Difference between revisions of "HIP:YSI-650MDS"
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| + | [http://www.ierents.com/Manuals/YSI650.PDF 650 MDS Operation Manual] | ||
| + | |||
*How to connect sonde and GPS to 650. | *How to connect sonde and GPS to 650. | ||
[[Image:Connect_650_with_sonde_gps.jpg]] | [[Image:Connect_650_with_sonde_gps.jpg]] | ||
| Line 7: | Line 9: | ||
*How to calibrate sonde using 650 unit? | *How to calibrate sonde using 650 unit? | ||
**(Example of pH) | **(Example of pH) | ||
| − | **1. Connecting 650 to sonde, highlight Sonde menu -> Calibrate -> ISE1 pH -> 1-point | + | ***1. Connecting 650 to sonde, highlight Sonde menu -> Calibrate -> ISE1 pH -> 1-point |
| − | **2. Immerse the sonde in a buffer of known pH value and press Enter | + | ***2. Immerse the sonde in a buffer of known pH value and press Enter |
| − | **3. Input the proper pH value for your calibration temperature, and press Enter | + | ***3. Input the proper pH value for your calibration temperature, and press Enter |
| + | **(Example of conductivity) | ||
| + | ***1. Highlight sonde menu -> Conductivity -> SpCond | ||
| + | ***2. Enther the value of the standard used during calibration | ||
| + | ***3. Confirm the calibration | ||
| + | **(Example of Dissolved Oxygen) | ||
| + | ***1. Place the sonde in the calibration chamber with the dissolved oxygen probe in water-saturated air | ||
| + | ***2. Highlight Sonde menu -> Calibration -> Dissolved Oxygen -> DO% | ||
| + | ***3. Enter the current local barometric pressure | ||
| + | ***4. Observe the dissolved oxygen reading until stabilization occurs, and confirm | ||
| + | **(Example of ORP) | ||
| + | ***1. Highlight Sonde menu -> Calibration -> ISE2 ORP | ||
| + | ***2. Immerse the sonde in a solution with a known oxidation reduction potential value | ||
| + | ***3. You will be prompted to enter the ORP value of the solution | ||
| + | ***4. After stabilization, press Enter to confirm the calibration | ||
*How to harvest data? | *How to harvest data? | ||
| Line 28: | Line 44: | ||
**1. Open dat file you uploaded on EcoWatch. | **1. Open dat file you uploaded on EcoWatch. | ||
**2. Set parameter of the dat file. | **2. Set parameter of the dat file. | ||
| − | ***Graphical | + | ***Graphical examples of setting parameter |
****[http://1.bp.blogspot.com/_3kd0zP9TXws/SLbTSVtXZwI/AAAAAAAAAV0/-WZTJSN1BDU/s1600-h/Step+1.bmp Open file] | ****[http://1.bp.blogspot.com/_3kd0zP9TXws/SLbTSVtXZwI/AAAAAAAAAV0/-WZTJSN1BDU/s1600-h/Step+1.bmp Open file] | ||
****[http://3.bp.blogspot.com/_3kd0zP9TXws/SLbTSsdo7QI/AAAAAAAAAV8/U0ASiHWf3EU/s1600-h/Step+2.bmp Choose Setup->Parameter->Add/Remove] | ****[http://3.bp.blogspot.com/_3kd0zP9TXws/SLbTSsdo7QI/AAAAAAAAAV8/U0ASiHWf3EU/s1600-h/Step+2.bmp Choose Setup->Parameter->Add/Remove] | ||
****[http://2.bp.blogspot.com/_3kd0zP9TXws/SLbTS6xSCYI/AAAAAAAAAWM/7zWCW-x6CGY/s1600-h/Step+4.bmp Select parameter] | ****[http://2.bp.blogspot.com/_3kd0zP9TXws/SLbTS6xSCYI/AAAAAAAAAWM/7zWCW-x6CGY/s1600-h/Step+4.bmp Select parameter] | ||
****[http://2.bp.blogspot.com/_3kd0zP9TXws/SLbTTNopQFI/AAAAAAAAAWU/fl37zXV8DeQ/s1600-h/Step+5.bmp Display data] | ****[http://2.bp.blogspot.com/_3kd0zP9TXws/SLbTTNopQFI/AAAAAAAAAWU/fl37zXV8DeQ/s1600-h/Step+5.bmp Display data] | ||
| − | **3. Choose File->Export->CDF/WMF | + | **3. Choose File -> Export -> CDF/WMF |
| + | |||
| + | ==YSI650 Case== | ||
| + | [[Image:ysi650_box.jpg]]<br> | ||
| + | [[Image:ysi650_inventory.jpg]]<br> | ||
| + | (1) Sonde | ||
| + | (2) YSI650 | ||
| + | (3) GPS | ||
| + | (4) PC Interface Cable | ||
| + | (5) Field Cable | ||
| + | (6) DE-9 to GPS Cable | ||
| + | (7) 6115 GPS Cable | ||
Latest revision as of 20:17, 26 May 2010
- How to connect sonde and GPS to 650.
- To communicate with GPS:
- 1. In GPS menu, highlight SETUP -> INTERFACE
- 2. Set I/O FORMAT: NMEA OUT
- To communicate with GPS:
- How to calibrate sonde using 650 unit?
- (Example of pH)
- 1. Connecting 650 to sonde, highlight Sonde menu -> Calibrate -> ISE1 pH -> 1-point
- 2. Immerse the sonde in a buffer of known pH value and press Enter
- 3. Input the proper pH value for your calibration temperature, and press Enter
- (Example of conductivity)
- 1. Highlight sonde menu -> Conductivity -> SpCond
- 2. Enther the value of the standard used during calibration
- 3. Confirm the calibration
- (Example of Dissolved Oxygen)
- 1. Place the sonde in the calibration chamber with the dissolved oxygen probe in water-saturated air
- 2. Highlight Sonde menu -> Calibration -> Dissolved Oxygen -> DO%
- 3. Enter the current local barometric pressure
- 4. Observe the dissolved oxygen reading until stabilization occurs, and confirm
- (Example of ORP)
- 1. Highlight Sonde menu -> Calibration -> ISE2 ORP
- 2. Immerse the sonde in a solution with a known oxidation reduction potential value
- 3. You will be prompted to enter the ORP value of the solution
- 4. After stabilization, press Enter to confirm the calibration
- (Example of pH)
- How to harvest data?
- Run sonde from 650.
- 1. In 650 main menu, highlight Sonde run -> (under 650) start logging
- 2. Enter a file name and site description
- 3. 650 starts logging
- 4. When the study is complete, highlight the Stop logging selection and press Enter
- NOTE: You have to log the data to 650 memory, not to sonde memory, because GPS and barometer data cannot be logged to sonde memory.
- Run sonde from 650.
- How to update data on PC?
- 1. Connect 650 to stewie in HIP account.
- 2. Run EcoWatch, click on the sonde icon in the upper tool bar, and set the Comm port number to match your interface.
- 3. Highlight the Upload to PC selection in the 650 File menu and press Enter to view a list of the files. Highlight the file that you wish to transfer and press Enter.
- How to convert dat file to csv file?
- 1. Open dat file you uploaded on EcoWatch.
- 2. Set parameter of the dat file.
- Graphical examples of setting parameter
- 3. Choose File -> Export -> CDF/WMF
YSI650 Case
(1) Sonde
(2) YSI650
(3) GPS
(4) PC Interface Cable
(5) Field Cable
(6) DE-9 to GPS Cable
(7) 6115 GPS Cable
