold cathode, or “working electrode”, in the center; a guard ring electrode surrounds the cathode, separated by a fine groove. The anode, or “counter electrode”, is underneath the membrane support. You will get a better look at all these components during your first sensor service.

  • Page 8: Instrument Operation

    3600 Analyzer for O Measurement—Operator’s Manual 1.3 Instrument Operation Once you have reviewed the previous sections of this manual, connect the sensor to the instrument and turn the keyswitch to the horizontal “on” position. The system automatically starts in “measurement” mode. Front Panel Keyswitch The instrument function keys are active only if the keyswitch is in the horizontal “on”...

  • Page 9: Program Flow Charts

    3600 Analyzer for O Measurement—Operator’s Manual 1.3.1 Program Flow Charts The following flow chart depicts the menus you encounter when the instrument is first turned on, and an overview of the menu choices. The Measure menu is described further in section 1.3.2. The Calibration menus depicted below are described further in section 1.3.3.

  • Page 10: Oxygen Measurement

    3600 Analyzer for O Measurement—Operator’s Manual 1.3.2 Oxygen Measurement Typical 3600 instruments are delivered with the appropriate measurement and membrane selections pre-set for your application. However, you can change these settings if desired. Instructions for the various “options” included are found in section 1.4, the Modify Options Menu.

  • Page 11: Warning Messages

    3600 Analyzer for O Measurement—Operator’s Manual It is normal for the rightmost digits to vary slightly; this is a reaction to slight variations in oxygen content. However, if drastic changes in temperature occur at the sensor while in use, correct readings will lag as the sensor adjusts to the new temperature.

  • Page 12: Calibration Menus

    3600 Analyzer for O Measurement—Operator’s Manual 1.3.3 Calibration Menus As delivered, 3600 systems are pre-calibrated. However, it is recommended that you recalibrate the oxygen sensor before making any measurements. The calibration menu permits the calibration of the oxygen sensor, as well as the instrument’s internal barometric pressure sensor and an optional external pressure sensor.
  • Page 13 1.5. While it is possible that the sensor is in need of repair by an authorized Orbisphere service representative, it is also possible that the 3600O2.OM.E9903...

  • Page 14: Oxygen Sensor Direct Calibration

    3600 Analyzer for O Measurement—Operator’s Manual instrument simply needs to be reset to its default “Expected Current” after repeated re-calibrations. To reset the instrument, enter the “Modify Options/Membrane”, highlight the membrane model number you are using, and press “ENTER” to “re-select” the membrane (see also section 1.4.11).
  • Page 15 3600 Analyzer for O Measurement—Operator’s Manual EXTERN. PRESSURE 0100 mbar If this agrees with your current atmospheric reading, then press “ESC” to return to the menu of interest. However, if you wish to re-calibrate, press “ENTER” to select the method of calibration. METHOD ONE POINT To calibrate, you have three menu choices:...

  • Page 16: Model 32646.E Hydrogen Compensation For Oxygen Sensor

    3600 Analyzer for O Measurement—Operator’s Manual 1.3.3.5 Model 32646.E Hydrogen Compensation for Oxygen Sensor This software option permits you to operate the O sensor in samples containing high levels of H . This calibration routine requires that a source of reasonably pure (for example, 99.8% or better) H be available, along with an accurate pressure gauge.

  • Page 17: Modify Options Menus

    3600 Analyzer for O Measurement—Operator’s Manual 1.4 Modify Options Menus The Options menus include a full set of programmable outputs, plus the ability to specify different membranes, units of measurement, sample media, and sampling conditions. The flow chart below gives you a complete screen-by-screen depiction of the available menus.

  • Page 18: Display Units

    3600 Analyzer for O Measurement—Operator’s Manual To activate the “Modify Options” menu when your system is in Measurement mode, press the red “ESC” key to reveal this menu: MEASURE OPTIONS CALIBRATE Using the yellow “ñ” or “ò” arrow keys, highlight “Options” and press “ENTER”...
  • Page 19 3600 Analyzer for O Measurement—Operator’s Manual For “Dissolved” measurement, the choices are presented as follows: DISSOLVED ppb:ppm ppb ppm The complete list of available units is: ppm, mg/l, % saturation with O , % sat Air, and ppb:ppm (plus mg/liter in solvent units “mgU” and “mgB”.) In the ppb:ppm mode, concentrations below 1 ppm are displayed in ppb (1 ppm = 1000 ppb).

  • Page 20: Thermal Cutoff

    3600 Analyzer for O Measurement—Operator’s Manual 1.4.2 Thermal Cutoff If the sample temperature could exceed the compensated temperature range of the sensor, you can set an upper temperature limit to automatically cut off the electrical signal to the sensor to extend the life of the sensor. (As an example, for steam cycle operation, you may want to set the cutoff for 40.0°...

  • Page 21: Alarms Description

    3600 Analyzer for O Measurement—Operator’s Manual Use the “ñ” or “ò” arrow keys to increase or decrease the highlighted digits, and then press “ENTER” to move to the next digit. First, set up all of the significant digits of the desired limit without regard for the position of the decimal point or units.

  • Page 22: Analog Outputs Description

    3600 Analyzer for O Measurement—Operator’s Manual Under the “Modify Options” menu, highlight “Analog Output” using the arrow keys, and then press “ENTER” to display this screen: CUSTOM ANALG OUT DISABLED ENABLED Highlight “Enabled” and press “ENTER” to set your custom analog output levels. ANALOG OUT 0000 LOW LEVEL...
  • Page 23 3600 Analyzer for O Measurement—Operator’s Manual Or, shown graphically (for 4–20 mA): The output saturates at 5 V or 20 mA whenever the measured concentration is equal to or exceeds the upper limit AH. Similarly, it remains blocked at 0 V, 0 mA, or 4 mA if the concentration is equal to or less than the lower limit AL.

  • Page 24: Serial Output

    “Measurement” mode by pressing “ENTER”. For RS-232 wiring instructions, see section 2.1.4.3. Pertinent communications parameters are: Baud rate: 9600. Stop Bit: 1. 8 Data Bits. Parity: None. Orbisphere offers a data logging program (model 32680.E) running under ® Windows to store this information.

  • Page 25: Compensation Option (Model 32646.E)

    CURRENT 12.34 nA This is useful when trying to identify a problem with an Orbisphere service representative either on-site or over the telephone. A table listing the expected oxygen sensor currents is provided in section 3. Note that the sensor current should never exceed 35 µA;...

  • Page 26: Rolling Average

    LCD for this test, the information will be downloaded instantly. The information will appear at the RS-232 output as hexadecimal code, and will be of use to an Orbisphere representative to check whether your instrument has been properly configured.

  • Page 27: Membrane Selection

    3600 Analyzer for O Measurement—Operator’s Manual H2S INSENSITIVE NO YES Note that operating in this mode requires a different sensor electrolyte, model 2961, to be used in place of the standard electrolyte. It is supplied in a pharmaceutical-type bottle with a septum that must be punctured and drawn out with the syringe supplied with your recharge kit.

  • Page 28: Maintenance (Sensor Service)

    Orbisphere representative may have supplied a larger, two-piece black plastic stand, model M26-5500, also designed for this purpose.) The sensor service procedure is as follows (you may also refer to the Orbisphere poster “The ABC of Sensor Service” for further illustration of this procedure).

  • Page 29: Electrochemical Cleaning

    3600 Analyzer for O Measurement—Operator’s Manual (The sensor mask may be installed as well.) Pry off the membrane holding ring either with your fingers or, if the ring has a wide outer groove, with the tool model 28116 included with your recharge kit. Take care to avoid contact with the electrolyte in the sensor.

  • Page 30: Ammonia Cleaning

    3600 Analyzer for O Measurement—Operator’s Manual 1.5.5.1 Ammonia Cleaning Fill the sensor electrolyte reservoir with a solution of 25% by weight ammonium hydroxide (NH OH) in water and leave for 10 minutes. Then rinse with water for at least one minute. Inspect the sensor head.

  • Page 31: Replace Membrane

    3600 Analyzer for O Measurement—Operator’s Manual circular motion, polish the sensor face for at least 30 seconds, until the gold cathode is clean and shiny. (You may need to repeat this step several times.) Make sure to avoid skin contact with the polishing cloth; keep it free of dust and grease. Remove the membrane support with its tool, as shown above in 1.5.3 section...

  • Page 32: Put Sensor Back Into Service

    3600 Analyzer for O Measurement—Operator’s Manual The membrane is mounted. Remove both parts of the membrane mounting tool. Inspect the membrane holding ring to be sure that it’s properly seated and pushed in all the way, and make sure that the membrane is smooth. If not, you may be able to complete the process by pushing down with your fingers.

  • Page 33: Troubleshooting

    3600 Analyzer for O Measurement—Operator’s Manual 1.5.10 Troubleshooting Orbisphere analyzers are fully factory tested before shipment. Provided they have been handled properly and are correctly installed, they should be trouble-free. Here is a list of possible troubles caused by poor handling or identifiable installation conditions.

  • Page 34: Spare Parts

    3600 Analyzer for O Measurement—Operator’s Manual 1.6 Spare Parts Your recharge kit should contain sufficient material for several years of sensor servicing. However, it will need to be replenished in time. What follows are materials you will be likely to require. Be sure to mention the model number and item description when ordering.

  • Page 35: Oxygen Sensor And Protection Cap Diagram

    3600 Analyzer for O Measurement—Operator’s Manual 1.6.1 Oxygen Sensor and Protection Cap Diagram All sensors include a screw-on protection cap, available in one of three configurations. The standard protection cap, model 29104, provides improved membrane sealing. The other configurations, for “Moist Gases” (model 29107) and for “Liquids and Dry Gas Samples”...
  • Page 36 3600 Analyzer for O Measurement—Operator’s Manual Position Reorder Number Description LEMO-10 connector 32502.mm (3600 series) Sensor cable, 2 connectors (“mm” = length, standard 32506.03 (3600M series) length 3 meters) 28104 Sensor collar, stainless steel Sensor handle 29039.0 Sensor head O-ring (see also Kits below)

  • Page 37: Data Acquisition Software

    3600 Analyzer for O Measurement—Operator’s Manual 1.7 Data Acquisition Software The 3600 instrument can be used as a PC data acquisition device through the ® Windows -compatible “moca3600” program, available as model 32680.E. The moca3600 program uses the instrument’s RS-232 connection to set up a table of measurement information including gas concentration, temperature, and time.

  • Page 38: Menu Overview

    3600 Analyzer for O Measurement—Operator’s Manual (Note: You can change the folder name at any time by clicking on the folder icon with the right mouse button, selecting the Rename command, and then retyping the name.) 4. In the Folders list, click on the Floppy (A:) drive icon. 5.

  • Page 39: Acquiring Data

    3600 Analyzer for O Measurement—Operator’s Manual Next, check that you have set the acquisition rate to a convenient interval. Do this by choosing Data Acquisition from the Configuration menu. This box appears: The “All data” choice enables the program to accept measurements every four seconds, the fastest rate available from the instrument.

  • Page 40: Printing, Copying, And Saving Data

    3600 Analyzer for O Measurement—Operator’s Manual 1.7.5 Printing, Copying, and Saving Data The File, Print command will place your list of values into a pre-formatted tabular template, and send it to your printer via Windows. The program asks you to enter “Title”...

  • Page 41: Warranty Information

    The information in this manual has been carefully checked and is believed to be accurate. However, Orbisphere assumes no responsibility for any inaccuracies that may be contained in this manual. In no event will Orbisphere be liable for direct, indirect, special, incidental, or consequential damages resulting from any defect or omission in this manual, even if advised of the possibility of such damages.

  • Page 42: Installation Guidelines

    A retrofit panel mount (model 32201) is also available. This enables users of existing Orbisphere analyzers to replace their instruments with the 3600/3600M series, without additional drilling or panel cutting, as shown below. 3600O2.OM.E9903...
  • Page 43 3600 Analyzer for O Measurement—Operator’s Manual 3600/3600M indicating instrument, retrofit panel mount (model 32201) Note: Include at least 100mm additional rear clearance for cable protrusion. The instrument can be mounted in a 19" rack, either one- or two-across in a three-height configuration, as shown: 3600/3600M indicating instrument, 19"...

  • Page 44: Power Input

    3600 Analyzer for O Measurement—Operator’s Manual 2.1.1.2 Power Input The installation of a 3600 / 3600M instrument should only be performed by personnel specialized and authorized to work on electrical installations, in accordance with relevant European and/or national regulations. In accordance with safety standard EN 61010-1, it must be possible to disconnect the power supply of a 3600 / 3600M instrument in its immediate vicinity.
  • Page 45 The model 3600 and the model 3600M series have different terminal strip wiring connections. A wiring label inside the rear panel identifies each unit’s terminal strip connections. Each of the following wiring descriptions identifies the appropriate terminal connections of each model. 3600 series wiring label: 3600 series terminal strip:...

  • Page 46: Wall Mount Instrument Installation

    3600 Analyzer for O Measurement—Operator’s Manual 3600M series wiring label: 3600M series terminal strip: As an example, to connect a recorder capable of accepting the instrument’s 0/4–20 mA (or 0–5 V) analog output for gas concentration, take the live signal output from position “J13.3”...

  • Page 47: Power Input

    3600 Analyzer for O Measurement—Operator’s Manual 3600 indicating instrument, wall mount version, bottom view Note: Include at least 400 mm additional frontal clearance for front panel access, and at least 100 mm bottom clearance for cable protrusion. 2.1.2.2 Power Input The installation of a 3600 instrument should only be performed by personnel specialized and authorized to work on electrical installations, in accordance with relevant European and/or national regulations.

  • Page 48: Electrical Signal Connections

    3600 Analyzer for O Measurement—Operator’s Manual 10–30 VDC Power Input Connect the 10–30 VDC versions of wall mount instruments in a similar fashion as the AC-powered versions, above. Insert the power cable through the rightmost waterproof cable gland, and wire according to the label inside the cabinet. 2.1.2.3 Electrical Signal Connections Wall mount instruments connections use the LEMO connectors and stainless steel watertight glands at the bottom of the instrument housing (see wall mount...

  • Page 49: Electrical Signal Connections

    RS-232 output cables use the pre-wired LEMO receptacles on the rear panel of the instrument. 3600 series indicating instrument rear panel, portable model LEMO connector pin assignments are in section 2.1.4, Instrument Connectors.

  • Page 50: Instrument Connectors

    3600 Analyzer for O Measurement—Operator’s Manual 2.1.4 Instrument Connectors 2.1.4.1 Oxygen Sensor Wiring Identification Sensor signal LEMO-10 pin LEMO-10 pre-wired terminal strip connection 3600 3600M Guard Pin 1 J9.9 J11.1 TH1.B Pin 3 J9.7 J11.3 Anode Pin 4 J9.6 J12.3 TH1.A Pin 6 J9.5...

  • Page 51: Recorder Output Wiring Identification

    3600 Analyzer for O Measurement—Operator’s Manual 2.1.4.4 Recorder Output Wiring Identification Analog output Portable Panel/rack mount Wall mount User recorder LEMO-8 pin terminal strip terminal block signal position position à Gas out Pin 1 J13.3 J6.1 Gas in à Temperature out Pin 2 J13.2 J6.3...

  • Page 52: User-Supplied Cabling Requirements

    3600 Analyzer for O Measurement—Operator’s Manual 2.1.5 User-supplied Cabling Requirements Cables for the recorder output, alarm relay outputs, and RS-232 should be “control” cables (that is, not power cables) with twisted copper wires and shield, and meeting the specifications in the table below: Recorder Alarms, RS-232 External diameter...

  • Page 53: Instrument Servicing

    Insert the wire into the connector opening and tighten the screw to hold the wire firmly in place. 2.1.8 Instrument Servicing While unauthorized opening of the instrument normally voids the Orbisphere warranty, it is necessary to open the instrument for wiring connections. The user also can perform other procedures, explained below.

  • Page 54: Battery Replacement (Portable Instrument)

    The battery is type G-1600CS nickel-cadmium, 1.6 A/hr, 5 x 1.2 V cells. Replacement part: Orbisphere model number 32750. 2.1.8.2 Analog Current to Voltage Output Conversion Some users may find it necessary to change the mA current output to a 0–5 volt output (or vice versa).

  • Page 55: Sensor Installation

    (There may be locations where not every one of these conditions above can be met. If so, it is best to consult with your Orbisphere representative to determine whether any compromises in installation will result in serious oxygen measurement errors or other difficulties.)

  • Page 56: Model 32003 Proacc Insertion/Extraction Valve Installation

    3600 Analyzer for O Measurement—Operator’s Manual After you have determined the most likely location for the sensor socket, the following recommendations, although not required, can enhance the versatility of the installation. In most cases, the sensor socket will be located in a position where a significant amount of liquid must be drained from the line before the oxygen sensor can be inserted or withdrawn.
  • Page 57 3600 Analyzer for O Measurement—Operator’s Manual The stainless steel tubing is usually sufficient to hold the assembly firmly in place, although a user-supplied U-bolt can mount it to a permanent fixture. The sensor with flow chamber occupies a volume 210 mm high and 50 mm across and deep. An extra 100 mm should be included for sensor cable access as well.

  • Page 58: Model 32002.X Multiparameter Flow Chamber Installation

    3600 Analyzer for O Measurement—Operator’s Manual 2.2.4 Model 32002.x Multiparameter Flow Chamber Installation This flow chamber accommodates one or two oxygen sensors and one pressure sensor. Most series 3600 systems will only use one gas sensor; in these instances, one side of the flow chamber will be shut off with one of the two stainless steel plugs (model 28123) included.

  • Page 59: Model 28117 External Pressure Sensor Installation

    3600 Analyzer for O Measurement—Operator’s Manual 2.2.5 Model 28117 External Pressure Sensor Installation The model 28117 external pressure sensor has a 4-pin LEMO connector which plugs into the socket labeled “pressure” on the instrument rear panel. This pressure sensor can be mounted in the model 32002.x flow chamber, as shown in section 2.2.4 above.

  • Page 60: Technical Information

    3600 Analyzer for O Measurement—Operator’s Manual 3. Technical Information 3.1 System Specifications Indicating Instrument Specifications Power requirements 115/230 VAC ± 10% @ 50/60 Hz, or 10–30 VDC Power consumption 30 VA, maximum Battery autonomy (portable version) 16 hours when fully charged Operating temperature limits 0–50°...
  • Page 61 3600 Analyzer for O Measurement—Operator’s Manual Sensor Specifications Accuracy ± 1% of reading or ± lower measurement range (see Membrane Characteristics, below), whichever is greater Signal drift <1% of reading between service Operating temperature limits -5 to +100 °C Maximum sample pressure (see Sensor Configurations, below) Temperature compensation range -5 to 60 °C Dimensions (length x diameter)

  • Page 62: Principle Of Operation

    3600 Analyzer for O Measurement—Operator’s Manual Standard Sensor Cable Specifications Casing Fire-retardant Elastolan Maximum Temperature 80°C Cable Diameter 6.1 mm ±0.3 mm. 10 each stranded wires of 26 AWG, individually insulated with polyethylene, 90% shielded by tinned copper braid. Maximum Pulling Tension 7 kg 138 Ω...

  • Page 63: Appendix 1-Table Of Oxygen Concentrations (Ppm)

    3600 Analyzer for O Measurement—Operator’s Manual Appendix 1—Table of Oxygen Concentrations (ppm) Temperature, °C, in left-hand column; Barometric Pressure, mBar, on top row. 1 bar = 1000 mbar; 1000 mbar = 750.1 Torr = 750.1 mmHg = 29.53 inches Hg = 0.987 atm = 14.5 psi = 100 kPa. 12.99 13.06 13.13...
  • Page 64 3600 Analyzer for O Measurement—Operator’s Manual Table of Oxygen Concentrations (ppm)—Continued Temperature, °C, in left-hand column; Barometric Pressure, mBar, on top row. 13.72 13.79 13.86 13.93 14.01 14.08 14.15 14.22 14.30 14.37 13.34 13.41 13.48 13.55 13.62 13.69 13.76 13.83 13.90 13.97 12.97...
  • Page 65 3600 Analyzer for O Measurement—Operator’s Manual 3600O2.OM.E9903...
  • Page 66 3600 Analyzer for O Measurement—Operator’s Manual Table of Oxygen Concentrations (ppm)—Continued Temperature, °C, in left-hand column; Barometric Pressure, mBar, on top row. 1000 1005 1010 1015 1020 1025 1030 1035 1040 1045 14.44 14.52 14.59 14.66 14.73 14.81 14.88 14.95 15.02 15.10 14.04...
  • Page 67 3600 Analyzer for O Measurement—Operator’s Manual 3600O2.OM.E9903...
  • Page 68 3600 Analyzer for O Measurement—Operator’s Manual Table of Oxygen Concentrations (ppm)—Continued Temperature, °C, in left-hand column; Barometric Pressure, mBar, on top row. 1050 1055 1060 1065 1070 1075 1080 1085 1090 1095 15.17 15.24 15.31 15.39 15.46 15.53 15.60 15.68 15.75 15.82 14.75...

  • Page 69: Index

    3600 Analyzer for O Measurement—Operator’s Manual Index Instrument LCD message entries in bold Illustration entries in italics chemical cleaning ............29 ammonia cleaning............ 30 air oxygen sensor calibration........12 nitric acid cleaning........... 30 alarm outputs..............21 S insensitivity........... 26 alarm configurations ..........21 components..............5 alarm relay responses ..........21 connectors...............50–51...
  • Page 70 3600 Analyzer for O Measurement—Operator’s Manual high/high limit .............. 20 wall mounting ............46 hydrogen compensation..........25 wiring label ............45, 46 hydrogen compensation calibration......16 jumpers, analog current/voltage switch....... 54 indicating instrument.........see instrument installation ..............42 LEMO connector assembly ......... 52 AC power connections ........44, 47, 48 LEMO connector assembly instructions......
  • Page 71 3600 Analyzer for O Measurement—Operator’s Manual program setup............37 mounting illustration ..........42 saving data ..............40 power input.............. 44 Terminal menu retrofit panel mount illustration ......43 End ...............39 partial pressure display units........18 Go.................39 polish sensor face ............30 Windows 3.1 setup...........37 portable instrument installation........
  • Page 72 3600 Analyzer for O Measurement—Operator’s Manual sensor sensor cable specifications ........62 configurations............61 sensor configurations ..........61 expected..............61 sensors..............61 specifications ............61 Sensor Cleaning and Regeneration Center ....29 technical information............ 60 sensor current display........... 25 temperature output signal..........23 sensor current, expected values........

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