Operation Manual

GMC-I Messtechnik GmbH 127
Technical Data
* The data are only valid for the values displayed at the test instrument.
Data which are transmitted via the USB interface may deviate.
RCD test
Time to trip 0 ... 400 ms 5 ms
Test
current:
30 mA
At nominal voltage of 230 / 240 V and 50 / 60 Hz,
only during battery operation with mains
connected
PRCD:
Time to trip 0 ... 400 ms 2 ms
Test
current:
30 mA
At nominal voltage of 230 / 240 V and 50 / 60 Hz,
Function test (not during battery operation)
Line voltage (RMS)
U LN
90 ... 264 V AC
(45 ... 440 Hz)
0.1 V
 5.0% rdg.
 (2.5% rdg. + 1 d)
264 V
AC
Cont.
Load Current
(RMS) I L
0.02 ... 16.00 A AC
(45 ... 440 Hz)
10 mA
Shutdown by mains relay at: I
V
> 16 A~ where t > 0.5 s
Shutdown by mains relay at: I
V
> 4 A~ where internal
temperature > 70 C
 5.0% rdg.
 (2.5% rdg. + 1 d)
4 A Cont.
Active power P 10 ... 4000 W 1 W
Measured value P and calculated value S are compared, and
the smaller of the two is displayed.
Shutdown at internal temperature > 70 C
f < 100 Hz
7.5% rdg.
P > 10 W, PF > 0.5
f < 100 Hz
(5% rdg. + 10 d)
< 1000
W
< 4000
W
Cont.
Int.
f  100 Hz
10% rdg.
P > 10 W, PF > 0.5
f  100 Hz
(7.5% rdg. + 10 d)
Apparent power S 10 ... 4000 W 1 VA
Calculated vale U
L–N
• I
V
[OL display for ULN or I L overload]
Shutdown at internal temperature > 70 C
f < 100 Hz
7.5% rdg.
P > 10 W
f < 100 Hz
(5% rdg. + 10 d)
< 1000
W
< 4000
W
Cont.
Int.
f  100 Hz
10% rdg.
P > 10 W
f  100 Hz
(7.5% rdg. + 10 d)
Power factor PF
with sinusoidal
waveshape: cos

0.00 ... 1.00
inductive
0.01 Calculated value P / S, display as of P > 10 W
f < 100 Hz
7.5% rdg.
P > 10 W, PF > 0.5
f < 100 Hz
(5% rdg. + 10 d)
——
f  100 Hz
10% rdg.
P > 10 W, PF > 0.5
f  100 Hz
(7.5% rdg. + 10 d)
On-time t
(E = P · t)
00:00:00 ... >
99:00:00 s
1 s On-time, line voltage to test socket, for calculating energy
—
——
Func-
tion
Measured
Quantity
Measuring Range /
Nominal Range of
Use
Reso-
lution
Addi-
tional
Informa-
tion
Open-
Circuit
Voltage
U
0
Addi-
tional
Infor-
mation
Short-
circuit
current
I
K
Int.
Resis-
tance
R
I
Ref.
Resis-
tance
R
REF
Measuring
Uncertainty *
Intrinsic
Uncertainty *
Overload
Capacity
Value Time