"Amperemeters" Example Sentences
1. The amperemeter registered a current flow of 10 amperes.
2. The electrician used two amperemeters to measure the current in the circuit.
3. The amperemetes were calibrated to provide accurate readings.
4. The amperemeter is an important tool for electrical testing.
5. The amperemeter displayed a reading of zero when the circuit was turned off.
6. The amperemeter indicated that there was a short circuit in the wiring.
7. The electrician used a clamp amperemeter to measure the current in the power line.
8. The amperemeter was connected in series with the load to measure the current.
9. The amperemeter has a digital display that shows the current in amperes.
10. The amperemeter recorded a peak current of 20 amperes in the circuit.
11. The amperemeter can be used to measure both AC and DC currents.
12. The amperemeter showed that the motor was drawing more current than usual.
13. The amperemeter can be used to diagnose faults in electrical systems.
14. The amperemeter is a necessary tool for maintenance of electrical equipment.
15. The amperemeter has a sensitivity of 0.1 amperes.
16. The amperemeter is connected in series with the load to measure the current flow.
17. The amperemeter can measure up to 1000 amperes of current.
18. The amperemeter was used to verify the current rating of the power supply.
19. The amperemeter showed that there was a drop in current due to a faulty switch.
20. The amperemeter can help detect overloaded circuits and prevent electrical fires.
21. The amperemeter can be used to measure the current drawn by different electrical appliances.
22. The amperemeter provides an easy way to verify if a circuit breaker is working properly.
23. The amperemeter can be used by electricians to determine the size of the main breaker needed for a panel box.
24. The amperemeter can help identify problems with the electrical distribution system in a building.
25. The amperemeter showed that the current draw was within acceptable limits.
26. The clamp amperemeter allows measurement of current without cutting the wire.
27. The amperemeter can be used to monitor the power consumed by different parts of a building.
28. The amperemeter is an important tool for evaluating the efficiency of electrical systems.
29. The amperemeter displayed a reading of 5 amperes when the motor was running.
30. The amperemeter can be used to identify the most energy-efficient lighting option.
31. The amperemeter can be used to detect areas of high energy consumption in a building.
32. The amperemeter showed that the current in the neutral wire was zero.
33. The amperemeter can help in the installation of solar panels by measuring the amount of power generated.
34. The amperemeter can be used to detect problems with the grounding of electrical systems.
35. The amperemeter can help find the source of a power outage in a building.
36. The amperemeter is a critical tool in the maintenance of data centers.
37. The amperemeter can help identify electrical faults before they become major problems.
38. The amperemeter can be used to determine the amount of power required for different industrial processes.
39. The amperemeter displayed a reading of 15 amperes when the welding machine was turned on.
40. The amperemeter can help prevent damage to electrical equipment by identifying voltage drops.
Common Phases
1. Set the amperemeter to the desired range;
2. Connect the amperemeter in series with the circuit;
3. Check the amperemeter reading to ensure proper current flow;
4. Record the amperemeter reading for analysis;
5. Disconnect the amperemeter from the circuit;
6. Turn off the power source before removing the amperemeter;
7. Store the amperemeter in a safe and dry place.