Inductance-loop usage guidelines
Ideal Not recommended
d
D
D > 60 = D - 5 mm < d < (0,8 x D)
D < 60 = D - 2 mm < d < (0,8 x D)
A gap must be le between the loop
and the heated part in order to limit
the risk of heang the surface
treatment or trapping the part in the
loop when the part expands.
d
d < (0,8 x D)
If the inductance loop’s diameter is
too small, the aachment’s heang
capacity will be less ecient.
This item is not able to transmit
power to component parts.
Not recommended
If the part being heated is not centred
in the loop, the heang will not be
even. The side of the component part
closest to the inductor will heat up
more.
Not recommended Not recommended
Risk of sparks, splaer and/or damage if
the and/or damage if the part touches the
inductance loop’s base.
Do not heat when empty,
without a workpiece to heat.
See next page to limit deterioraon.
Base
Recommended use for opmised heang
D < 60 mm
Ø of the inductance
loop (D) in mm
20 18 < d < 16
25 23 < d < 20 70 65 < d < 56
30 28 < d < 24 80 75 < d < 64
35 33 < d < 28 90 85 < d < 72
40 38 < d < 32 100 95 < d < 80
45 43 < d < 36 110 105 < d < 88
50 48 < d < 40 120 115 < d < 96
55 53 < d < 44
Ø of the part
(d) in mm
Ø of the inductance
loop (D) in mm
60 55 < d < 48
D > 60 mm
Ø of the part
(d) in mm
V2_10/02/2022
Limit the risk of damage when used manually
To limit the risk of short-circuing the loop, it is possible to add a protecve glass cloth.
Use :
• Put dots of glue on the canvas and posion it as shown in the photos.
• Use a collar to hold the fabric while the glue sets.
• Wait 24 hours.
Materials needed:
Kit 053854
5 protecons for glass inductor + glue
Laying for large S loops
Laying for small S loops
GLUE SPOTS
Laying for small L loops
Kit 053847
10 protecons inducer release + glue
Laying for large L loops
Another way to protect a loop is to increase the thickness of the protecve epoxy resin.
Materials needed:
054851
Bi-component Power Epoxy glue 50ml
Use :
• Clean the loop
• Scrub with a scotch-brite
• Remove the glue
• Wait 24 hours.
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