Gossen MetraWatt PROFITEST MBASE MTECH - 18 Characteristic Values

48 GMC-I Messtechnik GmbH
18 Characteristic Values
Func-
tion
Measured
Quantity
Display Range
Reso-
lution
Input
Impedance/
Test Current
Measuring Range Nominal Values
Measuring
Uncertainty
Intrinsic
Uncertainty
Connections
Plug
Insert
1)
2-Pole
Adapter
3-Pole
Adapter
Probe
Clamps
WZ12C Z3512A
MFLEX
P300
U
U
L-PE
U
N-PE
0 ... 99.9 V 0.1 V
5 M
90 ... 600 V
1)
U
N
= 120/230/
400/500 V
f
N
= 16
2
/
3
/50/
60/200/400 Hz
(2% rdg.+5d) (1% rdg.+5d)
lll
100 ... 600 V 1 V (2% rdg.+1d) (1% rdg.+1d)
f
15.0 ... 99.9 Hz
100 ... 999 Hz
0.1 Hz
1 Hz
15.4 ... 420 Hz (0.2% rdg.+1d) (0.1% rdg.+1d)
U
3~
0 ... 99.9 V
100 ... 600 V
0.1 V
1 V
90 ... 600 V
(3% rdg.+5d)
(3% rdg.+1d)
(2% rdg.+5d)
(2% rdg.+1d)
l
U
PROBE
0 ... 99.9 V
100 ... 600 V
0.1 V
1 V
0 ... 600 V
(2% rdg.+5d)
(2% rdg.+1d)
(1% rdg.+5d)
(1% rdg.+1d)
l
U
L-N
0 ... 99.9 V
100 ... 600 V
0.1 V
1 V
90 ... 600 V
1)
(3% rdg.+5d)
(3% rdg.+1d)
(2% rdg.+5d)
(2% rdg.+1d)
ll
I
N
I
F
U
IN
0 ... 70.0 V 0.1 V 0.3 · I
N
5 ... 70 V
U
N
= 120/230 V
f
N
= 50/60 Hz
U
L
= 25/50 V
I
N
= 10/30/
100/300/500
mA
U
N
1) 2)
= 400 V
+10% rdg.+1d
+1% rdg.–1d ...
+9% rdg.+1d
ll
l
optio
nal
R
E
/ I
N
= 10 mA 10 ... 6.51 k 10 
calculated value
from
U
IN
/ I
N
R
E
/ I
N
= 30 mA
3  ... 999 
1 k ... 2.17 k
3 
10 
R
E
/ I
N
= 100 mA 1 ... 651  1
R
E
/ I
N
= 300 mA
0.3  ... 99.9 
100  ... 217 
0.3 
1 
R
E
/ I
N
= 500 mA
0.2  ... 9.99 
100  ... 130 
0.2 
1 
I

/ I
N
= 10 mA 3.0 ... 13.0 mA
0.1 mA
3.0 ... 13.0 mA 3.0 ... 13.0 mA
(5% rdg.+1d) (3.5% rdg.+2d)
I

/ I
N
= 30 mA 9.0 ... 39.0 mA 9.0 ... 39.0 mA 9.0 ... 39.0 mA
I

/ I
N
= 100 mA 30 ... 130 mA 1 mA 30 ... 130 mA 30 ... 130 mA
I

/ I
N
= 300 mA 90 ... 390 mA 1 mA 90 ... 390 mA 90 ... 390 mA
I

/ I
N
= 500 mA 150 ... 650 mA 1 mA 150 ... 650 mA 150 ... 650 mA
U
I
/ U
L
= 25 V 0 ... 25.0 V
0.1 V wie I

0 ... 25.0 V
+10% rdg.+1d
+1% rdg.–1d ...
+9% rdg.+1 d
U
I
/ U
L
= 50 V 0 ... 50.0 V 0 ... 50.0 V
t
A
/ I
N
0 ... 1000 ms 1 ms 1.05 · I
N
0 ... 1000 ms
4 ms 3 ms
t
A
/ 5 · I
N
0 ... 40 ms 1 ms 5 · I
N
0 ... 40 ms I
N
= 10/30 mA
Z
L-PE
Z
L-N
Z
L-PE
(full waves)
Z
L-N
0 ... 999 m
1.00 ... 9.99 
1 m
0.01 
0.65 ... 4.0 A
0.15 ... 0.49 
0.50 ... 0.99 
1.00 ... 9.99 
U
N
= 120/230 V
U
N
= 400 V
1)
/
500 V at Z
L-PE
f
N
= 50/60 Hz
(10% rdg.+ 30d)
(10% rdg.+ 30d)
(5% rdg.+ 3d)
(5% rdg.+30d)
(4% rdg.+30d)
(3% rdg.+3d)
l
l
Z
L-PE
Z
L-PE
DC+
0.25 ... 0.99 
1.00 ... 9.99 
(18% rdg.+30d)
(10% rdg.+3d)
(6% rdg.+50d)
(4% rdg.+3d)
I
K
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
calculated value from Z
L-PE
Z
L-PE
(15 mA)
0.5 ... 9.99  0.01  only display range
10.0 ... 99.9 
100 ... 999 
0.1 
1 
15 mA
10 ... 100 
100 ... 1000 
U
N
= 120/230 V
f
N
= 50/60 Hz
 (10% v.M.+10D)
 (8% v.M.+2D)
 (2% v.M.+2D)
 (1% v.M.+1D)
I
K
(15 mA)
100 ... 999 mA
0.00 ... 9.99 A
10.0 ... 99.9 A
1 mA
0.01 A
0.1 A
calcul. value depends
on U
N
and Z
L-PE
:
I
K
=U
N
/10...1000
calculated value from Z
L-PE
(15 mA):
I
K
= U
N
/Z
L-PE
(15 mA)
R
E
R
E
(with probe)
[R
E
(without probe)
values as Z
L-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
0.65 ... 3.4 A
0.65 ... 3.4 A
0.65 ... 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
U
N
= 120/230 V
U
N
= 400 V
1)
f
N
= 50/60 Hz
(10% rdg.+30d)
(10% rdg.+30d)
(5% rdg.+3d)
(10% rdg.+3d)
(10% rdg.+3d)
(10% rdg.+3d)
(5% rdg.+30d)
(4% rdg.+30d)
(3% rdg.+3d)
(3% rdg.+3d)
(3% rdg.+3d)
(3% rdg.+3d)
ll l
R
E
DC+
0 ... 999 m
1.00 ... 9.99 
1 m
0,01 
0.65 ... 3.4A
+ 1.25 A DC
0.25 ... 0.99 
1.00 ... 9.99 
U
N
= 120/230 V
f
N
= 50/60 Hz
 (18% rdg.+ 30d)
(10% rdg. + 3d)
(6% rdg.+50D)
(4% v.M.+3D)
U
E
0 ... 253 V 1 V — calculated value
R
E
Sel
clip
R
E
0 ... 999 
1 m...
1 
0.65 ... 3.4 A 0.25 ... 300 
5)
see R
E
 (20% rdg.+ 20 D)  (15% rgd.+ 20 d)
l
l
R
E
DC+ 0 ... 999 
1 m...
1 
U
N
= 120/230 V
f
N
= 50/60 Hz
 (22% v.M.+20 D)  (15% rdg.+ 20 d)
EX-
TRA
Z
ST
0 ... 30 M 1 k
2.3 mA at 230
V
10 k ... 199 k
200 k ... 30 M
U
0
= U
L-N
(20% rdg.+2d)
(10% rdg.+2d)
(10% rdg.+3d)
(5% rdg.+3d)
R
INS
R
INS
. R
E INS
1 ... 999 k
1.00 ... 9.99 M
10.0 ... 49.9 M
1 k
10 k
100 k
I
K
= 1.5 mA 50 k... 500 M
U
N
= 50 V
I
N
= 1 mA
krange
(5% rdg.+10d)
Mrange
(5% rdg.+1d)
krange
(3% rdg.+10d)
Mrange
(3% rdg.+1d)
ll
1 ... 999 k
1.00 ... 9.99 M
10.0 ... 99.9 M
1 k
10 k
100 k
U
N
= 100 V
I
N
= 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
U
N
= 250 V
I
N
= 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
U
N
= 500 V/
1000 V
I
N
= 1 mA
U 25 ... 1200 V– 1 V 25 ... 1200 V (3% rdg.+1d)
 (1.5% rdg.+1d)
R
LO
R
LO
0.01  ... 9.99 
10.0  ... 99.9 
10 m
100 m
I
m
 200 mA 0.1  ... 6  U
0
= 4.5 V (4% rdg.+2d) (2% rdg.+2d)
l