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48 GMC-I Messtechnik GmbH
18 Technische karakteristieke waarden
Func-
tie Meetgrootheid Weergavebereik Reso-
lutie
Ingangs-
impedantie/
Meetstroom
Meetbereik Nom. waar-
den
Meetonnauw-
keurigheid
Eigen on-
nauwkeurig-
heid
Aansluitingen
Stekker-
inzet-
stuk
1)
2-
polige-
adapter
3-
polige
adapter Sonde
Tangen
WZ12C Z3512A
MFLEX
P300
U
UL-PE
UN-PE
0 ... 99,9 V 0,1 V
5 M
90 ... 600 V 1)
UN = 120/230/
400/500 V
fN = 162/3/50/
60/200/400 Hz
(2% v.d.m.+5D)
(1%
v.d.m.v.d.m.+5D)

100 ... 600 V 1 V (2% v.d.m.+1D)
(1% v.d.m.+1D)
f15,0 ... 99,9 Hz
100 ... 999 Hz
0,1 Hz
1 Hz 15,4 ... 420 Hz (0,2%
v.d.m.+1D)
(0,1%
v.d.m.+1D)
U3~ 0 ... 99,9 V
100 ... 600 V
0,1 V
1 V 90 ... 600 V (3% v.d.m.+5D)
(3% v.d.m.+1D)
(2% v.d.m.+5D)
(2% v.d.m.+1D)
USONDE 0 ... 99,9 V
100 ... 600 V
0,1 V
1 V 0 ... 600 V (2% v.d.m.+5D)
(2% v.d.m.+1D)
(1% v.d.m.+5D)
(1% v.d.m.+1D)
UL-N 0 ... 99,9 V
100 ... 600 V
0,1 V
1 V 90 ... 600 V 1) (3% v.d.m.+5D)
(3% v.d.m.+1D)
(2% v.d.m.+5D)
(2% v.d.m.+1D)

IDN
IF
UIN0 ... 70,0 V 0,1 V 0,3 · IN5 ... 70 V
UN = 120/230 V
fN = 50/60 Hz
UL = 25/50 V
IN = 10/30/
100/300/500
mA
UN1) 2) = 400 V
+10% v.d.m.+1D
+1% v.d.m.–1D
...
+9% v.d.m.+1D

naar
keuze
RE / IN = 10 mA 10 ... 6,51 k10
Rekenkundige
waarde
van
UIN / IDN
RE / IN = 30 mA 3 ... 999
1 k ... 2,17 k3
10
RE / IN = 100 mA 1 ... 651 1
RE / IN = 300 mA 0,3 ... 99,9
100 ... 217 0,3
1
RE / IN = 500 mA 0,2 ... 9,99
100 ... 130 0,2
1
I / IN = 10 mA 3,0 ... 13,0 mA 0,1 mA 3,0 ... 13,0 mA 3,0 ... 13,0 mA
(5% v.d.m.+1D) (3,5%
v.d.m.+2D)
I / IN = 30 mA 9,0 ... 39,0 mA 9,0 ... 39,0 mA 9,0 ... 39,0 mA
I / IN = 100 mA 30 ... 130 mA 1 mA 30 ... 130 mA 30 ... 130 mA
I / IN = 300 mA 90 ... 390 mA 1 mA 90 ... 390 mA 90 ... 390 mA
I / IN = 500 mA 150 ... 650 mA 1 mA 150 ... 650 mA 150 ... 650 mA
UI / UL = 25 V 0 ... 25,0 V
0,1 V zoals I
0 ... 25,0 V
+10% v.d.m.+1D
+1% v.d.m.–1D
...
+9% v.d.m.+1 D
UI / UL = 50 V 0 ... 50,0 V 0 ... 50,0 V
tA / IN0 ... 1000 ms 1 ms 1,05 · IN0 ... 1000 ms 4 ms 3 ms
tA / 5 · IN0 ... 40 ms 1 ms 5 · IN0 ... 40 ms IN = 10/30 mA
ZL-PE
ZL-N
ZL-PE (volledige
golven) ZL-N 0 ... 999 m
1,00 ... 9,99 1 m
0,01
0,83 ... 4,0 A
0,15 ... 0,49
0,50 ... 0,99
1,00 ... 9,99 UN = 120/230 V
UN = 400 V 1)/
500 V bij ZL-PE
fN = 50/60 Hz
(10% v.d.m.+30D)
(10% v.d.m.+30D)
(5% v.d.m.+3D)
(5% v.d.m.+30D)
(4% v.d.m.+30D)
(3% v.d.m.+3D)
ZL-PE
ZL-PE
DC+
0,25 ... 0,99
1,00 ... 9,99
(18% v.d.m.+30D)
(10% v.d.m.+3D)
(6% v.d.m.+50D)
(4% v.d.m.+3D)
IK
0 A ... 999 A
1,00 kA ... 9,99 kA
10,0 kA ... 50,0 kA
1 A
10 A
100 A
120 (108 ... 132) V
230 (196 ... 253) V
400 (340 ... 440) V
Rekenkundige waarde uit ZL-PE
ZL-PE (15 mA)
0,5 ... 9,99
10,0 ... 99,9
100 ... 999
0,01
0,1
1
15 mA
10 ... 100
100 ... 1000 UN = 120/230 V
fN = 50/60 Hz
(10% v.d.m.+10D)
(8% v.d.m.+2D)
(2% v.d.m.+2D)
(1% v.d.m.+1D)
IK (15 mA)
100 ... 999 mA
0,00 ... 9,99 A
10,0 ... 99,9 A
1 mA
0,01 A
0,1 A
Rekenkundige
waarde afh. van UN
en ZL-PE:
IK=UN/10...1000
Rekenkundige waarde uit Z
L-PE
(15 mA):
IK = UN/ZL-PE (15 mA)
RE
RE (met sonde)
[RE (zonder sonde)
Waarden zoals ZL-
PE]
0 ... 999 m
1,00 ... 9,99
10,0 ... 99,9
100 ... 999
1 k ...9,99 k
1 m
0,01
0,1
1
0,01 k
0,83 ... 3,4 A
0,83 ... 3,4 A
0,83 ... 3,4 A
400 mA
40 mA
4 mA
0,15 ... 0,49
0,50 ... 0,99
1,0 ...9,99
10 ...99,9
100 ...999
1 k ...9,99 k
UN = 120/230 V
UN = 400 V 1)
fN = 50/60 Hz
(10% v.d.m.+30D)
(10% v.d.m.+30D)
(5% v.d.m.+3D)
(10% v.d.m.+3D)
(10% v.d.m.+3D)
(10% v.d.m.+3D)
(5% v.d.m.+30D)
(4% v.d.m.+30D)
(3% v.d.m.+3D)
(3% v.d.m.+3D)
(3% v.d.m.+3D)
(3% v.d.m.+3D)

RE DC+ 0 ... 999 m
1,00 ... 9,99 1 m
0,01 0,83 ... 4,0 A
+ 1,25 A DC
0,25 ... 0,99
1,00 ... 9,99 UN = 120/230 V
fN = 50/60 Hz
(18% v.d.m.+30D)
(10% v.d.m.+3D)
(6% v.d.m.+50D)
(4% v.d.m.+3D)
UE0 ... 253 V 1 V Rekenkundige
waarde
RE
Sel
tang
RE 0 ... 999
1 mW ...
1 W
0,83 ... 3,4 A 0,25 ... 300 5) zie RE
(20% v.d.m.+20 D)
(15% v.d.m.+20 D)
RE DC+ 0 ... 999
1 mW ...
1 W
UN = 120/230 V
fN = 50/60 Hz
(22% v.d.m.+20 D)
(15% v.d.m.+20 D)
EXTRA
ZST 0 ... 1 M1 k2,3 mA bij 230 V 10 k ... 199 k
200 k ... 999 kU0 = UL-N
(20% v.d.m.+2D)
(10% v.d.m.+2D)
(10% v.d.m.+3D)
(5% v.d.m.+3D)
RISO
RISO, RE ISO
1 ... 999 k
1,00 ... 9,99 M
10,0 ... 49,9 M
1 k
10 k
100 k
IK = 1,5 mA 50 k... 500 M
UN = 50 V
IN = 1 mA
Bereik k
(5% v.d.m.+10D
)
Bereik M
(5% v.d.m.+1D)
Bereik k
(3% v.d.m.+10D)
B
ereik M
(3% v.d.m.+1D)

1 ... 999 k
1,00 ... 9,99 M
10,0 ... 99,9 M
1 k
10 k
100 k
UN = 100 V
IN = 1 mA
1 ... 999 k
1,00 ... 9,99 M
10,0 ... 99,9 M
100 ... 200 M
1 k
10 k
100 k
1 M
UN = 250 V
IN = 1 mA
1 ... 999 k
1,00 ... 9,99 M
10,0 ... 99,9 M
100 ... 500 M
1 k
10 k
100 k
1 M
UN = 500 V
UN = 1000 V
IN = 1 mA
U 25 ... 1200 V– 1 V 25 ... 1200 V (3% v.d.m.+1D)
(1,5% v.d.m.+1D)
RLO RLO 0,01 ... 9,99
10,0 ... 99,9 10 m
100 mIm 200 mA 0,1 ... 6 U0 = 4,5 V (4% v.d.m.+2D) (2%
v.d.m.+2D)
48


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