Duratech TS-1564 Manual

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48W Temperature
Controlled Soldering Station
TS-1564
WORKING TEMPERATURE
Soldering at the correct temperature is very important to ensure proper solder connections.
If the temperature is too low the solder will not flow correctly and may cause cold solder
joints, commonly know as "dry joints". If the temperature is too high the flux will be burned
and not allow the solder to flow correctly. High temperatures can also cause damage to
the PC Board and other sensitive components. When the working temperature of the tip is
set to the correct value for the type of the solder being used, a good solder connection will
result.
The most common solder alloys used in the electronics industry are 60% tin, 40% lead
(60/40).
The common tip working temperature of 60/40 solder is detailed below (this may vary from
manufacturer to manufacturer):
Melting point.....................................................................419
Normal operation.................................................419
Production line operation.......................................608
Desoldering operation for small joint..........................................599
Desoldering operation for larger joint..........................................752
CARE OF THE TIP
The tip supplied is plated copper and will last a long time. Please observe the following
conditions;
1. Always keep the tip tinned before switching off or storing for any period of time, wipe
only before use.
2. Do not keep the iron set at a high temperature for long periods of time as this will
break down the surface of the tip.
3. Never clean the tip with a file or coarse abrasive materials.
4. If, however, an oxide film does form on the tip, it can be cleaned by lightly rubbing with
a 600-800 grit emery cloth, isopropyl alcohol or equivalent.
immediately reheat and re-tin the tip to prevent further oxidation.
5. If used continuously, remove the tip and clean every twenty hours, or at least once a
week. Also, remove any loose build up that may appear in the barrel.
6. Do not use fluxes containing chlorides or acids. Use only rosin or activated resin
fluxes.
7. Do not use any anti-seize materials or compounds on the wettable surface of the tip.
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F(215
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F-572
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C-300
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F-716
F(320
C-380
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0
F(315
0
F(400
Once this is done,
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