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madur electronics maMoS 100 Manual

Stationary gas analyser
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STATIONARY GAS ANALYSER
Manual
Version: 8.8
09/2011
PC 10.5.0
mamos 10.3.6

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Summary of Contents for madur electronics maMoS 100

  • Page 1 STATIONARY GAS ANALYSER Manual Version: 8.8 09/2011 PC 10.5.0 mamos 10.3.6...

  • Page 2: Table Of Contents

    www.madur.com Manual maMoS100/200/300/400 Contents Introduction........................4 2. Package content......................5 3. Monitor construction.....................6 3.1. Casing........................7 3.2. Gas channel......................9 3.2.1. Gas dryer with filter..................10 3.2.2. Peristaltic pump....................11 3.2.3. Solenoid valve....................12 3.2.4. Gas pump......................12 3.2.5. Gas sensors....................12 3.3. Electric connectors of the monitor..............13 3.3.1. Digital inputs....................13 3.3.2.
  • Page 3 www.madur.com Manual maMoS100/200/300/400 6.2. Displays' work modes..................55 7. Software used for operating the monitor..............57 7.1. Installation......................57 7.2. Operating the MaMoSII.exe program..............58 7.3. The functions of the MaMoSII.exe program............59 7.3.1. Reconnect (restart transmission)...............59 7.3.2. Program settings..................60 7.3.3. Main settings....................62 7.3.3.1. Calculations of the results..............63 7.3.3.1.1.

  • Page 4: Introduction

    www.madur.com Manual maMoS100/200/300/400 1. INTRODUCTION maMoS is a high quality gas monitor. The device is produced using the latest technology. Due to the modular design of maMoS it is possible to meet the individual cli- ent's expectations by adjusting it to performing particular measurements, such as concen - tration of various gases, pressure, temperature and a number of boiler parameter meas- urements.

  • Page 5: Package Content

    www.madur.com Manual maMoS100/200/300/400 2. PACKAGE CONTENT Along with the monitor the following elements are enclosed in the package: Picture 1. The CD containing the software used for operating the monitor Picture 2. Communication cable between PC computer and the analyser Picture 3.

  • Page 6: Monitor Construction

    www.madur.com Manual maMoS100/200/300/400 3. MONITOR CONSTRUCTION The maMoS monitor has been constructed as a modular device which assures the user of the possibility of creating any desired configuration. On request the maMoS monitor can be constructed of any of the available mod- ules.

  • Page 7: Casing

    www.madur.com Manual maMoS100/200/300/400 There are four different types of maMoS monitors: maMoS100 – the monitor is equipped with a single display (display #1). − maMoS200 – equipped with two displays (display #1, display #2). − maMoS300 – equipped with three displays (display #1, display #2, display −...
  • Page 8 www.madur.com Manual maMoS100/200/300/400 Picture 6. mamos front panel Picture 7. Casing – bottom view...

  • Page 9: Gas Channel

    www.madur.com Manual maMoS100/200/300/400 3.2. Gas channel Picture 8. The schematic diagram of the gas channel. Labels used in the diagram: The additional gas channel has been framed with violet. V1 – ventilation valve of the main channel. V2 – ventilation valve of the additional channel. P1 –...

  • Page 10: Gas Dryer With Filter

    www.madur.com Manual maMoS100/200/300/400 value is measured – apart from that throughout the measurement cycle the sensor is vent- ilated with the inert gas with use of an additional ventilation pump. Independently of the ad- ditional channel the sensors in the main gas channel are continually supplied with the gas sample (during the “MEASUREMENTS”...

  • Page 11: Peristaltic Pump

    www.madur.com Manual maMoS100/200/300/400 Picture 10. mamos MD3R/S gas dryer 3.2.2. Peristaltic pump A peristaltic pump is used to remove the condensate gathered in the dryer contain- er. The pump is installed on the right side of the casing (Picture 11.). The pump's head is placed outside the casing (or in the front of the MD3 gas dryer) to ensure easy replace- ment of pump's tubings and head.

  • Page 12: Solenoid Valve

    www.madur.com Manual maMoS100/200/300/400 3.2.3. Solenoid valve The monitor is equipped with a three-way solenoid valve to make periodical ventil- ation of the device possible. The ventilation process has to be performed in order to zero the sensors. During ventilation the valve cuts the gas inlet off and the free air is let in. 3.2.4.

  • Page 13: Electric Connectors Of The Monitor

    www.madur.com Manual maMoS100/200/300/400 3.3. Electric connectors of the monitor Picture 12. Location of the inputs, outputs and power supply connectors The maMoS monitor has a number of electric connectors which enable the user to connect the monitor to a power supply and additional devices. All the inputs, outputs and power supply connectors are to be found inside the monitor on the device main board (Pic- ture 12.).

  • Page 14: Analogue Outputs

    www.madur.com Manual maMoS100/200/300/400 controlling (switching on or off) the PWM digital output. − Picture 13. Digital inputs on the monitor. Changes to the settings can be made with the help of the MaMoSII.exe software. The voltage range of each of the inputs is 0V ÷ 5V. The input is regarded as active when its voltage is 0V (in particular short-circuit with GND).

  • Page 15: Digital Output (Pwm)

    www.madur.com Manual maMoS100/200/300/400 Picture 14. Analogue outputs on the monitor. The analogue output (U1 ÷ U4) signal range is 0 ÷ 5V or 0 ÷ 10V (set with the help of the MaMoSII.exe software), whereas the current output (I1÷I4) signal range is 0÷20mA or 4÷20mA (also set with the help of the MaMoSII.exe software).

  • Page 16: Relay Outputs (Optional)

    www.madur.com Manual maMoS100/200/300/400 Picture 15. The PWM output and the load connection. One of the two connectors: 12V or VCC (+5V) (Picture 15.) can be used for sup- plying the receiver controlled via the output. If the 12V supply is used the maximum load current amounts 500mA, whereas for the 5V supply it is 200mA.

  • Page 17: Monitor Power Supply

    www.madur.com Manual maMoS100/200/300/400 The changes to the configuration can be made with the help of the MaMoSII.exe software. Picture 16. Relay outputs. 3.4. Monitor power supply It is advised to supply the maMoS monitor with AC voltage of 24V +/-10%, 50/60Hz and power of more than 150W.

  • Page 18: Configuration Possibilities

    www.madur.com Manual maMoS100/200/300/400 Picture 17. Power supply connectors ATTENTION! Connecting the supply to the connectors other than shown in the Picture 17. will cause the permanent damage to the device. 3.5. Configuration possibilities Due to its modular design, the maMoS monitor can be configured in many differ- ent ways.

  • Page 19: Additional And Optional Equipment

    www.madur.com Manual maMoS100/200/300/400 in the above table it is advisable to contact to inquire after current meas- urement capabilities. Measurement Gas type Sensor type range oxygen electrochemical max. 25 % CO carbon monoxide electrochemical 2000ppm ÷ 10 % CO carbon monoxide NDIR 5% ÷...

  • Page 20: Monitor Installation

    www.madur.com Manual maMoS100/200/300/400 RS485 Switch to communicate with several maMoS devices, temperature sensors: thermocouple (temperature range up to 1000°C) or Pt sensor (temperature range up to 100°C), atmospheric pressure sensor, differential pressure sensor, range: -5 ÷ +20hPa or -20 ÷ 20hPa, differential pressure sensor with gas channel flow control and dryer's filter contamination level control, Pitot's tube - used for indirect measurements of gas flow velocity with the...

  • Page 21: Connecting The Monitor

    www.madur.com Manual maMoS100/200/300/400 4.1. Connecting the monitor After the monitor has been mounted on the wall the electric and gas lines should be connected to the monitor according to the instructions below. 4.1.1. Connecting the electric wires All the electric connectors are placed inside the device. To connect the wires the user should unscrew the cover of the monitor's casing, run the wires through the grom- mets and connect them to the correct connectors.
  • Page 22 www.madur.com Manual maMoS100/200/300/400 Picture 21. The way of opening the mamos cover. After the casing has been opened connector's cover must by removed and the wires which are to be connected should be led to the inside of the device through the grommets placed on the bottom side of the casing (Picture 22.).
  • Page 23 www.madur.com Manual maMoS100/200/300/400 Picture 22. The bottom side of the casing with the connectors and cables' grommets. Picture 23. View of the connectors inside the casing of the maMoS monitor.

  • Page 24: Connecting The Gas Hoses

    www.madur.com Manual maMoS100/200/300/400 4.1.2. Connecting the gas hoses To assure proper measurement results it is necessary to supply the examined gas to the monitor and to remove it from the device in an appropriate way. The supply and waste gas hoses as well as the condensate outlet hose should be made of materials res - istant to chemical agents whose influence they might be exposed to.
  • Page 25 www.madur.com Manual maMoS100/200/300/400 Picture 24. Location of the sample gas inlet in MD2 gas dryer Picture 25. Location of the sample gas inlet in MD3 gas dryer The outside diameter of the gas inlet and the waste gas outlet of the additional channel (if installed) is 16 mm.
  • Page 26 www.madur.com Manual maMoS100/200/300/400 Picture 26. Gaseous connections: ventilation gas, gas outlets, condensate outlets. The hose for removing the condensate should be connected to the outlet that is located at the bottom of the analyser (see Picture 26.). The outlet is not barbed and has 4mm outside diameter.

  • Page 27: First Start-Up

    www.madur.com Manual maMoS100/200/300/400 4.2. First start-up After the monitor has been mounted and all the necessary electric and gas lines have been connected the device can be started up. The monitor starts-up when connected to the power source which is signalised by the red indicator lamp on the device's front panel.

  • Page 28: Monitor Function

    www.madur.com Manual maMoS100/200/300/400 4. The measurement gas inlet should be disconnected if the monitor stays switched off for a longer period of time to prevent the sensors from wearing out and not to pollute the gas system. 5. To prevent damage to the sensors, the monitor should not be cleaned with chemical agents.
  • Page 29 www.madur.com Manual maMoS100/200/300/400 3. "VENTILATION BEFORE STAND-BY" – if the cycle does not end with the completion of the "MEASUREMENTS" stage the monitor should proceed to the "STAND-BY" stage. However, it is necessary to remove the remains of gas from the monitor. The "VENTILATION BEFORE STAND-BY" stage is ac- tually suppose to provide proper cleansing of the gas system.

  • Page 30: Scheduled Work Mode

    www.madur.com Manual maMoS100/200/300/400 Picture 28. The working state of the pumps and valves according to the performed stage of the measurement cycle. The separate stages are marked with colours matching those used in Picture 27. (V1 – the main channel ventilation valve, V2 – the additional ventilation valve, P1 – the main gas pump, P2 –...

  • Page 31: Communication With Monitor

    www.madur.com Manual maMoS100/200/300/400 The working of the monitor can be precisely planned with the help of the sched- uled work mode. In such cases the measurements can be performed exactly when re- quired. 5.3. Communication with monitor The maMoS is by default equipped with an RS232C interface (Picture 2.), which enables the user to connect the device to a computer in order to perform calibration, make changes to the device settings or see the measurement results.

  • Page 32: Monitor Network (Rs485)

    www.madur.com Manual maMoS100/200/300/400 monitor is on. Moving the control from monitor to computer is a great improvement espe- cially if the monitor has been installed in a hard to reach place. 5.3.1. Monitor network (RS485) Up to 15 monitors equipped with the RS485 communication interface can form a network and be controlled by a single computer with the use of a single session of the MaMoSII.exe program.

  • Page 33: Communication Via Usb Port

    www.madur.com Manual maMoS100/200/300/400 Picture 31. Example of a maMoS monitors network. As the switch serves only nine monitors, if the number of the devices is bigger, two switches should be connected together with the help of a monitor connector and the com - puter should be connected to one of the switches.
  • Page 34 www.madur.com Manual maMoS100/200/300/400 Picture 32. Main window of "Found New Hardware Wizard". 4. The user should choose the option "Install from a list or specific location (Advanced)" (Picture 32.), and then click on the "Next>" button. 5. Choosing the "Browse" option in the wizard's new window (Picture 33.) dis- plays a directory list.
  • Page 35 www.madur.com Manual maMoS100/200/300/400 Picture 34. Folders list. 7. After the drivers directory has been selected the option "Next>" should be chosen (in the wizard's window) - Picture 33.. 8. If the Windows XP operating system is used the creator might display a note (Picture 35.) informing on the incompatibility of the drivers with the Windows system.
  • Page 36 www.madur.com Manual maMoS100/200/300/400 Picture 36. Window confirming completion of USB drivers installation. 10. After the USB drivers installation has completed the installation of the COM virtual serial port will proceed automatically (Picture 37.). Picture 37. Installing COM virtual serial port. 11.

  • Page 37: Communication Via Ethernet

    www.madur.com Manual maMoS100/200/300/400 Picture 38. Window pointing to the driver location. 13. Once again a note informing of the incompatibility of the drivers with the Win- dows system might appear. To continue the installation the option "Continue anyway" should be chosen. 14.
  • Page 38 www.madur.com Manual maMoS100/200/300/400 Picture 39. Tibbo drivers and software installation window. The program creates a virtual COM port on your computer that will refer to specific monitor in MaMoSII.exe program. 4. Follow the instructions of Tibbo installer. 5. When the installation is done run the Connection Wizard from "Start/Pro- grams/Tibbo/Connection Wizard"...
  • Page 39 www.madur.com Manual maMoS100/200/300/400 Picture 41. Selection of connection window 8. Create a new Virtual Port (VSP), select a PORT (remember your choice as this port number will be used in communication with MaMoS. If the configured port is designated for the following MaMoS in the net remind to provide each MaMoS with unique Virtual Port number.
  • Page 40 www.madur.com Manual maMoS100/200/300/400 Picture 43. Selection of a device assigned to a COM port. 10. The next window shows the list of found mamos monitors in the LAN net- work. If the list is empty check the firewall settings and ensure that mamos devices are switched on.

  • Page 41: Mmc Module

    www.madur.com Manual maMoS100/200/300/400 12. In the next window change DHCP option from “0 – Disabled” to “1 – Enabled” and confirmed it by pressing “OK” button. Picture 45. Setting the DHCP option. 13. After returning to the previous window press “Refresh” button and reselect the device from the list.
  • Page 42 www.madur.com Manual maMoS100/200/300/400 Picture 46. The MMC module: 1–MMC slot; 2–Hold recording button ; 3–control diode lamp. The MMC module of the maMoS monitor works properly with MMC / SD cards with a max- imum capacity of 4 GB and a FAT-16 file system format. The files containing the current measurement results shown on all the displays and analogue outputs are stored on the card.
  • Page 43 www.madur.com Manual maMoS100/200/300/400 Due to the FAT-16 file system restrictions the main catalogue can consist of up to 512 files. It the number is exceeded an error occurrence will be reported (the LED will be flashing – see point 5.4.1. ). The MMC module of the maMoS monitor works in several stages –...

  • Page 44: Possible Flashing Sequences Of The Mmc Control Diode Lamp

    www.madur.com Manual maMoS100/200/300/400 flashes) if the removal of the card is not preceded by pressing the button the data stored in the current file can be lost. However, if the MMC module is working in the Off stage (the diode flashes more seldom) the card can be removed straight away. 5.4.1.

  • Page 45: Updating The Monitor's Firmware

    www.madur.com Manual maMoS100/200/300/400 If the operating system will not allow to select the FAT-16 system, the card can be formatted differently. Please follow the instructions below to format the card: 1. Run the command line terminal – execute program: C:\Windows\Sys- tem 32\cmd.exe 2.
  • Page 46 www.madur.com Manual maMoS100/200/300/400 Picture 47. Metal cover – location of the removable rivets and the way they should be removed. Picture 48. Metal cover – location of holding screw. 5. The monitor should be switched on. It starts-up in the programming mode (the displays are switched off).
  • Page 47 www.madur.com Manual maMoS100/200/300/400 Picture 49. The view at the CPU board – programming pins are marked in red – place where the 2,54 jumper should be installed.
  • Page 48 www.madur.com Manual maMoS100/200/300/400 Picture 50. Main window of the WSD program. 7. ATTENTION! The "Erase the CODE ONLY" option has to be chosen as shown in the Picture 51.. If the option is not chosen all the monitor settings will be erased and as a result the device will not work properly. Picture 51.

  • Page 49: Flow Velocity Measurement

    www.madur.com Manual maMoS100/200/300/400 11. To check whether the programming process has been successful the user should: switch the monitor off − remove the jumper − switch the monitor on and confirm whether the firmware version is correct − (appears on the display #1 several seconds after the device has been switched on).
  • Page 50 www.madur.com Manual maMoS100/200/300/400 Picture 53. Location of pressure measurement inlet and outlet. Picture 54. Connection of the Pitot tube to pressure inlet and outlet.

  • Page 51: Replacing The Dryer Filter

    www.madur.com Manual maMoS100/200/300/400 The result can be viewed on one of the displays and on an analogue output. Ne- cessary configurations must be done from the MaMoSII.exe program. 5.7. Replacing the dryer filter During the ordinary working of the monitor the filter inside the gas dryer wears out. The condition of the filter should be checked regularly.
  • Page 52 www.madur.com Manual maMoS100/200/300/400 Disconnect the tubing that feeds the gas from the dryer to the analyser. Disconnect the tubing that removes the condensate from the dryer. Pull the dryer from the grip holder. Slip the dryer from the the hooks. 4.

  • Page 53: Replacing The Filter In Md3 Dryer

    www.madur.com Manual maMoS100/200/300/400 Remove the clamp that holds the filter inlet. Slip off the filter inlet. 5. Replace the filter – by removing the outworn one as shown in the pictures above. 6. Install the condensate container. 7. Place the dryer on the hooks. 8.

  • Page 54: Replacing The Head Of The Peristaltic Pump

    www.madur.com Manual maMoS100/200/300/400 5.8. Replacing the head of the peristaltic pump As the mechanism of the peristaltic pump and its hose wear out with time there is a possibility of replacing the whole head of the peristaltic pump. To replace the head of the peristaltic pump it is necessary to: 1.

  • Page 55: Calculating The Results

    www.madur.com Manual maMoS100/200/300/400 6.1. Calculating the results The maMoS monitor, basing on the measurement results, calculates many additional parameters, for example: the stack loss, the boiler efficiency or the CO concentration (us- ing the oxygen concentration measurement result). The exact information on the formulas used for calculating the results are available in a separate brochure "Calculation of res- ults in the madur gas monitors", which can be downloaded from the website: www.madur.com.
  • Page 56 www.madur.com Manual maMoS100/200/300/400 3. VENTILATION – the displays flash presenting the current measurement res- ults. The signals on the analogue outputs depend on the settings defined us- ing the computer program (the analogue outputs in particular may freeze the result directly preceding the VENTILATION or continue displaying the current results –...

  • Page 57: Software Used For Operating The Monitor

    www.madur.com Manual maMoS100/200/300/400 Picture 62. Example of an error code. Error codes that can by displayed on the mamos displays: E01 – an incorrect (non-existing) variable assigned to the display • E03 – can occur only in the devices that were equipped with flow control sensor. •...

  • Page 58: Operating The Mamosii.exe Program

    www.madur.com Manual maMoS100/200/300/400 instructions. The process will last for a few minutes. After the installation process has com- pleted the program can be used. 7.2. Operating the MaMoSII.exe program After the proper installation process the program can be started via menu Start→Programmes by choosing madur→mamosII.

  • Page 59: The Functions Of The Mamosii.exe Program

    www.madur.com Manual maMoS100/200/300/400 can be performed using the program. All of the program functions can be reached from the menu bar or with the help of the quick access buttons (icons) located at the top of the pro- gram window. All the functions which can be evoked with the help of the buttons can also be reached via the menu bar.

  • Page 60: Program Settings

    www.madur.com Manual maMoS100/200/300/400 7.3.2. Program settings After the function has been started with the help of the quick access button or from the menu File→Program settings, the window with the program settings will be dis- played. The window contains two tabs: Port and Language. Picture 65.
  • Page 61 www.madur.com Manual maMoS100/200/300/400 ible monitors will last for a few seconds. The addresses of the detected devices will appear in the list below. The monitor whose settings are to be changed has to be chosen from the list. There are two buttons on the right side of the list. The "Detect" button can be used for detecting the available monitors.

  • Page 62: Main Settings

    www.madur.com Manual maMoS100/200/300/400 7.3.3. Main settings This function enables the user to change the settings of the connected mon- itor. It can be reached via the "Main settings" menu or with the help of the quick access button. It evokes the window shown in the Picture 69. which allows to set the following parameters: Calculations of results (CO , NO...

  • Page 63: Calculations Of The Results

    www.madur.com Manual maMoS100/200/300/400 After the necessary changes to the settings are made, confirm them by pressing the "Save settings in the analyser" button. If the user makes an attempt to close the win- dow before the changed settings are sent to the monitor the confirmation note will appear (Picture 70.).

  • Page 64: Fuel Parameters

    www.madur.com Manual maMoS100/200/300/400 Picture 71. Analyser settings – Calculations of NO 7.3.3.1.3. Fuel parameters The "Fuel parameters" section enables the user to define the parameters of the fuel used for the burning process during which the examined flue gas is emitted. These parameters are necessary for calculating stack loss and boiler efficiency (see the brochure on "Calculation of results in the madur gas monitors"...
  • Page 65 www.madur.com Manual maMoS100/200/300/400 Picture 72. Analyser settings – Fuel parameters Picture 73. The list of standard fuels defined in the analayser's memory...

  • Page 66: Calculations Of Mg/M3

    www.madur.com Manual maMoS100/200/300/400 7.3.3.1.4. Calculations of mg/m Picture 74. Analyser settings – Calculations of mg/m3 The "Calculations of mg/m3" section lists the factors that are used when convert- [ ppm] into the values given in [ ] . The factor specifies how ing the values given in many [ ] are equal to 1 ppm of gas.

  • Page 67: Stabilisation Of Internal Temperature

    www.madur.com Manual maMoS100/200/300/400 7.3.3.2. Stabilisation of internal temperature Picture 75. Analyser settings – Stabilisation of internal temperature The analyser is capable to stabilise its internal temperature by cooling the temper- ature down using the fan. This way the electronic components are protected against over- heating.

  • Page 68: Gas Pump

    www.madur.com Manual maMoS100/200/300/400 7.3.3.3. Gas pump Picture 76. Analyser's settings – Gas pump In the "Pump capacity" section the gas pump capacity can be set. The capacity can be set from 100 to 255 (100 is the minimum and 255 – the maximum pump speed (ef- ficiency)).

  • Page 69: Results Storage (Sd Card)

    www.madur.com Manual maMoS100/200/300/400 flow level in the gas channel. If flow drops below the value entered in the “Minimum flow level [l/h]” the analyser generates error E-03. This error remains until the flow increases over 107% of the minimal flow value. If the “STAND-BY” cycle appears during the meas- urement cycle for at least 30s then the pressure sensor is zeroed at the end of the stand- by cycle.

  • Page 70: Displays

    www.madur.com Manual maMoS100/200/300/400 after inserting the card into slot. The unit will proceed to the MMC ON state. After switching the storage off (checkbox not ticked) the unit will proceed to MMC Off state. Underneath, the field of the storage interval choice can be found. As each card has a limited storage capacity if there is no need to register the results frequently it is ad - visable to choose a long storage interval which will lengthen the card life time.
  • Page 71 www.madur.com Manual maMoS100/200/300/400 Picture 79. Measurement blocks – a list of all variables measured and calculated by the analyser Variables to be selected to be shown are divided into blocks: Components – gases that are present in ambient air • Combustion parameters –...

  • Page 72: Results

    www.madur.com Manual maMoS100/200/300/400 tional gas channel during the measurements only in the main channel (when the additional channel is ventilated). 7.3.3.6. Results Picture 80. Analyser settings – Results This option allows to enable / disable adding a new heading to the results stored into CSV file when a new measurement session is started –...
  • Page 73 www.madur.com Manual maMoS100/200/300/400 box can be found next to each of the displays. If the option is checked the results presen- ted on the "virtual" displays will be continually saved in a file. If any of the “Results stor- age” checkboxes is checked a list enabling the user to define the recording interval will ap- pear at the bottom of the screen.

  • Page 74: Memory Card

    www.madur.com Manual maMoS100/200/300/400 7.3.5. Memory card The "Memory card" option enables the user to read the measurement results stored on the MMC/SD card. It is also possible to access this option from the Main bar → Memory card → Report preview. To be able to view the reports stored on the card it is ne- cessary either to insert the card in to the PC card reader or to copy the reports to the hard drive.

  • Page 75: Report's Data

    www.madur.com Manual maMoS100/200/300/400 Picture 84. Report's data Report's data window consists of three tabs. 7.3.5.1. Report's data The first tab (presented in Picture 84.) contains a table with results from Dis- plays 1÷8, analyser's inputs and outputs. Each result is presented in a separate column: Column Date/Time shows the date and time of storage for each record.

  • Page 76: Chart

    www.madur.com Manual maMoS100/200/300/400 Columns InOuts1 and InOuts2 present status of all the digital inputs and outputs of the monitor. Below the table the additional functions can be found. With the help of the " Copy selection to clipboard" button the selected table's cells can be copied to the clipboard and then pasted in any document as a text.

  • Page 77: Columns

    www.madur.com Manual maMoS100/200/300/400 7.3.5.3. Columns Picture 86. Columns' tab in the Report's data window Allows to show / hide columns in the Report's data and Chart's tabs. 7.3.6. Memory card → Report settings Additional settings to the reports are available from the Main menu → Memory card →...

  • Page 78: Displays

    www.madur.com Manual maMoS100/200/300/400 Reports settings window allows to change the values assigned to the columns Dis - play 1 ÷ Display 8. Any change to the settings are indicated in red, and activates the Save button. 7.3.7. Displays This function can be called using the quick access icon and via the menu bar by pressing the "Displays"...

  • Page 79: Work Cycles

    www.madur.com Manual maMoS100/200/300/400 7.3.8. Work cycles The function is available using the quick access button or via the menu bar by pressing the "Work mode" button. If the function is called, the window shown in Picture 90. appears. The window enables the user to check the monitor's work stage, set the new work cycle, prepare the work schedule or set the restarting of the cycle with the help of the digital inputs.

  • Page 80: Duration Of Cycle's Phases

    www.madur.com Manual maMoS100/200/300/400 Cyclic measurements - Picture 90. • Measurements according scheduler - Picture 93. • Measurements triggered by IN1 and/or IN2 input • 7.3.8.2. Duration of cycle's phases The "Duration of cycle's phases" section enables the user to check and change the current length of the two first stages of the monitor's work cycle.
  • Page 81 www.madur.com Manual maMoS100/200/300/400 Picture 91. Information on the current working stage of the monitor. Picture 92. Exemplary lengths of the measurement cycle stages. The „VENTILATION BEFORE STAND-BY” and the „STAND-BY” durations are set automatically and they may not occur (the bot- tom chart)

  • Page 82: Scheduler

    www.madur.com Manual maMoS100/200/300/400 7.3.8.3. Scheduler When the work mode: “Measurements according to scheduler” is selected, the "Scheduler" section appears (as shown in Picture 93.). Scheduler allows to set the start times for 24 cycles. The duration of VENTILATION, MEASUREMENT are set the same way they are set in case of Cyclic work mode.

  • Page 83: Input In1 / In2

    www.madur.com Manual maMoS100/200/300/400 At the bottom of the "Work mode" window the graphic section can be found. The separate cycle stages of the monitor are presented as coloured rectangles on the time axis (Picture 94.). The location/size of each of the rectangles refers to the beginning/duration of each of the stages.

  • Page 84: Setting The Voltage Outputs

    www.madur.com Manual maMoS100/200/300/400 changes made in the window will not effect the monitor's settings unless the "Save set- tings in the analyser" button has been pressed. Picture 96. The "Analogue output settings" window (the tab of the voltage output U1 can be seen).

  • Page 85: Setting The Current Outputs

    www.madur.com Manual maMoS100/200/300/400 Changes to the value will result in changes to the output's voltage. With the help of the sliders, situated below the graph characterising the output, the user is able to assign any value of the chosen component (chosen from the measurement range) to the minimum and maximum output voltage.
  • Page 86 www.madur.com Manual maMoS100/200/300/400 Picture 97. The "Analogue output settings" window (the tab of the current output I1 can be seen). The left slider is responsible for setting the value referring to the minimum output current (0 or 4 mA), the right one – to the maximum current (20 mA). If the value has to be accurate it can be entered in the box above the slider.

  • Page 87: Analogue Outputs Behaviour

    www.madur.com Manual maMoS100/200/300/400 mA for a 5 – 30 % carbon dioxide concentration. The other current outputs are set simil- arly. 7.3.9.3. Analogue outputs behaviour In the section at the bottom of the window the actions of the outputs during the VENTILATION (During Ventilation time) and STAND-BY (During Standby time) stages and in case of occurrence of an error in measurement (If error frame) can be set.

  • Page 88: Relays

    www.madur.com Manual maMoS100/200/300/400 Picture 99. The graph showing the signal level on analogue output during successive stages of measuring cycle for different options. "Set the electrical minimum" - the minimum signal level is set on the outputs − (0 V, 0 mA or 4 mA). "Set the electrical maximum"...

  • Page 89: Outputs' Settings

    www.madur.com Manual maMoS100/200/300/400 Picture 100. The "Relay settings" window. Attention! The relays and the accompanying connector are optional equipment and are not provided with every monitor. 7.3.10.1. Outputs' settings. Both relay outputs and the PWM output are configured in the same way. To set their parameters appropriate...
  • Page 90 www.madur.com Manual maMoS100/200/300/400 can be checked. After the button has been pressed the state of the relay output will be re- placed with the opposite one for 8 seconds. After that time the actions of the outputs will be performed according to the settings. Picture 101.
  • Page 91 www.madur.com Manual maMoS100/200/300/400 put changes the relay switches off. If any of the analogue outputs has been chosen from the list the additional options appear in the tab (Picture 102.). They enable the user to spe- cify the exact values that switch the outputs "ON" and "OFF". After one of the analogue outputs has been chosen for the source of the signal used for controlling the relay the additional options shown in the Picture 102.

  • Page 92: 1-Point Calibration For Mamos Ii Monitor

    www.madur.com Manual maMoS100/200/300/400 Picture 102. The settings of the relay in case one of the analogue outputs is chosen as the source. 7.3.11. 1-point calibration for maMoS II monitor This function can be reached only via the menu bar. It enables the user to perform the calibration of any of the IR or electrochemical sensors installed in the device.

  • Page 93: Ir Sensor Calibration

    www.madur.com Manual maMoS100/200/300/400 7.3.11.1. IR sensor calibration After the sensor which is to be calibrated has been chosen from the „1-point calib- ration” menu, the window shown below will appear. Picture 104. The window containing the IR sensor readings. To execute calibration: 1.

  • Page 94: Electrochemical Sensor Calibration

    www.madur.com Manual maMoS100/200/300/400 ATTENTION! It is forbidden to use a mixture of gases to execute calibration pro- cess. If the analyser is equipped with the sensor which detects any gas being a component of the mixture the calibration will never be performed properly.

  • Page 95: Service Mode

    www.madur.com Manual maMoS100/200/300/400 Picture 107. Calibration window after the measurements are interrupted. 3. After ventilating the sensor press “Make zeroing” button – all electrochemical sensor are zeroed. 4. Apply the reference gas to gas inlet and wait until the results stabilize. Press “Measurements”...
  • Page 96 www.madur.com Manual maMoS100/200/300/400 Picture 108. The window containing information about the program.

This manual is also suitable for:

Mamos 200Mamos 300Mamos 400

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