Announcement

Collapse
No announcement yet.

Coil Armand Anticus

Collapse
X
 
  • Filter
  • Time
  • Show
Clear All
new posts

  • Coil Armand Anticus

    Hello, I have a detector Armand Anticus(PL) .
    The cable of disc is broken, there are 4 wires and mass, a red wire one green one black and one white and copper wire braid over all.
    A wire is disconnected in the coil near the gland.
    I do not have the frequency of the coil which is concentric dual o 21 cm in diameter, I just managed to measure the impedance of a coil is :15.5 ohms between red and green wire, the other coil is 35 ohm between black and white thread.
    Between black and mass 35.2 ohm between red and mass 15.4 ohm Click image for larger version

Name:	010.jpg
Views:	1
Size:	498.3 KB
ID:	368318Click image for larger version

Name:	011.jpg
Views:	1
Size:	498.8 KB
ID:	368319Click image for larger version

Name:	012.jpg
Views:	1
Size:	262.4 KB
ID:	368320.
    No idea on the diameter of the wire used, the coils are a 20cm diameter and the small center is 9.5 cm.
    I would like to know the frequency of the coil and the wire used to try to remake another.
    Any help is welcome, thank you all.

  • #2
    Originally posted by jroux View Post
    Hello, I have a detector Armand Anticus(PL) .
    The cable of disc is broken, there are 4 wires and mass, a red wire one green one black and one white and copper wire braid over all.
    A wire is disconnected in the coil near the gland.
    I do not have the frequency of the coil which is concentric dual o 21 cm in diameter, I just managed to measure the impedance of a coil is :15.5 ohms between red and green wire, the other coil is 35 ohm between black and white thread.
    Between black and mass 35.2 ohm between red and mass 15.4 ohm
    No idea on the diameter of the wire used, the coils are a 20cm diameter and the small center is 9.5 cm.
    I would like to know the frequency of the coil and the wire used to try to remake another.
    Any help is welcome, thank you all.
    Why don't you contact the manufacturer?

    Opening hours:
    Monday-Friday: 8-16
    Saturday and Sunday: closed


    (The phone is open from Monday to Friday, 8-16): 512 138 545
    Tel. Landline / Fax: 22 758 73 48



    E-mail: [email protected]
    Website: www.armand.pl


    Armand Metal Detectors
    Wojciech Oksieńciuk
    ul. Richard 44
    05-800 Pruszkow

    Comment


    • #3
      The manufacturer says 10khz and seller told me 7.8 khz, who believe?
      It always tells me not to use any wire to produce a new coil.

      Comment


      • #4
        Originally posted by jroux View Post
        The manufacturer says 10khz and seller told me 7.8 khz, who believe?
        It always tells me not to use any wire to produce a new coil.
        The manufacturer should know the correct answer, unless you want to believe the salesman.

        Since you are able to measure the resistance of the coils, you should also be able to measure the inductance. The RX tuning cap is probably on the PCB, so have a look at that as well. Using the inductance and capacitance values, it will possible to get a close estimate of the working frequency. However, you'll still have a major job on your hands making a new coil for this not very common detector. You might be better off just buying a replacement.

        Comment


        • #5
          thank you for the reply I will try all this

          Comment


          • #6
            I finally managed to fix my disc with a mini strawberry and a soldering iron.
            The work is long and difficult, but with nothing to lose I started, successful progression in pictures.Click image for larger version

Name:	coil 027.jpg
Views:	1
Size:	368.0 KB
ID:	336205Click image for larger version

Name:	coil 031.jpg
Views:	1
Size:	509.0 KB
ID:	336206Click image for larger version

Name:	coil 032.jpg
Views:	1
Size:	318.7 KB
ID:	336207Click image for larger version

Name:	coil 033.jpg
Views:	1
Size:	408.6 KB
ID:	336208

            Comment


            • #7
              After some test it's works fine

              Comment


              • #8
                Good stuff!

                Comment

                Working...
                X