KRAFTWERK 31130 User manual

Art. 31130
Instruction Manual
Digital multimeter
EN

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1. General instructions
This instrument complies with CAT. III 600 V overvoltage standards.
To get the best service from this instrument, read carefully this user's manual and respect the detailed
safety precautions. International symbols used on the multimeter and in this manual are explained in
chapter 1.1.3.
1.1 Precautions safety measures
1.1.1 Preliminary
- Measurement category III is for measurements performed in the building installation.
NOTE: Examples are measurements on distribution boards, circuit-breakers, wiring, including cables,
bus-bars, junction boxes, switches, socket-outlets in the fixed installation, and equipment for industrial
use and some other equipment, for example, stationary motors with permanent connection to the fixed
installation.
- Measurement category II is for measurements performed on circuits directly connected to the low voltage
installation.
NOTE: Examples are measurements on household appliances, portable tools and similar equipment.
- Measurement category I is for measurements performed on circuits not directly connected to MAINS.
NOTE: Examples are measurements on circuits not derived from MAINS, and specially protected (internal)
MAINS derived circuits. In the latter case, transient stresses are variable; for that reason, requires that the
transient withstand capability of the equipment is made known to the user.
- When using this multimeter, the user must observe all normal safety rules concerning:
- Protection against the dangers of electric current.
- Protection of the multimeter against misuse.
- For your own safety, only use the test probes supplied with the instrument. Before use, check that they are
in good condition.
1.1.2 During use
- If the multimeter is used near noise generating equipment, be aware that display may become unstable or
indicate large errors.
- Do not use the multimeter or test leads if they look damaged.
- Use the multimeter only as specified in this manual; otherwise, the protection provided by the multimeter
may be impaired.
- Use extreme caution when working around bare conductors or bus bars.
- Do not operate the multimeter around explosive gas, vapor, or dust.
- Verify a multimeter's operation by measuring a known voltage. Do not use the multimeter if it operates
abnormally. Protection may be impaired. When in doubt, have the multimeter serviced.
- Uses the proper terminals, function, and range for your measurements.
- When the range of the value to be measured is unknown, check that the range initially set on the
multimeter is the highest possible or, wherever possible, choose the autoranging mode.

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- To avoid damages to the instrument, do not exceed the maximum limits of the input values shown in the
technical specification tables.
- When the multimeter is linked to measurement circuits, do not touch unused terminals.
- Caution when working with voltages above 60 V DC or 30 V AC rms. Such voltages pose a shock hazard.
- When using the probes, keep your fingers behind the finger guards.
- When making connections, connect the common test lead before connecting the live test lead; when
disconnecting, disconnect the live test lead before disconnecting the common test lead.
- Before changing functions, disconnect the test leads from the circuit under test.
- For all DC functions, including manual or auto-ranging, to avoid the risk of shock due to possible improper
reading, verify the presence of any AC voltages by first using the AC function. Then select a DC voltage
range equal to or greater than the AC range.
- Disconnect circuits power and discharge all high-voltage capacitors before testing resistance, continuity,
diodes, or capacitance.
- Never perform resistance or continuity measurements on live circuits.
- Before measuring current, check the multimeter's fuse and turn off power to the circuit before connecting
the multimeter to the circuit.
- In TV repair work, or when carrying out measurements on power switching circuits, remember that high
amplitude voltage pulses at the test points can damage the multimeter. Use of a TV filter will attenuate any
such pulses.
- Use just one 6F22 battery, properly installed in the multimeter's battery case, to power the multimeter.
- Replace the battery as soon as the battery indicator ( ) appears. With a low battery, the multimeter
might produce false readings that can lead to electric shock and personal injury.
- Do not measure voltages above 600 V in Category III installations.
- When the Relative measurement mode is activated, the “REL” symbol is displayed. Caution must be used
because hazardous voltage may be present.
- Do not operate the multimeter with the case (or part of the case) removed.
1.1.3 Symbols used in this manual and on instrument
Caution: refer to the instruction manual. Incorrect use may result in damage to the device or its
components.
~ AC (Alternating Current)
DC (Direct Current)

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AC or DC
Earth ground
Double insulated
Fuse
Conforms to European Union directives
1.1.4 Instructions
- Remove test leads from the multimeter before opening the multimeter case or battery cover.
- When servicing the multimeter, use only specified replacement parts.
- Before opening up the instrument, always disconnect from all sources of electric current and make sure
you are not charged with static electricity, which may destroy internal components.
- Any adjustment, maintenance or repair work carried out on the multimeter while it is live should be
carried out only by appropriately qualified personnel, after having taken into account the instructions in
this present manual.
- A "qualified person" is someone who is familiar with the installation, construction and operation of the
equipment and the hazards involved. He is trained and authorized to energize and de-energize circuits and
equipment in accordance with established practices.
- When the instrument is opened up, remember that some internal capacitors can retain a dangerous
potential even after the instrument is switched off.
- If any faults or abnormalities are observed, take the instrument out of service and ensure that it cannot be
used until it has been checked out.
- If the multimeter is not going to be used for a long time, take out the battery and do not store the
multimeter in high temperature or high humidity environment.
1.2 Protection mechanisms
This instrument is fitted with various protection mechanisms:
- Varistor protection for limiting transients of over 600 V at the VΩterminal.
- A PTC (Positive Temperature Coefficient) resistor protects against permanent overvoltages of up to 600 V
during resistance, capacitance, temperature, continuity and diode measurements.

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2. Description
2.1 Product overview
1. LCD display
2. Keypad
3. Rotary switch
4. Terminals
5. Battery cover
2.2 LCD Display
1. Low battery indication (Note: When this symbol appears, it means that the battery needs to be replaced.)
2. Indicates negative readings
3. Indicator for AC voltage or current
4. Indicator for DC voltage or current
5. The multimeter is in the Autorange mode in which the multimeter automatically selects the range with
the best resolution.
6. The multimeter is in Diode Test mode.
7. The multimeter is in Continuity Check mode.
8. The multimeter is in Data Hold mode.
9. The multimeter is in Relative Measurement mode.
10. Measurement units
11. This symbol means that the input is too large for the selected range.

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2.3 Keypad
3. Functions
3.1 General functions
3.1.1 DATA HOLD mode
Data Hold mode makes the multimeter stop updating the display. Enabling Data Hold function in autorange
mode makes the multimeter switch to manual ranging mode, but the full-scale range remains the same.
Data Hold function can be cancelled by changing the measurement mode, pressing RANGE key, or push
HOLD/LIGHT key again.
To enter and exit the Data Hold mode:
1. Press HOLD/LIGHT key (shortly). Fixes the display on the current value, His displayed.
2. A second short press returns the multimeter to normal mode.
3.1.2 Manual ranging and Autorange mode
The multimeter has both manual ranging and autorange options.
- In the autorange mode, the multimeter selects the best range for the input detected. This allows you to
switch test points without having to reset the range.
- In the manual ranging mode, you select the range. This allows you to override autorange and lock the
multimeter in a specific range.
- The multimeter defaults to the autorange mode in measurement functions that have more than one range.
When the multimeter is in the autorange mode, AUTO is displayed.
Key
Function
Operation performed
SELECT
HOLD/
LIGHT
RANGE V~, V ,
REL
Hz/
DUTY
A mA µA
Power-up
Option
Any switch
position
, A, mA
and µA.
Any switch
position
V~, A, mA
and µA.
Switches between Resistance measurement,
Diode Test and Continuity check.
Switches between DC and AC current.
Disables automatic power-off feature.
Press it to enter and exit the Data Hold mode.
Press it and hold 2 seconds, backlight on; if
press it and hold for seconds again, backlight
off.
1. Press it to enter the manual ranging mode.
2. Press it to step through the ranges
available for the selected function.
3. Press it and hold RANGE for 2 seconds to
return to autoranging.
Press REL to enter and exit the Relative
measurement mode.
Press it to start the frequency counter; press
it again to enter duty cycle mode, and press it
again to exit the frequency counter mode.

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To enter and exit the manual range mode:
1. Press RANGE key. The multimeter enters the manual ranging mode. AUTO turns off. Each presses of
RANGE key increments the range. When the highest range is reached, the multimeter wraps to the
lowest range.
NOTE: If you manually change the measurement range after entering the Data Hold modes, the
multimeter exits this mode.
2. To exit the manual ranging mode, press and hold down RANGE key for two seconds. The multimeter
returns to the autorange mode and AUTO is displayed.
3.1.3 Battery Saver
The multimeter enters the "sleep mode" and blanks the display if the multimeter is on but not used for 30
minutes.
Press the HOLD /LIGHT key or rotate the rotary switch to wake the multimeter up.
To disable the Sleep mode, hold down the SELECT key while turning the multimeter on.
3.1.4 Relative measurement mode
The multimeter will display relative measurement in all functions except frequency.
To enter and exit the relative measurement mode:
1. With the multimeter in the desired function, touch the test leads to the circuit on which you want future
measurement to be based.
2. Press REL key to store the measured value and activate the relative measurement mode. The difference
between the reference value and subsequent reading is displayed.
3. Press REL key for more than 2 seconds to return the multimeter to normal operation.
3.2 Measurement functions
3.2.1 AC and DC Voltage measurement
To avoid electrical shock and/or damage to the instrument, do not attempt to take any voltage
measurement that might exceeds 600 V DC or 600 V AC rms.
To avoid electrical shock and/or damage to the instrument, do not apply more than 600 V DC or
600 V AC rms between the common terminal and the earth ground.
The multimeter's voltage ranges are 400.0 mV, 4.000 V, 40.00 V, 400.0 V and 600 V (AC).
To measure AC or DC voltage (set up and connect the multimeter as shown in Figure 2):
1. Set rotary switch to the DCV, ACV or DCmV range.
2. Connect the black and red test leads to the COM and V terminals respectively.
3. Connect the test leads to the circuit being measured
4. Read the displayed value. The polarity of red test lead connection will be indicated when making a DCV
measurement.
NOTE:
Unstable display may occur especially at 400 mV range, even though you do not put test leads into input
terminals, in this case, if an erroneous reading is suspected, short the V terminal and the COM terminal, and
make sure the zero display.
For better accuracy when measuring the DC offset of an AC voltage, measure the AC voltage first. Note the
AC voltage range, then manually select a DC voltage range equal to or higher than the AC range. This
improves the accuracy of the DC measurement by ensuring that the input protection circuits are not
activated.

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3.2.2 Resistance measurement
To avoid electrical shock and/or damage to the instrument, disconnect circuit power and
discharge all high-voltage capacitors before measuring resistance.
The multimeter's resistance ranges are 400.0 Ω, 4.000 kΩ, 40.00 kΩ, 400.0 kΩ, 4.000 MΩand
40.00 MΩ.
To measure resistance (set up the multimeter as shown in figure 3):
1. Set the rotary switch to Ωrange.
2. Connect the black and red test leads to the COM and VΩterminals respectively.
3. Connect the test leads to the circuit being measured and read the displayed value.
Some tips for measuring resistance:
The measured value of a resistor in a circuit is often different from the resistor's rated value. This is
because the multimeter's test current flows through all possible paths between the probe tips.
In order to ensure the best accuracy in measurement of low resistance, short the test leads before
measurement and memory the test probe resistance in mind. This necessary to subtract for the resistance
of the test leads.
The resistance function can produce enough voltage to forward-bias silicon diode or transistor junctions,
causing them to conduct. To avoid this, do not use the 40 MΩrange for in-circuit resistance measurements.
On 40 MΩrange, the multimeter may take a few seconds to stabilize reading. This is normal for high
resistance measuring.
When the input is not connected, i.e. at open circuit, the figure "OL" will be displayed for the overrange
condition.
3.2.3 Diode Test
To avoid electrical shock and/or damage to the instrument, disconnect circuit power and
discharge all high-voltage capacitors before testing diodes.
To test a diode out of a circuit (set up the multimeter as shown in Figure 4):
1. Set the rotary switch to Ω range.
2. Press the SELECT key once to activate Diode Test.
3. Connect the black and red test leads to the COM and VΩterminals respectively.
4. For forward-bias readings on any semiconductor component, place the red test lead on the component's
anode and place the black test lead on the component's cathode.
5. The multimeter will show the approx. forward voltage of the diode.
In a circuit, a good diode should still produce a forward bias reading of 0.5 V to 0.8 V; however, the
reverse-bias reading can vary depending on the resistance of other pathways between the probe tips.
3.2.4 Continuity Check
To avoid electrical shock and/or damage to the instrument, disconnect circuit power and
discharge all high-voltage capacitors before testing for Continuity.
To test for continuity:
1. Set the rotary switch to Ωrange.
2. Press the SELECT key twice to activate Continuity Check.
3. Connect the black and red test leads to the COM and Ωterminals respectively.
4. Connect the test leads to the resistance in the circuit being measured.
5. When the test lead to the circuit is below 75 Ω, a continuous beeping will indicate it.

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Note:
Continuity test is available to check open/short of the circuit.
3.2.5 Capacitance measurement
To avoid electrical shock and/or damage to the instrument, disconnect circuit power and
discharge all high-voltage capacitors before measuring capacitance. Use the DC voltage
function to confirm that the capacitor is discharged.
The multimeter's capacitance ranges are 50.00 nF, 500.0 nF, 5.000 µF, 50.00 µF and 100.0 µF.
To measure capacitance:
1. Set the rotary switch to range.
2. Connect the black and red test leads to the COM and terminals respectively (or you can use capacitor
test lead).
3. Connect the test leads to the capacitor being measured and read the displayed value.
Some tips for measuring capacitance:
- The multimeter may take a few seconds to stabilize reading. This is normal for high capacitance
measuring.
- To improve the accuracy of measurements less than 50 nF, subtract the residual capacitance of the
multimeter and leads.
- Below 500 pF, the accuracy of measurements is unspecified.
3.2.6 Frequency and Duty Cycle measurement
Do not measure Frequency on high voltage (>600 V) to avoid electrical shock hazard and/or
damage to the instrument.
The multimeter can measure Frequency or Duty Cycle while making either an AC Voltage or AC
Current measurement.
To measure frequency or Duty Cycle:
1. With the multimeter in the desired function (AC Voltage or AC Current), press the Hz% key.
2. Read the frequency of the AC signal on the display.
3. To make a duty cycle measurement, press the Hz% key again.
4. Read the percent of duty cycle on the display.
5. Set the rotary switch to the Hz range.
6. Insert the black and red test leads into the COM and Hz input terminals.
7. Connect the test leads tip in parallel with the circuit to be measured. And don’t touch any electrical
conductors.
8. At frequency measuring status, press Hz% one time then multimeter enters duty cycle measuring status,
press it again then return to frequency measuring status.
9. Read the result directly from the display.
Note:
In noisy environment, it is preferable to use shield cable for measuring small signal.
3.2.7 Temperature measurement
To avoid electrical shock and/or damage to the instrument, do not apply more than 250 V DC or
250 V AC rms between the °C terminal and the COM terminal.
To avoid electrical shock, do not use this instrument when voltages at the measurement surface
exceed 60 V DC or 24 V AC rms.
To avoid damage or burns. Do not make temperature measurement in microwave ovens.
To measure temperature:
1. Set the rotary switch to oC range and the LCD will show the current environment temperature.

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2. Insert ‘K’ type thermocouples into the COM terminal and oC terminal (or you can insert it by using Multi
Function Socket), takings care to observe the correct polarity.
3. Touch the object with the thermocouple probe for measurement.
4. Read the stable reading from LCD
3.2.8 Current measurement
To avoid damage to the multimeter or injury if the fuse blows, never attempt an in-circuit
current measurement where the open-circuit potential to earth is greater than 250 V.
To avoid damage to the multimeter, check the multimeter's fuse before proceeding. Use the
proper terminals, function, and range for your measurement. Never place the probes in parallel
with a circuit or component when the leads are plugged into the current terminals.
The multimeter's current ranges are 400.0 µA, 4000 µA, 40.00 mA, 400.0 mA, 4.000 A and 10.00 A.
To measure current (set up the multimeter as shown in Figure 7):
1. Turn off power to the circuit. Discharge all high voltage capacitors.
2. Set the rotary switch to the µA, mA or A range.
3. Press the SELECT key to select DCA or ACA measuring mode.
4. Connect the black test lead to the COM terminal and the red test leads to the mA terminal for a maximum
of 400 mA. For a maximum of 10 A, move the red test lead to the A terminal.
5. Break the circuit path to be tested.
Touch the black probe to the more negative side of the break; touch the red probe to the more positive
side of the break. (Reversing the leads will give a negative reading, but will not damage the multimeter.)
6. Turn on power to the circuit; then read the display. Be sure to note the measurement units at the right
side of the display (µA, mA or A). When only the figure "OL" displayed, it indicates over range situation
and the higher range has to be selected.
7. Turn off power to the circuit and discharge all high voltage capacitors. Remove the multimeter and
restore the circuit to normal operation.
4. Technical specifications
4.1 General specifications
- Environment conditions: 600 V CAT. III
- Pollution degree: 2
- Altitude < 2000 m
- Operating temperature: 0~40oC, 32oF~122oF (<80% RH, <10oC non-condensing)
- Storage temperature: -10~60oC, 14oF~140oF (<70% RH, battery removed)
- Temperature Coefficient: 0.1x (specified accuracy) / oC (<18oC or >28oC)
- MAX. Voltage between terminals and earth ground: 600 V AC rms or 600 V DC
- Fuse Protection: µA and mA: F 500 mA / 600 V Ø5 x 20; A: F 10 A / 600 V Ø6 x 30
- Sample Rate: 3 times/sec for digital data
- Display: 3 3/4 digits LCD display. Automatic indication of functions and symbols
- Range selection: automatic and manual
- Over Range indication: LCD will display "OL"
- Low battery indication: The " " is displayed when the battery is under the proper operation range
- Polarity indication: "−" displayed automatically
- Power source: 9 V
- Battery type: 6F22
- Dimensions: 180 x 85 x 45 mm
- Weight: approx. 360 g with battery

4.2 Measurement specifications
Accuracy is specified for one year after calibration, at operating temperatures of 18oC to 28oC, with relative
humidity at 0% to 75%.
Accuracy specifications take the form of: ± (% of Reading + Number of Least Significant Digits)
4.2.1 Voltage
Overload Protection: 600 V DC or 600 V AC rms.
Input Impedance (Nominal): DC voltage: >10 MΩ<100 pF; AC voltage: >5 MΩ<100 pF
Common Mode Rejection Ratio: DC voltage: >100 dB at DC, 50 or 60 Hz;
AC voltage: >60 dB at DC, 50 or 60 Hz
Normal Mode Rejection Ratio: DC voltage: >45 dB at 50 or 60 Hz
4.2.2 Frequency
Overload protection: 250 V DC or 250 V AC rms
Range
Resolution
400 mV 0.1 mV
4 V 1 mV
40 V10 mV
400 V100 mV
600 V1 V
400m V(3.)
0.1 mV
4 V1 mV
40 V10 mV
400 V
100 mV
600 V1 V
Function
DC Millivolt.
mV
DC Voltage
V
AC Voltage (1.& 2.)
V~
Accuracy
±(1.0% of rdg
+ 10 digits)
±(0.5% of rdg
+ 3 digits)
±(3.0% of rdg
+ 3 digits)
±(1.0% of rdg
+ 3 digits)
±(1.2% of rdg
+ 3 digits)
1. Frequency Range for ACV: 40 Hz~400 Hz.
2. Response for ACV: Average, calibrated in rms of sine wave.
3. Manual Range only.
Function
Frequency Hz
(10 Hz-100 kHz)
Accuracy
±(0.1% of rdg + 3digits)
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Range
50.00 Hz
500.0 Hz
5.000 kHz
50 kHz
100 kHz
Resolution
0.01 Hz
0.1 Hz
0.001 kHz
0.01 kHz
0.1 kHz

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4.2.3 Resistance
Overload protection: 250 V DC or 250 V AC rms
4.2.4 Diode Test
Test Condition: Forward DC current approximately 1mA. Reversed DC voltage approximately 1.5 V.
Overload protection: 250 V DC or 250 V AC rms
4.2.5 Continuity Check
Description: Continuity beeper≤75Ω
Overload protection: 250 V DC or 250 V AC rms
4.2.6 Temperature
Temperature specifications do not include thermocouple errors.
Overload protection: 250 V DC or 250 V AC rms
Function
Resistance Ω
Accuracy
±(0.5% of rdg+3 digits)
±(0.5% of rdg+2 digits)
±(1.5% of rdg+3 digits)
Range
400.0 Ω
4.000 kΩ
40.00 kΩ
400.0 kΩ
4.000 MΩ
40.00 MΩ
Resolution
0.1 Ω
1 Ω
10 Ω
100 Ω
1 kΩ
10 kΩ
Function
Diode Test
Accuracy
1.0% uncertainty
Range
1 V
Resolution
0.001 V
Function Accuracy
Open circuit voltage:
approx. 0.5 V
Range
400 Ω
Resolution
0.1 Ω
Function
Celsius scale oC
Accuracy
±(9.0% of rdg + 2oC)
±(2.0% of rdg + 3oC)
±2.0% of rdg
Range
-55oC~0oC
1oC~400oC
401oC~1000oC
Resolution
0.1oC
1oC

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4.2.7 Capacitance
Overload protection: 250 V DC or 250 V AC rms
4.2.8 Current
Overload protection: F 10 A / 600 V fuse for A range. F 500 mA / 600 V fuse for µA and mA ranges.
Maximum input current: 400 mA DC or 400 mA AC rms for µA and mA ranges, 10 A DC or 10 A AC rms for A
ranges.
For measurements>5 A, 4 minutes maximum ON to measure 10 minutes OFF; Above 10 A unspecified.
5. Maintenance
This section provides basic maintenance information, including fuse and battery replacement instructions.
Do not attempt to repair or service your multimeter unless you are qualified to do so and have the relevant
calibration, performance test, and service information.
Function
Capacitance
Accuracy
<10nF: ±[5.0% of (rdg +
50 digits)
±(3.0% of rdg +10 digits)
± (3.0% of rdg + 5 digits)
Range
50 nF
500 nF
5 µF
50 µF
100 µF
Resolution
10 pF
100 pF
1 nF
10 nF
100 nF
Function
DC µA
DC mA
DC A
AC(1. & 2.) µA
AC mA
AC A
Accuracy
±(1.5% of rdg + 3 digits)
±(2.0% of rdg + 8 digits)
±(1.8% of rdg + 5 digits)
±(3.0% of rdg + 10 digits)
Range
400 µA
4000 µA
40 mA
400 mA
4 A
10 A
400 µA
4000 µA
40 mA
400 mA
4 A
10 A
Resolution
0.1 µA
1 µA
0.01 mA
0.1 mA
1 mA
10 mA
0.1 µA
1 µA
0.01 mA
0.1 mA
1 mA
10 mA
1. Frequency Range: 40 Hz-200 Hz
2. Response: Average, calibrated in rms of sine wave

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5.1 General Maintenance
To avoid electrical shock or damage to the multimeter, do not get water inside the case. Remove
the test leads and any input signals before opening the case.
Periodically wipe the case with a damp cloth and mild detergent. Do not use abrasives or solvents.
Dirt or moisture in the terminals can affect readings.
To clean the terminals:
- Turn the multimeter off and remove all test leads.
- Shake out any dirt that may be in the terminals.
- Work the swab around in each terminal. The oiling agent insulates the terminals from moisture-related
contamination.
5.2 Fuse replacement
Before replacing the fuse, disconnect test leads and/or any connectors from any circuit under
test. To prevent damage or injury, replace the fuse only with specified ratings.
To replace the multimeter's fuse:
1. Set rotary switch to the OFF position.
2. Disconnect test leads and/or any connectors from the terminals.
3. Use a screwdriver to unlock the four screws on the rear cover.
4. Take out the rear cover from the multimeter.
5. Remove the fuse by gently prying one end loose, then sliding the fuse out of its bracket.
6. Install the replacement fuses only with specified ratings: F 10 A / 600 V Ø6 x 30 and F 500 mA / 600 V
Ø5 x 20.
7. Rejoin the rear cover and tighten the screws.
5.3 Battery replacement
To avoid false readings, which could lead to possible electric shock or personal injury, replace
the battery as soon as the battery indicator ( ) appears.
Before replacing the battery, disconnect test leads and / or any connectors from any circuit
under test, turn the multimeter off and remove test leads from the input terminals.
To replace the battery:
1. Set rotary switch to the OFF position.
2. Disconnect test leads and/or any connectors from the terminals.
3. Use a screwdriver to unlock the two screws on the battery cover.
4. Take out the battery cover from the multimeter.
5. Remove the used battery.
6. Replace with one new 9 V battery (6F22).
7. Rejoin the battery cover and tighten the screws.

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DECLARATIONOF CONFORMITY
Model: 31130
Digital multimeter
KRAFTWERK Sàrl , 25 rue due Stade, F-67870 Bischoffsheim
Declares under sole responsibility that the product to which this declaration relates is in conformity with the
following standard(s) or other normative document(s):
Following the provisions of Directive(s)
Machinery Directive:
Bischoffsheim, 28/04/2018
EN 61010-1: 2010
EN 61010-031: 2015
EN 61326-1: 2013
EN 61326-2-2: 2013
2014/30/EU
2014/35/EU
Alexander Pieper
CEO
Waste electrical products should not be disposed of together with household
waste. Please recycle where designated facilities exists. Check with your local
authority or retailer for recycling advice.
- The battery must be removed from the appliance before it is scrapped.
- The appliance must be disconnected from the main power supply when
removing the battery.
- The battery must be disposed of safely.
WARRANTY
We do not take responsibility for any damage caused by misuse or any use that is not in
compliance with the safety standards described herein.
CUSTOMER SERVICES
Contact your local importer of your specialized dealer to obtain address of our service
department.
FROM DATE OF PURCHASE RECEIPT
2 YEAR GUARANTEE
ON MATERIAL OR PRODUCTION DEFECTS

www.kraftwerktools.com
KRAFTWERK Europe AG
Mettlenbachstrasse 23
CH-8617 Mönchaltorf
Switzerland
Tel. [phone]
KRAFTWERK Sàrl.
25, rue du Stade
F – 67870 Bischoffsheim
France
Tel. [phone]