This message is generated when the HMI does not have communications to the controller inside the panel.  Possible reasons for this include:

Loss of 24VDC power to terminals 1 (-) and 2 (+) on the controller.

A bad communication cable between the HMI and the controller.

(Check by ringing out the cable end to end, or checking for continuity.)

Bad connection between the HMI and the controller.

(Check both ends to make sure they are securely connected and not loose or damaged.)

Cable connected to wrong port on back of HMI.

(COM1=232 and COM3=485)

See our Schematics and Drawings Page for wiring info.

This message is generated when the HMI does not have communications to the controller inside the panel.  Possible reasons for this include:

Loss of 24VDC power to terminals 1 (-) and 2 (+) on the controller.

A bad communication cable between the HMI and the controller.

(Check by ringing out the cable end to end, or checking for continuity.)

Bad connection between the HMI and the controller.

(Check both ends to make sure they are securely connected and not loose or damaged.)

Cable connected to wrong port on back of HMI.

(COM1=232 and COM3=485)

SOAK is simply a specified amount of time.  There are no conditions required for the timer to count down.

G_SOAK is also a soak timer, but it will only run when pre-set conditions are met and maintained.  If conditions are not met, the timer is placed in hold status.

See our Schematics and Drawings Page for wiring info.

Navigate to “Slave Instrument Setup” (This may involve logging in).

Select an instrument you want to configure and tap “Edit.”  Note that the list of available instruments is color coded:

Blue=atmosphere
Red=temperature
Yellow=events
White=user-selected instrument

Configure the instrument, address, and port.  Note the following:

All devices on the same slave port must utilize the same protocol.
An address of zero (0) will disable the instrument.
Controllers that provide dual functions must have the same address assigned for both.
If your instrument is not shown in the list, use User Instruments 1-16 along with the Generic Instrument Setup menu (see manual for additional details).
Slave 1 = terminals 5 (-) and 6 (+)
Slave 2 = terminals 22 (+) and 23 (-)
RS-232 = 9-pin port on controller’s face

This message is generated when the HMI does not have communications to the controller inside the panel.  Possible reasons for this include:

Loss of 24VDC power to terminals 1 (-) and 2 (+) on the controller.

A bad communication cable between the HMI and the controller.

(Check by ringing out the cable end to end, or checking for continuity.)

Bad connection between the HMI and the controller.

(Check both ends to make sure they are securely connected and not loose or damaged.)

Cable connected to wrong port on back of HMI.

(COM1=232 and COM3=485)

SOAK is simply a specified amount of time.  There are no conditions required for the timer to count down.

G_SOAK is also a soak timer, but it will only run when pre-set conditions are met and maintained.  If conditions are not met, the timer is placed in hold status.

See our Schematics and Drawings Page for wiring info.

Navigate to “Slave Instrument Setup” (This may involve logging in).

Select an instrument you want to configure and tap “Edit.”  Note that the list of available instruments is color coded:

Blue=atmosphere
Red=temperature
Yellow=events
White=user-selected instrument

Configure the instrument, address, and port.  Note the following:

All devices on the same slave port must utilize the same protocol.
An address of zero (0) will disable the instrument.
Controllers that provide dual functions must have the same address assigned for both.
If your instrument is not shown in the list, use User Instruments 1-16 along with the Generic Instrument Setup menu (see manual for additional details).
Slave 1 = terminals 5 (-) and 6 (+)
Slave 2 = terminals 22 (+) and 23 (-)
RS-232 = 9-pin port on controller’s face

See our Instrument Setup Sheets Page for information on your device.

This message is generated when the HMI does not have communications to the controller inside the panel.  Possible reasons for this include:

Loss of 24VDC power to terminals 1 (-) and 2 (+) on the controller.

A bad communication cable between the HMI and the controller.

(Check by ringing out the cable end to end, or checking for continuity.)

Bad connection between the HMI and the controller.

(Check both ends to make sure they are securely connected and not loose or damaged.)

Cable connected to wrong port on back of HMI.

(COM1=232 and COM3=485)

SOAK is simply a specified amount of time.  There are no conditions required for the timer to count down.

G_SOAK is also a soak timer, but it will only run when pre-set conditions are met and maintained.  If conditions are not met, the timer is placed in hold status.

See our Schematics and Drawings Page for wiring info.

Navigate to “Slave Instrument Setup” (This may involve logging in).

Select an instrument you want to configure and tap “Edit.”  Note that the list of available instruments is color coded:

Blue=atmosphere
Red=temperature
Yellow=events
White=user-selected instrument

Configure the instrument, address, and port.  Note the following:

All devices on the same slave port must utilize the same protocol.
An address of zero (0) will disable the instrument.
Controllers that provide dual functions must have the same address assigned for both.
If your instrument is not shown in the list, use User Instruments 1-16 along with the Generic Instrument Setup menu (see manual for additional details).
Slave 1 = terminals 5 (-) and 6 (+)
Slave 2 = terminals 22 (+) and 23 (-)
RS-232 = 9-pin port on controller’s face

This message is generated when the HMI does not have communications to the controller inside the panel.  Possible reasons for this include:

Loss of 24VDC power to terminals 1 (-) and 2 (+) on the controller.

A bad communication cable between the HMI and the controller.

(Check by ringing out the cable end to end, or checking for continuity.)

Bad connection between the HMI and the controller.

(Check both ends to make sure they are securely connected and not loose or damaged.)

Cable connected to wrong port on back of HMI.

(COM1=232 and COM3=485)

SOAK is simply a specified amount of time.  There are no conditions required for the timer to count down.

G_SOAK is also a soak timer, but it will only run when pre-set conditions are met and maintained.  If conditions are not met, the timer is placed in hold status.

See our Schematics and Drawings Page for wiring info.

Navigate to “Slave Instrument Setup” (This may involve logging in).

Select an instrument you want to configure and tap “Edit.”  Note that the list of available instruments is color coded:

Blue=atmosphere
Red=temperature
Yellow=events
White=user-selected instrument

Configure the instrument, address, and port.  Note the following:

All devices on the same slave port must utilize the same protocol.
An address of zero (0) will disable the instrument.
Controllers that provide dual functions must have the same address assigned for both.
If your instrument is not shown in the list, use User Instruments 1-16 along with the Generic Instrument Setup menu (see manual for additional details).
Slave 1 = terminals 5 (-) and 6 (+)
Slave 2 = terminals 22 (+) and 23 (-)
RS-232 = 9-pin port on controller’s face

Select “Slave Instrument Setup” from the menu drop-down.

Select an instrument you want to configure.

Configure the instrument, address, and port.  Note the following:

All devices on the same slave port must utilize the same protocol.
An address of zero (0) will disable the instrument.
Controllers that provide dual functions must have the same address assigned for both.
If your instrument is not shown in the list, use User Instruments 1-16 along with the Generic Instrument Setup menu (see manual for additional details).
Slave 1 = terminals 5 (-) and 6 (+)
Slave 2 = terminals 22 (+) and 23 (-)
RS-232 = 9-pin port on controller’s face

SSi recommends 1.5 scfh.  However, anywhere from 1 – 2 scfh is acceptable.

The bowl filter leading into the unit contains a filter element (p/n 37051) that can be replaced when it becomes dirty.

These are factors that go into the calculation for determining the %Carbon. Manually adjusting them will have a direct effect on the %Carbon being calculated.  Contact SSi for more information.

For RS485 Communications:

1. Wire to the terminals 1561 and 1571 inside the MGA.
2. On the MGA screen interface, go to the Menu and log in with the number 2.
3. Select “Communications and source setup” > “Atmosphere/Temp sources”
4. Here you can edit to add your Probe Temp/mV Instrument or Furnace temp Instrument.
5. When you have selected the appropriate device, edit the Probe Temp/mV instrument address or the Furnace temp instrument address.

To set the Device time to match the Touch screen date and time:

1. Go to Menu and log in with the number 2.
2. Then select “Instrument set up” > “General set up.”
3. Edit the Device time to match the touch screen time by selecting “Device Time” > “Edit.”

1. Call SSi  at 513-772-0060 for a Code of the Day login number.
2. Log in with the code.
3. Select the “Factory use only” option.
4. On the following screen select “Set Instrument Type.”
5. Set the Nitrider Calculations option to Enable.
6. You will then need to cycle power to have the correct Calculations page displayed.

The MGA displays a calculated dew point using gas values and requires assumptions regarding the composition of the gas being sampled. Since these assumptions are not always accurate, the resulting dew point is not always accurate.

1. First, make sure you have the Zero and Span gas tanks hooked up to the correct calibration ports on the side of the MGA.
2. On the Interface go to Menu and log in with the number 2.
3. Select “Automatic Calibration setup.”  You will see the options to set the Auto calibration to YES or NO.
4. Select “YES” to set up your desired calibration purge and intervals.

SSi recommends that the MGA be mounted fairly close to the source it is sampling. It can be further away, but a longer sample tube increases the likelihood of leaks or contaminants.

The incoming pressurized gas goes through a small fixed orifice inside the analyzer, which should require between 20 and 50 psi to maintain proper flow.

1. Go to the Menu and log in with the number 2.
2. Select “Automatic Calibration set up” then change the Auto Calibration from YES to NO. That will clear the Auto Calibration alarm banner.

**It is important to note WHY you were getting the alarm, to make sure that you were getting adequate flow and the calibration was able to complete successfully.

SSi recommends 1.5 scfh.  However, anywhere from 1 – 2 scfh is acceptable.

The bowl filter leading into the unit contains a filter element (p/n 37051) that can be replaced when it becomes dirty.

These are factors that go into the calculation for determining the %Carbon. Manually adjusting them will have a direct effect on the %Carbon being calculated.  Contact SSi for more information.

For RS485 Communications:

1. Wire to the terminals 1561 and 1571 inside the MZA.
2. On the MGA screen interface, go to the Menu and log in with the number 2.
3. Select “Communications and source setup” > “Atmosphere/Temp sources”
4. Here you can edit to add your Probe Temp/mV Instrument or Furnace temp Instrument.
5. When you have selected the appropriate device, edit the Probe Temp/mV instrument address or the Furnace temp instrument address.

To set the Device time to match the Touch screen date and time:

1. Go to Menu and log in with the number 2.
2. Then select “Instrument set up” > “General set up.”
3. Edit the Device time to match the touch screen time by selecting “Device Time” > “Edit.”

1. Call SSi  at 513-772-0060 for a Code of the Day login number.
2. Log in with the code.
3. Select the “Factory use only” option.
4. On the following screen select “Set Instrument Type.”
5. Set the Nitrider Calculations option to Enable.
6. You will then need to cycle power to have the correct Calculations page displayed.

1. First, make sure you have the Zero and Span gas tanks hooked up to the correct calibration ports on the side of the MZA.
2. On the Interface go to Menu and log in with the number 2.
3. Select “Automatic Calibration setup.”  You will see the options to set the Auto calibration to YES or NO.
4. Select “YES” to set up your desired calibration purge and intervals.

SSi recommends that the MZA be mounted fairly close to the source it is sampling. It can be further away, but a longer sample tube increases the likelihood of leaks or contaminants.

The incoming pressurized gas goes through a small fixed orifice inside the analyzer, which should require between 20 and 50 psi to maintain proper flow.

1. Go to the Menu and log in with the number 2.
2. Select “Automatic Calibration set up” then change the Auto Calibration from YES to NO. That will clear the Auto Calibration alarm banner.

**It is important to note WHY you were getting the alarm, to make sure that you were getting adequate flow and the calibration was able to complete successfully.

1. Go to the Menu and Log in with the number 2.
2. Select “Edit Active Zones.” From this screen you can deactivate a zone and turn off the corresponding pump.

The MZA has the ability to analyze up to eight zones. Note that this requires two Sample Pump Boxes (p/n 13662).

SSi recommends 1.5 scfh.  However, anywhere from 1 – 2 scfh is acceptable.

These are factors that go into the calculation for determining the %Carbon. Manually adjusting them will have a direct effect on the %Carbon being calculated.  Contact SSi for more information.

To set the Device time to match the Touch screen date and time:

1. Go to Menu and log in with the number 2.
2. Then select “Instrument set up” > “General set up.”
3. Edit the Device time to match the touch screen time by selecting “Device Time” > “Edit.”

1. Call SSi  at 513-772-0060 for a Code of the Day login number.
2. Log in with the code.
3. Select the “Factory use only” option.
4. On the following screen select “Set Instrument Type.”
5. Set the Nitrider Calculations option to Enable.
6. You will then need to cycle power to have the correct Calculations page displayed.

The PGA displays a calculated dew point using gas values and requires assumptions regarding the composition of the gas being sampled. Since these assumptions are not always accurate, the resulting dew point is not always accurate.

The incoming pressurized gas goes through a small fixed orifice inside the analyzer, which should require between 20 and 50 psi to maintain proper flow.

1. Remove the end caps from each side of the CO2 Scrubber.
2. Go to the calibration screen of the PGA and turn the pump ON.
3. Attach either end of the CO2 scrubber to the inlet tube of the PGA.
4. Watch the zero calibration values until they drop to near 0.00%.
5. Select “Start Calibration” and allow the green progress bar to start.
6. Once complete, turn the pump off and then connect to your Span calibration gas.

1. On the PGA , go to Menu and log in with the number 2.
2. Then select “Tools” > “Database maintenance.”
3. On this screen you can maintain equipment, users, and manage the equipment and sessions.
4. Go back to the main menu and select “Sessions” to allow you to select your Operator, Equipment, and start the session.

SSi recommends using the included USB cable as follows:

1. On your PC, open the installed XGA Viewer (make sure your PGA is also turned on).
2. Using the provided USB cable, connect the B Connector to the “Client” port on the side of the PGA and the A connector to the PC.
3. In XGA Viewer select “Options” > “Instruments set up.”  This will open a Configure Analyzers window.
4. On the bottom select “Add.” Here you can name the instrument and enter its serial number.
5. Click the blue “Scan” button to scan the Network for your PGA.
6. When the scan is completed you should see the PGA appear.  Click on it.
7. You will be returned to the Configure Analyzers window.  Click “Save.”

Whenever you see the inside of the filter start to change color. The filter can be replaced by changing p/n 31033.

Go to the Windows 10 Start menu (bottom left corner).
Type “Services” in the Search Bar and click the Services icon.
Scroll down and double click on “Windows Mobile-2003-based devices connectivity.”
Select the “Logon” tab on the top of the screen.
Select “Local System account” and click “OK.”
Go back to the Services list, and double click on “Windows Mobile-based devices connectivity.”
Select the “Logon” tab on the top of the screen.
Select “Local System account” and click “OK.”

SSi recommends 1.5 scfh.  However, anywhere from 1 – 2 scfh is acceptable.

The bowl filter leading into the unit contains a filter element (p/n 37051) that can be replaced when it becomes dirty.

These are factors that go into the calculation for determining the %Carbon. Manually adjusting them will have a direct effect on the %Carbon being calculated.  Contact SSi for more information.

For RS485 Communications:

1. Wire to the terminals 1561 and 1571 inside the RGA.
2. On the RGA screen interface, go to the Menu and log in with the number 2.
3. Select “Communications and source setup” > “Atmosphere/Temp sources”
4. Here you can edit to add your Probe Temp/mV Instrument or Furnace temp Instrument.
5. When you have selected the appropriate device, edit the Probe Temp/mV instrument address or the Furnace temp instrument address.

To set the Device time to match the Touch screen date and time:

1. Go to Menu and log in with the number 2.
2. Then select “Instrument set up” > “General set up.”
3. Edit the Device time to match the touch screen time by selecting “Device Time” > “Edit.”

1. Call SSi  at 513-772-0060 for a Code of the Day login number.
2. Log in with the code.
3. Select the “Factory use only” option.
4. On the following screen select “Set Instrument Type.”
5. Set the Nitrider Calculations option to Enable.
6. You will then need to cycle power to have the correct Calculations page displayed.

The MGA displays a calculated dew point using gas values and requires assumptions regarding the composition of the gas being sampled. Since these assumptions are not always accurate, the resulting dew point is not always accurate.

1. First, make sure you have the Zero and Span gas tanks hooked up to the correct calibration ports on the side of the RGA.
2. On the Interface go to Menu and log in with the number 2.
3. Select “Automatic Calibration setup.”  You will see the options to set the Auto calibration to YES or NO.
4. Select “YES” to set up your desired calibration purge and intervals.

SSi recommends that the RGA be mounted fairly close to the source it is sampling. It can be further away, but a longer sample tube increases the likelihood of leaks or contaminants.

The incoming pressurized gas goes through a small fixed orifice inside the analyzer, which should require between 20 and 50 psi to maintain proper flow.

1. Go to the Menu and log in with the number 2.
2. Select “Automatic Calibration set up” then change the Auto Calibration from YES to NO. That will clear the Auto Calibration alarm banner.

**It is important to note WHY you were getting the alarm, to make sure that you were getting adequate flow and the calibration was able to complete successfully.

Go to the Windows 10 Start menu (bottom left corner).
Type “Services” in the Search Bar and click the Services icon.
Scroll down and double click on”Windows Mobile-2003-based devices connectivity.”
Select the “Logon” tab on the top of the screen.
Select “Local System account” and click “OK.”
Go back to the Services list, and double click on “Windows Mobile-based devices connectivity.”
Select the “Logon” tab on the top of the screen.
Select “Local System account” and click “OK.”

For 8020 and 8040 units, go to Screen 20 to set or change the date and time.
<class=””>
For 8120 and 8140 units:
• Go to the menu and login with the number “2”
• Return to the menu list, scroll down and select the final item, “Exit Program.”
• Select “Yes” to confirm. This will bring up the Windows CE interface.
• Double-tap the time on the toolbar at the bottom of the screen.
• Be sure that your time zone is set correctly, then adjust the date and time as needed.
• Tap “Apply” to set the time, then tap “OK” to close the Date and Time window.
• Tap the Start button at lower left.
• Select “Programs” then “Advantech.”
• Scroll down and select “Registry Saver.” Tap “OK” when you see the “Success” message.
• To restart the SDS, reboot by double-tapping the computer icon next to the date/time on the toolbar.
• Click “Yes” to confirm.

NOTE: This solution involves removing the electronics from the case. Do so in a safe environment.
<class=””>
• Make sure the unit is turned off.
• Remove the four screws from the underside of the case. Place them in a secure location.
• Pull the electronics package from the case and set at an angle so it does not fall back in.
• Look on the back side of the screen (closest to the lid of the case) and find the grey lid cover.
• Inside the cover is the SD card with the SDS program. Carefully pull the card out and reinsert it into the screen.
• Close the grey lid.
• Turn the unit back on. If the program starts, place the electronics package back into the case and replace the four screws.
• If the program still does not start, contact SSi for additional help.

NOTE: This solution assumes you know your IP address. If you do not, check with your IT professional, or contact SSi for assistance.
<class=””>
For 8020 and 8040 units:
• Go to screen 26 and enter the passcode “2”
• Highlight a number, then key in the new number and press Enter.
• Once all numbers have been changed, highlight “Set” in the bottom right hand corner.
• Then key ‘1’ and press Enter.
<class=””>
For 8120 and 8140 units:
• Go to the menu and login with the number “2”
• Return to the menu list, scroll down and select the final item, “Exit Program.”
• Select “Yes” to confirm. This will bring up the Windows CE interface.
• Tap the Start button at lower left. From there, select “Settings” and then “Network and Dial-up Connections.”
• Double-tap the icon for “Emac1.”
• In the next window, select “Specify an IP Address”
• When you are ready to enter the desired address, tap on the keyboard icon at bottom right, then select “Keyboard” and use the keyboard to enter the correct numbers.
• When you have entered the IP address, click “OK”
• Tap the Start button at lower left.
• Select “Programs” then “Advantech.”
• Scroll down and select “Registry Saver.” Tap “OK” when you see the “Success” message.
• To restart the SDS, reboot by double-tapping the computer icon next to the date/time on the toolbar.
• Click “Yes” to confirm.

You will need to replace the SDSSurveyinfo file as follows:
• Place the new SDSSurveyinfo file on a USB drive and insert it into the SDS unit’s USB port.
• Go to the menu and login with the number “2”
• Return to the menu list, scroll down and select the final item, “Exit Program.”
• Select “Yes” to confirm. This will bring up the Windows CE interface.
• Double-tap the “My Device” icon.
• Double-tap “USB Hard Disk” on the list.
• Highlight the SDSSurveyinfo file.
• Tap “Edit” on the menu bar, then double-tap “Copy” from the dropdown menu.
• Go to the tool bar across the top and tap the Up icon (folder with green arrow). This brings you back to the original “My Device” view.
• Double-tap “Storage Card” then “AUTORUN” and finally “SDS.”
• Tap “Edit” on the menu bar, then double-tap “Paste” from the dropdown menu. This will paste the new SDSSurveyinfo file into the correct folder.
• Tap “Yes” to overwrite the old file.
• To restart the program, double-tap the icon to the left of the time at the bottom of the screen. Double-tap “OK” to reboot the screen.
• You should now be able to upload templates, run surveys, and download surveys from your SDS.

Go to the Windows 10 Start menu (bottom left corner).
Type “Services” in the Search Bar and click the Services icon.
Scroll down and double click on”Windows Mobile-2003-based devices connectivity.”
Select the “Logon” tab on the top of the screen.
Select “Local System account” and click “OK.”
Go back to the Services list, and double click on “Windows Mobile-based devices connectivity.”
Select the “Logon” tab on the top of the screen.
Select “Local System account” and click “OK.”

See our Schematics and Drawings Page for wiring info.

See our Instrument Setup Sheets Page for information on your device.

If the alarm is supplied or configured as a latching type, it can be acknowledged in Level 1 or Level 2.

Press Page, F1, or F2.  The controller will display “Ac.AL” (for Alarm Acknowledge).

Use the Up and Down buttons to select YES, then press the Scroll button to accept.

NOTE: If the alarm is still present, the ALM beacon will light continuously and the alarm message will continue to flash.

NOTE: By default, the Page button is configured to Ac.AL.

First, enter the Level 2 Menu as follows:

Press and hold Page until the screen displays “Goto”

Press Up until the screen displays “Lev 2”

Press Scroll to enter the Level 2 Menu.

Then, enter the passcode if necessary as follows:

Press Up or Down until the screen displays the correct passcode.

Press Scroll.

The controller is now operating at Level 2.

Enter the offset as follows:

Press Scroll to scroll through options until the screen displays “oFS”

Use Up and Down to select the +/- offset amount needed.

Press Scroll to advance.  The value will be stored in the controller when you exit the oFS screen.

Watch our Calibration Video or see Section 9 of the Series 8 Manual.

1. Launch TSManager (default location is C:\SSi\TSManager\TSManager.exe)
2. From the toolbar, select Tools > Communications > Setup
3. Select “Add” and enter an appropriate name
4. Click “…” to search for available touch screens
   NOTE: An IP Address is only required if the Touch Screen is connected to the facility network. This allows data to be automatically downloaded, simplifying the viewing process. If you intend to manually download data, simply select SAVE and OK.
5. Select one of the available touch screens and click “OK”
   NOTE: If the list does not automatically populate, use the drop-down list to select different networks to scan. If you know the IP address, you may also enter it manually at lower left and select “Scan.”
6. Click “Save” and then “OK”

NOTE: This procedure is only necessary if the touch screen is NOT on the same network as the PC running TSManager. If the PC and the screen are on the same network, data can be downloaded through TSManager directly.
<class=””>
<class=””>
First, collect data from the touch screen as follows:</class=””></class=””>

1. Insert a USB drive into one of the ports on the rear of the touch screen.
2. Go to the menu list and select “Shutdown.”
3. Select “Yes” to confirm. This will bring up the Windows CE interface.
4. Double-tap “My Device.”
5. Look for “Storage Card.” If that is not available, look for “HardDisk.” Double-tap it to open.
6. Highlight the subfolder that matches your device name (e.g. DW9130)
7. Tap “Edit” on the menu bar, then double-tap “Copy” from the dropdown menu.
8. Go to the tool bar across the top and tap the Up icon (folder with green arrow). This brings you back to the original “My Device” view.
9. Double-tap the USB Drive.
10. Tap “Edit” on the menu bar, then double-tap “Paste” from the dropdown menu. This will paste the copied folder onto the drive (If necessary, tap “Yes” to overwrite the old file).
11. To restart the program, double-tap the icon to the left of the time at the bottom of the screen.
12. Double-tap “OK” to reboot the screen.
13. Remove the USB Drive from the touch screen.

<class=””>
Then, transfer the information to your PC as follows:</class=””>

1. 1. Insert the USB drive into your PC.
   2. Copy the folder to C:\SSi\TSManager\TSScreens\ (if your TSManager software is installed on a different location, use that location and drive letter).
   3. Rename the pasted folder to a name that matches the name of the equipment used in TSManager.
   4. Launch TSManager (typically at C:\SSi\TSManager\TSManager.exe).
      NOTE: If this is the first time you are viewing this data from TSManager, you must first add the Equipment (refer to FAQ item Q33). When creating the Equipment, add only the Name; leave the Model as “Not Specified.”
   5. From the menu bar, select Tools > Communications > Advanced Download & Maintenance.
   6. Use the first drop-down to select your Equipment. Use the second drop-down to select Disk Source. Then click the ”…” icon to navigate to the file path where you just saved the data from the touchscreen.
   7. The content area of the window should now automatically populate. Select “Download” to transfer the data into TSManager, and select “Done” when finished.

NOTE: You may need to close and reopen TSManager to view the new data.
NOTE: If this is the first time viewing this data in TSManager, you may have to click File > Open in the menu bar to select the appropriate trend chart.