What does an interrupted duty cycle imply in terms of operation time?

An interrupted duty cycle refers to a specific mode of operation where a device can run for a set period followed by a rest or idle period. This is particularly relevant in applications where components may generate heat or require cool-down times to prevent overheating or damage.

When a duty cycle allows for idle periods up to two minutes, it implies that the device can operate for a defined time before it must shut down for a certain duration to cool off or reset. This is crucial in maintaining the longevity and performance of electrical equipment. The choice that indicates operation with idle periods aligns with this understanding of interrupted duty cycles, highlighting the importance of managing run time and rest intervals effectively.

In contrast, continuous operation for extended periods suggests a constant or non-stop functioning, which does not align with the concept of an interrupted duty cycle. Short bursts of operation without breaks imply no rest periods, again not fitting with the definition. A shutdown after one minute of operation implies a very limited operational time without the chance to operate again shortly thereafter, which also diverges from the principle of allowing for idle periods.