HVAC Application：
Check current draw in motors and compressors.
Use MAX/MIN/Recording in the temperature mode to assess efficiency.
Test run/start capacitors.
Confirm low voltage control signals.
Measure flame safeguard device current draw.
Confirm power sources.
Analyze temperature and voltage or current data with the aid of the time stamp.
Insulation test up to 100M Ω.
Electrical Application：
Check for energized circuits and balance loads.
1 Φ /3 Φ (3P3W/3P4W)Power analyzer.
Evaluate electrical contacts.
Capture motor in-rush current readings.
Determine peak power demand periods.
Verify line voltage stability.
Monitor motors and other loads for excess heat.
Check motor run/start capacitor values.
Check current draw in motors and compressors.
Use MAX/MIN/Recording in the temperature mode to assess efficiency.
Test run/start capacitors.
Confirm low voltage control signals.
Measure flame safeguard device current draw.
Confirm power sources.
Analyze temperature and voltage or current data with the aid of the time stamp.
Insulation test up to 100M Ω.
Electrical Application：
Check for energized circuits and balance loads.
1 Φ /3 Φ (3P3W/3P4W)Power analyzer.
Evaluate electrical contacts.
Capture motor in-rush current readings.
Determine peak power demand periods.
Verify line voltage stability.
Monitor motors and other loads for excess heat.
Check motor run/start capacitor values.