I have a 5 wire self lock function twist throttle. I need help connecting the wires to my controller

Pin 1 - Signal (Green/Yellow) Pin 2 - Signal Return (Grey/Red) Pin 3 - Signal (Orange/Red) Pin 4 - +5V Reference (Orange/Yellow) Pin 5 - Ground (Black) Pin 6 - Not Used

RTFM

depends on how your ceiling box is wired. if your box has a black, white, or green or bare ground you need to twist your blue and black wires together and connect to the black wire in the box connect white to white and green to the green/bare wire. if you have a three wire connection (black,red,white,green/bare) you connect red to blue black to black white to white and green to green/bare

Thank you for clear description of wiring, switches, and for including timer model number.

1) Open following link for ez programming and wiring for Utilitec.
http://waterheatertimer.org/Program-wire-Utilitec-0192773.html

2) Your single-pole switch has 2 wires.
0192773 replaces single-pole switch only.
Black wire that connects each of the switches is Hot wire: connect this wire to timer Black wire.
Other black wire that connects to switch goes to load: connect this wire to timer red wire.
Timer white wire connects to white wires that are covered with wire nut.
Timer green connects to bare ground wire.

3) How to connect stranded wire and solid wire
http://waterheatertimer.org/How-to-twist-electric-wire.html#stranded

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motherboard usually red-white-green-black

Standard USB Cable Wiring Color Code

5V / Red

D+ / Green

D - / White

Ground / Black

hope this helps

The throttle position sensor has both an idle contact switch and a basic 3 wire potentiometer that measures throttle angle opening. The idle switch and the throttle potentiometer share a ground wire.
To test the sensor first you have to verify that the wiring is intact by
1. Disconect the sensor and with a volt meter check the 4 wires. I have attached a wire diagram and picture of the pin layout to make it easy for you.
Pin 1 ( Yellow wire) is the PCM reference voltage. Specification is 5V
Pin 2 ( Red and Green wire) is the signal wire for the TPS. Specification is 5V
Pin 3 (Blue and white wire) is the idle switch. Specification 5V. Please note that this circuit is not actually used by this year Sedona so some vehicles are missing the wire.
Pin 4 (Black and yellow wire) is the ground. Specification: continuity to ground ( less than 1 ohm)
If the voltages are correct next you want to check the sensor.
1. Connect the throttle sensor connector.
2. Key on engine off
3.With a voltmeter measure terminal 2 of the sensor with the throttle closed, Specification is .2 to.4 volts.
4. With ta voltmeter monitor terminal 2 with the throttle fully open.The specification on terminal 2 is 4 to 4.4 V.
5. Slowly open and close the throttle while monitoring terminal 2 and make sure you have a smoot increase and decrease in voltage as the throttle is moved from close to open throttle and returned to idle.

Find the Hot wire:
Your switch has 2 wires. One of these wires is Hot, and one goes to load. Disconnect wires from switch. Turn on power. Do not stand on wet surface. Test each wire to bare copper wire. When tester lights up, that is Hot wire. The other wire goes to load.

Connect wires:
Hot wire goes to Black timer wire
Wire to load goes to Red timer wire
White wire connects to white wires that are twisted together
Bare copper wire connects to Green wire from timer

How to connect white wire to white wires that are twisted together.
a) Strip white timer wire so you have 1-1/2 " of bare wire. Stranded wire will wrap around other wires easily.
b) Remove wire nut. DO NOT UNTWIST wires.
c) Hold all whites together so bare copper lines up. Wrap stranded copper around the twisted wire.
d) Replace wire nut, or use larger wire nut. Twist real tight. Do not use tape. You can solder the connection.
e) When done, pull on white time wire to make sure it is held tight. Push whites back into box.

The red wire goes to terminal 1. The three solid white wires go to terminal 2 and the two wires with black stripes go to terminal 3.

First, let me say that if you're not entirely comfortable doing high voltage electrical work, you might want to call an electrician. It's not impossible for you to get hurt or killed or burn down your house. At least be sure to turn of the circuit breaker while you're working on it.

The blacks and whites twisted together are passing through power to other parts of your premises and are always on, so be sure to keep them twisted together. The red is the one that will take power from your light switch and send it to your light fixture.

At the fixture, connect the white to white and red to black, the same as before. At the light switch, connect the black to one side of the switch and the red to the other. When you turn on the switch, it will permit power from the black to travel down the red to the fixture, and from the fixture, the circuit will be completed through the white.

Good luck!

Connectthe SUPPLY wire (Black) to the Photoelectric Black. ALL of the white wires - to lights and from supply and on PE - connect together
Redfrom PE goes to all light fixture black lines