Datasheet

GMC-I Messtechnik GmbH 3
METRAClip85 and 86
Clamp Multimeters
Special Measuring Functions of the METRAClip85
Measurements via Connector Sockets
Temperature Measurement with type K Thermocouple
1
Plus sensor deviation
Technical Data of Type K Thermocouple
Measuring Range 0 ... 200 C
Length of sense 1000 20 mm
Adapter Function – Measurement Type: DC
Input impedance 10 M
Adapter Function – Measurement Type: AC
Input impedance 10 M
Special Measuring Functions of the METRAClip86
Measurements via Current Clamp and Connector Sockets
Active Power (DC/AC, DC+AC)
1
Overload display for measured power values > 900 kW
in single-phase systems (1000 V x 900 A)
2
Overload display for measured power values > 600 kW
in single-phase systems (1000 V x 600 A)
Bandwidth AC voltage measurement: 3 kHz
AC current measurement: 3 kHz
Apparent Power (AC, DC+AC)
1
Overload display for measured power values > 900 kVA
in single-phase systems (1000 V x 900 A)
2
Overload display for measured power values > 600 kVA
in single-phase systems (1000 V x 600 A)
Bandwidth AC voltage measurement: 3 kHz
AC current measurement: 3 kHz
Reactive Power (AC, DC+AC)
1
Overload display for measured power values > 900 kvar
in single-phase systems (1000 V x 900 A)
2
Overload display for measured power values > 600 kvar
in single-phase systems (1000 V x 600 A)
Bandwidth AC voltage measurement: 3 kHz
AC current measurement: 3 kHz
Power Factor PF
Harmonics, THD
Measurement with Voltage via Connector Sockets,
Measurement with Current via Current Clamp
THDr: harmonic component relative to the TRMS value of the fun-
damental harmonic
THDf: harmonic component relative to the fundamental harmonic
Phase Sequence
Frequency range 47 ... 400 Hz
Permissible voltage
range 50 to 1000 V
Permissible phase shift 10°
Permissible
amplitude deviation 20%
Permissible
harmonic component For voltage: 10%
Measuring Range Resolution
Intrinsic Error
1
under
Reference Conditions
-60.0  599.9 °C
-76.0  1111.8 °F
0.1 °C
0.1 °F
1% rdg. 3 °C
1% rdg. 5.4 °F
+600  +1200 °C
+1112  +2192 °F
1 °C
1 °F
Measuring Range Resolution
Intrinsic Error under
Reference Conditions
0.0  599.9 mV 0.1 mV
(1.0% rdg.  3 d)
0.60  5.99 V 10 mV
Measuring Range Resolution
Intrinsic Error under
Reference Conditions
5.0  599.9 mV 0.1 mV
5.0  59.9 mV:
(1.0% rdg.  10 d)
60.0  599.9 mV:
(1.0% rdg.  3 d)
0.60  5.99 V 10 mV (1.0% rdg.  3 d)
Measuring Range Resolution
Intrinsic Error under
Reference Conditions
DC: 0  5999 W
AC: 5  5999 W
DC+AC: 5  5999 W
1 W (2.0% rdg. 10 d)
6.00  59.99 kW 10 W
(2.0% rdg. 3 d)
60.0  599.9 kW 100 W
DC: 600  900 kW
1
AC: 600 kW
2
DC+AC: 600  900 kW
1
1 kW
Measuring Range Resolution
Intrinsic Error under
Reference Conditions
5  5999 VA 1 VA (2.0% rdg. 10 d)
6.00  59.99 kVA 10 VA
(2.0% rdg. 3 d)
60.0  599.9 kVA 100 VA
AC: 600 kVA
2
DC+AC: 600  900 kVA
1
1 kVA
Measuring Range Resolution
Intrinsic Error under
Reference Conditions
5  5999 var 1 var (2.0% rdg. 10 d)
6.00  59.99 kvar 10 var
(2.0% rdg. 3 d)
60.0  599.9 kvar 100 var
AC: 600 kvar
2
DC+AC: 600  900 kvar
1
1 kvar
Measuring Range Resolution
Intrinsic Error under
Reference Conditions
0.00  0.49
0.01
(3% rdg. 2 d)
0.50  1.00 (2% rdg.  3 d)
Measuring Range Resolution
Intrinsic Error under
Reference Conditions
THDr: 0.0  100% 0.1%
V: (5.0% rdg.  2 d)
A:  (5.0% rdg. ± 5 d)
THDf: 0.0  1000% 0.1%
V: (5.0% rdg.  2 d)
A:  ( 5.0% rdg. ± 5 d)