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LumaSense technologies 1313 Instruction Manual

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Instruction
Manual
1313 Fermentation
Monitor
BZ6009 – 1313 PC Software
BE6007-15

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Summary of Contents for LumaSense technologies 1313

  • Page 1 Instruction Manual 1313 Fermentation Monitor BZ6009 – 1313 PC Software BE6007-15...

  • Page 2: Table Of Contents

    Moving around the Screen ..........................29 2.6.3 Entering Values ..............................30 2.6.4 Information Screens ............................30 Test 1313 & 1309 ..............................31 Stopping the Software .............................. 32 Selecting the Correct Serial Port ..........................32 Chapter 3 Configuration ................................33 General Information ..............................34 Software Configuration ............................
  • Page 3 Setting up the IEEE – 488 Interface ......................... 71 Setting up the 1309 IEEE – 488 Address ......................... 71 Connecting a 1309 to a PC ............................72 Connecting a 1309 to a 1313 ............................ 72 Connecting Temperature Sensors ..........................74 Mains Supply and Fuses ............................74 Chapter 7 Process Computer Interface ............................

  • Page 4: 1313 Fermentation Monitor

    1313 Fermentation Monitor ____________________________________________________________________________________________ 1313 Fermentation Monitor BZ6009 – 1313 PC Software December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 4 of 116...

  • Page 5: Safety Considerations

    __________________________________________________________________________________________ Safety Considerations The 1313 Fermentation Monitor is designed and tested to comply with EN 61010-1 (1993) and IEC 1010 – 1 (1990); Safety requirements for electrical equipment for measurement, control, and laboratory use. The protection provided by the instrument may be impaired if not used as specified by Innova AirTech Instruments.

  • Page 6: About This Manual

    This Reference Manual is for a monitoring system comprising a 1313 Fermentation Monitor and its associated PC software package BZ 6009. Also included are compre- hensive descriptions of using the 1313 with the 1309 Multipoint Sampler, with a Process Control Computer.

  • Page 7: Chapter 1 Introduction And Specifications

    Chapter 1 _________________________________________________________________________________________ Chapter 1 Introduction and Specifications December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 7 of 116...

  • Page 8: Broad Overview

    Communication between the PC and the process computer is possible using the COMLI and OPTOMUX protocols. This communication enables you to access infor- mation from the 1313 and the 1309; and select the sampling sequence mode. 1.2 Monitor System Description Fig.1.1 shows a block diagram of the 1313 Fermentation Monitor.

  • Page 9: Electro-Mechanical And Electro-Acoustic Measuring System

    Chapter 1 _________________________________________________________________________________________ Fig.1.1 Block diagram of the 1313 Fermentation Monitor However, the monitor does have operating system software contained in read-only memory. When the monitor is powered up, this internal software checks the system to ensure it is working correctly and starts the monitor in the configuration it was in just before the last power shut-down.

  • Page 10: Power Supply

    BZ 6009 software or any other PC software that can interpret a comma delimited file, for example certain spreadsheet programs. Note though that the save-to-disk process is not a dump of data from the 1313 to the PC, but a process in which the data file on the PC is updated continuously.

  • Page 11: Acoustic Gas Measurement

    By correctly filtering the microphone signal, the concentration of each type of gas can be measured, even when they are part of the same sample. Photoacoustic Spectroscopy in the 1313 The 1313 has four major components in its PAS based measuring system (see also Fig.1.2): • A stable infra-red source •...
  • Page 12 However, one must also consider that high frequencies also result in less time for the applied energy to affect the gas, giving smaller output signals from the micro- phone. The frequencies used in the 1313 are chosen to give a balance between the sig- nal level and noise suppression requirements.
  • Page 13 LUMASENSE have many years experience with such microphones and the processing of microphone signals. The microphones and associated processing electronics used in the 1313 are of an exceptionally high quality. They give a high degree of stability and reliability, which means calibration is rarely required.
  • Page 14 Chapter 1 _________________________________________________________________________________________ Magnetoacoustic Spectroscopy in the 1313 The 1313 has two major components in its Magnetoacoustic Spectroscopy based meas- uring system (see also Fig.1.2): • A switched magnetic field • Microphone In PAS, the energy source to excite the gas is infra-red light. In magneto acoustic spec- troscopy, the source is a magnetic field.

  • Page 15: Chapter 2 Installation And Getting Started

    Chapter 2 _________________________________________________________________________________________ Chapter 2 Installation and Getting Started December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 15 of 116...

  • Page 16: Installing The Monitor

    _________________________________________________________________________________________ 2.1 Installing the Monitor The 1313 monitor is designed to fit in a 19 inch rack. The front panel has a serial-link socket for the PC interface and a gas inlet for calibration gases. The mains input, ana- logue output, alarm relay output, sample gas inlet and outlet for expelled gas samples are located on the rear panel.

  • Page 17: Current-Loop And Alarm Relay Outputs

    2.1.3 Current-loop and Alarm Relay Outputs The 1313 has analogue outputs giving a current (between 0 mA and 24 mA) equivalent to the gas concentration, and two isolated single-pole relay contacts giving over- and under- concentration alarms.
  • Page 18 These definable values are set via the PC software. Definition is described in section 3.3.1. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 18 of 116...

  • Page 19: The Gas Sample Line

    After entering the monitor, every gas sample immediately passes through the particle filter located on the front panel. To inspect the condition of the particle filter, please see section 4.2. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 19 of 116...

  • Page 20: Mains Supply

    See Fig.2.3. Note: The cover cannot be removed when the power cable is connected to the monitor. Fig.2.3 Opening the fuse-holder cover __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 20 of 116...

  • Page 21: The Bz 6009 Software

    • Display measurement data as coloured graphics • Store measurement data on the PC’s disk while measurements are being made • Provide a link between the monitor and the process computer. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 21 of 116...

  • Page 22: Computer Requirements

    BZ6009 installation package. In case that auto- start is disabled for your CD drive, you will manually need to start the BZ6009 installation package found on the software CD-ROM disk. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 22 of 116...
  • Page 23 6. In the next window it’s possible to change the directory on the harddisk where the BZ6009 program will be installed. Normally this should not be changed. Select ‘Next’ to continue installation. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 23 of 116...
  • Page 24 Chapter 2 _________________________________________________________________________________________ 7. Now you’re ready to install the BZ6009 software. Select ‘Install’ to begin the installation. 8. During installation the following window appears. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 24 of 116...

  • Page 25: Activate Automatic Login And Auto Start Bz6009

    10. It is now possible to start the BZ6009 Application by using BZ6009 shortcuts found a. on the desktop or b. in Start->All Programs->Lumasense Technologies->BZ6009. c. Also the BZ6009 application is started automatically when you’re log- ging in as the BZ6009 user.

  • Page 26: Connecting The Monitor To The Pc

    _________________________________________________________________________________________ 2.3 Connecting the Monitor to the PC In order that the 1313 monitor and PC can communicate, you must link the two to- gether. The monitor has a standard RS – 232, 25-pin D-range male socket on its front panel.

  • Page 27: Starting The Monitor

    • Service Signal (amber) — lights constantly when the power-on self-test has failed or a detectable error has occurred during the last time the monitor was powered up. To see what the error may be, use the Test 1313 option on the Main Menu (see section 2.7).

  • Page 28: Starting The Software

    3. After installation the Software is setup to start automatically when making a logon as the BZ6009 user. The main menu screen will be displayed on screen (see Fig.2.6). Fig.2.6 The BZ 6009’s Main Menu Screen __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 28 of 116...

  • Page 29: Using The Software

    The <Tab> key will move the cursor to the next field. <Shift> <Tab> will move you to the previous field. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 29 of 116...

  • Page 30: Entering Values

    Pressing on <ok> returns you to the Main Menu and writes any changes you have made either to the configuration file or to the 1313 monitor, whichever is appropriate. 2.6.4 Information Screens When the BZ6009 software is changing from one screen to another an information-only screen is often presented.

  • Page 31: Test 1313 & 1309

    Fig.2.7 The BZ 6009’s Test 1313/1309 Screen The BZ 6009 and 1313 have built-in test procedures that are able to monitor various electronic and mechanical parts – for example, the flow rate, memory checksum, inter- face and so on. If anything abnormal is detected with any of the parameters tested for, the error will be reported either directly on the PC screen or by the Service LED being illuminated.

  • Page 32: Stopping The Software

    1. With the Main Menu screen displayed, select BZ6009 Set-up under the Setup menu. 2. Select the COM port in the drop down box 1313 Connection. 3. Click on <ok> to return to the Main Menu. The system should now be ready for use.

  • Page 33: Chapter 3 Configuration

    Chapter 3 _________________________________________________________________________________________ Chapter 3 Configuration December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 33 of 116...

  • Page 34: General Information

    This chapter guides you through the configuration options available on the Main Menu. You should configure both the software (the BZ 6009 program) and the hardware* (the 1313 monitor and a 1309 if installed) to suit your local requirements before calibrations and measurements are made.

  • Page 35: General Set-Up

    This option enables you to choose the correct serial interface port on the PC that the 1313 monitor is connected to. You only need to use this option during the initial in- stallation of the software on a computer (see section 2.9).
  • Page 36 If the “Serial Number” is enabled, the resulting filename will be: Z:\log.Xnn.txt If both “Date Stamp” and “Serial Number” are enabled, the resulting filename will be Z:\logYYMMDD.Xnn.txt __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 36 of 116...

  • Page 37: Gas Curves

    __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 37 of 116...

  • Page 38: 1309 Sampling

    Each element is associated with a gas channel. An element of a sampling sequence con- sists of two parts, flushing time and averaging time. The flushing time is the time when the 1313 is not recording measurements. The averaging time is the difference between the sampling period and the flushing time.
  • Page 39 1313. Gas channel 1313 can be considered to be the gas line from the 1309 to the 1313. The display rate for this channel is set by the Data Rate value on the BZ 6009 Set-up screen (see section 3.2.3).

  • Page 40: Hardware Configuration

    3.3 Hardware Configuration This section describes how you set-up the limits to be used with the analogue outputs and alarm relays in the 1313. The configuration of these hardware limits is done via software. There are no physical controls. 3.3.1 0 – 24 mA Set-up When the Main Menu screen displayed, select 0-24mA Set-up from the Setup pull- down menu.
  • Page 41 (plotter, chart recorder, etc). Carbon Dioxide The two fields associated with this option specify the percentage carbon dioxide to be associated with the set low and high currents. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 41 of 116...
  • Page 42 Rate parameter in the BZ6009 Set-up screen (how often the screen is updated), but only when the measurement screen is active. This is because the 1313 only produces one set of measurement data, so the two data rate values must be interleaved. The table below shows the interaction of the two data rates.

  • Page 43: Alarm Relays Set-Up

    To set the alarm relays: Press the “Perform Alarm Relays Set-up”-button. Press the “Exit”-button to exit the screen. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 43 of 116...
  • Page 44 When disabled (OFF), no action occurs. The high limit must always be larger than the low limit. The help bar gives you guid- ance. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 44 of 116...

  • Page 45: Adjust Clock

    Carbon dioxide and oxygen are always measured as volume %. The concentration val- ues refer to a dry gas condition. The Unit option on the 1313 Alarm Relay Set-up screen is independent of the Unit op- tion on the BZ6009 and 0-24mA Set-up screens.
  • Page 46 Chapter 3 _________________________________________________________________________________________ Fig.3.4 The Clock Adjust screen __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 46 of 116...

  • Page 47: Chapter 4 Calibration

    Chapter 4 _________________________________________________________________________________________ Chapter 4 Calibration December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 47 of 116...

  • Page 48: Introduction

    2. Turn the disc anticlockwise to loosen the finger screw and remove it to reveal the filter. 3. Using some broad-blade tweezers, remove the “O”-ring holding the filter paper. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 48 of 116...

  • Page 49: Calibration Gases

    If your calibration gas is supplied via one of the inlets on a 1309, use the measurement position. If you will apply the calibration gas directly to the front panel of the 1313, select the calibration position (see Fig.4.3). 950188e Fig.4.3 The calibration and measurement positions of the particle filter...

  • Page 50: Connecting The Calibration Gas

    A side-stream connection kit consisting of the necessary tubing and connectors is sup- plied with the 1313 monitor. Note that this kit contains a length of Nafion tubing. When the calibration procedure specifies that the gas be kept dry, you must use tubing not permeable to water vapour, for example PTFE tubing.

  • Page 51: Zero Calibration

    Doing a Zero Calibration Assuming that the monitor and the PC are connected and the software is running (dis- playing the Main Menu), the zero calibration continues as follows: __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 51 of 116...
  • Page 52 7. Zero Calibration Started is displayed in the Calibration status box. 8. Wait until Calibration done is displayed in the Calibration status box. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 52 of 116...

  • Page 53: Gain Calibration

    4. Ensure that the field displays the hydrocarbon for which you are calibrat- ing. If not, choose the field, and select the correct one from the displayed list. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 53 of 116...

  • Page 54: Interference Calibration

    Interference calibration is normally only done after the 1313 has been serviced. Interference calibration is not necessary during normal operation of the monitor.

  • Page 55: Interference Calibration Gases

    • Carbon dioxide interference on water vapour and hydrocarbons. The last stage contains two parts. The second part must be done immediately following the first part. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 55 of 116...
  • Page 56 Chapter 4 _________________________________________________________________________________________ The 1313 Interference Gas Calibration screen contains access to these stages (see Fig.4.6). Fig.4.6 Interference Calibration screen At the top of the screen there is a table showing the current measured values of Carbon dioxide, Oxygen, Hydrocarbon and Water vapour.

  • Page 57: __________________________________________________________________________________________________

    2. Connect a source of pure dry nitrogen to the input of the water bath. Connect the output of the water bath to the front panel gas inlet on the 1313 using a side-stream connection made of PTFE tubing (see Fig.4.7).

  • Page 58: __________________________________________________________________________________________________

    Chapter 4 _________________________________________________________________________________________ The temperature and barometric pressure are used by the 1313 to calculate the absolute humidity of the incoming nitrogen. 7. Open the gas valve and adjust the flow so that a small surplus flow exists in the side-stream tube.

  • Page 59: __________________________________________________________________________________________________

    You can now move on to the next stage. Carbon Dioxide Interference on Water Vapour and Hydrocarbons 1. Connect a source of pure dry nitrogen to the front panel gas inlet on the 1313 using a side-stream connection composed of Nafion tubing.

  • Page 60: Modified Interference Calibration Procedure

    4.7.2. 2. Ignore the Water Vapour Gain Calibration 3. Connect a source of pure dry nitrogen to the front panel gas inlet on the 1313 using a side-stream connection composed of Nafion tubing. This is to humidify the nitrogen to the ambient humidity.

  • Page 61: Chapter 5 Operation

    Chapter 5 _________________________________________________________________________________________ Chapter 5 Operation December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 61 of 116...

  • Page 62: About This Chapter

    5.2.1 The Measuring Screen Layout Fig.5.1 shows a typical measurement screen. The gas curves on this screen show the re- sult of gently breathing into the sample-line attached to the 1313. The data rate was set to 1. __________________________________________________________________________________________________ BE6007-16...

  • Page 63: __________________________________________________________________________________________________

    The sampling sequence was “1 3”, the sampling time was set for 30 sec- onds and flushing time 15 seconds. Channel 1 had a source of exhaled air (Fig.5.2). Channel 3 was open to the ambient air (Fig.5.3). __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 63 of 116...

  • Page 64: __________________________________________________________________________________________________

    This can be clearly seen in Fig.5.4. 1313 Channel can be considered to be the gas-line connecting the 1309 to the 1313, through which all samples must pass. The screen update rate of 1313 channel is set by the Data Rate and not by the Sampling Rate (see section 3.2.3...

  • Page 65: __________________________________________________________________________________________________

    1309 is connected. This option is not available when multipoint sampling is disabled. Fig.5.3 The measurement screen associated with Channel 3 (ambient air) __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 65 of 116...

  • Page 66: __________________________________________________________________________________________________

    Chapter 5 _________________________________________________________________________________________ Fig.5.4 An example of 1313 channel during multipoint sampling Graph Display This occupies the main area of the screen. On it are displayed curves giving the current and recent history values of the measured concentrations of the sampled gases.

  • Page 67: Import Data To Excel

    Averaging: indicates whether averaging is on or off. When multipoint sampling is on, averaging will be OFF during the flushing period and ON during the averaging period. Active Channel: shows which 1309 channel are currently connected to the 1313. 5.3 Import Data to Excel Guidance for importing the Data File to other programs The BZ 6009 data files are saved as “comma separated”...

  • Page 68: __________________________________________________________________________________________________

    EXCEL. The data shows the first few measurements made during a multipoint sampling session. Fig.5.5 Example of a data file imported into Microsoft Excel __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 68 of 116...

  • Page 69: Chapter 6 1309 Multipoint Sampler

    Chapter 6 _________________________________________________________________________________________ Chapter 6 1309 Multipoint Sampler December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 69 of 116...

  • Page 70: About This Chapter

    The 1309 Multipoint Sampler allows you to sample gases from 12 different locations using the 1313 as the measuring device. Also included in the 1309 is a pressure trans- ducer and six temperature probe interfaces. The layout of a typical system is shown in Fig.6.1.

  • Page 71: Setting Up The Ieee - 488 Interface

    The control of these solenoid valves is done by the BZ 6009 software running on the PC. Thus, unlike a stand-alone 1313, a multipoint sampling system must have the computer connected and running the software.

  • Page 72: Connecting A 1309 To A Pc

    6.6 Connecting a 1309 to a 1313 The gas to be sampled is drawn from the 1309 to the 1313 via a sample line. Various types of sample lines are available depending on the individual applications Fig.6.2...

  • Page 73: __________________________________________________________________________________________________

    When only one 1309 is used in the system, the sample line should be directly connected to the 1313 Gas Inlet. If more than one is being used, the lines from the Output to Analyser nozzles should be summed by T-pieces before being fed to the 1313. Solenoid operated three-way valves (under the control of the BZ6009 software) ensure that the correct 1309 is connected to the 1313 during measurement and calibration.

  • Page 74: Connecting Temperature Sensors

    Note: When a 1309 is first powered up, all the solenoid valves are closed. This will ap- pear to be an occlusion to the 1313, giving a resultant error message. Therefore, ignore the first occlusion error message immediately after power up in a combined 1309/1313 system.

  • Page 75: Chapter 7 Process Computer Interface

    Chapter 7 _________________________________________________________________________________________ Chapter 7 Process Computer Interface December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 75 of 116...

  • Page 76: About This Chapter

    In Auto mode the sampling sequence is controlled by the BZ 6009 software. In Remote mode the process control computer controls the sampling sequence and starts/stops averaging of measurement data. A typical set-up of a 1313 used with a PC, a 1309 and a process control computer is shown in Fig.7.1. __________________________________________________________________________________________________...

  • Page 77: Setting Up The Process Control Computer's Rs - 232 Serial Interface

    Commands are always initiated by the process control computer and acknowledged by the PC. The PC will send data back to the process control computer if the command __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 77 of 116...

  • Page 78: Representation Of Values In Registers

    OPTOMUX). The parameters should be scaled so that 0000h corresponds to 0 vol% O and 1000h corresponds to 100 vol% O For Hydrocarbons the full scale value is user definable via a register in the 1313 Gen- eral Register Group. The parameter should be scaled so that 0000h corresponds to 0 vol% CHx and 1000h corresponds to 10 vol% CHx.

  • Page 79: Comli Communication Parameters

    “COMLI Systembeskrivning”, March 1997*. The specifications for the implemented COMLI protocol are: • Message type 0 is supported. Transfer of 1 or more 16 bit registers. • Message type 1 is supported. Acknowledge. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 79 of 116...

  • Page 80: __________________________________________________________________________________________________

    • Reading from an unused address is allowed and returns 0000h. The information on the following pages details the address and function of each of the different registers. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 80 of 116...

  • Page 81: The Interface Registers

    Set true to enter BZ 6009 to auto mode, false for remote 1101h-1102h Not used 1103h read True if an error occurred in the 1313 1104h read True if an error occurred in a 1309 1105h read True if the BZ 6009 disabled remote mode...

  • Page 82: __________________________________________________________________________________________________

    Chapter 7 _________________________________________________________________________________________ 1313 General Register Group This is a group of 16 read or write registers each 16 bits wide. Register Type Description Address 1200h read Averaged CO measurement 1210h read Averaged O measurement 1220h-1240h Not used 1250h read...

  • Page 83: __________________________________________________________________________________________________

    Not used 01D0h Not used 01E0h Raw 1 second O2 measurement value from the 1313 01F0h 16-bit Gas channel status register The 16-bit gas channel status register uses only the least significant 12 bits. If a bit is true (logic 1) this indicates that the corresponding channel’s O value has been updated since the register group was last read.

  • Page 84: __________________________________________________________________________________________________

    02D0h Not used 02E0h Raw 1 second CO measurement value from the 1313 02F0h 16-bit Gas channel status register The 16-bit gas channel status register uses only the least significant 12 bits. If a bit is true (logic 1) this indicates that the corresponding channel’s CO value has been up- dated since the register group was last read.

  • Page 85: __________________________________________________________________________________________________

    Not used 03D0h Not used 03E0h Raw 1 second CHx measurement value from the 1313 03F0h 16-bit Gas channel status register The 16-bit gas channel status register uses only the least significant 12 bits. If a bit is true (logic 1) this indicates that the corresponding channel’s CH value has been up- dated since the register group was last read.

  • Page 86: __________________________________________________________________________________________________

    1309 temperature channel number 4 measurement 0440h 1309 temperature channel number 5 measurement 0450h 1309 temperature channel number 6 measurement 0460h Barometric pressure number 1 measurement 0470h– Not used 04F0h __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 86 of 116...

  • Page 87: __________________________________________________________________________________________________

    Channels 13 to 24 1320h Channels 25 to 36 A Sampling Sequence defined from the interface becomes active when the previous Sampling Sequence has finished the current measurement cycle. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 87 of 116...

  • Page 88: __________________________________________________________________________________________________

    1. If Average is ON, then the register returns the number of seconds elapsed since averaging started. 1390h Reserved These registers are reserved for future use and return 0000h 13A0h Reserved __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 88 of 116...

  • Page 89: __________________________________________________________________________________________________

    Measurement Registers. To clear the bits in these registers, a bit mask containing set bits (1) needs to be written to the register. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 89 of 116...

  • Page 90: __________________________________________________________________________________________________

    1309 no.3 1410h 2120h Gas Channel Status Acknowledge Register for CO in 1309 no.3 1420h 2130h Gas Channel Status Acknowledge Register for CHx in 1309 no.3 1430h __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 90 of 116...

  • Page 91: Optomux Communication Parameters

    Binary code for the 1309 sampling channel Valid numbers are from 1 to 36 MSB 7-15 Not used When set, will start averaging the gas data. To stop averaging, clear the bit __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 91 of 116...

  • Page 92: __________________________________________________________________________________________________

    Set true to enter BZ 6009 to auto mode, false for remote Not used read True if an error occurred in the 1313 read True if an error occurred in a 1309 read True if the BZ 6009 disabled remote mode...

  • Page 93: __________________________________________________________________________________________________

    Chapter 7 _________________________________________________________________________________________ 1313 General Register Group Type of register: Analogue Block Base Address: 12h This is a group of 16 registers each 16 bits wide. The write registers in the group can be written to with the J or S commands. The read registers in the group can be read with the L command.

  • Page 94: __________________________________________________________________________________________________

    Not used Not used Raw 1 second O measurement value from the 1313 16-bit Gas channel status register The 16-bit gas channel status register uses only the least significant 12 bits. If a bit is true (logic 1) this indicates that the corresponding channel’s O value has been updated since the register group was last read.

  • Page 95: __________________________________________________________________________________________________

    Not used Not used Raw 1 second CO measurement value from the 1313 16-bit Gas channel status register The 16-bit gas channel status register uses only the least significant 12 bits. If a bit is true (logic 1) this indicates that the corresponding channel’s CO2 value has been up- dated since the register group was last read.

  • Page 96: __________________________________________________________________________________________________

    CHx value measured on 1309 gas channel 12 Not used Not used Raw 1 second CHx measurement value from the 1313 16-bit Gas channel status register The 16-bit gas channel status register uses only the least significant 12 bits. If a bit is true (logic 1) this indicates that the corresponding channel’s CHx value has been up-...

  • Page 97: __________________________________________________________________________________________________

    1309 temperature channel number 3 measurement 1309 temperature channel number 4 measurement 1309 temperature channel number 5 measurement 1309 temperature channel number 6 measurement Barometric pressure measurement 8-16 Not used __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 97 of 116...

  • Page 98: __________________________________________________________________________________________________

    Channels 13 to 24 Channels 25 to 36 A Sampling Sequence defined from the interface becomes active when the previous Sampling Sequence has finished the current measurement cycle. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 98 of 116...

  • Page 99: __________________________________________________________________________________________________

    ON, then the register returns the number of sec- onds elapsed since averaging started. These registers are reserved for future use and Reserved return 0000h Reserved __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 99 of 116...

  • Page 100: Command Structure

    1. All commands start with the start of command (SOC) character “>” 2. Immediately after the SOC come the destination register’s address expressed in hex – 12 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 100 of 116...

  • Page 101: Checksums

    If this error is received it is necessary to initiate a power-up clear routine. After this the next command to the register will be executed normally. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 101 of 116...

  • Page 102: __________________________________________________________________________________________________

    The response to such a command might be: A 181B 0CCD 1FFF 0000 0000 1000 1000 BD cr The data in this response would indicate the following values: __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 102 of 116...

  • Page 103: Initialising The Registers

    Response: A cr This will power-up clear register with address 12h. The command checksum is A4h. Identify Block Type Command: F Syntax: [address] F [checksum] cr __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 103 of 116...

  • Page 104: __________________________________________________________________________________________________

    16 bits wide. The first character in the mask corresponds to the most significant 4 bits. To reset a bit, the corresponding bit in the mask character must be set true. If set __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 104 of 116...

  • Page 105: __________________________________________________________________________________________________

    4 bits. All bits in the register will be affected, regardless of their previous state. The response will be an acknowledge without data response. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 105 of 116...

  • Page 106: __________________________________________________________________________________________________

    Response: A 135A 119A F7 cr This command asks the BZ 6009 to send the data from registers 1 and 2 (3h = 0011 binary) that have a base address 12h (1313 General Register Group). The checksum is 72h. The response contains two groups of four characters, the first equivalent to the data in register 2 and the second register 1.

  • Page 107: __________________________________________________________________________________________________

    Response: A cr This command writes the data 199h to the ninth register (9 ≡ 0001.0000.0000 = 0100h) in the analogue block that has a base address 12h (1313 General Register Group). The checksum is 11. The ninth register contains the CH x full scale. 199h is equivalent to 1 vol%.

  • Page 108: __________________________________________________________________________________________________

    This command writes the data 266h to the 4th register and 19Ah to the 3rd register in the analogue block that has a base address 12h (1313 General Register Group). The 4- character register-mask has the value 000Ch, which corresponds to 0000 0000 0000 1100 binary (the 3rd and 4th registers are addressed).

  • Page 109: Chapter 8 Troubleshooting And Error Messages

    Chapter 8 _________________________________________________________________________________________ Chapter 8 Troubleshooting and Error Messages December 2010 __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 109 of 116...

  • Page 110: Servicing The 1313

    Therefore you should use the table of Error Messages with care and use it mainly as a guide, not as the definitive fault-finding tool. As a general rule, ensure that the following are true when the 1313 is in Measurement Mode: •...

  • Page 111: Test Hierarchy

    The following tests are performed during power up. PROM Test A complete CRC check sum test of all code implemented. There is a CRC check sum for every 4 kilobytes. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 111 of 116...

  • Page 112: Tests During Power Up And During Start Up Of The Measurement System

    The software version of the signal-processor is checked. A Read/Write test is per- formed on the signal processor RAM. Measurement Chamber temperature Min. test value: 10°C Max. test value: 70°C IR Source temperature Transmit signal level __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 112 of 116...

  • Page 113: Tests Only During Measurement

    • Service Signal (amber) — lights constantly when the power-on self-test has failed or a detectable error has occurred during the last time the monitor was powered up. To see what the error may be, use the Test 1313 option on the Main Menu.

  • Page 114: Error And Warning Messages

    Wrong COM port port selected in BZ 6009 Setup menu 1313 not able to communicate 1313 not responding – Switch 1313 Off/On! Start-up routine failure Switch 1313 Off/On Factory Calibration Destroyed Perform calibration (see User calibration is Chapter 4 in the user...

  • Page 115: __________________________________________________________________________________________________

    “Occlusion has occurred” occurred” Table 8.1 (Continued) Error and Warning Messages For all other warning or error messages please refer to the Service Manual BI 7713-11. __________________________________________________________________________________________________ BE6007-16 1313 Fermentation Monitor LumaSense Technologies A/S Instruction Manual Page 115 of 116...
  • Page 116 1313 LumaSense Technologies A/S Tel.:(+45) 44 20 01 00 Energivej 30 Fax: (+45) 44 20 01 01 DK-2750 Ballerup, Denmark http://www.lumasenseinc.com...

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