Technical Data
10-217SJ62 Manual
C53000-G1140-C121-1
Dropout Threshold approx. 1.05 · I
Nsp
for I
Nsp
> 50 mA
Measurement Tolerance 2 % of setting value or 1 mA
Operating Time Tolerance in the 7% of reference value for 2 ≤ I/I
Nsp
≤ 20
Linear Range + 2% current tolerance, or 70 ms
Influencing Vari-
ables
Power supply direct voltage in range
0.8 ≤ V
PS
/ V
PS nominal
≤ 1.15 1 %
Temperatur in range
23º F ≤ ϑ
amb
≤ 131º F 0.06% /10º F
Frequency in range
0.95 ≤ f/f
N
≤ 1.05 1 %
Harmonic currents
– Up to 10 % 3
rd
Harmonic 1 %
– Up to 10 % 5
th
Harmonic 1 %
Note:
For the purpose of high sensitivity, the linear range of the measuring input for
the sensitive ground fault acquisition is from 0.003 A to 1.6 A. For currents greater than
1.6 A, this function drops out!
The set times are pure delay times for the definite time characteristic.
Direction Determi-
nation for All Types
of Ground Faults
Direction Measurement
–I
G
and V
G
measured (ground quantities)
–3I
0
and 3V
0
calculated
Measuring Principle Real/reactive power measurement
Measuring Enable I
Release direct. element
0.003 A to 1.200 A (increments 0.001A)
Current component
perpendicular (90º) to
Direction Phasor)
Dropout/Pickup (ratio) approx. 0.80
Measuring Method cosϕ and sinϕ
Direction Phasor - 45.0° to +45.0° (increments 0.1°)
Dropout Delay T
Reset Delay
1 s to 60 s (increments 1 s)
Angle correction for cable converter in 2 operating points F1/I1 and F2/I2:
(for resonant-grounded system)
Angle correction F1, F2 0.0° to 5.0° (increments 0.1°)
Currents I1, I2 0.003 A to 1.600 A (increments 0.001A)
Measurement Tolerance 2 % of setting value or 1 mA
Angle Tolerance 3°
Note:
To achieve high sensitivity, the design of the measuring input for sensitive
ground fault acquisition is such that the linear range is from 0.003 A to 1.6 A. For cur-
rents greater than 1.6 A, correct directionality can no longer be guaranteed.
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