15
14
M12 FQID
..................... 4696 85 02...
...000001-999999
.........................1/4" (6 mm) HEX
....................0-1100 min
-1
......................0-950 min
-1
........................ M14
....................0-2200 min
-1
....................0-2200 min
-1
........................ M14
....................0-3200 min
-1
....................0-3400 min
-1
........................ M14
....................0-3200 min
-1
....................0-3400 min
-1
........................ M14
........................50.8 Nm
...........................12 V
............. 1,1 kg / 1,3 kg
..................... -18...+50 °C
......................... M12B...
M12-18 C; M12-18 FC; M12-18 AC; M12 C4; C12 C
......................84,07 dB (A)
......................95,07 dB (A)
......................12,79 m/s
2
..........................1,5 m/s
2
ENGLISH
TECHNICAL DATA
CORDLESS IMPACT DRIVER
Production code...........................................................................
Tool reception ..............................................................................
No-load speed ................................................................
Impact range ..................................................................
Max. diameter bolt / nut .................................................
No-load speed ................................................................
Impact range ..................................................................
Max. diameter bolt / nut .................................................
No-load speed ................................................................
Impact range ..................................................................
Max. diameter bolt / nut .................................................
No-load speed ................................................................
Impact range ..................................................................
Max. diameter bolt / nut .................................................
Max. Torque .................................................................................
Battery voltage.............................................................................
Weight according EPTA-Procedure 01/2014 (2.0 Ah / 4.0 Ah) ....
Recommended ambient operating temperature ..........................
Recommended battery types.......................................................
Recommended charger ...............................................................
Noise/vibration information
Measured values determined according to EN 62841.
Typically, the A-weighted noise levels of the tool are:
Sound pressure level (Uncertainty K=3dB(A)) ............................
Sound power level (Uncertainty K=3dB(A)) .................................
Wear ear protectors!
Total vibration values (vector sum in the three axes) determined
according to EN 62841.
Vibration emission value a
h
Impact tightening of fasteners of the maximum capacity of the tool .
Uncertainty K= ..........................................................................
WARNING Read all safety warnings, instructions,
illustrations and specifi cations provided with this power
tool.
Failure to follow all instructions listed below may result in
electric shock, fi re and/or serious injury.
Save all warnings and instructions for future reference.
IMPACT DRIVER SAFETY WARNINGS
Hold the 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.
Wear ear protectors.
Exposure to noise can cause hearing
loss.
ADDITIONAL SAFETY AND WORKING INSTRUCTIONS
Use protective equipment. Always wear safety glasses when
working with the machine. The use of protective clothing is
recommended, such as dust mask, protective gloves, sturdy
non-slip footwear, helmet and ear defenders.
The dust produced when using this tool may be harmful to
health. Do not inhale the dust. Wear a suitable dust protection
mask.
Do not machine any materials that present a danger to health
(e.g. asbestos).
Switch the device off immediately if the insertion tool stalls! Do
not switch the device on again while the insertion tool is stalled,
as doing so could trigger a sudden recoil with a high reactive
force. Determine why the insertion tool stalled and rectify this,
paying heed to the safety instructions.
The possible causes may be:
• it is tilted in the workpiece to be machined
• it has pierced through the material to be machined
WARNING
The vibration and noise emission level given in this information sheet has been measured in accordance with a standardized test
given in EN 62841 and may be used to compare one tool with another. It may be used for a preliminary assessment of exposure.
The declared vibration and noise emission level represents the main applications of the tool. However if the tool is used for diff erent
applications, with diff erent accessories or poorly maintained, the vibration and noise emission may diff er. This may signifi cantly
increase the exposure level over the total working period.
An estimation of the level of exposure to vibration and noise should also take into account the times when the tool is switched off or
when it is running but not actually doing the job. This may signifi cantly reduce the exposure level over the total working period.
Identify additional safety measures to protect the operator from the eff ects of vibration and/or noise such as: maintain the tool and
the accessories, keep the hands warm, organization of work patterns.
ENGLISH
• the power tool is overloaded
Do not reach into the machine while it is running.
The insertion tool may become hot during use.
• when changing tools
• when setting the device down
Sawdust and splinters must not be removed while the machine
is running.
When working in walls ceiling, or fl oor, take care to avoid
electric cables and gas or waterpipes.
Clamp your workpiece with a clamping device. Unclamped
workpieces can cause severe injury and damage.
Remove the battery pack before starting any work on the
machine.
Do not dispose of used battery packs in the household refuse
or by burning them. Milwaukee Distributors off er to retrieve old
batteries to protect our environment.
Do not store the battery pack together with metal objects (short
circuit risk).
Use only System M12 chargers for charging System M12
battery packs. Do not use battery packs from other systems.
Never break open battery packs and chargers and store only in
dry rooms. Keep dry at all times.
Battery acid may leak from damaged batteries under extreme
load or extreme temperatures. In case of contact with battery
acid wash it off immediately with soap and water. In case of eye
contact rinse thoroughly for at least 10 minutes and
immediately seek medical attention.
Warning!
To reduce the risk of fi re, personal injury, and product
damage due to a short circuit, never immerse your tool, battery
pack or charger in fl uid or allow a fl uid to fl ow inside them.
Corrosive or conductive fl uids, such as seawater, certain
industrial chemicals, and bleach or bleach containing products,
etc., can cause a short circuit.
SPECIFIED CONDITIONS OF USE
The cordless impact driver can be used to tighten and loosen
nuts and bolts wherever no mains connection is available.
Do not use this product in any other way as stated for normal
use.
EC-DECLARATION OF CONFORMITY
We declare under our sole responsibility that the product
described under “Technical Data” fulfi lls all the relevant
provisions and the directives 2011/65/EU (RoHS), 2014/30/EU,
2006/42/EC, and the following harmonized standards have
been used:
EN 62841-1:2015
EN 62841-2-2:2014
EN 55014-1:2017+A11:2020
EN 55014-2:2015
EN IEC 63000:2018
Winnenden, 2020-10-28
Alexander Krug
Managing Director
Authorized to compile the technical fi le.
Techtronic Industries GmbH
Max-Eyth-Straße 10
71364 Winnenden
Germany
GB-DECLARATION OF CONFORMITY
We declare as the manufacturer under our sole responsibility
that the product described under “Technical Data” fulfi lls all the
relevant provisions of the following Regulations S.I. 2008/1597
(as amended), S.I. 2016/1091 (as amended), S.I. 2012/3032 (as
amended) and that the following designated standards have
been used:
BS EN 62841-1:2015
BS EN 62841-2-2:2014
BS EN 55014-1:2017+A11:2020
BS EN 55014-2:2015
BS EN IEC 63000:2018
Winnenden, 2020-10-28
Alexander Krug
Managing Director
Authorized to compile the technical fi le.
Techtronic Industries GmbH
Max-Eyth-Straße 10
71364 Winnenden
Germany
DRIVE CONTROL
The drive control button is used to adjust the rotation
speed (RPM) for the application.
The
function is designed to reduce screw stripping, screw
breakage, and damage to the work surface when driving
self-tapping screws. This function is optimized for the most
common materials, including #8-#10 self-tapping screws
between 12-25 mm length and 0,5-1 mm sheet metal.
IMPACTING TECHNIQUES
The longer a bolt, screw, or nut is impacted, the tighter it will
become.
To help prevent damaging the fasteners or workpieces, avoid
excessive impacting.
Be particularly careful when impacting smaller fasteners
because they require less impacting to reach optimum torque.
Practice with various fasteners, noting the length of time
required to reach the desired torque.
Check the tightness with a hand-torque wrench.
If the fasteners are too tight, reduce the impacting time.
If they are not tight enough, increase the impacting time.
Oil, dirt, rust or other matter on the threads or under the head
of the fastener aff ects the degree of tightness.
The torque required to loosen a fastener averages 75% to 80%
of the tightening torque, depending on the condition of the
contacting surfaces.
On light gasket jobs, run each fastener down to a relatively light
torque and use a hand torque wrench for fi nal tightening.
OPERATION
Note: It is recommended after fastening to always check
the torque with a torque wrench.
The fastening torque is aff ected by a wide variety of factors
including the following.
• State of battery charge – When the battery is discharged
voltage will drop and the fastening torque will be reduced.
• Operation at speeds – Operating the tool at low speeds will
cause a reduction in fastening torques.
