Recent
improvements of the Kloften & Kloften
Strip Splicer
November
15, 1998
Issue No.15
1.
Further
Improvements of the Dual Carrier Splicer.
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By combining the “Wide Strip
Splicer” principle with that of the Dual Carrier splicer of “Recent Improvements” No. 14, the
splicing procedure will be as follows:
o After
closing the two jaw sets, the upper electrode is lowered onto the rear carrier
and a first current pulse starts the soldering, causing the solder wire to burn
free and retract.
o The
upper electrode holder (with an electrode which contacts the carrier with a
curved surface) moves forward in steps, with a current pulse applied at each
step.
o Once
a programmed number of steps (depending on carrier width) have been executed,
the electrode is raised and the holder moves forward until it reaches the front
edge of the front carrier, where it is again lowered.
o The
pulsing procedure is repeated, but now with the electrode holder moving towards
the rear.
o After
the last pulse, the jaws may be opened. The electrode holder moves to the
starting position.
2. Splicer
for Stainless Steel and Beryllium Copper.
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By leaving the silver solder out, and
adjusting the carriers for a slight overlap (instead of a gap), the above
splicer may be transformed to a “Seam Welder” suitable for
carriers of stainless steel and Beryllium Copper which both would require a
flux if spliced with solder.
This welding method has the following
advantages over a “one shot” method:
o It
is easier to maintain good control of the lead (progression).
o The
protrusion is very small.
o Less
current and less pressure are required.
The splicer could even be supplied as a
combination Silver Soldering / Welding machine. A flip of a switch would
transform it from one to the other. Another switch may transform it from a dual
carrier to a single carrier splicer. A number of such splicers for a strip
width of 123 mm has already been sold.
The United State’s Patent Office
has now granted a patent which covers an automatic version of the Kloften &
Kloften Strip Splicer. The splicer was
developed in cooperation with Tronrud Engineering, a company
specializing in automation.
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