How to troubleshoot a pump control panel with a thermal multimeter
Problem: A large turbine pump keeps going down before it achieves full power.
Action: Locate the problem area.
- While the pump is still running use the 279 FC Thermal Multimeter to do a quick thermal survey using the IR camera to look for hotspots at the panel, disconnect and the pump motor itself.
- If something looks unusual, press save using the Fluke Connect® button and note the location. If nothing looks unusual increase the speed of the pump until it fails while surveying for hot spots at the panel, disconnect and pump.
- If something is found, save the image, note the location. (2)If something is found, save the image and note the location.
- Put on the appropriate PPE and now use the 279 FC Thermal Multimeter and the iFlex® current loop to examine each of the three phase currents that supply the pump or at least the one phase that may have been identified as suspect during the thermal survey when the pump failed.
- Once the iFlex® is connected, meter readings can be monitored from a safe distance using the Fluke Connect app.
- Use the 279 FC’s Min/Max function to capture max current of the pump while running.
- Increase the speed of the pump until it fails.
- Note the max current reading on the meter display and save it.
- If the phase reading was outside of normal, use additional tests to determine whether the issue was due to a supply problem, connection or the pump itself.
- With readings saved in the Fluke Connect app you can now create a report or send the information to the customer or your office for further documentation if needed.
For more information on the basics of Digital Multimeters, see our online course available at the Fluke eLearning Center.Find the right multimeter