One of the common ways to use timers in electrical controls is to wire them with relay logic. Relay logic is a type of control logic that uses relays, which are electromechanical switches, to control the flow of current in a circuit. This type of logic can be used to create various functions, such as AND, OR, NOT, NAND, NOR, XOR, etc., by connecting the relays in different ways. To wire relay logic and timers, you will need a power source such as a battery or transformer, a control switch like a push button or toggle switch, one or more relays depending on the logic function, one or more timers depending on the timing function and one or more devices or loads such as lamps, motors or solenoids. The basic steps for wiring this are connecting the power source to the control switch and relay coil; then connecting the relay contacts to the timer input and device or load; next connecting the timer output to the device or load or another relay; setting the timer parameters like time delay, mode and reset; and finally testing the circuit and observing the results. As an example, if you want to create a circuit that turns on a lamp for 10 seconds when a push button is pressed you will need: a 12V power source, a normally open push button, a 12V relay with one normally open contact, a 12V on-delay timer with one normally open contact and a 12V lamp. The wiring diagram for this circuit is as follows: [Insert simple wiring diagram with labels].