In a scenario where the motor runs in the Forward direction, which switch controls the Reverse limit?

In the context of motor control systems, limit switches are crucial components that help regulate the operation of motors by providing feedback about their position. When a motor runs in the forward direction, it’s important to ensure that there are fail-safes in place to prevent damage or unintended operation. In this scenario, the switch that controls the Reverse limit plays a pivotal role in this control mechanism.

The Reverse limit switch, designated here as LS2, is specifically responsible for signaling when the motor should cease moving forward and either stop or prepare to reverse its direction. This switch ensures that the motor does not overrun its designated pathway or cause mechanical strain by attempting to run past its physical limits. Therefore, if LS2 is triggered, it effectively communicates to the control system that the motor has reached the predetermined limit in the forward direction and needs to reverse for safe operation.

In any motor control scenario, understanding the function of each switch is key to ensuring reliable and safe operations. LS2's functionality in this context makes it the correct choice for controlling the Reverse limit when the motor is running forward.