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Technische Kennwerte; Profitest Mtech+ Iq - Gossen MetraWatt PROFITEST MASTER IQ Serie Bedienungsanleitung

Vorschau ausblenden Andere Handbücher für PROFITEST MASTER IQ Serie:
Inhaltsverzeichnis

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5.6

Technische Kennwerte

Funk
Messgröße
Anzeigebereich
-tion
0 V... 99,9 V
U
L-PE
U
100 V... 600 V
N-PE
15,0 Hz... 99,9 Hz
f
100 Hz... 999 Hz
0 V ... 99,9 V
U
U
3 AC
100 V ... 600 V
0 V... 99,9 V
U
SONDE
100 V... 600 V
0 V... 99,9 V
U
L-N
100 V... 600 V
U
0 V... 70,0 V
IN
10 ... 999 
1,00 k ... 6,51 k
3  ... 999 
1 k ... 2,17 k
1 ... 651 
R
E
0,3  ... 99,9 
100  ... 217 
0,2  ... 9,9 
10  ... 130 
I
N
I
(I
= 6 mA)
1,8 mA ... 7,8 mA
N
F
I
(I
= 10 mA) 3,0 mA ... 13,0 mA
N
F
I
I
(I
= 30 mA) 9,0 mA ... 39,0 mA
F
N
F
I
(I
= 100 mA) 30 mA ... 130 mA
N
F
I
(I
= 300 mA) 90 mA ... 390 mA
N
F
I
(I
= 500 mA) 150 mA ... 650 mA
N
F
U
/ U
= 25 V
0 V... 25,0 V
I
L
U
/ U
= 50 V
0 V ... 50,0 V
I
L
t
(I
× 1)
0 ms... 1000 ms
N
A
t
(I
× 2)
0 ms ... 1000 ms
N
A
t
(I
× 5)
0 ms ... 40 ms
N
A
Z
(
)
0 m ... 999 m
L-PE
1,00 ... 9,99 
Z
L-N
0 m... 999 m
Z
L-PE
1,00 ... 9,99 
+ DC
10,0 ... 29,9 
Z
I
(Z
,
0 A ... 9,9 A
L-PE
K
L-PE
10 A ... 999 A
Z
1,00 kA ... 9,99 kA
L-PE
Z
L-N
10,0 kA ... 50,0 kA
+ DC)
0,6  ... 9,9 
9)
10,0 ... 99,9 
Z
(15 mA
)
L-PE
100 ... 999 
100 mA... 999 mA
9)
I
(15 mA
)
0,00 A... 9,99 A
K
10,0 A... 99,9 A
0 m ... 999 m
R
(mit Sonde)
1,00  ... 9,99 
E
10,0  ... 99,9 
[R
(ohne Sonde)
100  ... 999 
E
Werte wie Z
]
L-PE
1 k ...9,99 k
R
E
0 m ... 999 m
1,00  ... 9,99 
R
DC+
E
10,0  ... 29,9 
U
0 V... 253 V
E
R
0  ... 999 
R
E
E
Sel
0  ... 999 
R
DC+
Zange
E
10 k ... 199 k
200 k ... 999 k
EXTRA
Z
ST
1,00 M ... 9,99 M
10,0 M ... 30,0 M
Gossen Metrawatt GmbH

PROFITEST MTECH+ IQ

Eingangs-
Auf-
impedanz/
Messbereich
lösung
Prüfstrom
0,1 V
0,3 V... 600 V
1 V
0,1 Hz
DC
1 Hz
15,4 Hz... 420 Hz
0,1 V
5 M
0,3 V ... 600 V
1 V
0,1 V
1,0 V ... 600 V
1 V
0,1 V
1,0 V ... 600 V
1 V
0,1 V
0,3 × I
5 V ... 70 V
N
1 
I
= 10 mA × 1,05
N
0,01 k
1 
I
= 30 mA × 1,05
N
0,01 k
Rechenwert
1
I
=100 mA × 1,05
aus
N
0,1 
R
= U
E
IN
I
=300 mA × 1,05
N
1 
0,1 
I
=500 mA × 1,05
N
1 
1,8 mA ... 7,8 mA
1,8 mA ... 7,8 mA
0,1 mA
3,0 mA ... 13,0 mA 3,0 mA ... 13,0 mA
9,0 mA ... 39,0 mA 9,0 mA ... 39,0 mA
1 mA
30 mA ... 130 mA
30 mA ... 130 mA
1 mA
90 mA ... 390 mA
90 mA ... 390 mA
1 mA
150 mA ... 650 mA
150 A ... 650 mA
0 V ... 25,0 V
0,1 V
wie I
0 V ... 50,0 V
1 ms
6 mA ... 500 mA
0 ms... 1000 ms
2 × 6 mA ...
1 ms
0 ms ... 1000 ms
2 × 500 mA
5 × 6 mA ...
1 ms
0 ms ... 40 ms
5 × 300 mA
0,15  ... 0,49 
0,50  ... 0,99 
1 m
1,00  ... 9,99 
0,01 
1,3 A AC ...
0,1 
3,7 A AC
0,25  ... 0,99 
0,5 A DC,
1,00  ... 9,99 
1,25 A DC
0,1 A
120 (108 ... 132) V
1 A
230 (196 ... 253) V
10 A
400 (340 ... 440) V
100 A
500 (450 ... 550) V
0,1 
0,1 
10,0  ... 99,9 
1 
100  ... 999 
Rechenwert abh. von
9)
15 mA AC
1 mA
U
und Z
N
0,01 A
I
=
K
0,1 A
/10 ...1000 
U
N
0,15  ... 0,49 
1,3 A AC... 3,7 A AC
1 m
0,50  ... 0,99 
1,3 A AC ... 3,7 A AC
0,01 
1,0  ...9,99 
1,3 A AC ... 3,7 A AC
0,1 
10  ...99,9 
400 mA AC
1
100  ...999 
40 mA AC
0,01 k
4 mA AC
1 k ...9,99 k
1 m
0,25  ... 0,99 
1,3 A AC... 3,7 A AC
0,01 
1,00  ... 9,99 
0,5 A DC, 1,25 A DC
0,1 
1 V
—
Rechenwert
1 m...
1 
1,3 A AC ... 2,7 A AC
0,25  ... 300 
0,5 A DC/1,25 A DC
1 m...
1 
10 k ... 199 k
1 k
1 k
200 k ... 999 k
2,3 mA bei 230 V
0,01 M
1,00 M ... 9,99 M
0,1 M
10,0 M ... 30,0 M
Betriebsmess-
Nennwerte
unsicherheit
±(|2% v.M.|+5D) ±(|1% v.M.|+5D)
1)
±(|2% v.M.|+1D) ±(|1% v.M.|+1D)
U
= 120 V,
N
±(|0,2% v.M.|+1D) ±(|0,1% v.M.|+1D)
230 V, 400 V,
500 V
±(|3% v.M.|+5D)
±(|3% v.M.|+1D)
f
= 16,7 Hz,
N
±(|2% v.M.|+5D)
50 Hz, 60 Hz,
±(|2% v.M.|+1D)
200 Hz, 400 Hz
±(|3% v.M.|+5D)
1)
±(|3% v.M.|+1D)
+|10% v.M.|+1D
U
=
N
120 V,
230 V,
/ I
N
2)
400 V
f
= 50 Hz,
N
60 Hz
U
= 25 V, 50 V
L
I
=
±(|5% v.M.|+1D) ±(|3,5% v.M.|+2D)
N
6 mA,
10 mA,
30 mA,
100 mA,
+|10% v.M.|+1D
300 mA,
2)
500 mA
4 ms
U
= 120 V,
N
230 V, 400 V,
±(|10% v.M.|+30D)
1)
500 V
±(|10% v.M.|+30D)
8)
±(|5% v.M.|+3D)
f
=16,7 Hz
, 50 Hz,
N
60 Hz
U
= 120 V, 230 V
±(|18% v.M.|+30D)
N
f
= 50 Hz, 60 Hz
±(|10% v.M.|+3D)
N
Rechenwert aus Z
nur Anzeigebereich
±(|10% v.M.|+10D)
±(|8% v.M.|+2D)
U
= 120 V, 230 V
N
8)
f
= 16,7
,
N
:
Rechenwert aus Z
L-PE
50 Hz, 60 Hz
I
= U
/Z
K
N
±(|10% v.M.|+30D)
±(|10% v.M.|+30D)
U
= 120 V, 230 V
N
±(|5% v.M.|+3D)
1)
U
= 400 V
N
±(|10% v.M.|+3D)
f
= 50 Hz, 60 Hz
N
±(|10% v.M.|+3D)
±(|10% v.M.|+3D)
U
= 120V,230 V
±(|18% v.M.|+30D)
N
f
= 50 Hz, 60 Hz
±(|10% v.M.|+3D)
N
siehe R
±(|20% v.M.|+20 D) ±(|15% v.M.|+20 D)
E
4)
U
= 120 V, 230 V
N
±(|22% v.M.|+20 D) ±(|15% v.M.|+20 D)
f
= 50 Hz, 60 Hz
N
±(|20% v.M.|+2D) ±(|10% v.M.|+3D)
U
= U
0
L-N
±(|10% v.M.|+2D) ±(|5% v.M.|+3D)
Eigen-
Stecker-
2-Pol-
3-Pol-
unsicherheit
einsatz
Adapter
Adapter
1)
±(|2% v.M.|+5D)
±(|2% v.M.|+1D)
±(|1% v.M.|+5D)
±(|1% v.M.|+1D)
±(|2% v.M.|+5D)
±(|2% v.M.|+1D)
+|1% v.M.|–1D ...
+|9% v.M.|+1D
+|1% v.M.|–1D ...
+|9% v.M.|+1 D
3 ms
±(|5% v.M.|+30D)
±(|4% v.M.|+30D)
±(|3% v.M.|+3D)
±(|6% v.M.|+50D)
±(|4% v.M.|+3D)
Z
L-PE
L-PE
±(|2% v.M.|+2D)
±(|1% v.M.|+1D)
9)
(15 mA
):
L-PE
9)
(15 mA
)
L-PE
±(|5% v.M.|+30D)
±(|4% v.M.|+30D)
±(|3% v.M.|+3D)
±(|3% v.M.|+3D)
±(|3% v.M.|+3D)
±(|3% v.M.|+3D)
±(|6% v.M.|+50D)
±(|4% v.M.|+3D)
Anschlüsse
Zangen
Sonde
MFLEX
WZ12C Z3512A
P300
wahl-
weise
11

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