Technical Data; Inputs And Outputs - Siemens 7SR210 Argus Manual

Reydisp Evolution
Fig 2. Typical Reydisp Evolution screenshot
Reydisp Evolution is common to the entire range of Reyrolle
numeric products. It provides a means for the user to apply
settings, interrogate settings and also to retrieve events &
disturbance waveforms from the relay.

Technical Data

For full technical data refer to the Performance Specification
Section of the Technical Manual.

Inputs and Outputs

Current Inputs
Quantity
Rated Current IN
Measuring Range
Instrumentation ≥ 0.1xIn
Frequency
Thermal Withstand:
Continuous
10 Minutes
5 Minutes
3 Minutes
2 Minutes
3 Seconds
2 Seconds
1 Second
1 Cycle
Siemens Protection Devices Limited
3 x Phase & 1 x Earth or
Sensitive Earth
1/5A
80 xIn
±1% In
50/60Hz
3.0 xIn
3.5 xIn
4.0 xIn
5.0 xIn
6.0 xIn
57.7A (1A) 202A (5A)
70.7A (1A) 247A (5A)
100A (1A) 350A (5A)
700A (1A) 2500A (5A)
Burden @ In
Voltage Inputs
Quantity
Nominal Voltage
Instrumentation ≥ 0.8 xVn
Thermal Withstand:
Continuous
1 Second
Burden @ 110V
DC Auxiliary supply
Nominal voltage
30/48/110/220/ V dc
Allowable superimposed ac
component
Allowable breaks/dips in
supply (collapse to zero)
Auxiliary supply: Burdens
Power Consumption Quiescent
(typical)
30V dc 6.0W
48V dc 5.5W
110V dc 6.5W
220V dc 7.5W
Binary Inputs
Operating Voltage
Maximum dc current for
operation
Binary Outputs
Operating Voltage
Operating Mode
Contact Operate / Release
Time.
Making Capacity:
Carry continuously
Make and carry
(L/R ≤ 40 ms and V ≤ 300 V)
Breaking Capacity
( ≤ 5 A and ≤ 300 V):
AC Resistive
AC Inductive
DC Resistive
DC Inductive
≤0.1VA (1A phase and Earth
element)
≤0.3VA (5A phase and earth
element)
4
40...160V a.c. Range
±1% Vn
300V
≤ 0.1VA
Operating Range V dc
Range 24 to 290V dc
12% of DC voltage
20ms
Quiescent
(back-light on)
7.0W
6.5W
7.5W
8.5W
19V dc: Range 17 to 290V dc
88V: Range 74 to 290V dc
1.5mA
Voltage Free
User selectable - Self or
Hand Reset
7ms / 3ms
5A ac or dc
20A ac or dc for 0.5s
30A ac or dc for 0.2s
1250VA
at p.f. ≤ 0.4
250VA
75W
30W at L/R ≤ 40ms
at L/R ≤ 10ms
50W
6