When running normally, the motor pulls how many amps through each pole of the circuit breaker?

The correct answer to the question regarding how many amps the motor pulls through each pole of the circuit breaker is 9.6 amps.

In electrical systems, the current drawn by a motor at normal operating conditions is critical for determining the appropriate size of the circuit breaker and ensuring safe operation. The value of 9.6 amps is indicative of the motor's current rating under typical load conditions, usually determined through the motor’s specifications and electrical characteristics. This rating helps in selecting circuit breakers that can handle the normal operating conditions without tripping unnecessarily while still providing fault protection.

For effective sizing and compatibility, circuit breakers are rated based on their continuous current-carrying capacity, which should align closely with the motor's operating current. If the current is too low or too high, it could lead to inefficient operation or potential risk of damage to the motor or electrical system.

The other choices present alternative amp ratings that could either represent faulty assumptions about the load or miscalculations regarding the specific motor in question, thus reinforcing the importance of accurate motor ratings in electrical installations.