Conrad Thermostat Variable Temperature Switch Kit With Sensor 192082 Hoja De Datos
Los códigos de productos
192082
While soldering the components see to it that they (unless indicated otherwise)
are soldered on to the plate without any gap. All projecting connection wires are
cut directly above the solder joint.
Since the solder points in this kit are very small ones, lying partly very close to
one another (risk of solder straps), the soldering must be done here only with a
soldering iron with a small soldering tip. Do all the soldering and assembly work
very carefully.
are soldered on to the plate without any gap. All projecting connection wires are
cut directly above the solder joint.
Since the solder points in this kit are very small ones, lying partly very close to
one another (risk of solder straps), the soldering must be done here only with a
soldering iron with a small soldering tip. Do all the soldering and assembly work
very carefully.
Soldering instructions
If you do not have much practice in soldering, then it is advisable to go through
these soldering instructions before you actually start soldering. Soldering must be
learnt.
1. Never use soldering grease or soldering fluid when soldering electronic
these soldering instructions before you actually start soldering. Soldering must be
learnt.
1. Never use soldering grease or soldering fluid when soldering electronic
components. These contain acids, which can damage the components and
conducting paths.
conducting paths.
2. Only electronic tin SN 60 Pb (i.e. 60% tin, 40% lead) with a colophony core
may be used as soldering material, which at the same time also acts as
soldering flux.
soldering flux.
3. Use a small soldering iron with max. 30 watt heating power. The soldering tip
should be tinder-free, so that the heat can be discharged properly. This
means: The heat from the soldering iron must be conducted properly to the
point to be soldered.
means: The heat from the soldering iron must be conducted properly to the
point to be soldered.
4. The soldering itself should be done quickly, because a longer duration of
soldering can damage the components. Similarly, it also leads to release of
eyelets or copper pathways.
eyelets or copper pathways.
5. For soldering the properly tinned soldering plate is kept on the point to be
soldered in such a way that it touches the component wire and the conducting
pathway at the same time. Simultaneously, soldering tin (not very much) is
added, which also gets heated up. As soon as the soldering tin starts to flow,
take it away from the solder joint. Then wait for a moment, till the solder left
behind has blended properly and then remove the soldering iron from the
solder joint.
pathway at the same time. Simultaneously, soldering tin (not very much) is
added, which also gets heated up. As soon as the soldering tin starts to flow,
take it away from the solder joint. Then wait for a moment, till the solder left
behind has blended properly and then remove the soldering iron from the
solder joint.
6. See to it that the component you have just soldered is not moved for approx.
5 seconds after you remove the soldering iron. What remains after that is a
silvery shining, smooth solder joint.
silvery shining, smooth solder joint.
7. A prerequisite for a smooth solder joint and good soldering is a clean, non-
oxidised soldering tip. With a dirty tip it is absolutely not possible to do a clean
soldering. Therefore, after every soldering, wipe away the extra soldering tin
and dirt with a damp sponge or with a silicone wiper.
soldering. Therefore, after every soldering, wipe away the extra soldering tin
and dirt with a damp sponge or with a silicone wiper.
8. After soldering the connection wires are cut directly above the solder joint with
a wire cutter.