PeakTech 1610 Bedienungsanleitung Seite 14

Hold Button
Press HOLD button to toggle in and out of the Data Hold mode. In the
Data Hold mode, the "HOLD" annunciator is displayed and the last
reading is frozen on the display. Press the HOLD button again to exit
and resume readings.
Zero Button (P 1625)
Press ZERO button to enter the relative mode, the ZERO ∆
annunciator turns on, zero the display and store the displayed reading
as a reference value. Press and hold down the ZERO button for 2
seconds to exit the relative mode.
In the relative mode the value shown on the LCD is always The
difference between the stored reference value and the present
reading. For example, if the reference value is 24.000 V and the
present reading is 12,50 V the display will indicate –11,50 V. If the new
reading is the same as the reference value, the display will be zero.
This feature also is made as DCA ZERO adjustment.
Transformer jaws
Pick up the AC or DC current flowing through the conductor. The "+"
marking on the jaw indicates direction of DC Current existing on the
conductor being tested which follows forward and vertically with jaws,
and reading shown on display is positive.
Peak Button (P 1625)
This measurement function is used to measure the peak value of a
signal. It is useable with AC current measurements. To use this
function select the function and range and press the peak hold switch.
When this is done, the "P" will appear in the display. Next, by inputting
a signal, the peak hold function operates. This peak hold value is held
in digital memory for a long period. To cancel the function press the
peak hold switch once again.
Trigger
Press the lever to open the transformer. When the lever is released,
the jaws will close again.
ZERO (P 1615)
Before taking DCA measurements, push and hold the ZERO button
until display indicates zero. This button does not work on other
functions/ranges.
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4.2. Wechselspannung
Modell Bereich Auflösung
P 1610 400mV 100µV
4V 1mV
40V 10mV
400V 100mV
600V 1V
P 1615 400mV 100µV
4V 1mV
40V 10mV
400V 100mV
600V 1V
P 1625 400mV 100µV
(Echt-
4V 1mV
Effektiv)
40V 10mV
400V 100mV
600V 1V
Überlastschutz: 600 V AC/DC
4.3. Gleichstrom
Modell Bereich Auflösung
P 1615 40 A 10 mA
400 A 100 mA
1000 A 1 A
P 1625 40 A 10 mA
400 A 100 mA
1000 A 1 A
Überlastschutz: 1000 A
PeakTech 1615: Positionsfehler ± 1% v. Messwert
4.4. Wechselstrom
Modell Bereich Auflösung
P 1610 40 A 10 mA
400 A 100 mA
1000 A 1 A
P 1615 40 A 10 mA
400 A 100 mA
1000 A 1 A
P 1625 40 A 10 mA
(Echt-
400 A 100 mA
Effektiv)
1000 A 1 A
Überlastschutz: 1000 A
PeakTech 1610 / 1615: Positionsfehler ± 1% v. Messwert
Genauigkeit
± 0,8% v.M. + 20 dgt
± 1,8% v.M. + 5 dgt.
± 2,5% v.M. + 5 dgt.
± 0,8% v.M. + 20 dgt.
± 1,8% v.M. + 5 dgt.
± 2,5% v.M. + 5 dgt.
± 1,0% v.M. + 10 dgt.
± 1,5% v.M. + 8 dgt.
± 2,0% v.M. + 8 dgt.
Genauigkeit
± 2,8% v.M. + 10 dgt.
± 2,8% v.M. + 5 dgt.
± 3,0% v.M. + 5 dgt.
± 2,8% v.M. + 10 dgt.
± 2,8% v.M. + 8 dgt.
± 3,0% v.M. + 8 dgt.
Genauigkeit
± 2,5% v.M. + 10 dgt.
± 2,5% v.M. + 5 dgt.
± 3,0% v.M. + 4 dgt.
± 3,0% v.M. + 10 dgt.
± 3,0% v.M. + 5 dgt.
± 3,0% v.M. + 5 dgt.
± 2,8% v.M. + 10 dgt.
± 2,8% v.M. + 8 dgt.
± 3,0% v.M. + 8 dgt.
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