Stanley STDC001N Manual Download Page 7

7

Residual risks.

Additional residual risks may arise when using the tool which 
may not be included in the enclosed safety warnings. These 
risks can arise from misuse, prolonged use etc.
Even with the application of the relevant safety regulations 
and the implementation of safety devices, certain residual 
risks can not be avoided. These include:

  Injuries caused by touching any rotating/moving parts.

  Injuries caused when changing any parts, blades or 

accessories.

  Injuries caused by prolonged use of a tool. When using 

any tool for prolonged periods ensure you take regular 
breaks.

Impairment of hearing.

Health hazards caused by breathing dust developed when 
using your tool (example:- working with wood, especially 
oak, beech and MDF.)

Use

Warning!

 Let the tool work at its own pace. Do not overload.

Charging the battery 

time, or after prolonged storage, it will only accept an 80% 
charge. After several charge and discharge cycles, the battery 
will attain full capacity. The battery may become warm while 
charging; this is normal and does not indicate a problem.

Warning!

 Do not charge the battery at ambient temperatures 

below 10 °C or above 40 °C. Recommended charging 
temperature: approx. 24 °C.

 

tool.

Insert the charger plug (10) into the connector (9).

Plug in the charger (7).

Switch on at the mains.

After normal use, a charging time of 3 hours will provide 

time, depending on the battery and charging conditions.

Disconnect the tool from the charger.

Warning!

 Do not use the tool while it is connected to the 

charger.

Selecting the direction of rotation

For drilling and for tightening screws, use forward (clockwise) 
rotation. For loosening screws or removing a jammed drill bit, 
use reverse (counterclockwise) rotation.

To select forward rotation, push the forward/reverse slider 
(2) to the left.

To select reverse rotation, push the forward/reverse slider 
to the right.

To lock the tool, set the forward/reverse slider into the 
centre position.

to set the torque for tightening screws. Large screws and hard 
workpiece materials require a higher torque setting than small 
screws and soft workpiece materials. The collar has a wide 
range of settings to suit your application.

For drilling in wood, metal and plastics, set the collar (3) to 
the drilling position by aligning the symbol   with the 
marking (16).

For screwdriving, set the collar to the desired setting. 
If you do not yet know the appropriate setting, proceed as 
follows:
- Set the collar (3) to the lowest torque setting.
 - 
- If the clutch ratchets before the desired result is 

achieved, increase the collar setting and continue 
tightening the screw. Repeat until you reach the correct 
setting. Use this setting for the remaining screws.

Open the chuck as far as possible.

Remove the chuck retaining screw by turning it clockwise 
using a screwdriver.

Tighten an Allen key (15) into the chuck and strike it with 
a hammer as shown.

Remove the Allen key.

Remove the chuck by turning it counterclockwise.

 

with the chuck retaining screw.

  To charge the battery (5), remove it from the tool and 

insert it into the charger (8). The battery will only fit into 
the charger in one way. Do not force. Be sure that the 
battery is fully seated in the charger.

  Plug in the charger.

  Check if the charging indicator is red. If the charging 

indicator lights up is green, the battery is either fully 

charged or too hot and cannot be charged. If this happens, 
remove the battery from the charger, let the battery cool 
down for approx. 1 hour and re-insert it.

After approx. 1 hour of charging, the charging indicator will 
change colour from red to green. The battery is now fully 
charged.

  Remove the battery from the charger.

Summary of Contents for STDC001N

Page 1: ...4 14 9 STDC201N STDC001N STDC801N...

Page 2: ...2 C 8 8 7...

Page 3: ...3...

Page 4: ...g a power tool in a damp location is unavoidable use a residual current device RCD protected supply Use of an RCD reduces the risk of electric shock 3 Personal safety a Stay alert watch what you are d...

Page 5: ...another practical way to secure and support the workpiece to a stable platform Holding the work by hand or against your body leaves it unstable and may lead to loss of control location of wiring and...

Page 6: ...ver bit Warning First remove the battery from the tool exchange of bits Lock the tool by setting the forward reverse slider 2 to the centre position Open the chuck by turning the front part 12 with on...

Page 7: ...elect forward rotation push the forward reverse slider 2 to the left To select reverse rotation push the forward reverse slider to the right To lock the tool set the forward reverse slider into the ce...

Page 8: ...f used products and packaging allows materials to be recycled and used again Re use of recycled materials helps prevent environmental pollution and reduces the demand for raw materials Local regulatio...

Page 9: ...4 12 0 750 10 11 14 4 0 750 10 12 1 25 10 25 10 25 220 0 8 1 5 2 0 220 0 8 1 5 2 0 220 0 8 1 5 2 0 1 2 1 2 0 42 0 68 1 2 0 58 STDC801N STDC001N STDC201N 90577440 90577441 90577401 90577402 90577438 90...

Page 10: ...10 4 a b c c d e d e f g 5 6 a a b 40 10 40...

Page 11: ...40 10 100 11 10 40 LED LED 1 on off 2 3 4 5 6 A 7 8 9 10 A B 11 5 E 5 6 2 13 12 14 13 12...

Page 12: ...12 F 15 5 8 10 9 7 D 3 6 80 10 40 24 C G 2 3 16...

Page 13: ...13 3 1 HSS...

Page 14: ...in 0 750 0 750 0 750 Nm 10 4 11 12 1 mm 10 10 10 mm 10 10 10 mm 25 25 25 Stanley 1 2 RCD RCD 3 14 VAC 200 240 200 240 200 240 DC A 0 8 0 8 0 8 h 1 5 2 0 1 5 2 0 1 5 2 0 90577440 90577441 90577401 9057...

Page 15: ...5 4 5 6 15...

Page 16: ...40 C 10 C 40 C Black Decker 10 C 40 C LED LED Black Decker 1 2 3 16...

Page 17: ...4 5 6 C D 7 8 9 10 A 5 6 B 11 5 E 2 12 13 14 12 13 F Allen 15 Allen MDF 80 10 C 40 C 24 C C 5 8...

Page 18: ...1 1 10 D 10 9 7 3 6 2 G 3 16 3 1 HSS Stanley 18...

Page 19: ...Stanley Stanely NiCd NiMH Li Ion Stanley Stanley 19...

Page 20: ...90587594 05 12...

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