Easy to clean and maintain.
You can choose from two different types of deposits:
metal and glass.
Tips can be exchanged by simply loosening a screw.
The most important improvement introduced with this
new desoldering iron is the "screw-fit" desoldering
tips system included in the heating element : it
enhances thermal conductivity as well as solder
intake.
It is supplied with accessories kit.
The desoldering iron DR 5650 Ref. 5650000 is the new
version of the desoldering iron DR5600 Ref. 5600000.
The range of desoldering tips is the
following:
HEATING ELEMENT
FOR DESOLDERING DR5650
Ref.: 5650-010
DR 5650 TIPS FOR DESOLDERING
Ref.
5600-001
HT
Ref.
5600-002
HT
Ref.
5600-003
Ref.
5600-004
Ref.
5600-005
Ref.
5600-006
Ref.
5600-007
A ø
1.4
mm.
1.8
mm.
2.7
mm.
3.2
mm.
3.4
mm.
4.2
mm.
4.8
mm.
B ø
0.6
mm.
0.8
mm.
1.0
mm.
1.3
mm.
1.6
mm.
2.0
mm.
2.5
mm.
max pin ø
0.4
mm.
0.6
mm.
0.8
mm.
1.1mm.
1.4
mm.
1.7
mm.
2.3
mm.
High thermal performance Ref. HT:
This kind of tip has great heat-transmission
capability, and thus greater speed in
desoldering. They are not quite as durable as
the armoured long-life type.
Desoldering Process
Use the tip model with a larger diameter
than the pad to be desoldered, so as to achieve
maximum aspiration and thermal efficiency.
Apply the desoldering iron tip so that
the component terminal penetrates within its
orifice.
When the solder liquefies, start gently
to rotate the desoldering tip so that the
component's terminal can be eased away from
the sides.
Press then ,
not before,
the vacuum pump push-button just long enough
to aspirate the solder.
1
2
3
After pressing the desoldering key there is
a slight delay until the self-contained vacuum
pump stops, this is to make sure that the vacuum
circuit is completely empty.
If any solder remains are left on any terminal
after attempting to desolder it, resolder it
with fresh solder and repeat the desoldering
operation.and replaced if dirty or damaged.
PAD CLEANING TIPS
The shape of these tips, is especially
designed to clean pads.
