Makita BHP446 Používateľská príručka

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Akumulátorové kombinované vŕtačky
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Používateľská príručka

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1
GB
Cordless Hammer Driver Drill INSTRUCTION MANUAL
UA
   
 
PL
Akum. wiertarko-wkrtarka udarowa
INSTRUKCJA OBSUGI
RO
Main de gurit i înurubat cu acumulatori
MANUAL DE INSTRUCIUNI
DE
Akku- Schlagbohrschrauber BEDIENUNGSANLEITUNG
HU
Akkumulátoros csavarbehajtó HASZNÁLATI KÉZIKÖNYV
SK
Akumulátorová pneumatická zarážacia vtaka
NÁVOD NA OBSLUHU
CZ
Akumulátorový píklepový vrtací šroubovák
NÁVOD K OBSLUZE
BHP446
BHP456
2
1
2
3
1 011830 2 012128
1
3 011493
1
4 011503
1
A
B
5 011494
1
6 011495
1
2
3
4
7 011496
1
2
3
4
8 011496
1
9 011497
1
2
3
10 011498
1
2
11 007470
1
12 002449
1
3
13 011499
1
14 006258
1
2
15 011500
1
2
3
16 011501
1
17 011502
1
2
18 006304
4
ENGLISH (Original instructions)
Explanation of general view
1-1. Red indicator
1-2. Button
1-3. Battery cartridge
2-1. Star marking
3-1. Switch trigger
4-1. Lamp
5-1. Reversing switch lever
6-1. Speed change lever
7-1. Action mode changing ring
7-2. Adjusting ring
7-3. Graduation
7-4. Arrow
8-1. Action mode changing ring
8-2. Adjusting ring
8-3. Graduation
8-4. Arrow
9-1. Sleeve
10-1. Groove
10-2. Hook
10-3. Screw
11-1. Bit holder
11-2. Bit
12-1. Blow-out bulb
14-1. Limit mark
15-1. Rear cover
15-2. Screw
16-1. Recessed part
16-2. Spring
16-3. Arm
17-1. Carbon brush cap
18-1. Hole
18-2. Carbon brush cap
SPECIFICATIONS
Model BHP446 BHP456
Concrete 13 mm 13 mm
Steel 13 mm 13 mm
Wood 38 mm 38 mm
Wood screw 6 mm x 75 mm 10 mm x 89 mm
Capacities
Machine screw M6 M6
High (2) 0 - 1,500 0 - 1,500
No load speed (min
-1
)
Low (1) 0 - 400 0 - 400
High (2) 0 - 22,500 0 - 22,500
Blows per minute
Low (1) 0 - 6,000 0 - 6,000
Overall length 206 mm 206 mm
Net weight 1.7kg
1.6 kg (with battery BL1815/BL1815N)
1.8 kg (with battery BL1830)
Rated voltage D.C. 14.4 V D.C. 18 V
• Due to our continuing program of research and development, the specifications herein are subject to change without notice.
• Specifications and battery cartridge may differ from country to country.
• Weight, with battery cartridge, according to EPTA-Procedure 01/2003
ENE039-1
Intended use
The tool is intended for impact drilling in brick, concrete
and stone as well as for drilling without impact in wood,
metal, ceramic and plastic.
ENG905-1
Noise
The typical A-weighted noise level determined according
to EN60745:
Model BHP446
Sound pressure level (L
pA
) : 80 dB(A)
Uncertainty (K) : 3 dB(A)
The noise level under working may exceed 80 dB (A).
Model BHP456
Sound pressure level (L
pA
) : 81 dB(A)
Sound power level (L
WA
) : 92 dB(A)
Uncertainty (K) : 3 dB(A)
Wear ear protection
ENG900-1
Vibration
The vibration total value (tri-axial vector sum)
determined according to EN60745:
Model BHP446
Work mode: impact drilling into concrete
Vibration emission (a
h,ID
) : 6.5 m/s
2
Uncertainty (K) : 1.5 m/s
2
Work mode: drilling into metal
Vibration emission (a
h,D
) : 2.5 m/s
2
or less
Uncertainty (K) : 1.5 m/s
2
Model BHP456
Work mode: impact drilling into concrete
Vibration emission (a
h,ID
) : 8.0 m/s
2
Uncertainty (K) : 1.5 m/s
2
Work mode: drilling into metal
Vibration emission (a
h,D
) : 2.5 m/s
2
or less
Uncertainty (K) : 1.5 m/s
2
5
ENG901-1
The declared vibration emission value has been
measured in accordance with the standard test
method and may be used for comparing one tool
with another.
The declared vibration emission value may also be
used in a preliminary assessment of exposure.
WARNING:
The vibration emission during actual use of the
power tool can differ from the declared emission
value depending on the ways in which the tool is
used.
Be sure to identify safety measures to protect the
operator that are based on an estimation of
exposure in the actual conditions of use (taking
account of all parts of the operating cycle such as
the times when the tool is switched off and when it
is running idle in addition to the trigger time).
ENH101-16
For European countries only
EC Declaration of Conformity
We Makita Corporation as the responsible
manufacturer declare that the following Makita
machine(s):
Designation of Machine:
Cordless Hammer Driver Drill
Model No./ Type: BHP446, BHP456
are of series production and
Conforms to the following European Directives:
2006/42/EC
And are manufactured in accordance with the following
standards or standardised documents:
EN60745
The technical documentation is kept by:
Makita International Europe Ltd.
Tech ni cal D epar tmen t,
Michigan Drive, Tongwell,
Milton Keynes, Bucks MK15 8JD, England

000230
Tomo yasu Ka to
Director
Makita Corporation
3-11-8, Sumiyoshi-cho,
Anjo, Aichi, 446-8502, JAPAN
GEA010-1
General Power Tool Safety
Warnings
WARNING Read all safety warnings and all
instructions. Failure to follow the warnings and
instructions may result in electric shock, fire and/or
serious injury.
Save all warnings and instructions for
future reference.
GEB056-5
CORDLESS HAMMER DRIVER
DRILL SAFETY WARNINGS
1. Wear ear protectors when impact drilling.
Exposure to noise can cause hearing loss.
2. Use auxiliary handle(s), if supplied with the
tool. Loss of control can cause personal injury.
3.
Hold power tool by insulated gripping surfaces,
when performing an operation where the
cutting accessory may contact hidden wiring.
Cutting accessory contacting a "live" wire may
make exposed metal parts of the power tool "live"
and could give the operator an electric shock.
4. Hold power tool by insulated gripping
surfaces, when performing an operation
where the fastener may contact hidden wiring.
Fasteners contacting a "live" wire may make
exposed metal parts of the power tool "live" and
could give the operator an electric shock.
5. Always be sure you have a firm footing.
Be sure no one is below when using the tool in
high locations.
6. Hold the tool firmly.
7. Keep hands away from rotating parts.
8. Do not leave the tool running. Operate the tool
only when hand-held.
9. Do not touch the bit or the workpiece
immediately after operation; they may be
extremely hot and could burn your skin.
10. Some material contains chemicals which may
be toxic. Take caution to prevent dust
inhalation and skin contact. Follow material
supplier safety data.
SAVE THESE INSTRUCTIONS.
WARNING:
DO NOT let comfort or familiarity with product
(gained from repeated use) replace strict adherence
to safety rules for the subject product. MISUSE or
failure to follow the safety rules stated in this
instruction manual may cause serious personal
injury.
6
ENC007-8
IMPORTANT SAFETY
INSTRUCTIONS
FOR BATTERY CARTRIDGE
1. Before using battery cartridge, read all
instructions and cautionary markings on (1)
battery charger, (2) battery, and (3) product
using battery.
2. Do not disassemble battery cartridge.
3. If operating time has become excessively
shorter, stop operating immediately. It may
result in a risk of overheating, possible burns
and even an explosion.
4.
If electrolyte gets into your eyes, rinse them out
with clear water and seek medical attention
right away. It may result in loss of your eyesight.
5. Do not short the battery cartridge:
(1) Do not touch the terminals with any
conductive material.
(2) Avoid storing battery cartridge in a
container with other metal objects such as
nails, coins, etc.
(3) Do not expose battery cartridge to water
or rain.
A battery short can cause a large current flow,
overheating, possible burns and even a
breakdown.
6. Do not store the tool and battery cartridge in
locations where the temperature may reach or
exceed 50 󺺨 C (122 󺺨 F).
7. Do not incinerate the battery cartridge even if
it is severely damaged or is completely worn
out. The battery cartridge can explode in a fire.
8. Be careful not to drop or strike battery.
9. Do not use a damaged battery.
10. Follow your local regulations relating to
disposal of battery.
SAVE THESE INSTRUCTIONS.
Tips for maintaining maximum battery life
1. Charge the battery cartridge before
completely discharged.
Always stop tool operation and charge the
battery cartridge when you notice less tool
power.
2. Never recharge a fully charged battery
cartridge.
Overcharging shortens the battery service life.
3. Charge the battery cartridge with room
temperature at 10 󺺨 C - 40 󺺨 C (50 󺺨 F - 104 󺺨 F).
Let a hot battery cartridge cool down before
charging it.
4. Charge the battery cartridge once in every six
months if you do not use it for a long period of
time.
FUNCTIONAL DESCRIPTION
CAUTION:
Always be sure that the tool is switched off and the
battery cartridge is removed before adjusting or
checking function on the tool.
Installing or removing battery cartridge
Fig.1
CAUTION:
Always switch off the tool before installing or
removing of the battery cartridge.
Hold the tool and the battery cartridge firmly
when installing or removing battery cartridge.
Failure to hold the tool and the battery cartridge
firmly may cause them to slip off your hands and
result in damage to the tool and battery cartridge
and a personal injury.
To remo ve t he b at te ry cart ri dge, sli de it fro m t he t ool
while sliding the button on the front of the cartridge.
To i nsta ll t he b atte ry c artri dg e, a li gn t he t on gue on the
battery cartridge with the groove in the housing and slip
it into place. Insert it all the way until it locks in place with
a little click. If you can see the red indicator on the upper
side of the button, it is not locked completely.
CAUTION:
Always install the battery cartridge fully until the
red indicator cannot be seen. If not, it may
accidentally fall out of the tool, causing injury to
you or someone around you.
Do not install the battery cartridge forcibly. If the cartridge
does not slide in easily, it is not being inserted correctly.
Battery protection system (Lithium-ion
battery with star marking)
Fig.2
Lithium-ion batteries with a star marking are equipped
with a protection system. This system automatically cuts
off power to the tool to extend battery life.
The tool will automatically stop during operation if the
tool and/or battery are placed under one of the following
conditions:
Overloaded:
The tool is operated in a manner that causes
it to draw an abnormally high current.
In this situation, release the switch trigger on
the tool and stop the application that caused
the tool to become overloaded. Then pull the
switch trigger again to restart.
If the tool does not start, the battery is
overheated. In this situation, let the battery
cool before pulling the switch trigger again.
Low battery voltage:
The remaining battery capacity is too low and
the tool will not operate. In this situation,
remove and recharge the battery.
7
Switch action
Fig.3
CAUTION:
Before inserting the battery cartridge into the tool,
always check to see that the switch trigger
actuates properly and returns to the "OFF" position
when released.
To start th e to ol, si mply pu ll t he swi tc h trig ger. Too l
speed is increased by increasing pressure on the switch
trigger. Release the switch trigger to stop.
Lighting up the front lamp
Fig.4
CAUTION:
Do not look in the light or see the source of light
directly.
Pull the switch trigger to light up the lamp. The lamp
keeps on lighting while the switch trigger is being pulled.
The lamp goes out 10 -15 seconds after releasing the
trigger.
NOTE:
Use a dry cloth to wipe the dirt off the lens of the
lamp. Be careful not to scratch the lens of lamp, or
it may lower the illumination.
Reversing switch action
Fig.5
CAUTION:
Always check the direction of rotation before
operation.
Use the reversing switch only after the tool comes
to a complete stop. Changing the direction of
rotation before the tool stops may damage the tool.
When not operating the tool, always set the
reversing switch lever to the neutral position.
This tool has a reversing switch to change the direction
of rotation. Depress the reversing switch lever from the A
side for clockwise rotation or from the B side for
counterclockwise rotation.
When the reversing switch lever is in the neutral position,
the switch trigger cannot be pulled.
Speed change
Fig.6
CAUTION:
Always set the speed change lever fully to the
correct position. If you operate the tool with the
speed change lever positioned halfway between the
"1" side and "2" side, the tool may be damaged.
Do not use the speed change lever while the tool is
running. The tool may be damaged.
To c hange the spe ed, f irs t switch off the tool and then
slide the speed change lever to the "2" side for high
speed or "1" side for low speed. Be sure that the speed
change lever is set to the correct position before
operation. Use the right speed for your job.
Selecting the action mode
Fig.7
This tool employs an action mode changing ring. Select
one of the three modes suitable for your work needs by
using this ring.
For rotation only, turn the ring so that the arrow on the
tool body points toward the
mark on the ring.
For rotation with hammering, turn the ring so that the
arrow points toward the
mark on the ring.
For rotation with clutch, turn the ring so that the arrow
points toward the
mark on the ring.
CAUTION:
Always set the ring correctly to your desired mode
mark. If you operate the tool with the ring
positioned halfway between the mode marks, the
tool may be damaged.
Adjusting the fastening torque
Fig.8
The fastening torque can be adjusted in 16 steps by
turning the adjusting ring so that the graduations are
aligned with the arrow on the tool body. The fastening
torque is minimum when the number 1 is aligned with
the arrow, and maximum when the number 16 is aligned
with the arrow.
Before the actual operation, drive a trial screw into your
material or a piece of duplicate material to determine
which torque level is required for a particular application.
ASSEMBLY
CAUTION:
Always be sure that the tool is switched off and the
battery cartridge is removed before carrying out
any work on the tool.
Installing or removing the driver bit or drill bit
Fig.9
Turn the sleeve counterclockwise to open the chuck
jaws. Place the bit in the chuck as far as it will go. Turn
the sleeve clockwise to tighten the chuck.
To r em ove th e bi t, turn t he s le eve c ou nt er clock wise.
Installing the hook
Fig.10
The hook is convenient for temporarily hanging the tool.
This can be installed on either side of the tool.
To i ns tal l the hook , i nser t it i nto a gro ov e in t he t oo l
housing on either side and then secure it with a screw.
To r em ove, lo os en t he s cr ew an d the n take i t out.
Installing the bit holder (Optional accessory)
Fig.11
Fit the bit holder into the protrusion at the tool foot on
either right or left side and secure it with a screw.
When not using the driver bit, keep it in the bit holders.
Bits 45 mm long can be kept there.
8
OPERATION
CAUTION:
Always insert the battery cartridge all the way until
it locks in place. If you can see the red part on the
upper side of the button, it is not locked completely.
Insert it fully until the red part cannot be seen. If not,
it may accidentally fall out of the tool, causing injury
to you or someone around you.
Hold the tool firmly with one hand on the grip and the
other hand on the bottom of the battery cartridge to
control the twisting action.
Hammer drilling operation
CAUTION:
There is a tremendous and sudden twisting force
exerted on the tool/bit at the time of hole
break-through, when the hole becomes clogged
with chips and particles, or when striking
reinforcing rods embedded in the concrete.
First, turn the action mode changing ring so that the
arrow on the tool body points to the
marking. The
adjusting ring can be aligned in any torque levels for this
operation.
Be sure to use a tungsten-carbide tipped bit.
Position the bit at the desired location for the hole, then
pull the switch trigger. Do not force the tool. Light
pressure gives best results. Keep the tool in position and
prevent it from slipping away from the hole.
Do not apply more pressure when the hole becomes
clogged with chips or particles. Instead, run the tool at
an idle, then remove the bit partially from the hole. By
repeating this several times, the hole will be cleaned out
and normal drilling may be resumed.
Blow-out bulb (optional accessory)
Fig.12
After drilling the hole, use the blow-out bulb to clean the
dust out of the hole.
Screwdriving operation
Fig.13
First, turn the action mode changing ring so that the
arrow on the tool body points to the
marking. Adjust
the adjusting ring to the proper torque level for your work.
Then proceed as follows.
Place the point of the driver bit in the screw head and
apply pressure to the tool. Start the tool slowly and then
increase the speed gradually. Release the switch trigger
as soon as the clutch cuts in.
CAUTION:
Make sure that the driver bit is inserted straight in
the screw head, or the screw and/or bit may be
damaged.
NOTE:
When driving wood screws, predrill pilot holes to
make driving easier and to prevent splitting of the
workpiece. See the chart.
Nominal diameter of wood screw
(mm)
Recommended size of pilot hole
(mm)
3.1 2.0 - 2.2
3.5 2.2 - 2.5
3.8 2.5 - 2.8
4.5 2.9 - 3.2
4.8 3.1 - 3.4
5.1 3.3 - 3.6
5.5 3.7 - 3.9
5.8 4.0 - 4.2
6.1 4.2 - 4.4
006421
Drilling operation
First, turn the adjusting ring so that the pointer points to
the
marking. Then proceed as follows.
CAUTION:
Pressing excessively on the tool will not speed up
the drilling. In fact, this excessive pressure will only
serve to damage the tip of your bit, decrease the
tool performance and shorten the service life of the
tool.
There is a tremendous force exerted on the tool/bit
at the time of hole break through. Hold the tool
firmly and exert care when the bit begins to break
through the workpiece.
A stuck bit can be removed simply by setting the
reversing switch to reverse rotation in order to back
out. However, the tool may back out abruptly if you
do not hold it firmly.
Always secure small workpieces in a vise or with a
similar hold-down device.
If the tool is operated continuously until the battery
cartridge has discharged, allow the tool to rest for
15 minutes before proceeding with a fresh battery.
Drilling in wood
When drilling in wood, the best results are obtained with
wood drills equipped with a guide screw. The guide
screw makes drilling easier by pulling the bit into the
workpiece.
Drilling in metal
To pr even t t he b it fro m s lippi ng wh en sta rtin g to m ak e a
hole, make an indentation with a center-punch and
hammer at the point to be drilled. Place the point of the
bit in the indentation and start drilling.
Use a cutting lubricant when drilling metals. The
exceptions are iron and brass which should be drilled
dry.
9
MAINTENANCE
CAUTION:
Always be sure that the tool is switched off and the
battery cartridge is removed before attempting to
perform inspection or maintenance.
Never use gasoline, benzine, thinner, alcohol or the
like. Discoloration, deformation or cracks may result.
Replacing the carbon brushes
Fig.14
Replace when they wear down to the limit mark. Keep
the carbon brushes clean and free to slip in the holders.
Both carbon brushes should be replaced at the same
time. Use only identical carbon brushes.
Use a screwdriver to remove two screws then remove
the rear cover.
Fig.15
Raise the arm part of the spring and then place it in the
recessed part of the housing with a slotted bit
screwdriver with a slender shaft or the like.
Fig.16
Use pliers to remove the carbon brush caps of the carbon
brushes. Take out the worn carbon brushes, insert the
new ones and replace the carbon brush caps in reverse.
Fig.17
Make sure that the carbon brush caps have fit into the
holes in brush holders securely.
Fig.18
Reinstall the rear cover and tighten two screws securely.
To mai ntai n pr od uc t SA FE TY an d RE LI ABIL IT Y, repair s,
any other maintenance or adjustment should be
performed by Makita Authorized Service Centers,
always using Makita replacement parts.
OPTIONAL ACCESSORIES
CAUTION:
These accessories or attachments are
recommended for use with your Makita tool
specified in this manual. The use of any other
accessories or attachments might present a risk of
injury to persons. Only use the accessories or
attachments for their stated purposes.
If you need any assistance for more details regarding
these accessories, ask your local Makita Service Center.
Drill bits
Tungsten-carbide tipped hammer bit
Phillips bit
Slotted bit
Socket bit
Blow-out bulb
Safety goggles
Hook
Bit holder
Makita genuine battery and charger
NOTE:
Some items in the list may be included in the tool
package as standard accessories. They may differ from
country to country.
10
 ( )
   
1-1.  
1-2. 
1-3.  
2-1.  
3-1.  
4-1. 
5-1.   
6-1.   
7-1.    
7-2.  
7-3. 
7-4. 
8-1.    
8-2.  
8-3. 
8-4. 
9-1. 
10-1. 
10-2. 
10-3. 
11-1.   
11-2. 
12-1.  
14-1.  
15-1.  
15-2. 
16-1.  
16-2. 
16-3. 
17-1.   
18-1. 
18-2.   
 
 BHP446 BHP456
 13  13 
 13  13 
 38  38 
 6  x 75  10  x 89 
 
   M6 M6
 (2) 0 - 1500 0 - 1500
  
(.
-1
)
 (1) 0 - 400 0 - 400
 (2) 0 - 22500 0 - 22500
  
 (1) 0 - 6000 0 - 6000
  206  206 
  1,7
1,6  (  BL1815/BL1815N)
1,8  (  BL1830)
  14,4 .  18 . 
 ,       ,       
 .
         .
      EPTA-Procedure 01/2003
ENE039-1

    
,   ,   
 , ,   .
ENG905-1

     ,
   EN60745:
 BHP446
   (L
pA
): 80 (A)
 (): 3 (A)
       80
 (A).
 BHP456
   (L
pA
): 81 (A)
   (L
WA
): 92 (A)
 (K) : 3 (A)
   
ENG900-1

   (  )
  EN60745:
 BHP446
 :   
 (a
h,ID
) : 6,5 /
2
 (): 1,5 /
2
 :  
 (a
h,D
) : 2,5 /
2
 
 (): 1,5 /
2
 BHP456
 :   
 (a
h,ID
) : 8,0 /
2
 (): 1,5 /
2
11
 :  
 (a
h,D
) : 2,5 /
2
 
 (): 1,5 /
2
ENG901-1
    
   
    
   .
    
   
.
:
      
   
    .
    
 ,   
  (   
   ,   , 
     
      ).
ENH101-16
   
   

 , Makita Corporation, 
 ,   , 
 Makita:
 :
   
/ : BHP446, BHP456
  
   :
2006/42/EC
      
 :
EN60745
  :
Makita International Europe Ltd.
Tech ni cal D epar tmen t,
Michigan Drive, Tongwell,
Milton Keynes, Bucks MK15 8JD, 

000230
Tomo yasu Ka to

Makita Corporation
3-11-8, Sumiyoshi-cho,
Anjo, Aichi, 446-8502, 
GEA010-1
  
  

!   
     .
     
     
 /  .
   
    .
GEB056-5
 
  
 
 
-
1.      
  .   
   .
2.  () (), 
()  
.   
  .
3.    
     , 
  
 
.  
   
     
    
  .
4.    
     ,
      .
     
 
   
     
    .
5.    .
   
,     .
6.    .
7.    , 
.
8.    .
   , 
  .
9.      
 ,    
     .
12
10.     
  .  ,
      
.   
   .
  .
:
     
    
(    ); 
     
   . 
   
,   , 
   .
ENC007-8
  
  
1.     
,    
    (1)
  , (2)
  (3) ,   
.
2.     .
3.     , 
  .  
   ,  
 .
4. 
   , 
     
   .  
   .
5.    .
(1)      
 .
(2)     
  
,   , 
..
(3)     
  .
     
 ,   
   .
6.
     
 ,   
   50.
󺺨
C (122
󺺨
F).
7.     
,    
   .
   
.
8.      .
9.    
.
10.   
  
.
  .
   
  
1.     
,    .
    
  ,   
  .
2.     
   .
  
 .
3.     
  10 󺺨 C - 40
󺺨 C (50 󺺨 F -
104 󺺨 F).     
    
.
4.    
 ,    
  .
13
 
:
 ,   
,    ,
   
 .
   
.
Fig.1
:
   
   
.
     
   
 .
  
    ,
      
  .
   ,   
,    
 .
   , 
     
     .  ,
   .    
   
,  , 
   .
:
   ,  
   . 
  ,   
     
 ,   .
    
.     ,
  ,     .
   (-
  )
Fig.2
-   
  .   
    
  .
     
,   /  
 :
:
   
    .
    
   , 
  
.    
,    .
   , 
,   .
    ,
      .
  :
   
,    
.    
 .
 .
Fig.3
:
 ,    
,    
 ,    
 ".",   .
 ,   ,  
   .  
    
  .     
.
  
Fig.4
:
      
 .
   ,   
.  .  
  .    10-15
  ,     .
:
     
  .  
,     
,    
 .
 -.
Fig.5
:
     
 .
   
    
.     
    .
   ,
-  
 .
   
    .  
   - 
14
  "",  
 -  "".
 -  
,    .
 
Fig.6
:
     
  . 
 ,   
   
 "1"  "2",   
.
   
,   . 
 .
     
,    
  "2"    
 "1"  .  ,  
, ,    
  . 
, 
  .
  
Fig.7
     .
      
   .
      . 
      
 .
     
  ,    
 .
      
 ,    

.
:
     
 .    
   
 ,  
.
  
Fig.8
     16
    
 ,      
  .  
,     "1",
    
"16".
     ,  
   
  
 ,    
,     .

:
 ,    ,
   ,  ,
  -   .
    

Fig.9
      ,
   .   
  .    
  ,    .
 ,     , 
   .
 
Fig.10
    
.     -
 .
 ,   ,   
    -  
    .  , 
 ,      .
   
( )
Fig.11
      
      
    .
   ,   
  .    
 45 .

:
     
,      .
      
,  ,   
.   , 
    .   
,     
    
, 
 .
       ,
 -      ,
   .
15
 
:
    
/ 
 ,   
  ,   
   .
      ,
      

.      
   -  .
    
 .
  ,   
,     .  
   .  
  . 
 
,   
  .
     , 
   .   
    , 
   .  
  ,  , 
  .
  ( )
Fig.12
 ,    , 
   .
 
Fig.13
      ,
      

.    
  ,  
.    .
     
  .  
,    .
     ,  
 .
:
,     
 ,   / 
 .
:
      
    
   
. . .
Номінальний діаметр гвинта для деревини
(мм)
Рекомендований розмір напрямного отвору
(мм)
3,1 2,0 - 2,2
3,5 2,2 - 2,5
3,8 2,5 - 2,8
4,5 2,9 - 3,2
4,8 3,1 - 3,4
5,1 3,3 - 3,6
5,5 3,7 - 3,9
5,8 4,0 - 4,2
6,1 4,2 - 4,4
006421

     ,
    
.  
 .
:
     
.    
  , 
    
 .
    
/ 
 .   
   ,  
  .
,  ,   ,
    
 ,    .
,      
,       .
      
    
.
   , 
   , 
 ,    ,
     15
.
 
     
,     
 .   
 ,     .


      
  ,    
   .  
    .
    
- . 
  ,    .
16
 
:
 ,   
,    ,
   
.
   , ,
,    . 
     ,
   .
  
Fig.14
    ,  .
     
,    
.      .
    .
     , 
  .
Fig.15
  ,  

      
     
   .
Fig.16
 ,     ,
 .  
 ,     
   .
Fig.17
,     

  .
Fig.18
      
 .
 ,    
, ,   
    
 "",   
  "".
 
:
    
  
 Makita,  
 . 
-    
    
.    
   .
 ,   
   
 
  "".

    
 Phillips
   

 
 

  
   
 Makita
:
      
   .  
   .
17
POLSKI (Oryginalna instrukcja)
Objanienia do widoku ogólnego
1-1. Czerwony element
1-2. Przycisk
1-3. Akumulator
2-1. Znak gwiazdki
3-1. Spust przecznika
4-1. Lampka
5-1. Dwignia przecznika obrotów
wstecznych
6-1. Dwignia zmiany prdkoci
7-1. Piercie zmiany trybu pracy
7-2. Piercie regulacyjny
7-3. Skala
7-4. Strzaka
8-1. Piercie zmiany trybu pracy
8-2. Piercie regulacyjny
8-3. Skala
8-4. Strzaka
9-1. Tuleja
10-1. Bruzda
10-2. Hak
10-3. ruba
11-1. Uchwyt na kocówki
11-2. Wierto
12-1. Gruszka do przedmuchiwania
14-1. Znak ograniczenia
15-1. Osona tylna
15-2. ruba
16-1. Gniazdo
16-2. Spryna
16-3. Rami
17-1. Nasadka szczotki wglowej
18-1. Otwór
18-2. Nasadka szczotki wglowej
SPECYFIAKCJE
Model BHP446 BHP456
Beton 13 mm 13 mm
Stal 13 mm 13 mm
Drewno 38 mm 38 mm
Wkrt do drewna 6 mm x 75 mm 10 mm x 89 mm
Wydajno
Wkrt do elementów metalowych
M6 M6
Wysoka (2) 0 - 1 500 0 - 1 500
Prdko bez obcienia
(min
-1
)
Niska (1) 0 - 400 0 - 400
Wysoka (2) 0 - 22 500 0 - 22 500
Liczba udarów na minut
Niska (1) 0 - 6 000 0 - 6 000
Dugo cakowita 206 mm 206 mm
Ciar netto 1,7kg
1,6 kg (Z akumulatorem BL1815/BL1815N)
1,8 kg (Z akumulatorem BL1830)
Napicie znamionowe Prd stay 14,4 V Prd stay 18 V
• W zwizku ze stale prowadzonym przez nasz firm programem badawczo-rozwojowym, niniejsze specyfikacje mog ulec zmianom
bez wczeniejszego powiadomienia.
• W innych krajach urzdzenie moe mie odmienne parametry techniczne I moe by wyposaone w inny akumulator.
• Waga urzdzenia wraz z akumulatorem obliczona zgodnie z procedur EPTA 01/2003
ENE039-1
Przeznaczenie
Narzdzie przeznaczone jest do wiercenia udarowego w
cegle, betonie i kamieniu, jak równie do wiercenia w
drewnie, metalu, ceramice i tworzywach sztucznych bez
uycia udaru.
ENG905-1
Poziom haasu i drga
Typowy równowany poziom dwiku A okrelony w
oparciu o EN60745:
Model BHP446
Poziom cinienia akustycznego (L
pA
): 80 dB(A)
Niepewno (K): 3 dB(A)
Poziom haasu podczas pracy moe przekracza 80 dB
(A).
Model BHP456
Poziom cinienia akustycznego (L
pA
): 81 dB(A)
Poziom mocy akustycznejl (L
WA
): 92 dB(A)
Niepewno (K): 3 dB(A)
Naley stosowa ochraniacze na uszy
ENG900-1
Drgania
Cakowita warto poziomu drga (suma wektorów w 3
osiach) okrelona zgodnie z norm EN60745:
Model BHP446
Tryb pracy: wiercenie udarowe w betonie
Emisja drga (a
h,ID
) : 6,5 m/s
2
Niepewno (K) : 1,5 m/s
2
Tryb pracy: wiercenie w metalu
Emisja drga (a
h,D
) : 2,5 m/s
2
lub poniej
Niepewno (K) : 1,5 m/s
2
18
Model BHP456
Tryb pracy: wiercenie udarowe w betonie
Emisja drga (a
h,ID
) : 8,0 m/s
2
Niepewno (K) : 1,5 m/s
2
Tryb pracy: wiercenie w metalu
Emisja drga (a
h,D
) : 2,5 m/s
2
lub poniej
Niepewno (K) : 1,5 m/s
2
ENG901-1
Deklarowana warto wytwarzanych drga zostaa
zmierzona zgodnie ze standardow metod
testow i mona j wykorzysta do porównywania
narzdzi.
Deklarowan warto wytwarzanych drga mona
take wykorzysta we wstpnej ocenie naraenia.
OSTRZEENIE:
Drgania wytwarzane podczas rzeczywistego
uytkowania elektronarzdzia mog si ni od
wartoci deklarowanej, w zalenoci od sposobu
jego uytkowania.
W oparciu o szacowane naraenie w
rzeczywistych warunkach uytkowania naley
okreli rodki bezpieczestwa w celu ochrony
operatora (uwzgldniajc wszystkie elementy
cyklu dziaania, tj. czas, kiedy narzdzie jest
wyczone i kiedy pracuje na biegu jaowym, a
take czas, kiedy jest wczone).
ENH101-16
Dotyczy tylko krajów europejskich
Deklaracja zgodnoci UE
Niniejszym firma Makita Corporation jako
odpowiedzialny producent owiadcza, i opisywane
urzdzenie marki Makita:
Opis maszyny:
Akum. wiertarko-wkrtarka udarowa
Model nr/ Typ: BHP446, BHP456
jest produkowane seryjnie oraz
Jest zgodne z wymogami okrelonymi w
nastpujcych dyrektywach europejskich:
2006/42/EC
Jest produkowane zgodnie z nastpujcymi normami
lub dokumentami normalizacyjnymi:
EN60745
Dokumentacja techniczna przechowywana jest przez:
Makita International Europe Ltd.
Tech ni cal D epar tmen t,
Michigan Drive, Tongwell,
Milton Keynes, Bucks MK15 8JD, Anglia

000230
Tomo yasu Ka to
Dyrektor
Makita Corporation
3-11-8, Sumiyoshi-cho,
Anjo, Aichi, 446-8502, JAPONIA
GEA010-1
Ogólne zasady bezpieczestwa
obsugi elektronarzdzi
OSTRZEENIE Przeczytaj wszystkie ostrzeenia i
instrukcje.
Nie przestrzeganie ich moe prowadzi do
porae prdem, poarów i/lub powanych obrae ciaa.
Wszystkie ostrzeenia i instrukcje naley
zachowa do póniejszego
wykorzystania.
GEB056-5
OSTRZEENIA DOTYCZCE
BEZPIECZNEJ EKSPLOATACJI
AKUMULATOROWEJ
WIERTARKO-WKRTARKI
UDAROWEJ
1. Podczas wiercenia udarowego naley
stosowa rodki ochrony suchu.Ekspozycja
na haas moe spowodowa utrat suchu.
2. Uywa narzdzia z dostarczonymi uchwytami
pomocniczymi. Utrata kontroli moe
spowodowa obraenia.
3. Gdy narzdzie podczas pracy moe zetkn
si z ukrytymi przewodami elektrycznymi,
naley trzyma urzdzenie za izolowane
uchwyty. Przecicie przewodu elektrycznego pod
napiciem powoduje, e równie odsonite
elementy metalowe narzdzia znajd si pod
napiciem, groc poraeniem operatora prdem
elektrycznym.
4. Gdy narzdzie podczas pracy moe zetkn
si z ukrytymi przewodami elektrycznymi,
naley trzyma urzdzenie za izolowane
uchwyty. Zetknicie z przewodem elektrycznym
pod napiciem powoduje, e równie odsonite
elementy metalowe narzdzia znajd si pod
napiciem, groc poraeniem operatora prdem
elektrycznym.
5. Zapewni stae podoe.
Upewni si, czy nikt nie znajduje si poniej
miejsca pracy na wysokoci.
6. Narzdzie naley trzyma mocno i pewnie.
7. Trzyma rce z dala od czci obrotowych.
19
8. Nie pozostawia zaczonego elektronarzdzia.
Mona uruchomi elektronarzdzie tylko
wtedy, gdy jest trzymane w rkach.
9. Zaraz po zakoczeniu pracy nie wolno dotyka
wierta ani obrabianego elementu. Mog one
by bardzo gorce, groc poparzeniem skóry.
10. Niektóre materiay zawieraj substancje
chemiczne, które mog by toksyczne. Unika
wdychania i kontaktu ze skór. Przestrzega
przepisów bezpieczestwa podanych przez
dostawc materiaów.
ZACHOWA INSTRUKCJE.
OSTRZEENIE:
NIE WOLNO pozwoli, aby wygoda lub rutyna
(nabyta w wyniku wielokrotnego uywania
narzdzia) zastpiy cise przestrzeganie zasad
bezpieczestwa obsugi. NIEWACIWE
UYTKOWANIE narzdzia lub niestosowanie si do
zasad bezpieczestwa podanych w niniejszej
instrukcji obsugi moe prowadzi do powanych
obrae ciaa.
ENC007-8
WANE ZASADY
BEZPIECZESTWA
DOTYCZCE AKUMULATORA
1. Przed uyciem akumulatora zapozna si z
wszystkimi zaleceniami i znakami
ostrzegawczymi na (1) adowarce, (2)
akumulatorze i (3) wyrobie, w którym bdzie
uywany akumulator.
2. Akumulatora nie wolno rozbiera.
3. Jeeli czas pracy uleg znacznemu skróceniu,
naley natychmiast przerwa prac. Moe
bowiem doj do przegrzania, ewentualnych
poparze, a nawet eksplozji.
4. W przypadku przedostania si elektrolitu do
oczu, przemy je wod i niezwocznie uzyska
pomoc lekarsk. Moe on bowiem
spowodowa utrat wzroku.
5. Nie doprowadza do zwarcia akumulatora:
(1) Nie dotyka styków przedmiotami
wykonanymi z materiaów
przewodzcych.
(2) Unika przechowywania akumulatora w
pojemniku z metalowymi przedmiotami,
typu gwodzie, monety itp.
(3) Chroni akumulator przed wod i
deszczem.
Zwarcie prowadzi do przepywu prdu
elektrycznego o du
ym nateniu i przegrzania
akumulatora, co w konsekwencji moe grozi
poparzeniami a nawet awari urzdzenia.
6. Narzdzia i akumulatora nie wolno
przechowywa w miejscach, w których
temperatura osiga bd przekracza 50 󺺨 C
(122 󺺨 F).
7. Akumulatorów nie wolno pali, równie tych
powanie uszkodzonych lub cakowicie
zuytych. W ogniu mog one bowiem
eksplodowa.
8. Chroni akumulator przed upadkiem i
uderzeniami.
9. Nie wolno uywa uszkodzonego
akumulatora.
10. Postpowa zgodnie z przepisami lokalnymi
dotyczcymi utylizacji akumulatorów.
ZACHOWA INSTRUKCJE.
Wskazówki dotyczce zachowania
maksymalnej trwaoci akumulatora
1. Akumulator naley naadowa zanim zostanie
do koca rozadowany.
Gdy zauwaysz spadek mocy narzdzia,
przerwij prac i naaduj akumulator.
2. Nie wolno adowa powtórnie w peni
naadowanego akumulatora.
Przeadowanie akumulatora skraca jego czas
eksploatacji.
3. Akumulator adowa w temperaturze
mieszczcej si w przedziale 10󺺨 C - 40 󺺨 C
(50 󺺨 F - 104 󺺨 F). Gdy akumulator jest gorcy,
przed przystpieniem do jego adowania
odczeka, a ostygnie.
4. aduj akumulator raz na sze miesicy, jeli
nie uywasz urzdzenia przez dugi okres
czasu.
20
OPIS DZIAANIA
UWAGA:
Przed przystpieniem do regulacji lub przegldu
narzdzia upewni si, czy jest ono wyczone i
czy zosta wyjty akumulator.
Wkadanie i wyjmowanie akumulatora
Rys.1
UWAGA:
Przed montaem lub demontaem akumulatora
naley wycza narzdzie.
Podczas wkadania lub wyjmowania
akumulatora naley mocno trzyma narzdzie i
akumulator. W przeciwnym razie mog one
wylizgn si z rk, powodujc uszkodzenie
narzdzia lub akumulatora i obraenia ciaa.
Aby wyj akumulator, naley przesun przycisk
znajdujcy si w przedniej jego czci i wysun
akumulator.
Aby zamontowa akumulator, wystarczy wyrówna
wystp na akumulatorze z rowkiem w obudowie i
wsun go na swoje miejsce. Akumulator naley
wsuwa do oporu, a si zablokuje, co jest
sygnalizowane delikatnym klikniciem. Jeli jest
widoczny czerwony wskanik w górnej czci przycisku,
akumulator nie zosta cakowicie zablokowany.
UWAGA:
Naley go zamontowa cakowicie, tak aby
czerwony wskanik nie by widoczny. W
przeciwnym razie moe przypadkowo wypa z
urzdzenia, ranic operatora lub osoby postronne.
Nie montowa akumulatora na si. Jeli
akumulator nie daje si swobodnie wsun,
prawdopodobnie zosta woony nieprawidowo.
System ochrony akumulatora (akumulator
litowo-jonowy ze znakiem gwiazdki)
Rys.2
Akumulatory litowo-jonowe ze znakiem gwiazdki
posiadaj w system ochrony. System ten automatycznie
odcina dopyw prdu do narzdzia w celu wyduenia
ywotnoci akumulatora.
Narzdzie zostanie automatycznie zatrzymane podczas
pracy w nastpujcych sytuacjach zwizanych z
narzdziem/akumulatorem:
Przecienie:
Narzdzie pracuje w sposób przyczyniajcy
si do niezwykle wysokiego wzrostu napicia.
W takiej sytuacji naley zwolni jzyk
spustowy przecznika narzdzia i zatrzyma
wykonywan prac, która doprowadzia do
przecienia narzdzia. Nastpnie ponownie
pocign jzyk spustowy przecznika w
celu ponownego uruchomienia narzdzia.
Jeeli narzdzie nie wczy si, akumulator
uleg przegrzaniu. W takiej sytuacji naley
poczeka, a akumulator ostygnie przed
ponownym pocigniciem za jzyk spustowy
przecznika.
Niskie napicie akumulatora:
Za niski poziom naadowania akumulatora,
aby narzdzie mogo pracowa. W takiej
sytuacji naley wyj akumulator i go
naadowa.
Wczanie
Rys.3
UWAGA:
Przed woeniem akumulatora do narzdzia
zawsze sprawd, czy jzyk spustowy wycznika
dziaa prawidowo i po zwolnieniu powraca do
pooenia „OFF".
Aby uruchomi narzdzie, naley pocign za jzyk
spustowy przecznika. Prdko narzdzia ronie wraz
ze zwikszaniem nacisku na jzyk spustowy. W celu
zatrzymania urzdzenia wystarczy zwolni jzyk
spustowy przecznika.
Wczanie lampki czoowej
Rys.4
UWAGA:
Nie patrze na wiato ani bezporednio na ródo
wiata.
W celu zapalenia lampki naley pocign za jzyk
spustowy. Lampka wieci dopóki jzyk spustowy
przecznika jest naciskany. Lampka ganie po 10 - 15
sekundach od momentu zwolnienia jzyka spustowego.
UWAGA:
Uy suchej szmatki, aby usun zabrudzenia z
soczewki lampy. Naley zachowa ostrono, by
nie doszo do zadrapania powierzchni soczewek,
gdy moe to spowodowa pogorszenie
owietlenia.
Wczanie obrotów wstecznych.
Rys.5
UWAGA:
Przed uruchomieniem narzdzia naley zawsze
sprawdzi ustawienie kierunku obrotów.
Kierunek obrotów mona zmienia tylko wówczas,
gdy urzdzenie cakowicie si zatrzyma. Zmiana
kierunku obrotów przed zatrzymaniem si
narzdzia grozi jego uszkodzeniem.
Gdy narzdzie nie bdzie uywane, naley zawsze
ustawi dwigni przecznika zmiany kierunku
obrotów w pooeniu neutralnym.
Omawiane narzdzie jest wyposaone w przecznik
umoliwiajcy zmian kierunku obrotów. W celu
uzyskania obrotów zgodnych z ruchem wskazówek
zegara naley nacisn dwigni przecznika zmiany
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