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VT-DESOL2                                                                                                                                                              GB

2

This desoldering station is designed to meet the present and future needs of the electronic
production industry and is ideally suited for use with any AC outlet. Engineered to meet the
stringent demands of hobbyists, maintenance personnel and production people alike, the VT-
DESOL2 sets a new quality standard for desoldering equipment.

4.  Operating Temperature

SOLDERING

The most common solder alloys used in the electronics industry consist of 60% tin and 40%
lead. The operating temperature of this type of solder is detailed below and can vary from
manufacturer to manufacturer.

Melting point

: 215°C

or

419°F

Normal operation

: 270-320°C

or

518-608°F

Production line operation : 320-380°C

or

608-716°F

A good joint is assured if the iron's operating temperature is set within the parameters suitable
for the type of solder being used. The solder will flow too slowly if the temperature is too low ; if
the temperature is too high, the flux in the solder may burn which will give rise to billowing white
smoke. In turn, this will result in a dry joint or in permanent damage to the PCB.

DESOLDERING

Recommended tip temperatures are detailed below. They can vary from joint to joint.

For a small joint : 320-360°C or 608-680°F
For a larger joint : 370-400°C or 698-752°F

If the temperature is too low, the solder will flow too slowly and this may cause the tip to clog ;
you may burn the PCB if the temperature is too high.

5.  Operating Instructions

Verify whether the operating voltage of the unit is identical to that of the electrical supply. Make
sure the device was not damaged in transit.

OPERATING PROCEDURE FOR DESOLDERING ACTIVITIES

(a)  Plug in the desoldering iron and connect the vacuum tube to the DIA-connections on the

front panel.

(b)  Connect the AC power cord to the mains inlet.
(c)  Place the temperature control knob in the "MIN"-position.
(d)  Place the power switch in the "ON"-position. The pilot lamp will light up.
(e)  Set the temperature control knob to 250°C (482°F). Tin the surface of the nozzle of the

desoldering tip by applying a new protective layer of solder.

(f)  Set the temperature control knob to the desired temperature 3 minutes after the station has

reached a temperature of 250°C (482°F). The unit is ready for use when it reaches the
preset temperature : the pilot light will extinguish at this time.

NOTE : The energy-saving feature will automatically engage if the desoldering station remains

inactive for more than 15 minutes (indicated by the green "PAUSE" indicator light). The

Summary of Contents for VT-DESOL2

Page 1: ...VT DESOL2 DESOLDERING STATION DESOLDEERSTATION STATION DE DESSOUDAGE ENTLÖTSTATION USER MANUAL GEBRUIKERSHANDLEIDING MANUEL D UTILISATION GEBRAUCHSANLEITUNG ...

Page 2: ...ESOL2 is equipped with a self contained temperature controlled vacuum pump The vacuum pump is maintenance free It will not overload with continuous use The vacuum pump provides a max suction of 60cm Hg 23 Hg and is activated by a push button switch located on the iron housing The VT DESOL2 s electronic circuitry enables you to use tip temperatures ranging from 150 C to 450 C 302 F to 842 F without...

Page 3: ...ailed below They can vary from joint to joint For a small joint 320 360 C or 608 680 F For a larger joint 370 400 C or 698 752 F If the temperature is too low the solder will flow too slowly and this may cause the tip to clog you may burn the PCB if the temperature is too high 5 Operating Instructions Verify whether the operating voltage of the unit is identical to that of the electrical supply Ma...

Page 4: ...ceeds 410 C 770 F The tip is not sufficiently tinned Wiping the tip on a surface with a high sulphur content or on a dirty or dry sponge Contact with organic or chemical substances such as plastic resin silicone and grease Impurities in the solder and or a low tin content 7 Maintenance Tips for Tips The desoldering iron uses extremely high temperatures Make sure that the unit is switched off for m...

Page 5: ...ess the vacuum switch and clean the tip with the included spring wire if there is no suction Read 10 Cleaning Procedure for Clogged Tips 9 Maintenance Desoldering tips can be replaced simply by unscrewing the barrel nut assembly Turn off the station and allow it to cool first Damage to the soldering station may occur if the system is left on and the removed tip has not been replaced After removing...

Page 6: ... iron 2 Be careful not to burn your fingers on the glass solder collector as you slide it free see fig 9 3 Point the collector towards the ground see fig 10 while shaking lightly to free the excess solder Do this frequently to keep the station in proper working order 4 Remove the cooling strip with a pair of pliers fig 11 12 5 Clean the cooling strip and the glass collector with a wire brush inclu...

Page 7: ...ightly upwards while pressing and turning the red knob on the butt of the iron 3 Remove the solder collector fig 9 4 Disassemble the solder collector fig 13 14 5 Remove the old filter and replace it with a new one fig 15 16 b IN LINE FILTERS 1 Unscrew the in line filters and pull the two pieces apart fig 17 18 FIG 11 FIG 12 FIG 13 FIG 14 FIG 15 FIG 16 FIG 17 ...

Page 8: ...VT DESOL2 GB 7 2 Replace the fillings of both filters as shown in fig 18 Note Use a desoldering tip with a Ø of 1 2mm BITDEST2 FIG 18 TO STATION TO IRON fillings BITDEST2 ...

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