**Twin Turbo 67 Dart Project**

Keep in mind how close your sensor is. Because the metal will expand slightly as it heats up. I would make sure you have close to .030 of a gap. Looks like you might be a little close. I would hate to see them make contact.

I don't have them gapped as of yet, it is only on the Mock. The Crank Sensor is on my mock block that is still in the car, doesn't even have a crank in it! These particular sensors recommended air gap is 1.5MM.





Hall effect crankshaft or camshaft position sensor. Just like our standard Hall effect sensor, except it has a lower maximum temperature (at 85 degrees C, that's still a lot) and is mounted in a threaded stainless steel housing. Threads are M12 and mounting nuts included. Runs off 5 to 24 volts, and gives a nice square wave so there's no variable voltage issues. Has a 12 inch long, 3 wire pigtail. Here's what the wires do:

Red - Supply voltage; connect to either VREF or 12 volt switched power.

Blue - Output signal. On a MegaSquirt, connects to pin 24. We just set our MegaSquirt up for the VR conditioner and it works great. V3.0 MicroSquirts can also do this, but older MicroSquirts will need to use the Hall effect input.

Black - Ground.

If you have the newest revision of our wiring harness, you can just tee the red wire on the sensor into the red harness wire, and the black and blue wires connect to the respective black and white wires inside the sheilded RPM input wire. Red to red, black to black, blue to white - pretty straightforward with only one mismatched color.



Specifications

Operating voltage: 4.75 to 24 volts

Maximum overvoltage and reverse voltage: +27 to -25 volts

Maximum output current: 20 mA

Maximum frequency: 15 kHz

Temperature range: -40 to +85 degrees C

Recommended air gap:1.5 mm

Thread pitch: M12 x 1 mm

Threaded length: 36 mm

Overall length: 46 mm, not including wires

Package material: Stainless steel