Siemens Argus 7SR21 Technical Manual page 150

7SR210 Settings Guide
Description
E1
Specify logic equations of the form En =
<Operand><Operator><Operand>using the
following:0123456789=Digit() = Parenthesis! = NOT operation. =
AND operation^ = EXCLUSIVE OR operationE(followed by a digit) =
Equation numberF (Followed by a digit) = Function Key
numberI(Followed by a digit) = Binary Input numberL(Followed by a
digit) = LED numberO(Followed by a digit) = output relay
numberV(Followed by a digit) =Virtual Input/Output
number.ExamplesMake a function key LED toggle when function key
is pressed (requires E1 to drive L11 in output matrix)E1 =
F3^L11
E1 Pickup Delay
Time before equation output operates, after equation satisfied
E1 Dropoff Delay
Time before equation output resets, after equation nolonger satisfied
E1 Counter Target
Select number of times equation must be satisfied before equation
output operates
E1 Counter Reset Mode
Select type of counter reset mode
E1 Counter Reset Time
Select counter reset time
E2 Equation
Enable or Disable logic equation E2
E2
Specify logic equations of the form En =
<Operand><Operator><Operand>using the
following:0123456789=Digit() = Parenthesis! = NOT operation. =
AND operation^ = EXCLUSIVE OR operationE(followed by a digit) =
Equation numberF (Followed by a digit) = Function Key
numberI(Followed by a digit) = Binary Input numberL(Followed by a
digit) = LED numberO(Followed by a digit) = output relay
numberV(Followed by a digit) =Virtual Input/Output
number.ExamplesMake a function key LED toggle when function key
is pressed (requires E1 to drive L11 in output matrix)E1 =
F3^L11
E2 Pickup Delay
Time before equation output operates, after equation satisfied
E2 Dropoff Delay
Time before equation output resets, after equation nolonger satisfied
E2 Counter Target
Select number of times equation must be satisfied before equation
output operates
E2 Counter Reset Mode
Select type of counter reset mode
E2 Counter Reset Time
Select counter reset time
E3 Equation
Enable or Disable logic equation E3
E3
Specify logic equations of the form En =
<Operand><Operator><Operand>using the
following:0123456789=Digit() = Parenthesis! = NOT operation. =
AND operation^ = EXCLUSIVE OR operationE(followed by a digit) =
Equation numberF (Followed by a digit) = Function Key
numberI(Followed by a digit) = Binary Input numberL(Followed by a
digit) = LED numberO(Followed by a digit) = output relay
numberV(Followed by a digit) =Virtual Input/Output
number.ExamplesMake a function key LED toggle when function key
is pressed (requires E1 to drive L11 in output matrix)E1 =
F3^L11
Unrestricted Page 26 of 61
Range
(20 Character String)
0, 0.01 ... 14300, 14400
0, 0.01 ... 14300, 14400
1, 2 ... 998, 999
Off, Multi-shot, Single-shot
0, 0.01 ... 14300, 14400
Disabled, Enabled
(20 Character String)
0, 0.01 ... 14300, 14400
0, 0.01 ... 14300, 14400
1, 2 ... 998, 999
Off, Multi-shot, Single-shot
0, 0.01 ... 14300, 14400
Disabled, Enabled
(20 Character String)
© 2018 Siemens Protection Devices Limited
Default
0 s
0 s
1
Off
0 s
Disabled
0 s
0 s
1
Off
0 s
Disabled