11
O R I G I N A L I N S T R U C T I O N S
EN
must
fi
t into the socket. It is forbidden to modify the plug or socket in any manner to make
them
fi
t. The tool must be connected directly to a single power supply socket. It is forbidden
to use extension cords, adapters or double sockets. The supply network circuit must be
equipped with a 16 A protection. Avoid contact of the power cord with sharp edges and hot
objects and surfaces. During operation, the power cord must always be fully extended and
the position of the power cord must be set so that it does not become an obstacle during
operation. The power cord should not be placed in a manner which would pose a risk of
tripping. The mains socket should be located in a place where it is always possible to quickly
remove the tool’s power cord plug. Always pull the power cord by the plug housing when
unplugging it, never by the cord. If the power cord or the plug is damaged, immediately dis-
connect it from the mains and contact an authorised service centre of the manufacturer for
replacement. Do not use the product with a damaged power cord or plug. The power cord or
plug cannot be repaired and must be replaced with a new one that is free of defects if these
components are damaged.
WARNING! The metal components of the tool can be hot during and immediately after use.
Do not touch them, as it may cause severe burns. Allow the tool components to cool down.
Use gloves which protect against high temperatures if you need to move these components
before they cool down. Make sure that the
fl
oor near the place of use of the tool is not slip-
pery. This will prevent slipping, which can cause serious injuries. Never block or restrict the
throughput of the ventilation openings. Do not use the tool in the bathroom or near water. Do
not touch the tip as this can cause burns. After use, allow the tool to cool down before storing
it. Do not accelerate the process of self-cooling of the tool components in any manner.
OPERATING THE DEVICE
NOTE!
Only install the equipment when the supply voltage is disconnected. Pull the tool power cord plug out of the mains socket!
Make sure that all components have cooled down before assembling and disassembling the tool.
Before starting assembly, make sure that the soldering station power switch is in the “o
ff
” position – O.
Tip installation/replacement
Select a suitable tip and insert it into the soldering iron bore as shown in photo (II). The tip end should be outside of the soldering
iron.
NOTE!
Take special care when replacing the tip. The soldering iron tip can be hot during use and immediately after use. Do not
touch the tip as this may cause severe burns. It is recommended to wait until the soldering iron tip and components have cooled
completely. Do not accelerate the process of self-cooling of the tool components in any manner. Always wear heat protective
gloves and use the supplied protective cap to assist with tip replacement if it becomes necessary to replace the tip before it has
cooled down. Allow the tip to cool down completely by placing it in one of the holes on the back of the soldering iron stand.
Fuse replacement (III)
The soldering station power cord must be disconnected from the tool. A pull-out cap is located in the power socket in which the
fuse and a spare fuse are located. To replace the fuse, carefully remove the cap so as not to damage the power socket. Replace
the fuse. The fuse parameters can be found in the technical data table. It is forbidden to use a fuse other than those speci
fi
ed in
the technical data table. Slide the cap into place.
Installation of accessories
Connect the soldering iron cord to the port at the back of the soldering station housing (IV). The plug has such a shape that it can
be connected in one correct way only. Secure the connection by screwing a metal plug ring on the thread around the port in the
soldering station housing.
Place the soldering iron on the stand (V).
Connect the power cord to the port at the back of the housing. The plug has such a shape that it can be inserted in one correct
way only (IV).
Summary of Contents for YT-82462
Page 18: ...18 RU YT 82462 110 240 50 60 75 24 O C 90 480 O C 2 I 0 47 2 2 6 A 250 F6AL250V...
Page 19: ...19 RU 0O C 40O C 70 16 O II...
Page 20: ...20 RU III IV V IV VI 10 VII I OFF 1 5 1 5 O VIII Real Temp Set Temp Power I...
Page 21: ...21 RU 20 999 CH1 CH2 CH3 I 1 5 90 o C 480 o C CH1 CH2 CH3 CH1 O O F I 1 5 80 o C 80 o C...
Page 22: ...22 UA YT 82462 110 240 50 60 75 24 O C 90 480 O C 2 I 0 47 2 2 6 250 F6AL250V...
Page 23: ...23 UA 0 O C 40 O C 70 16 O II...
Page 24: ...24 UA III IV V IV VI 10 VII I OFF 1 5 1 5 O VIII Real Temp Set Temp Power I 20 999...
Page 25: ...25 UA CH1 CH2 CH3 I 1 5 90o 480o CH1 CH2 CH3 CH1 O O F I 1 5 80 o C 80 o C...
Page 67: ...67 GR 0O C 40O C 70 16A II...
Page 68: ...68 GR III IV V IV V 10 cm VII I OFF 1 5 1 5 O VIII Real Temp Set Temp Power I...
Page 69: ...69 GR 20 999 CH1 CH2 CH3 I 1 5 90 o C 480 o C CH1 CH2 CH3 CH1 O C O F I 1 5 80 o C 80 o C...
Page 71: ...71 BG 0O C 40O C 70 16 O II...
Page 72: ...72 BG III IV V IV VI 10 cm VII I OFF 1 5 1 5 O VIII Real Temp Set Temp Power I...
Page 73: ...73 BG 20 999 CH1 CH2 CH3 I 1 5 90o 480o CH1 CH2 CH3 CH1 O C O F I 1 5 80 o C 80 o C...
Page 82: ...82 AR YT F AL...
Page 83: ...83 AR O II III IV V IV VI VII OFF I O VIII Real Temp Set Temp Power I...