Datasheet
GMC-I Messtechnik GmbH 3
METRACALMC
Multimeter, Calibrator
Multimeter Section
1)
Display: 3¾ places for capacitance measurement; a different sampling rate can be
selected in the rAtE menu for saving and transmitting measured values.
2)
Only manually adjustable
3)
At 0 ... + 40C
4)
20 45 65 Hz 1 kHz sine, for alternating voltage TRMS
AC
,
see page 4 for influences
5)
ZERO is displayed for active “zero balancing” function,
maximum correction: 50% rdg.
6)
Lowest measurable frequency for sinusoidal measuring signals symmetrical to the
zero point
7)
Range 60/300 mV~: U
E
30% of upper range limit
3/30/300 V~: U
E
10% of upper range limit
8)
Plus sensor deviation
9)
Without integrated reference junction;
with internal reference temperature plus error of 2K
10)
The limits only apply for battery operation (mains adapter Z218K for multimeter
operation in preparation)
Key
d = digit(s)
MR = measuring range
rdg. = reading (measured value)
Meas.
Func-
tion
Measuring Range
Resolution at
Upper Range
Limit
Input impedance
Intrinsic Uncertainty
at Highest Resolution
under Reference Conditions
Overload
Capacity
3)
(...% rdg. + ... d) (...% rdg. + ... d)
30,000
1)
(60,000)
3000
1)
DC AC DC AC
4) 10)
Value Time
V
60mV
2)
1 V>20M —0.1+10 —
300 V
DC
AC
TRMS
sine
Cont.
300 mV 10 V>20M 9M // < 50 pF 0.08 + 10 0.5 + 30 (> 500 d)
3 V 100 V11M 9M // < 50 pF 0.05 + 10 0.2 + 30 (> 100 d)
30 V 1 mV 10 M 9M // < 50 pF 0.05 + 10 0.2 + 30 (> 100 d)
300 V 10 mV 10 M 9M // < 50 pF 0.05 + 10 0.2 + 30 (> 100 d)
Voltage drop at approx. range limit
DC AC DC AC
4) 10)
mA
300 μA 10 nA 150 mV 150 mV 0.1 + 15 0.8 + 30 (> 100 d)
0.36 A Cont.
3 mA 100 nA 150 mV 150 mV 0.05 + 15 0.5 + 30 (> 100 d)
30 mA 1 A 150 mV 150 mV 0.05 + 15 0.5 + 30 (> 100 d)
300 mA 10 A 150 mV 150 mV 0.05 + 15 0.5 + 30 (> 100 d)
Open-circuit voltage
Measuring current
at range limit
(...% rdg. + ... d)
300 10 m 0.6 V 250 A0.1+5
5
300 V
DC
AC
TRMS
sine
5 minutes
3k 0.1 0.6 V 150 A0.1+5
5
30 k 1 0.6 V 30 A0.1+5
300 k 10 0.6 V 3 A0.2+5
3M 100 0.6 V 360 nA 0.5 + 5
30 M 1 0.6 V 100 nA 2 + 10
300 0.1 3.2 V 1 mA 2 + 5 Max. 10 s
6 V 1 mV 7 V Approx. 1 mA 0.5 + 3 300 V Max. 10 s
Discharge
resistance
U
0 max
(...% rdg. + ... d)
F
30 nF 10 pF 1 M 3 V 1 + 10
5)
10)
300 V
DC
AC
TRMS
sine
5 minutes
300 nF 100 pF 100 k 3 V 1 + 6
5) 10)
3 F1nF12k 3 V 1 + 6
10)
30 F10nF12k 3 V 1 + 6
10)
300 F 100 nF 3 k 3 V 5 + 6
10)
f
min
6)
(...% rdg. + ... d)
Hz
300 Hz 0.01 Hz
1Hz
0.05 + 5
7) 10)
300 V
Cont.
3kHz 0.1Hz 300 V
30 kHz 1 Hz 200 V
300 kHz 10 Hz 10 Hz 20 V
Meas.
Func-
tion
Temperature
Sensor
Measuring Range
Resolution
Intrinsic Uncertainty
at highest Resolution
under Ref. Conditions
(...% rdg. + ... d)
8)
OL Ca-
pacity
3)
Value Time
C/F
Pt100
–200.0 –100.0 C
0.1 K
0.3 + 10
300
V
DC
RMS
sine
5
min
–100.0 +100.0 C
+100.0 +850.0 C
Pt1000
–200.0 +100.0 C
+100.0 +850.0 C
Ni 100
–60.0 +180.0 C
Ni 1000
–60.0 +180.0 C
K (NiCr-Ni)
–250.0 +1372.0 C
0.2 + 10
9)
J (Fe-CuNi)
–210.0 +1200.0 C
T (Cu-CuNi)
–270.0 +400.0 C
B (Pt30Rh/
Pt6Rh)
+0 +1820.0 C
E (NiCr/CuNi)
–270.0 +1000.0 C
R (Pt13Rh/Pt)
–50.0 +1768.0 C
N (CU/Cu10)
–270.0 +1300.0 C
S (Pt10Rh/Pt)
-50.0 +1768.0 C
J (Fe/CuNi)
–200.0 +900.0 C
U (Cu/CuNi)
–200.0 +600.0 C