Instructions
Table Of Contents
- Model DMM6500 6½-Digit Multimeter User's Manual
- 1 Introduction
- 2 Front-panel overview
- 3 Using a remote interface
- 4 Making basic front-panel measurements
- 5 Measuring DC voltage with high accuracy
- 6 Measuring 4-wire resistance with offset compensation
- 7 Scanning temperature at a set time interval
- 8 Grading and binning resistors
- 9 Measuring power using digitizing and TSP-Link
- 10 Troubleshooting FAQs
- About this section
- Where can I find updated drivers?
- Is there any software to help me get started?
- Why did my settings change?
- Why can't the DMM6500 read my USB flash drive?
- How do I upgrade the firmware?
- How do I change the command set?
- How do I save the present state of the instrument?
- How do I save what is displayed on the screen?
- What is the ethernet port number?
- 11 Next steps
- Contact information
Model
DMM6500 6½ Digit Multimeter User's Manual Section 7:
Scanning temperature at a set time interval
DMM6500-900-01 Rev. B / August 2019 7-5
11. On the Settings tab, select the following:
Transducer: TC
Thermocouple: K
Unit: Celsius
NPLC: 1
12. Select the Scan tab.
13. Set the Scan Count to 1440 (24 hours * 60 minutes).
14. Set the Scan to Scan Interval to 60 s.
15. Set Export to USB to After Each Scan.
16. Set the Filename to scan24hr and select OK.
17. Select OK on the File Content dialog box.
18. Set Power Loss Restart to On.
19. Select Start on the SCAN screen.
20. To view the results, select View Scan Status, which opens the SCAN swipe screen on the home
screen.
Using SCPI commands
This sequence of SCPI commands executes a thermocouple-based temperature scan every minute
for 24 hours.
You may need to make changes so that this code runs in your programming environment. In the
following table, the SCPI commands have a light gray background.
Make sure the TERMINALS switch is set to REAR.
Send the following commands for this example application:
The scan count is 24 * 60; the channel count (chanCount) is 10. The total number of readings
(totalRdgs) is scanCount * chanCount.










