Velleman VTSSC20N User Manual [en, de, es, fr]

USER MANUAL

VTSSC20N

SOLDERING STATION CERAMIC HEATER
SOLDEERSTATION MET KERAMISCH VERWARMINGSELEMENT
STATION DE SOUDAGE AVEC RÉSISTANCE EN CÉRAMIQUE
ESTACIÓN DE SOLDADURA CON ELEMENTO CALENTADOR CERÁMICO
LÖTSTATION MIT KERAMIK-HEIZKÖRPER

GEBRUIKERSHANDLEIDING
NOTICE D’EMPLOI
MANUAL DEL USUARIO
BEDIENUNGSANLEITUNG

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VTSSC20N – SOLDERING STATION CERAMIC HEATER

1. Introduction & Description

To all residents of the European Union
Important environmental information about this product

This symbol on the device or the package indicates that disposal of the device after its lifecycle could harm
the environment.

Do not dispose of the unit (or batteries) as unsorted municipal waste; it should be taken to a specialized
company for recycling.
This device should be returned to your distributor or to a local recycling service.
Respect the local environmental rules.

If in doubt, contact your local waste disposal authorities.

Thank you for buying the VTSSC20N! Please read the manual carefully before bringing this device into service. This
soldering station is temperature-controlled: sophisticated circuitry regulates the temperature between 150°C and
420°C.

The VTSSC20N is a 48W soldering station with a temperature sensor in the ceramic heating element. The heating
element is supplied with the necessary power via a safe 24V transformer, while the bit is completely isolated from the
mains. The control circuitry ensures that devices sensitive to static charges cannot be damaged during the soldering
process. The included bit consists of a copper core that is protected by a steel coating.

1. ON/OFF switch 8. rubber cable

2. temperature control 9. handle

3. sponge 10. antiskid rubber

4. iron stand 11. heating element with incorporated temperature sensor

5. fuse holder 12. bit

6. earth connection 13. bit holder

7. temperature read-out

The dimensions of the device are 120 x 170 x 90mm, it weighs 1.75kg and the temperature range is 150 – 420°C.

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2. Safety Instructions

• Incorrect use of this tool may cause fire.

• Be cautious when using this tool in places where inflammable products are stored.

• Heat can cause fire to inflammable products even when they are not in sight.

• Do not use the tool in an explosive atmosphere.

• Place the tool back in its stand in order to let it cool down before storage.

3. Working Temperature

A well-chosen temperature is essential for efficient soldering. Solder does not flow well when the temperature is too
low and this leads to weak soldering. The flux in the solder evaporates when the temperature is too high, not giving
the solder sufficient time to flow and possibly damaging the components. The correct temperature and the correct
soldering technique practically guarantee a good result. The most common solder alloy consists of 60% of tin (Sn)
and 40% of lead (Pb). The ideal temperature for this alloy varies according to the application :

Fusion point 215°C
Normal use 270 – 300°C
Industrial production 320 – 380°C
Desoldering (small joints) 315°C
Desoldering (bigger joints) 400°C

4. Tips

• Wipe the bit clean before use and keep the tip tinned when the device is not being used.

• Prolonged use at high temperatures causes the bit to wear prematurely

• Never clean the bit with a file or abrasive materials.

• Corrosion on the bit can be removed with very fine emery cloth (600 – 800) or with isopropyl alcohol. Heat and tin

the bit immediately after cleaning

• Remove and clean the bit after 20 hours of usage (or at least once a week) to avoid corrosion

• Do not use corrosive flux or flux containing chlorine. Resinous flux is safe.

• Wet the sponge with nothing but water.

5. Maintenance

Let the bit cool down before cleaning or replacing it. You can remove the bit by loosening the nut on the bit holder.
Clean the bit holder next by blowing into it forcefully. Do not forget to protect your eyes!
Put the bit back in place and tighten the nut. Wipe clean the rest of the iron and the soldering station with a damp
cloth. Do not use solvents and make sure no liquid penetrates the housing of the device.

6. Spare Bits

BITC10N1 BITC10N2
BITC10N3 BITC10N4

For more info concerning this product, please visit our website www.velleman.eu.
The information in this manual is subject to change without prior notice.

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