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c50xx_series [02/05/2014 11:54]
Jan De Ceuster File build by odt2dw plugin from fileMAN_C50xx.odt 		c50xx_series [10/06/2014 21:12]
Consort [C50xx Series]
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-====== MAN_C50xx ====== +~~TOC:1-2~~ 
-<sub>{{MAN_C50xx.odt|Original file}}</sub>+====== C50xx Series ====== 
 +| **{{pictures/C50xx_front.jpg?154}}**|
  
-|Consort\\ **MANUAL**\\ **HANDLEIDING**\\ **MODE D’EMPLOI**\\ **ANLEITUNG**|| +| {{pictures/C50xx_back.jpg?323}}|**C5010**\\ **CH 1** : pH, mV\\ **CH 2**: Conductivity, Dissolved oxygen\\ **°C**: Temperature (Pt1000)\\ **C5020**\\ **CH 1**: pH, mV\\ **CH 2**: Conductivity, Dissolved oxygen\\ **°C**: Temperature (Pt1000)\\ | 
-| | **{{c50xx_series_Image_0.jpg?154}}**|+| {{pictures/c5030_back.jpg?323}}|**C5030**\\ **CH 1** : pH, mV\\ **CH 2** : mV-H<sub>2</sub>, mV\\ **°C**: Temperature (Pt1000)\\ |
  
-|**C5010**\\ **C5020**\\ **C5030**\\ **December 2012**|+----
  
-| {{c50xx_series_Image_1.jpg?323}}|**C5010**\\ **Input pH/mV: pH, mV**\\ **Input EC/O<sub>2</sub>: Conductivity, Dissolved oxygen**\\ **Input °C: Temperature (Pt1000)**\\ **C5020**\\ **Input pH/mV: pH, mV**\\ **Input EC/O<sub>2</sub>: Conductivity, Dissolved oxygen**\\ **Input °C: Temperature (Pt1000)**\\ | +=====Installation of the instrument=====
-| {{c50xx_series_Image_2.jpg?323}}|**C5030**\\ **Input pH/mV: pH, mV**\\ **Input mV2: mV-H<sub>2</sub>, mV**\\ **Input °C: Temperature (Pt1000)**\\ |+
  
-Keyboard+===Keyboard===
  
-**MODE**=Selects all modes or escapes from error traps, calibration procedures, etc. by returning to the original mode.+**MODE**=Selects all modes or escapes from error traps, calibration procedures, etc. by returning to the original mode.\\ 
 +**CAL**=Starts or proceeds a calibration or a function.\\ 
 +**↑↓**=Button for entering a value or for selecting a function.\\ 
 +**ON/OFF**=Switches the instrument on or off.\\
  
-**CAL**=Starts or proceeds a calibration or a function. +===Inputs===
- +
-éê=Button for entering a value or for selecting a function. +
- +
-**ON/OFF**=Switches the instrument on or off. +
- +
-Installation of the instrument +
- +
-Inputs+
  
 The measuring electrodes should be connected to the corresponding coaxial pH/mV or EC/O2 (C5030: mV2) connectors. Automatic temperature compensation and temperature measurements are possible by plugging a Pt1000 temperature probe into the °C terminals. Without Pt1000, the manual temperature compensation is automatically switched on. The measuring electrodes should be connected to the corresponding coaxial pH/mV or EC/O2 (C5030: mV2) connectors. Automatic temperature compensation and temperature measurements are possible by plugging a Pt1000 temperature probe into the °C terminals. Without Pt1000, the manual temperature compensation is automatically switched on.
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 •The instrument will refuse automatic calibration when the electrode is unstable. Insufficient stirring or a worn electrode may be the cause. •The instrument will refuse automatic calibration when the electrode is unstable. Insufficient stirring or a worn electrode may be the cause.
 +----
 +=====Device Menu=====
 +Press **MODE** to go to the menu. Press **CAL** to enter the selected item. Press **MODE** to go back or cancel.
 +  *[pH]
 +  *[mV]
 +  *[mS/cm] (C5010/C5020 only)
 +  *[SAL] (C5020 only) 
 +  *[TDS] (C5020 only) 
 +  *[O2] (C5010/C5020 only)
 +  *[%O2] (C5010/C5020 only)
 +  * [SETTINGS]
 +    * [LANGUAGE] --> select the desired language and press **OK**
 +    * [CONTRAST] -->  adjust the contrast and press **OK**
 +    * [ERASE MEMORY] (C5020/C5030 only) --> [YES] --> datalog memory will be erased
  
-Set-up +---- 
- +=====pH measurement=====
-  - Select [SETTINGS] by pressing **MODE**. +
-  - Follow the instructions on the screen to adjust language, contrast and automatic power-off timer or to erase the memory. Press **CAL** to confirm or **MODE **to exit. +
-pH/mV/temperature measurement +
- +
-pH measurement +
   - Select the desired mode (pH) by pressing **MODE. **The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.   - Select the desired mode (pH) by pressing **MODE. **The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.
-  - The instrument permits to choose between the buffers in memory (1.68, 2.00, 4.00, 4.01, 6.87, 7.00, 9.18, 9.21, 10.01, 12.00, 12.45). Select the proper values and press **CAL**.The unused buffers should be switched off.+  - The instrument permits to choose between the buffers in memory (1.68, 2.00, 4.00, 4.01, 6.87, 7.00, 9.18, 9.21, 10.01, 12.00, 12.45). Select the proper values and press **CAL**.The unused buffers should be switched off by selecting --.--.
   - Rinse the electrodes with distilled water and immerse them in the first buffer solution. Select [CALIBRATE], press **CAL **and follow the instructions on the screen until the calibration is finished.   - Rinse the electrodes with distilled water and immerse them in the first buffer solution. Select [CALIBRATE], press **CAL **and follow the instructions on the screen until the calibration is finished.
   - After rinsing the electrodes with distilled water, immerse them in the samples and read the display.   - After rinsing the electrodes with distilled water, immerse them in the samples and read the display.
   - Rinse the electrodes always with distilled water after use and store them in a 3...4 M KCl solution.   - Rinse the electrodes always with distilled water after use and store them in a 3...4 M KCl solution.
-mV measurement+ 
 +---- 
 +=====mV measurement=====
  
   - Select the desired mode (mV) by pressing **MODE. **The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.   - Select the desired mode (mV) by pressing **MODE. **The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.
   - Immerse the electrodes in a standard solution of known potential. Select [CALIBRATE] and press **CAL**. Adjust to the proper value and press **CAL**.    - Immerse the electrodes in a standard solution of known potential. Select [CALIBRATE] and press **CAL**. Adjust to the proper value and press **CAL**. 
-//•Select [RESET] and press ////**CAL **////to reset the calibration.//+  * //Select [RESET] and press ////**CAL **////to reset the calibration.//
  
-Temperature measurement+---- 
 +=====Temperature measurement=====
  
   - Select the desired mode (°C) by pressing **MODE**. Should you want to recalibrate, press **CAL**.   - Select the desired mode (°C) by pressing **MODE**. Should you want to recalibrate, press **CAL**.
   - Immerse the Pt1000 in a solution of known temperature. Select [CALIBRATE] and press **CAL**. Adjust to the proper value and press **CAL**.   - Immerse the Pt1000 in a solution of known temperature. Select [CALIBRATE] and press **CAL**. Adjust to the proper value and press **CAL**.
-//•Select [RESET] and press ////**CAL **////to reset the calibration.//+  * //Select [RESET] and press ////**CAL **////to reset the calibration.// 
 +  * Without Pt1000, press **CAL**, adjust the manual temperature compensation and proceed by pressing **CAL**.
  
-•Without Pt1000, press **CAL**, adjust the manual temperature compensation and proceed by pressing **CAL**. +---- 
- +=====rH2 measurement (C5030 only)=====
-rH2 measurement// (C5030 only)//+
  
   - Select [rH2] by pressing **MODE**.   - Select [rH2] by pressing **MODE**.
   - After rinsing the pH and redox electrodes with distilled water, immerse them in the samples and read the display.   - After rinsing the pH and redox electrodes with distilled water, immerse them in the samples and read the display.
-Conductivity/TDS/Salinity measurement 
  
-Conductivity measurement// (C5010, C5020 only)//+---- 
 +=====Conductivity measurement (C5010, C5020 only)======
  
   - Select the desired mode (S/cm) by pressing **MODE**. The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.   - Select the desired mode (S/cm) by pressing **MODE**. The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.
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   - Rinse the electrode several times with the sample, immerse it in that solution and read the display.   - Rinse the electrode several times with the sample, immerse it in that solution and read the display.
   - Rinse the electrode always after use and store it in distilled water (add some detergent to keep the spongy platinum surface in perfect condition).   - Rinse the electrode always after use and store it in distilled water (add some detergent to keep the spongy platinum surface in perfect condition).
-**TDS measurement**// (C5020 only)//+ 
 +---- 
 +=====TDS measurement (C5020 only)=====
  
   - Select the desired mode (mg/l)(TDS) by pressing **MODE**. The display will immediately show the measured value.   - Select the desired mode (mg/l)(TDS) by pressing **MODE**. The display will immediately show the measured value.
-Salinity measurement//(C5020 only)// 
  
 +----
 +=====Salinity measurement (C5020 only)=====
   - Select the desired mode (SAL) by pressing **MODE**. The display will immediately show the measured value.   - Select the desired mode (SAL) by pressing **MODE**. The display will immediately show the measured value.
-Dissolved oxygen measurement 
  
-**Dissolved oxygen measurement**//(C5010, C5020 only)//+---- 
 +=====Dissolved oxygen measurement (C5010, C5020 only)=====
  
   - Select [O2] by pressing **MODE**. The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.   - Select [O2] by pressing **MODE**. The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.
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   - After rinsing the electrodes with distilled water, immerse them in the samples and read the display. Stirring the solution during the measurements promotes the homogeneity and is **obligatory**! The advection rate must be at least 10 cm/s.   - After rinsing the electrodes with distilled water, immerse them in the samples and read the display. Stirring the solution during the measurements promotes the homogeneity and is **obligatory**! The advection rate must be at least 10 cm/s.
   - Rinse the electrode always after use and store it in distilled water.   - Rinse the electrode always after use and store it in distilled water.
-Interferences 
- 
-All substances which can diffuse through the membrane and for which 800 mV potential suffices for polarographic reduction, will be reduced in the electrode. This will give a corresponding current contribution, if they are present. Interference can be caused by ions entering the electrode through porous or mechanically damaged membranes and by diffusion of other reactive gases apart from oxygen, e.g. CO2, Cl2, SO2, and H2S. These substances react in undesired manner with the electrode. Acidic or basic gases change the pH value of the electrolyte solution and thus disturb the reading, particularly when measuring small oxygen concentrations. High salt concentrations in the sample solution can falsify readings too. 
  
-Good Laboratory Practice+---- 
 +=====Good Laboratory Practice=====
  
   - Select the desired range by pressing **MODE**.   - Select the desired range by pressing **MODE**.
   - Press **CAL**, select GLP and press **CAL** to display a complete calibration report.   - Press **CAL**, select GLP and press **CAL** to display a complete calibration report.
-Data Storage in the internal memory 
  
-**Storing data**//(C5020, C5030 only)//+---- 
 +=====Data logging (C5020, C5030 only)===== 
 +===Storing data===
  
-  - Press ê to store the displayed value in memory. The display shows a next storage address.+  - Press **↓** to store the displayed value in memory. The display shows a next storage address.
   - Select the desired address and press **CAL** to enter the measured value in memory.   - Select the desired address and press **CAL** to enter the measured value in memory.
-Recalling data//(C5020, C5030 only)// 
  
-  - Press é to recall the stored data. The display shows a list of stored values.+===Recalling data=== 
 +  - Press **↑** to recall the stored data. The display shows a list of stored values.
   - Select the desired address to read the stored values.   - Select the desired address to read the stored values.
   - Press **MODE** to return to the normal measurements.   - Press **MODE** to return to the normal measurements.
  
  
c50xx_series.txt · Last modified: 30/07/2014 11:58 by Consort

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