schematic or layout for the two ground copper legs of Scanmaster Quad 1550

[elhit29]

Does anyone has a schematic or layout for the two ground copper (legs of the transducer connected to the ground) of Scanmaster Quad 1550 because I want to double check if it is running OK or not??

Thanks a lot

Mazen

[Dell Winders]

Connect a frequency counter to the ground probes. Some multi-meters include a Frequency Counter.

The output frequency at the probes should be the same as the selected input frequency. Dell

[elhit29]

THANKS DELL

YES YOU ARE RIGHT. DO YOU KNOW HOW THE TWO SPIRALED WIRES ARE CONNECTED IN THE WHITE GROUND PROBE CYLINDER BECAUSE STRANGELY THEY ARE NOT CONNECTED AND SOME FRIENDS TELL ME TO DISREGARD THE SPIRALED WIRES AND CONNECT DIRECTRLY TO THE LEGS INSERTED IN THE GROUND!! THIS IS NOT TRUE I THINK BECAUSE THEN WHAT IS THE ROLE OF THE TWO SPIRALED WIRES IN THE WHITE CYLINDER??? I THINK THEY generate a molecular polarization field that is directly induced into the probe rod and eliminates all false (ghost) signals. WHAT DO YOU THINK???

THANKS ND REGARDS

MAZEN

[Dave J.]

With LRL's, whatever you imagine, that makes it true. You may not have figured this out yet, but you can learn this principle from the posts of the dedicated LRL fans here.

This makes LRL's different from non-bogus electronics, where the electronics don't give a darn what you imagine, the electronics decide what's true or not no matter what you wish or believe.

Heck, it doesn't even have to be electronic, same is true of plain electrical. If you've ever had a light bulb and a switch, and you could tell what position the switch was in by looking at the light bulb and you strongly suspected that even the dreaded Carl could do the same, that's the difference between real stuff and LRL's. An LRL is like a light bulb and switch arrangement where looking at the light bulb provides no information on the position of the switch because the switch in question isn't wired to the light bulb.

--Dave J.

[Dell Winders]

Again, The output frequency at the probes should be the same as the selected input frequency.

If the wire is not connected to the ground probe, it is unlikely the output frequency from the ground spikes will be the same as the selected input frequency. You are broadcasting the frequency into the air, not through the ground.

But, that's O.K. With the spiral wire configuration you probably have more range by using the Ground probes in an Air Mode. With the probes pointing upward just rest the probes in the transmitter case about 6 inches apart, and set the transmitter on something a couple feet off the ground.

If you are using a correct harmonic frequency for discrimination, your Quad unit should work.

You must understand that Magnetic Interference can weaken the signal field, or totally override it. During such periods your Quad will work intermittently, or not at all. Dell

[Dave J.]

Anyone who wants to read up on it, here's a link:

http://www.kellycodetectors.com/scan...master1550.htm

If upon reading the ad, you can't make any sense out of it but are being tempted anyhow, then you are experiencing firsthand how people get fleeced by the "pigeon drop" scam.

--Dave J.