Gossen MetraWatt DUSPOL analog 1000 User manual

02/2019 DUSPOL
®
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®
digital 1000 U1
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DBedienungsanleitung
Operating manual
FMode d‘emploi
EManuel de instrucciones
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02/2019 DUSPOL
®
digital 1000 7
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 .DEHOEUXFKGHWHNWRU8n230 V
 9LEUDWLRQVPRWRU$QODXI8n200 V
- Überspannungskategorie: CAT IV 600 V,  CATIII 1000 V
- Schutzart: IP 65 (DIN VDE 0470-1 IEC/EN 60529)
6 - erste Kennziffer: Schutz gegen Zugang zu gefährlichen
Teilen und Schutz gegen feste Fremdkörper, staubdicht
5 - zweite Kennziffer: Geschützt gegen Strahlwasser.
Auch bei Niederschlägen verwendbar.
- max. zulässige Einschaltdauer ED = 30 s (max. 30 Sekun-
den), 240 s Pause
 *HUlWHHLQVFKDOWXQJGXUFK 0HVVVSDQQXQJ 9'UXFN-
tasterbetätigung 7des Anzeigegriffs L2/+ 9oder kurz-
schließen der Prüfspitzen L1/- 2und L2/+ 3
- Batterie: 2 x Micro, LR03/AAA (1,5 V)
- Gewicht: ca. 250 g
- Verbindungsleitungslänge: ca. 1000 mm
- Betriebs- und Lagertemperaturbereich: - 15 °C bis + 55 °C
(Klimakategorie N)
- Relative Luftfeuchte: 20 % bis 96 % (Klimakategorie N)
- Rückregelzeiten (thermischer Schutz):
Spannung/Zeit: 230 V/30 s, 400 V/9 s, 690 V/5 s, 1000 V/2 s
- Ansprechzeit der Anzeige (Eigenzeit): 1 s
15. Allgemeine Wartung
Reinigen Sie das Gehäuse äußerlich mit einem sauberen tro-
ckenen Tuch.
Falls Verunreinigungen oder Ablagerungen im Bereich der
Batterie oder des Batteriegehäuses vorhanden sind, reinigen
Sie auch diese mit einem trockenen Tuch.
Entfernen Sie bei längerer Lagerung die Batterien aus dem
Gerät!
 8PZHOWVFKXW]
Bitte führen Sie verbrauchte Batterien und das Gerät
am Ende seiner Lebensdauer den zur Verfügung ste-
henden Rückgabe- und Sammelsystemen zu.
Operating Manual
DUSPOL®digital 1000
Before using the DUSPOL®digital 1000 voltage tester, pro-
ceed as follows: Please read the operating manual and abso-
lutely observe the safety instructions!
Table of Contents
 6DIHW\LQVWUXFWLRQV
2. Device description
3. Functional test before use to ensure the absence of
voltage of an installation
4. Checking the absence of voltage of an installation
5. Load connection with vibration motor
 ([WHUQDOFRQGXFWRUWHVWSKDVHLQGLFDWLRQ
7. Phase sequence test
 &RQWLQXLW\WHVW
9. Resistance measurement
10. Diode test
11. Cable break detector
 0HDVXULQJSRLQWGLVSOD\LOOXPLQDWLRQ
 %DWWHU\UHSODFHPHQW
14. Technical data
15. General maintenance
16. Environmental protection
 6DIHW\LQVWUXFWLRQV
- During the use, touch the tester at the insulated handles
L1 8and L2 9only and do not touch the probe tips L1/-
2and L2/+ 3!
- Check the voltage tester for correct functioning immedi-
ately before and after using it in order to ensure the ab-
sence of voltage of an installation (see section 3)! Do not
use the voltage tester, if one or more indications are not
working or if it does not seem to be ready for operation!
Please repeat the test with another voltage tester after-
wards.
- With the battery being exhausted, the voltage tester is not
IXOO\IXQFWLRQDO)URPDYROWDJHRI$&'&9RQYROW-
age tests are also possible without batteries by means of
the LED step indicator J. The LC display 6is activated
ZLWKDPLQLPXPYROWDJH9$&'&
- The voltage tester must be used only within the stated
nominal voltage range and in electrical installations of up
to 1,000 V AC / 1,200 V DC!
- The voltage tester must be used only in electric circuits of
overvoltage category CAT III with max. 1,000 V or over-
voltage category CAT IV with max. 600 V for phase-to-
earth measurements.
- Do not operate the device with the battery compartment
being open.
- The voltage tester is designed for being used by qualified
electricians and under safe working conditions.
- The LED step indicator Jis intended for indicating the
voltage range. It is not intended for measuring purposes.
- Creating a voltage tester for more than 30 seconds volt-
age (maximum duty cycle = 30 s)!
- Do not dismantle the voltage tester!
- The voltage tester must be protected against contamina-
tion and damaging of the housing surface.
- To protect them against damaging, provide the probe tips
with the enclosed probe tip protector 1after using the
voltage tester!
- Please observe that the impedance (internal resistance) of
the voltage tester influences the indication of interference
voltages (capacitively or inductively induced)!
Depending on the internal impedance of the voltage de-
tector, there will be a different capability of indicating the
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®
digital 1000 8

presence or absence of operating voltage in case of the
presence of interference voltage.
Low-impedance voltage testerLPSHGDQFHNȍLQWHU-
ference voltage is suppressed or reduced:
Avoltage tester of relatively low internal impedance, compared
WRWKHUHIHUHQFHYDOXHRINȍZLOOQRWLQGLFDWHDOOLQWHUIHU-
ence voltages having an original voltage value above the ELV
level (50 V AC/ 120 V DC). When in contact with the parts
to be tested, the voltage tester may discharge temporarily the
interference voltage to a level below the ELV, but it will be back
to the original value when the voltage tester is removed.
When the indication “voltage present” does not appear, it is
highly recommended to install earthing equipment before start-
ing work.
High-impedance voltage tester LPSHGDQFH!Nȍ,QWHU-
ference voltage will not be suppressed or reduced:
A voltage tester of relatively high internal impedance, com-
SDUHG WR WKH UHIHUHQFH YDOXH RI  Nȍ PD\ QRW SHUPLW WR
clearly indicate the absence of operating voltage in case of
presence of interference voltage. When the indication “voltage
present” appears on a part that is expected to be disconnected
IURPWKH LQVWDOODWLRQLW LVKLJKO\UHFRPPHQGHGWRFRQ¿UP E\
another means (e.g. use of an adequate voltage tester capable
of distinguishing between operating voltages and interference
voltages, visual inspection of the disconnecting point of the
electric circuit, etc.) that there is no operating voltage on the
part to be tested and to conclude that the voltage indicated by
the voltage tester is an interference voltage.
9ROWDJH WHVWHUV FDSDEOH RI GLVWLQJXLVKLQJ EHWZHHQ RSHU-
DWLQJYROWDJH DQGLQWHUIHUHQFHYROWDJHE\PHDQV RIORDG
connection:
A voltage tester stating two values of internal impedance has
passed a performance test of managing interference voltages
and is (within technical limits) able to distinguish operating volt-
age from interference voltage and has a means to directly or
indirectly indicate which type of voltage is present.
Electrical symbols on the device:
Symbol Meaning
Important documentation!
The symbol indicates that the guide described
in the manual, to avoid any risks
Device or equipment for working under voltage
Push-button
Alternating voltage (AC)
Direct voltage (DC)
Direct and alternating voltage (DC/AC)
Earth (voltage to ground)
Phase sequence indication; the phase se-
quence can be indicated only at 50 or 60 Hz
and in an earthed mains
This symbol shows the orientation of the batter-
ies for inserting them with correct polarity
2. Device description
1 Probe tip protector
2Probe tip L1/-
3Probe tip L2/+
4LED measuring point illumination
5Sensor of the cable break detector
6LC display
7Push-button
8Handle L1
9Display handle L2
JLED step indicator
KRed LED  for external conductor test (phase indication)
L *UHHQ /('V Ż/5Ź RI WKH SKDVH VHTXHQFH LQGLFDWLRQ
(left/right)
M<HOORZ /(' ȍ IRU FRQWLQXLW\ WHVW OLJKWV XSFDEOH EUHDN
GHWHFWRUÀDVKHV
NLight sensor for LC display illumination
Osymbol for external conductor test (phase indication)
P,symbol of the phase sequence indication (left /
right)
Q 'LVSOD\IRUYROWDJH9UHVLVWDQFHNȍ
R+/- of the polarity indication
S9DC9AC voltage type (direct/alternating voltage)
TFrequency indication (Hz)
symbol for diode test
symbol for discharged battery
Nȍ symbol for resistance measurement
3. Functional test before use to ensure the absence of
voltage of an installation ¿JXUH$
- Check the voltage tester for correct functioning immedi-
ately before and after using it!
- It must be possible to switch the voltage tester on as fol-
lows:
 DXWRPDWLFDOO\LIDYROWDJHRI9RUPRUHLVDSSOLHGWR
the probe tips L1/- 2and L2/+ 3,
 E\DFWXDWLQJWKHSXVKEXWWRQ7of the display handle
L2 9,
 E\VKRUWFLUFXLWLQJWKHSUREHWLSV/2and L2/+ 3.
- If the symbol is shown on the LC display 6, the
battery must be replaced.
- The device is switched off automatically after 10 seconds.
- Activation of the self-test:
 6KRUWFLUFXLWWKHSUREHWLSV/2and L2/+ 3.
 3UHVVDQGKROGWKHSXVKEXWWRQ7of the display han-
dle L2 9for approx. 3 seconds to start the self-test.
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®
digital 1000 9
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 7KHEX]]HU VRXQGVDQGDOO VHJPHQWVRIWKH/&GLV-
play, all LEDs (running light) as well as the back-
ground and measuring point illumination must be
functioning.
- Test the voltage tester with familiar voltage sources, e.g.
with a 230 V socket.
- Do not use the voltage tester, if the voltage indication, the
phase indication and the vibration motor are not working
properly!
4. Checking the absence of voltage of an installation
¿JXUH%&
For checking the installation, please test the absence of vol-
tage by checking the voltage indication, the phase indication
(the phase indication only works in an earthed AC voltage
mains) and the vibration motor (the vibration motor is activated
by actuating both push-buttons). The installation is only free
of voltage, if all three test circuits (voltage indication, phase
indication and vibration motor) are signaling the absence of
voltage.
- Apply the two probe tips L1/+ 2and L2/- 3to the system
parts to be tested.
- The voltage tester switches on automatically as soon as a
YROWDJH9LVDSSOLHG
- The level of voltage applied is indicated by means of the
LED step indicator Jand the digital display 6.
The 400 V LED of the LED step indicator Jcovers
the voltage range from 400 V AC/DC to 1,000 V AC/
1,200 V DC.
- Alternating voltages are indicated by means of the
VAC symbol Son the LC display 6. Additionally, the
IUHTXHQF\ Tof the AC voltage applied is displayed.
-
Direct voltages are indicated by means of the V DC symbol
S
on the LC display 6.Additionally, the polarity indication
Rshows the SRODULW\ (+ or -) applied to the probe tip L2/+
3.
- To differentiate between low-energy and high-energy volt-
ages (e.g. capacitively induced interference voltages), an
internal load in the voltage tester can be connected by ac-
tuating both push-buttons (see section 5).
9ROWDJHWHVW9ORZYROW¿JXUH'
In order to measure voltages lower than 6 V, short-circuit the
probe tips L1/- 2and L2/+ 3and press the push-button 7
of the display handle L2 9three times until the „Lo U“ symbol
is shown on the LC display 6.
- In the low-volt range, voltages from 1.0 V to 11.9 V can be
measured.
- After being activated, the low-volt range is active for ap-
prox. 10 seconds.
 %\ DSSO\LQJ D YROWDJH   9 WKH GHYLFH DXWRPDWLFDOO\
switches over to a higher voltage range.
Note:
In the low-volt range, the frequency indication Tis deactivated.
Overload indication
If the voltage applied to the probe tips L1/- 2and L2/+ 3is
higher than the admissible nominal voltage, the „OL“ symbol is
shown on the LC display 6and all LEDs of the step indica-
tor J DUH ÀDVKLQJ 2YHUORDG LV LQGLFDWHG IURP  9$&
1,250 V DC on.
5. Load connection with vibration motor¿JXUH%&
Both handles L1 8and L2 9are equipped with push-buttons
7. Here, voltage is applied to a vibration motor (motor with
unbalanced mass) in the display handle L2 9. From approx.
200 V on, this motor is set in rotary motion. With the voltage
increasing, the motor‘s speed and vibration increases as well.
The duration of the test with a lower internal resistance (load
test) depends on the level of voltage to be measured. In order
to avoid an inadmissible warming of the device, it is provided
with a thermal protection (controlled reduction). With this con-
trolled reduction, the speed of the vibration motor is reduced
and the internal resistance increases.
The load connection (with both push-buttons being actuated)
can be used ...
- to suppress reactive voltages (inductive and capacitive
voltages),
- to charge capacitors,
- to trip 10/30 mA RCD safety switches. The tripping of the
RCD safety switch is done by testing the external conduc-
tor (phase indication) to PE (earth). (figure F)
 ([WHUQDOFRQGXFWRUWHVWSKDVHLQGLFDWLRQ¿JXUH(
- Fully grasp the handles L1 8and L2 9, in order to en-
sure a capacitive coupling to earth.
- Switch the voltage tester on by briefly actuating the push-
button 7of the display handle L2 9(remains switched
on for approx. 10 seconds!). When the device is switched
on, the display shows „0.0“.
- Apply the probe tip L2/+ 3to the system part to be tested.
During the single-pole external conductor test (phase in-
dication), make absolutely sure not to touch the probe tip
L1/- 2and that it remains contactless.
- If the red LED Kand the symbol Olight up on the
LC display 6, the external conductor (phase) of an AC
voltage is applied to this system part.
Note:
The single-pole external conductor test (phase indication)
can be carried out in an earthed mains from 230 V, 50/60 Hz
(phase to earth) on. Protective clothing and insulating condi-
tions on site might impair the function.
Attention!
The absence of voltage can only be determined by means of
a two-pole test.
7. Phase sequence test¿JXUH*+
- Fully grasp both handles L1 8and L2 9, in order to en-
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®
digital 1000 10

sure a capacitive coupling to earth.
- Apply the probe tips L1/- 2and L2/+ 3to two external
conductors (phases) and check whether the external con-
ductor voltage of e.g. 400 V is applied.
- A clockwise phase sequence (phase L1 before phase L2)
LVJLYHQLIWKHJUHHQ/('ÄŹ³RIWKHSKDVHVHTXHQFHLQ-
dication Land the symbol of the phase sequence
indication Plight up on the LC display 6.
- A counter-clockwise phase sequence (phase L2 before
SKDVH / LV JLYHQ LI WKH JUHHQ /(' ÄŻ³ RI WKH SKDVH
sequence indication Land the symbol of the phase
sequence indication Plight up on the LC display 6.
- The phase sequence test always requires a countercheck
with the probe tips L1/- 2and L2/+ 3being inverted dur-
ing which the phase sequence must change.
Note:
The phase sequence test can be carried out in an earthed
three-phase mains from 400 V - 900 V, 50/60 Hz (phase to
phase) on. Protective clothing and insulating conditions on site
might impair the function.
 &RQWLQXLW\WHVW¿JXUH,
- The continuity test must be carried out on system parts
which are free of voltage. If necessary, capacitors have to
be discharged.
- Apply the two probe tips L1/- 2and L2/+ 3to the system
parts to be tested.
 ,QFDVHRI FRQWLQXLW\5NȍDQDFRXVWLFVLJQDOLV
HPLWWHGDQGWKH\HOORZ/('ȍMfor continuity lights up.
- If a voltage is applied to the test point, the voltage tester
automatically switches over to the voltage test function
and indicates this function.
9. Resistance measurement¿JXUH-
- The resistance measurement must be carried out on sys-
tem parts which are free of voltage. If necessary, capaci-
tors have to be discharged.
- Short-circuit the probe tips L1/- 2and L2/+ 3and press
the push-button 7of the display handle L2 9once until
the Nȍ symbol and „Ohm“ are shown on the LC display
6. Display: „OL“ stands for a measured value which is
outside the measuring range.
- The resistance measurement function is active for approx.
10 seconds.
- Apply the probe tips L1/- 2and L2/+ 3to the system
parts to be tested in order to measure resistances from
NȍWRNȍ
Note:
If required, it is possible to carry out a null balance with the
resistance measurement function being activated. For this pur-
pose, short-circuit the probe tips L1/- 2and L2/+ 3and press
and hold the push-button 7of the display handle L2 9for
DSSUR[VHFRQGVXQWLOÄ³NȍLVVKRZQRQWKH/&GLVSOD\
10. Diode test¿JXUHV./
- The diode test must be carried out on system parts which
are free of voltage. If necessary, capacitors have to be dis-
charged.
- Short-circuit the probe tips L1/- 2and L2/+ 3and press
the push-button 7of the display handle L2 9twice until
the diode symbol and „diod“ are shown on the LC
display 6. Display: „OL“ VDC
- The diode test is active for approx. 10 seconds.
- Apply the probe tip L1/- 2to the cathode and the probe
tip L2/+ 3to the anode of the diode to determine the con-
ducting-state voltage between 0.3 V and 2 V. In case of a
defective (broken down) diode, a voltage value of approx.
0.0 V will be displayed.
- In case of a diode tested in non-conducting direction, the
LC display shows „OL“.
11. Cable break detector¿JXUH0
- The cable break detector is intended for the non-contact
localization of cable breaks on exposed live lines.
- Switch the voltage tester on by briefly actuating the push-
button 7of the display handle L2 9(remains switched
on for approx. 10 seconds!). When the device is switched
on, the display shows „0.0“.
- Fully grasp the display handle L2 9and pass the detec-
tor 5over a live line (e.g. a cable reel or a chain of lights)
from the feeding point (phase) in direction of the other end
of the line.
 $VORQJDVWKHOLQHLVQRWLQWHUUXSWHGWKH\HOORZ/('ȍM
for continuity is flashing.
- The point of the cable break has been localized as soon as
WKH\HOORZ/('ȍMgoes out.
Note:
The cable break detector may grounded power from 230 V,
50/60 Hz (phase to earth) are used. Insulating protective cloth-
ing and site conditions can affect the function.
 0HDVXULQJSRLQWGLVSOD\LOOXPLQDWLRQ¿JXUH1
- The measuring point illumination 4can be switched on
with the probe tips being open by actuating the push-but-
ton 7of the display handle L2 9(1 second).
- The off automatically after 10 seconds
- The background lighting of the LC display 6is activated
automatically by means of a light sensor N.
 %DWWHU\UHSODFHPHQW¿JXUH2
- Do not apply voltage to the device when the battery com-
partment is open!
- Please replace the batteries as soon as the symbol
is shown on the LC display 6.
- The battery compartment is located on the back of the dis-
play handle L2/+ 9.
- Unscrew the screw of the battery compartment cover and
replace the used batteries by two new micro batteries
(LR03/AAA).
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02/2019 DUSPOL
®
digital 1000 11
F
- Make sure that the new batteries are inserted with correct
polarity!
- Place the battery compartment cover onto the display
handle L2 9and tighten the screw.
14. Technical data
- regulation: DIN EN 61243-3: 2015, IEC 61243-3: 2014
- nominal voltage range: 1 V to 1,000 V AC TRUE RMS/
1,200 V DC
- nominal frequency range f: 0 to 1000 Hz*
* according ',1(1,(&IҀWR+]
- voltage range: 6 V to 1,000 VAC TRUE RMS / 1,200 V DC
resolution 0.1 V (up to 198.9 V), 1 V (from 199 V on)
- voltage range < 6 V (low-volt): 1.0 V to 11.9 V AC / DC
resolution 0.1 V
accuracy: ± 3 % of the measured value + 5 digits
- Impedance (internal resistance) of measuring circuit/ load
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- current consumption of measuring circuit: IS< 7.2 mA
(1.200 V)
- current consumption of load circuit: IS< 550 mA (1,000 V)
- polarity indication: LCD symbol +/–
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50 Hz/ 60 Hz
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- frequency range: 0 to 1,000 Hz
accuracy: ± 3 % of the measured value + 2 digit
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accuracy: ± 10 % of the measured value + 5 digit
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- overvoltage category: CAT IV 600 V,  CAT III 1,000 V
-
protection category: IP 65 (DIN VDE 0470-1 IEC/ EN 60529)
6 - first index: protection against access to dangerous
parts and protection against solid impurities, dustproof
5 - second index: protected against water jets. The device
can also be used in the rain.
-
max. allowable Duty cycle: 30 s (max. 30 seconds), 240 s off
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actuating the push-button 7of the display handle L2/+ 9
or by short-circuiting the probe tips L1/- 2and L2/+ 3
- battery: 2 x micro, LR03/AAA (1,5 V)
- weight: approx. 250 g
- length of connecting cable: approx. 1,000 mm
- operating temperature and storage temperature range:
- 15 °C to + 55 °C (climatic category N)
- relative air humidity: 20 % to 96 % (climatic category N)
- times of controlled reduction (thermal protection):
voltage/time: 230 V/30 s, 400 V/9 s, 690 V/5 s, 1000 V/2 s
- response time of the display: 1 s
15. General maintenance
Clean the exterior of the device with a clean dry cloth.
If there is contamination or deposits in the area of the battery
or the battery housing, clean these areas as well by means
of a dry cloth.
If the device is stored for a longer period of time, remove the
batteries from the device!
16. Environmental protection
Please lead the batteries and also the device at the
end of its useful life to the available return and col-
lection systems.
Mode d‘emploi
DUSPOL®digital 1000
Avant d‘utiliser le contrôleur de tension DUSPOL®digital 1000:
Lisez le mode d‘emploi et tenez impérativement compte des
consignes de sécurité !
Table des matières
1. Consignes de sécurité
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5. Connexion de charge avec moteur à vibration
6. Contrôle du conducteur extérieur ( indication de
SKDVH
7. Test d‘ordre de phases
8. Test de continuité
9. Mesure de la résistance
10. Contrôle de diodes
11. Détecteur de rupture de câble
12. Eclairage du point de mesure et de l‘écran
13. Remplacement des piles
14. Caractéristiques techniques
15. Entretien général
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1. Consignes de sécurité :
- Lors de l’utilisation, ne touchez l’appareil qu’aux poignées
isolées L1 8et L2 9et ne touchez jamais les pointes
d‘essai L1/- 2et L2/+ 3 !
- Contrôlez toujours le bon fonctionnement du contrôleur
de tension immédiatement avant et après de l‘utiliser afin
d’assurer l’absence de tension de l’installation (voir para-
graphe 3)! Le contrôleur de tension ne doit être utilisé dès
lors qu‘une ou plusieurs affichages ne fonctionnent plus
ou dès lors l‘appareil n‘est plus opérationnel ! Ensuite,
www.GlobalTestSupply.com
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