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c60xx_series [03/05/2014 09:21]
Jan De Ceuster 		c60xx_series [10/06/2014 21:13]
Consort [C60xx series]
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 ======C60xx series===== ======C60xx series=====
-| {{:c30xx_series_image_0.jpg?250|}} |+| {{:pictures/c60xx_front.jpg?250|}} |
 {{:manuals:man_c60xx.pdf|Download full version of C60xx manual}} {{:manuals:man_c60xx.pdf|Download full version of C60xx manual}}
  
-| {{:c30xx_series_Image_1.jpg?200|}} | **C6010**\\ **Input**: pH, mV, Conductivity, DO\\ **°C**: Temperature (Pt1000)\\ **REF.**: Reference (pH, mV)\\ \\ **C6030**\\ **Input**: pH, mV, Ion, Conductivity, DO\\ **°C**: Temperature (Pt1000)\\ **REF.**: Reference (pH, mV)|+| {{:pictures/c60xx_back.jpg?200|}} | **C6010**\\ **Input**: pH, mV, Conductivity, DO\\ **°C**: Temperature (Pt1000)\\ **REF.**: Reference (pH, mV)\\ \\ **C6030**\\ **Input**: pH, mV, Ion, Conductivity, DO\\ **°C**: Temperature (Pt1000)\\ **REF.**: Reference (pH, mV)|
  
-**Keyboard**+---- 
 +=====Installation of the instrument=====
  
-**MODE**=Selects the settings or escapes from error traps, calibration procedures, etc..by returning to the original mode.+===Keyboard===
  
-**↑↓**=Buttons for browsing between the selected modes, for entering a value or for selecting a function.+**MODE**=Selects the settings or escapes from error traps, calibration procedures, etc..by returning to the original mode.\\ 
 +**↑↓**=Buttons for browsing between the selected modes, for entering a value or for selecting a function.\\ 
 +**OK**=Proceeds a function.\\ 
 +**CAL**=Starts a calibration.\\ 
 +**STORE**=Stores the displayed value or send it to a computer or printer.\\ 
 +**HOLD**=Holds display when measuring.\\
  
-**OK**=Proceeds a function. +===Inputs===
- +
-**CAL**=Starts a calibration. +
- +
-**STORE**=Stores the displayed value or send it to a computer or printer. +
- +
-**HOLD**=Holds display when measuring. +
- +
----- +
-=====Installation of the instrument===== +
- +
-====Inputs====+
 The measuring electrodes should be connected to the coaxial input. Automatic temperature compensation and measurement are possible by connecting a Pt1000 temperature compensator to the banana connectors °C. Without compensator, the manual temperature compensation is automatically switched on. The measuring electrodes should be connected to the coaxial input. Automatic temperature compensation and measurement are possible by connecting a Pt1000 temperature compensator to the banana connectors °C. Without compensator, the manual temperature compensation is automatically switched on.
  
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 An isolated standard USB port is provided for interfacing the instrument with a computer. An isolated standard USB port is provided for interfacing the instrument with a computer.
  
-===Language=== +---- 
-  - Press **MODE**. +=====Device Menu===== 
-  - Select [MENU] and press **OK**. +Press **MODE** to go to the menu. Press **OK** to enter the selected item. Press **MODE** to go back or cancel. 
-  - Select [SYSTEM] and press **OK**. +  * [SYSTEM] 
-  - Select [LANGUAGE] and press **OK**. +    * [LANGUAGE] --> select the desired language and press **OK** 
-  - Select the desired language and press **OK**. +    * [CONTRAST] -->  adjust the contrast and press **OK** 
-===Contrast=== +    * [DATE/TIME] --> [MODIFY] --> Adjust date and time and press **OK** 
-  - Press **MODE**. +    * [PASSWORD] --> [YES] --> enter your secret sequence of 5 keys 
-  - Select [MENU] and press **OK**. +  * [STAND BY] and press **OK**. 
-  - Select [SYSTEM] and press **OK**. +    * [YES] --> continue automatically after a power failure 
-  - Select [CONTRAST] and press **OK**. +    * [NO] --> instrument can be switched off 
-  - Adjust the contrast and press **OK**. +  * [CHANNELS] 
-===Date and time=== +    * Select the desired channel and press **OK**. 
-  - Press **MODE**. +    * Select the desired range and press **OK**. 
-  - Select [MENU] and press **OK**. +    * Select the desired input for temperature compensation and press **OK**. 
-  - Select [SYSTEM] and press **OK**. +  * [USER TABLES] 
-  - Select [DATE/TIME] and press **OK**. +    * [pH buffers] or [S/cm standards] and press **OK**. 
-  - Select [MODIFY] and press **OK**. +    * Follow the instructions on the screen to enter the different values. The value for 25°C is obligatory!
-  - Adjust date and time and press **OK**. +
-===Password=== +
-  - Press **MODE**. +
-  - Select [MENU] and press **OK**. +
-  - Select [SYSTEM] and press **OK**. +
-  - Select [PASSWORD] and press **OK**. +
-  - A private code can be programmed to avoid undesired access to the instrument. Select [YES] and press **OK **to enter your secret sequence of 5 keys. +
-===User standard tables=== +
-  - Press **MODE**. +
-  - Select [MENU] and press **OK**. +
-  - Select [USER TABLES] and press **OK**. +
-  - Select [pH buffers] or [S/cm standards] and press **OK**. +
-  - Follow the instructions on the screen to enter the different values. The value for 25°C is obligatory!  +
-===Power management=== +
-  - Press **MODE**. +
-  - Select [MENU] and press **OK**. +
-  - Select [SYSTEM] and press **OK**. +
-  - Select [POWER MANAGEMENT] and press **OK**. +
-  - Select [POWER OFF] (batteries or DC power) and press **OK**. +
-  - Adjust the time to shut down and press **OK.** +
-  - Select [BACKLIGHT] (only in case of DC power) and press **OK**. +
-  - Select [YES] or [NO] and press **OK.**+
  
 ---- ----
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 ---- ----
 =====DO measurement===== =====DO measurement=====
-===Principle=== 
- 
-The oxygen meter and its electrode function according to the Clark principle with silver as cathode and lead as anode in an electrolyte cell. Oxygen gas present in the electrolyte is reduced to OH ions at the cathode. The resulting current is diffusion limited and therefore proportional to the oxygen concentration in the sample solution. This current is amplified, corrected, and displayed in mg/l, ppm or % dissolved oxygen. 
- 
-===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. 
- 
-=== Measurement === 
   - Select the desired mode (ppm) or (%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 the desired mode (ppm) or (%O2) by pressing **MODE**. The display will immediately show the measured value according to the previous calibration. Should you want to recalibrate, press **CAL**.
   - The display shows the salinity correction. Select the proper value and press **OK**. Leave salinity correction to zero unless you are going to measure in heavily salted solutions such as e.g. sea-water (35 g/l). Select [CALIBRATE], press **OK **and follow the instructions on the screen until the calibration is finished.   - The display shows the salinity correction. Select the proper value and press **OK**. Leave salinity correction to zero unless you are going to measure in heavily salted solutions such as e.g. sea-water (35 g/l). Select [CALIBRATE], press **OK **and follow the instructions on the screen until the calibration is finished.
c60xx_series.txt · Last modified: 30/07/2014 11:58 by Consort

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