True or False: Relays are normally powered by low voltage circuits of less than 10 amps while contactors are rated for currents more than 10 amps.

Relays are indeed typically used in low-voltage applications and are designed to handle currents less than 10 amps. They serve as small switches that use a low-power signal to control a higher-power circuit. This makes them ideal for switching signal levels or for controlling various devices and functions in a system without requiring direct, high-voltage current.

On the other hand, contactors are designed for higher current applications, usually rated for currents greater than 10 amps. They are used for controlling motor loads and other heavy-duty devices where higher power switching is necessary. Contactors have larger contacts and greater durability to handle the increased electrical load effectively.

The distinction is based on the operational characteristics of relays and contactors, clearly categorizing relays for low-current use and contactors for high-current applications. Thus, the statement accurately reflects the fundamental differences between these two types of electrical components.