How To Wire A 6 Way Toggle Switch?

Let’s start with the topic of How To Wire A 6 Way Toggle Switch? A six-pin toggle switch is also a DPDT (dual-pole double-throw) switch. The word “double-throw” refers to the ability to connect two different devices, with each switch position selecting one of them.

Each connecting point has two pins/terminals, referred to as double-pole. On-On and On-Off-On are the two fundamental types of DPDT switches. There are just two positions on an On-On DPDT switch.

On-Off-On DPDT switches are identical to On-On switches, except they have a middle position that is isolated from the other two. Using a multimeter to test an On-On, DPDT toggle switch is one technique to learn how to wire the six terminals.

How To Wire A 6 Way Toggle Switch?

You can construct a variety of combinations using a 6-pin DPDT toggle switch. The crucial thing to remember is that when the switch is flipped up, the middle and lower pins are linked or ON, and vice versa. To put it another way, the toggle is positioned opposite the active pins.

Step 1

One alligator clip should be connected to each wire of the 9-volt battery clip. Skip this step if the toggle switch has screw terminals. Use wire strippers if necessary to expose enough bare wire on the battery clip’s two wires. Wrap the bare wire clockwise around the alligator-clip screw and tighten each screw with a screwdriver.

Step 2

Connect the red multimeter probe to the multimeter’s “Volts” port. Connect the black multimeter probe to the “Com” or “Ground” port on the computer. Set the multimeter to voltage measurement and the level to 20V. For more information, consult your multimeter’s handbook.

Step 3

Connect the red multimeter probe to one of the toggle switch’s terminals. Attach it with the probe clip. Change the position of the switch’s lever, or toggle, to that end terminal. The toggle switch will be in the “A” position.

Step 4

Connect the black multimeter probe to the toggle switch’s other terminal in the A position. Attach it with the probe clip.

Step 5

Connect the battery clip’s positive/red wire to the toggle switch’s center terminal near the red multimeter probe. For the connection, use an alligator clip. If the toggle controller has screw terminals, wrap the uncovered wire around the screw clockwise to link the red wire of the battery clip. Use wire strippers to reveal enough bare wire, then tighten the screw with a screwdriver.

Step 6

Connect the battery clip’s negative/black wire to the toggle switch’s middle terminal near the black multimeter probe. Wrap the black wire around the screw terminals of the toggle switch and tighten using a screwdriver if the toggle switch has screw terminals.

Step 7

Turn on the multimeter and connect the 9-volt battery to the clip. Maintain the A position on the toggle.

Step 8

Keep an eye on the multimeter’s display. The voltage should be approximately 9V. Place the toggle on the other side of the switch. The “B” position will be in this case. Keep an eye on the multimeter’s display. It should be set to 0V.

Step 9

Connect the red multimeter lead to the terminal on the toggle switch’s B position. It should be connected to a connector near the red battery cable. Place the black multimeter lead near the black battery wire in the B position on the terminal.

Step 10

Observe the multimeter display while keeping the toggle in the B position. The voltage should be approximately 9V. Return the toggle to its original position of A. 0V should now be seen on the multimeter.

Conclusion

A DPDT switch is commonly a toggle switch with six pins. A three-pole single throw can be found on a very rare occasion. Other combinations are also feasible. So be sure it’s the right configuration for what you need, or you’ll be in for a harsh awakening if you make assumptions.

If it is, it is a DPDT. Then, with the toggle moving up and down, arrange the switch so that one vertical column of pins is one pole, the other vertical column is the other pole, and the bushing has a slot or flat indicating up. The center of each pole will be common.

When the toggle is lowered, the connection is established between the center and the top pin; when the toggle is raised, the connection is made between the center and the bottom pin. Hopefully, you clearly understand How To Wire A 6 Way Toggle Switch?

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