EN
Check the diameter of connection rivets. Drill the hole through both joined materials. The hole must be through with a diameter
such as the diameter of the rivets to be used. When drilling is complete, make sure that the holes in both materials are aligned.
Check that the rivet fi ts in the drilled holes. If possible, check that the rivet protrudes from both sides of the joined materials.
Slide the rivet into the hole of the riveting die so that its fl ange rests on the die nut (V).
Slide the protruding part of the rivet into the hole drilled in the joined materials (VI). Press the die against the joined materials and
press the riveter switch.
Once you have riveted the materials and the rivet pin has been broken, release the pressure on the switch and move the riveter
away from the joint. Make sure that the broken rivet pin is in the container. Point the riveter with the container down if needed.
After fi nishing work, disconnect the battery from the tool, remove broken pins from the container, screwing it out of the tool hous-
ing. Check the fi ll-up level of the container during operation and empty it if necessary. Next, proceed with the tool maintenance.
The tool has a lamp to illuminate the riveting point. Press the tool switch gently to turn the lamp on, then press the lamp switch.
Press the light switch again to turn off the light. The lamp will turn off automatically after approx. 1 minute to reduce battery con-
sumption.
Removing jams
If during operation it is not possible to insert the rivet pin into the riveting die or broken pins will not be placed into the container,
this may mean a jam. In this case, disconnect the battery from the tool by removing it from the socket and only then proceed to
remove the jam.
Warning! Removing a jam with the battery installed can result in unintentional starting of the tool, which can lead to serious injury.
Unscrew the head housing with a wrench and disassemble it from the die (VII). Then unscrew the front of the die (VIII) and remove
the jam. After removing the jam, assemble the die in the reverse order of disassembly.
Die maintenance
Warning! Maintenance of the die must be carried out when the battery is disconnected from the tool. Carrying out maintenance
with the battery installed can result in unintentional starting of the tool, which can lead to serious injury.
Disassemble the die according to the procedure in the section "Removing jams". Clean each element of metal shavings and other
impurities and then coat with a thin layer (so-called fi lm) of light machine oil. Assemble the die and clean the housing thoroughly
from grease. Maintenance of the die should be carried out not less frequently than every 3000 clamped rivets. If excessively worn or
damaged components are noticed during maintenance, replace them with new ones that are free of defects before continuing work.
Safety recommendations for battery loading
Attention! Before loading may start make sure the body of the charger, the cable and the plug are not broken or damaged. It
is prohibited to use a damaged loading dock and charger! For the purpose of loading batteries only the charging dock and the
charger provided may be used. Using another charger may be a cause of fi re or damage the tool. Batteries may be charged only
in a dry room, protected from unauthorised persons, particularly children. Do not use the charging dock and the charger without
permanent supervision of an adult! If it is necessary to leave the room where loading is taking place, it is required to disconnect the
charger from the mains, removing the charger from the mains socket. In case when smoke comes out of the charger, or a strange
smell is emitted, etc., it is required to immediately remove the plug of the charger from the mains socket!
The drill and automatic return screwdriver is provided with an unloaded battery, so before work may commence, it is required
to charge it following the procedure below, using the charger and charging dock provided. Li-ION batteries do not show the so
called "memory eff ect", so it is allowed to charge them at any moment. However, it is recommended to discharge them during
normal work, and then load them to their full capacity. If due to the nature of the task it is not possible to do so each time, then it
is required to do it at least from time to time. Under no circumstances is it allowed to discharge the batteries short-circuiting the
electrodes, since this would cause irreversible damage! It is also prohibited to check the load of the batteries, short-circuiting the
electrodes for sparking.
Storage of the battery
In order to prolong the life of the battery, it is required to provide adequate storage conditions. The batteries can go through
approximately 500 „loading - discharging" cycles. The battery must be stored between 0 and 30°C, at the relative humidity of
50%. In order to store the battery for a prolonged period, it is required to charge it to approximately 70% of its capacity. In case of
prolonged storage, it is required to recharge the battery once a year. Do not permit excessive discharging of the battery, since this
would reduce its life and may cause irreversible damage.
During storage, the battery will be gradually unloading due to leakage conductance. The process of automatic unloading depends
on the temperature of storage, since the higher the temperature, the fastest the process. In case of incorrect storage of batteries,
there is a danger of electrolyte leakage. In case of leakage, it is required protect the leakage with neutralizing agent. In case of
contact of electrolyte with the eyes, it is required to rinse the eyes abundantly, and then immediately seek medical assistance. It
is prohibited to use a tool with a damaged battery.
In case the battery is completely worn out, it is required to deposit it at a special point dedicated to disposal of such waste.
Transport of the batteries
Lithium-ion batteries are in accordance with legal regulations treated as dangerous waste. The user of the tool may transport the
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