Technical Data Automation Kit elimination of asynchronous operation

1.

Type

Analog AM RP "Diamant" NPP "Hartron-INKOR"

2.

Manufacturer

3.

Standards

4.

Technical description

4.1

Nominal test voltage, V (phase)

100

4.2

Rated measuring current, A

1.0 or 5.0

4.3

Rated voltage (DC), V

=220

4.4

Voltage reliable switching digital input,V

145-242

4.5

Power failure safe digital input ,V

0-132

4.6

The number of current inputs (1A), things., Not less

4

4.7

Number of voltage inputs, pcs., Not less

3

4.8

Digital inputs

yes

4.9

Digital outputs (relay outputs)

Yes

4.10

Control voltage circuits (CVC)

Yes

5.

Algorithm impedance (of resistance)

5.1

The angle of maximum sensitivity (selectable), deg

1 – 89

(1)

5.2

The width of the zone of operation of the resistance Z1, Z2, Z3 (discrete), Ohm

0 – 800

(0,01)

5.3

Upper and lower limit of the zone triggering resistance Z1, Z2, Z3, Ohm

-800 ? + 800

5.4

Areas return of resistance Z1, Z2, Z3 (discrete), Ohm

0-100

(0,01)

5.5

The time between the triggering sensor (Z1) and rough (Z2) body resistance (digital), sec

0,01-10

(0,01)

5.6

Setting blocking voltage reverse order (discrete),V

0 – 20

(0,05)

5.7

Setpoint correction active power (discrete), W

-1000 ? + 1000 (0,01)

5.8

The dropout voltage reverse order (discrete)

0,5-1

(0,01)

5.9

Duration of RA (discrete), sec

0 – 100 (0,01)

5.10

Return time AEAO (digital), sec

0 – 300 (0,01)

5.11

Number of half cycles of AR (discrete)

1 – 40 (1)

5.12

The duration of the output signals (digital), sec

0,01 – 100 (0,01)

5.13

Pause after tripping stage AEAO (digital), sec

0-100

(0,01)

6.

Algorithm corner

6.1

Number of steps

2

6.2

The real component of the resistance of the main branch (discrete), Ohm

0 – 800

(0,01)

6.3

The real component of the impedance of the additional branch (discrete), Ohm

0 – 800

(0,01)

6.4

The real component of the resistance of the main branch of the (discrete), Ohm

0 – 800

(0,01)

6.5

The real component of the impedance of the additional branch (discrete), Ohm

0 – 800

(0,01)

6.6

The imaginary component of the resistance of the main branch of the (discrete), Ohm

0 – 800

(0,01)

6.7

The imaginary component of the impedance of the additional branch (discrete), Ohm

0 – 800

(0,01)

6.8

The imaginary component of the resistance of the main branch of the (discrete), Ohm

0 – 800

(0,01)

6.9

The imaginary component of the impedance of the additional branch (discrete), Ohm

0 – 800

(0,01)

6.10

Blocking U1 (discrete), V

0 – 100 (0,01)

6.11

Blocking U2 (discrete),V

0 – 100 (0,01)

6.12

Blocking U0 (discrete) ,V

0 – 100 (0,01)

6.13

Blocking excess I1 (discrete), A

0 – 10 (0,01)

6.14

Blocking decrease I1 (discrete), A

0 – 10 (0,01)

6.15

Blocking I2 (discrete), A

0 – 10 (0,01)

6.16

Blocking I0 (discrete), A

0 – 10 (0,01)

6.17

Lock for sliding (discrete)

-180 ? +180 (1)

6.18

The dropout ratio for the U1 (discrete)

1 – 1,5 (0,01)

6.19

The dropout ratio for U2 (discrete)

0 – 1 (0,01)

6.20

The dropout ratio of U0 (discrete)

0 – 1 (0,01)

6.21

The dropout ratio for exceeding I1 (discrete)

0 – 1

(0,01)

6.22

The dropout ratio for lowering I1 (discrete)

1 – 1,5

(0,01)

6.23

Reset ratio I2 (discrete)

0 – 1 (0,01)

6.24

The dropout ratio I0 (discrete)

0 – 1 (0,01)

6.25

The dropout ratio for the slip (discrete)

0 – 1

(0,01)

6.26

Time cranking one cycle 1 (2) stage (discrete), sec

0 – 20

(0,01)

6.27

Number of cycles 1 (2) stage (discrete)

0 – 10 (0,1)

6.28

Delay 1 (2) level (logic),sec

0 – 20 (0,01)

6.29

Length off 1 (2) stage (discrete), sec

0 – 20 (0,01)

7.

UAEAO

7.1

Number of half cycles UAEAO (discrete)

1 – 40 (1)

7.2

Pick-zero sequence (discrete), A

0.02 – 150 (0.01)

7.3

The dropout ratio of zero sequence current (digital), A

0.5 – 1,0 (0.01)

7.4

The duration of the output signal (digital), sec

0.01 – 100 (0.01)

7.5

Delay on activation (selectable), sec

0,00 – 100 (0.01)

7.6

Return time (digital), sec

0.00 – 5 (0.01)

8.

Features function control voltage circuit (CVC)

8.1

Setting range response and return on U1 (discrete) ,V

0 – 200

(0,01)

8.2

Setting range response and return of U2 (discrete), V

0 – 200

(0,01)

8.3

Setting range response and return of U0 (discrete) ,V

0 – 200

(0,01)

8.4

Setting range tripping I1 (discrete), A

0 – 200 (0,01)

8.5

Setting range tripping I2 (discrete), A

0 – 200 (0,01)

8.6

Setting range tripping I0 (discrete), A

0 – 200 (0,01)