The wide pin of the plug connects the threaded base of the bulbs with the neutral socket (the widest slot) in the socket. The hot side of the plug (the side that can cause a shock) will be connected to the threaded bushing if the wires are reversed.
The high voltage (approximately 120 effective volts, 60Hz AC) is applied to the smaller pin of the standard polarized USA package. It is commonly called hot wire. When a device is placed in the enclosure, electrical current flows through the device and then returns to the larger neutral terminals.
With standard output cables, the white neutral conductor can be fed through one of the two silver connections, as they are interchangeable. Similarly, the hot black wire can go to one of the brass screws.
Graph with positive peak polarity on the left and negative peak polarity on the right. To read the diagram: The positive drawing from the center to the left indicates that the center (also called the tip) on the output socket is positive (+) and the ring (ring) on the output socket is negative (-).
The smaller tip is warm and the larger one is neutral. And yes, the current changes direction (oscillates from positive to negative) 60 times per second (a sine wave) and cannot do this on a single wire, it needs the neutral line to complete the circuit.
While flipping the plug and flipping it upside down is unlikely to be a problem for the electrical operation of the device, it can be a safety risk if the hot half of the device is unplugged. . on the floor for someone to touch it and be shocked.
Since the 1950s, the United States has made exits with one gauge wider than the other. This means that the plug only fits into the socket in one direction, with the wide blade in the wide groove. The wide trace should be connected to the neutral wire (which is connected to ground) and to zero volts.
The power cord supplies high voltage to the device. The neutral conductor closes the circuit and draws the current away from the device. The third wire, called the ground wire (green / yellow), is a safety wire that connects the metal housing of the device to the ground.
The two-piece plug of different sizes and the triangular plug are polarized. Due to the two different sized pins or 3 inch design, the electrical unit can only be connected to the socket / socket in one direction.
The neutral will most likely be white and the hot wire will be red or black, but try to be sure. Identify the neutral wire in the bracket by looking at the wires. In most modern lights, the neutral wire is white and the hot wire is red or black.
As you can see, the neutral wire and the hot wire connect to the two vertical pins on the top of the container (neutral left, hot right) and the ground wire connects to the round terminal on the bottom of the container. Container. .
For US and Canadian plugs, if you look directly into an electrical outlet, the ground contact is at the bottom, the active lane is on the right, and the neutral lane is on the left. When the connector is polarized, the widest groove is the neutral connector.
do you know what each wire color in the circuit corresponds to
Brown is your hot wire, so you’ll want to connect it to the building’s black wire. Blue is negative or retro so it becomes white. Green with a yellow stripe is the floor and blends with the green of the building.
There are no positive or negative connections in AC, but line or phase (L) or (P) and neutral (N). They are important and one of the reasons is human safety.
Extension Cable Colors
Insert the twisted copper wires into the pin holes. The green and yellow wires must always be connected to the top pin. The blue wire connects to the left pin (the pin is marked with a blue dot or the letter N). Tighten the small screw on each of the caps.
The smaller and narrower pin is for the hot black wire and the larger one is wider for the neutral white wire. This is very important when connecting new device sockets or enclosures, as it ensures proper current flow through the device.