Caractéristiques Techniques - Gossen MetraWatt PROFiTEST C Mode D'emploi

9 Caractéristiques techniques
Grandeur Plage de mesure
Fonction
de mesure (plage d'affichage)
0 ... 99,9 V
U
L–PE
100 ... 300 V
U / U
U
N–PE L–N
(0 ... 600 V)
L–PE
U
N–PE
15,0 ... 99,9 Hz
f
(15,0 ... 650 Hz)
0 ... 99,9 V
U U 100 ... 500 V
3~
(0 ... 600 V)
U 0 ... 99,9 V
IN
R / I = 10 mA 10 ... 9,99 k
N
E
3  ... 999 
R / I = 30 mA
N
E
1 k ... 6,40 k
1 ... 999 
R / I = 100 mA
N
E
0,3  ... 99,9 
R / I = 300 mA
N 100  ... 640 
E
0,2  ... 99,9 
R / I = 500 mA
N 100  ... 380 
E
I

I / I = 10 mA 3,0 ... 13,0 mA
 N
I / I = 30 mA 9,0 ... 39,0 mA
 N
I / I = 100 mA 30 ... 130 mA
 N
I / I = 300 mA 90 ... 390 mA
 N
I / I = 500 mA 150 ... 650 mA
 N
U / U = 25 V 0 ... 25,0 V
I L
U / U = 50 V 0 ... 50,0 V
I L
t (I /5 · I / 0 ... 99,9 ms
N N
A
150 mA) 100 ... 999 ms
0 ... 0,49 
0,5 ... 9,99 
Z
boucle
10,0 ... 30,0 
Z
boucle
0 ... 99,9 
Z 15 mA
100 ... 250 
boucle
0 ... 0,49 
0,5 ... 9,99 
10,0 ... 99,9 
R R
E E
100 ... 999 
1,00 k ... 9,99 k
GMC-I Messtechnik GmbH
Impédance d'entrée/
Définition Valeurs nominales
courant d'essai
0,1 V
1 V 500 k
0,1 Hz
500 k
0,1 V
1 V 500 k
0,1 V 0,3 · I
N
10 
3 
10 
1
0,3 ... 1,3 · I
N
U
0,3 
1 
U
0,2 
1 
3,0 ... 13,0 mA
0,1 mA U
9,0 ... 39,0 mA
I
30 ... 130 mA
N
0,1 mA
300/500 mA
1 mA
90 ... 390 mA
1 mA 150 ... 650 mA
0,1 V comme I

0,1 ms
1,05 · I / 5 · I
N N
1 ms
10 m
10 m 740 mA
100 m
U
100 m
15 mA
1 
U
10 m 740 mA
10 m 740 mA
10 m 400 mA
100 m 40 mA
1 
4 mA
Insécurité intrinsèque
(2% v. m. + 2 D)
—
(0,1% v. m. + 1 D)
—
(2% v. m. + 2 D)
—
+(12,5% v. m. + 2 D)
+(2,5% v. m. – 2 D)
—
= 120 V
N
= 230 V
N
f = 50 Hz
N
= 25/50 V
L
(5% v. m. + 2 D)
= 10/30/100/
+(12,5% v. m. + 2 D)
+(2,5% v. m. – 2 D)
3 ms
5 D
(6% v. m. + 3 D)
(6% v. m. + 3 D)
= 120 V
(6% v. M. + 5 D)
N
(6% v. M. + 3 D)
= 230 V
N
5 D
(6% v. m. + 3 D)
f = 50 Hz
N
(4% v. m. + 3 D)
(4% v. m. + 3 D)
(4% v. m. + 3 D)
Plage d'utilisation Insécurité de me-
nominale sure en exploitation
(4% v.m. + 3 D)
108 ... 253 V
(0,2% v.m. + 1 D)
15 ... 70 Hz
(4% v.m. + 3 D)
108 ... 440 V
+15% v.m. + 2 D
5 ... 70 V
+0%v.m. – 0 D
Valeur de calcul —
3,0 ... 13,0 mA
9,0 ... 39,0 mA
(8% v.m. +2 D)
30 ... 130 mA
90 ... 390 mA
150 ... 650 mA
0 ... 25,0 V
+15% v.m.+2 D
+0%v.m. – 0 D
0 ... 50,0 V
4 ms
0 ... 1000 ms
0,25 ... 0,49  (15% v.m. + 5 D)
0,50 ... 9,99  (10% v.m. + 5 D)
10,0 ... 30,0  (10% v.m. + 5 D)
0,50 ... 99,9  (15% v.M. + 10 D)
100 ... 250  (10% v.M. + 10 D)
0,25  ... 0,49  (15% v.m. + 5 D)
0,50  ... 9,99  (10% v.m. + 5 D)
10,0  ... 99,9  (8% v.m. + 5 D)
100  ...999  (8% v.m. + 5 D)
(8% v.m. + 5 D)
1 k ...9,990 k
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