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Wiring Diagram. A wiring diagram is sometimes helpful to illustrate how a schematic can be realized in a prototype or production environment. A proper wiring diagram will be labeled and show connections in a way that prevents confusion about how connections are made. Typically they are designed for end-users or installers.
RL1 is the relay which the NO and NC pins are part of. The swirly lines is the inductor, the electromagnetic wire wound core that is used to make the relay work. This diagram shows it more clearly as a single unit.
1 Answer. In my experience, and what is the format in several CAD packages I have used is something similar to the following, for the schematic view you have the following: Source : Link. Above the Terminal Blocks are the circles, label TB1:9 through TB1:14 on the right. Which stands for Terminal Block (Strip) 1 - Terminal 9 through Terminal 14.
The motor is a 1 HP, 3-phase, 208-230/460 volts, and I'm wiring a 120 VAC supply voltage into the VFD, which steps that up to 3-phase 230 V. I have included a picture of the wiring diagram attached to the motor below. Based on that diagram and the fact that the motor will be operated at 230 V, I gather that wires 9 and 3, 8 and 2, 7 and 1, and ...
Here is a wiring diagram of a Capacitor Start single phase motor. Note that in this, and most diagrams available on the Internet, the centrifugal switch is shown in the OPEN position, leading people to think that's how it is supposed to be wired, but it's kind of a mistake in the depictions.
I cut open the Dell connector to check the wiring on the PCB at the USB-C connector. It has the same red, white, blue, black wires. The labels on the PCB with the connected wire show (see attached pictures): GND - black; VBUS - white; CC1 - blue; V+ID - red; I have the same type of replacement connector as you do.
It seems absolutely clear on the picture that a white and black cable are connected on the left terminal. Black is supply, white connects to the direction switch. I have no idea how this can be a serial wiring. I'd check if this wires are really connected to a single terminal by inspection / measurement of the resistance. \$\endgroup\$ –
The closest answer I have found is this one: Reversing direction of a 115v ac motor using Arduino. The motor specs. The part referenced in the diagram as "motor" is referenced elsewhere as "field assembly" and there is an armature assembly that goes inside of it. Unfortunately, there don't appear to be any clearer diagrams than the one below.
The wiring diagram connects this to L1 and L2 of the three-phase supply, so apparently this is actually a supply with 220V across phases. \$\endgroup\$ – AndreKR Commented Aug 6, 2015 at 10:14
The full schematics I referenced are on pages 143 (labeled 3-93 in the manual) and 396 (labeled FO-3), as well as additional information describing the power input wiring on page 96 (labeled 3-46). The Specific Questions I Have. What do the dashed/dotted lines referenced earlier mean?