That depends more on the current usage of each a/c unit than it does on the number of a/c units.
Check the current draw of each should be listed somewhere on the units. Add up the current draw, and don't exceed 80% of the rating of the breaker.
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No, a 100 amp breaker is not sufficient to handle 5 air conditioners. Each air conditioner typically requires its own dedicated circuit with an appropriately sized breaker based on the unit's electrical requirements. You would need multiple circuits and breakers to safely power 5 air conditioners.
It is recommended for air conditioners to have their own dedicated circuit breaker to ensure proper power supply and prevent overloading the circuit. This can also help in troubleshooting electrical issues that may arise with the air conditioner.
A 15-amp time-delay breaker is a type of circuit breaker that is designed to handle electrical currents up to 15 amps and can tolerate temporary overloads without tripping immediately. This delay feature allows for short-duration surges often found in appliances like refrigerators or air conditioners.
Yes, there are RV air conditioners that can run on propane. These types of air conditioners are typically known as propane-powered absorption air conditioners and are less common than traditional electric-powered RV air conditioners. They are suitable for off-grid situations where electric hookups are not available.
The number of pole breakers required for an air conditioner depends on the specific electrical requirements of the unit. Typically, air conditioners are powered by double-pole breakers, which consist of two breakers tied together to create a 240-volt circuit. It's important to consult the manufacturer's specifications or an electrician to determine the correct size and type of breaker needed for your air conditioner.
No, refrigerators and air conditioners are not examples of heat engines. Heat engines typically convert heat into mechanical work, while refrigerators and air conditioners transfer heat from one location to another using a refrigeration cycle.