And a dead short is possible if you mix them up. So for forward we will say that U1 is connected to neutral and U2 is connected to live and Z1 is connected to neutral and Z2 connected to live. Also with this short between U1 and Z2 I would expect the supply to be shorted out when one direction is selected and the fuse to blow or the breaker to trip. Thank you for your help. Two for running and one as a magnetic brake.
There is another circuit, a coil and some capacitance that is connected to Z1 and Z2. For reading very low resistance values you normally need to subtract the resistance of the test leads from the reading. If it is wired how I think it is then lamps 1 and 2 will be lit in both directions. The direction buttons will not effect the direction. Tighten the switch screw with a Phillips screwdriver.
Hence, a four wire cable and all four wires need to carry the full motor current. Move the switch to the middle position. Here the L1 is connecting to the both contactors first terminal. Now come to the controlling wiring. This is a lot of trouble but short of coming up with the exact make and model of the motor I think we're stuck.
Re fit the metal straps in the position for the clockwise direction and connect the supply to U1 and U2 As in the second picture of your first post Check that the motor starts and runs correctly in that direction. In short this the complete guide of forward reverse starter wiring and installation. The same wiring connection is done with the reverse push button switch. I am making the assumption that the machine is fed with a single phase 240 volt supply, the motor is single phase 240 volts and the lamps you use are 240 volts. Here I showed the forward reverse wiring diagram. I will post more photos and set up a safety circuit to try a bench test.
I am sure this all makes sense but my head can't get wrapped around it right now lol I have ------ U1 black wire for forward U2 black wire for reverse Z2 red wire this is the common wire that is used for forward and reverse, this is the wire that needs to be powered up when either in forward or reverse Too me it looks like I need to take some of the removable jumpers out the ones that run to middle of switch next to 5, U, 6, or the one left of S Thanks for your help so far its really appreciated I assure you Looks like you're in luck. One between U1 and V1 and another between U2 and V2. To reverse the direction of rotation of a single-phase split-phase motor, either the starting winding leads or running winding leads, but not both, are inter- changed. Cut and prepare another length of both red and black wires to reach the 12-volt motor. You have two stator windings.
Make sure you get the information you are looking for. The next step is to place the wire numbers beside the corresponding components of the wiring diagram Figure 29—12. So ideas if you want to obtain the wonderful photos about Single Phase forward Reverse Wiring Diagram, simply click save button to download these shots for your pc. In fact, I would look into the analog circuits used by early servos talking stuff from the 1960s-1980s or so as an idea or you could just use one of the various chips used in servos today; they still require more than a few extra parts - a couple of transistors for a half-bridge, and a handful of diodes, caps, and resistors - maybe an inductor or two. Worst case is I will replace the motor with a. And L3 wire connected to both 'contactors' 3rd terminal.
That makes no difference to the motor. The components needed to construct this circuit are shown in Figure 29—10. Forward Reverse Motor Control Diagram Mar 03, 2019 - Details about forward reverse motor control diagram has been submitted by Ella Brouillard and tagged in this category. How would the circuit operate if the normally closed auxiliary contacts were connected so that F contact was connected in series with F coil, and R contact was connected in series with R coil, Figure 29—7? Flip the switch to the up position to start the motor. .