"Abamperes" Example Sentences
1. Abamperes is used to measure the strength of electrical current.
2. The device recorded a reading of 60 abamperes.
3. The circuit can handle up to 100 abamperes of current.
4. The technician checked the abamperes using a multimeter.
5. The motor requires a minimum of 20 abamperes to operate.
6. The overload of the circuit caused a surge of abamperes.
7. The fuse blew due to an excess of abamperes.
8. The power supply delivers up to 300 abamperes of current.
9. The faulty wiring resulted in fluctuations in abamperes.
10. The abamperes in the system must be carefully regulated to prevent damage.
11. The system shut down to prevent a dangerous spike in abamperes.
12. The abamperes drawn by the appliance exceeded the capacity of the wiring.
13. The transformer converts high-voltage abamperes to lower-voltage abamperes.
14. The power surge caused a temporary increase in abamperes.
15. The abamperes measured at the outlet were within the safe range.
16. The device monitors the abamperes in real-time to prevent overload.
17. The motor drew 50 abamperes when under heavy load.
18. The abamperes drawn by the machinery were causing frequent power outages.
19. The technician used a clamp meter to measure the abamperes of the wire.
20. The abamperes flowing through the circuit were causing the wires to overheat.
21. The electrical panel had a capacity of 200 abamperes.
22. The abamperes in the circuit were sufficient to power the equipment.
23. The electrical system was designed to handle up to 500 abamperes.
24. The abamperes measured at the substation were below the threshold.
25. The device detected a spike in abamperes and shut down the circuit automatically.
26. The abamperes in the generator were not sufficient to power the equipment.
27. The abamperes drawn by the appliance caused the circuit breaker to trip.
28. The device displayed the abamperes and voltage readings on the screen.
29. The abamperes in the system decreased when the equipment was turned off.
30. The fluctuation in abamperes caused the light to dim and flicker.
Common Phases
1. The electric current flowing through the wire was measured in
abamperes;
2. The circuit was designed to handle up to 50
abamperes of current;
3. The power plant was generating electricity at a rate of 1 million
abamperes per hour;
4. The experiment required precise control of the abamperage to produce accurate results;
5. The voltage was adjusted to ensure that the
abamperes remained within a safe range;
6. The electrical equipment was tested to ensure that it could handle the expected abamperage;
7. The conductor was made of a material that could handle high
abamperes without breaking down;
8. The electrical system was equipped with safety features to prevent excessive abamperage from causing damage.