Technical Data Automation Kit elimination of asynchronous operation

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Type			Analog AM RP "Diamant" NPP "Hartron-INKOR"
2.	Manufacturer
3.	Standards
4.	Technical description
4.1	Nominal test voltage, V (phase)
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
4.7	Number of voltage inputs, pcs., Not less
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
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)

 

Technical data set command RP and SA - Tx, Rx

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Type		The analogue ACA "Kedr" LLC "Uralenergoservis"
2.	Manufacturer
3.	Standards
4.	Technical description:
4.1	The principle of command - frequency identification (single-frequency or dual-frequency serial code)	Yes
4.2	Additional functions: - Signaling telemetry - Signal transmission phase frequency voltage. Additional features are implemented using the principle of manipulation of the control frequency (CF1/CF2)	Yes
5.	Characteristics of work on high channels
5.1	Frequency range, kHz	24-1000
5.2	The width of the operating band, kHz	4,0
5.3	Step restructuring basic starting frequency, kHz	1,0
5.4	The transmission level of the HF signal on a linear frequency control output dBm	+31 ± 0,5
5.5	The level of the HF signal transmission commands to the linear output dBm	+45 ± 0,5
5.6	Range modulating the transmission level of the HF signal, however, dB
5.7	Attenuation is entered in 75-ohm path at offset from the edge of the nominal band, no more, dB
5.8	Nominal input resistance Rx, Ohm	75±15
5.9	Receiver selectivity at offset from the edge of the operating band of 6 Hz, dB	≥ 80
5.10	Mirror channel selectivity, dB	≥ 80
5.11	The dynamic range, however, dB
5.12	Time transfer command (if derived cell delay), no more, msec
5.13	Monitoring the output level of the transmitter in a predetermined range	Yes
5.14	Control the receiver for:
5.14.1	the presence of the pilot signal	Yes
5.14.2	reduction in the level of reception of the pilot signal (warning signal)	Yes
5.14.3	limit reduction reception (Emergency Signal)	Yes
5.15	The delay in the formation of a command signal from the moment the input of the transmitter control action, not more, msec
5.16	Stability Control System clock frequency for the individual RPMs and Tx. The hardware and software is provided by way of frequency stabilization is not worse, ppm	±2
6.	General technical characteristics of equipment
6.1	Operational current constant,
6.2	Power consumption of the transmitter at the maximum level of signal transmission, W
6.3	Power consumption receiver, W
6.4	Two transmission mode commands: - Long (over time the control action) - Short-term (within preassigned time)	Yes
6.5	Selecting the command: separate for each team	Yes
6.6	Setting mode - with the PCR unit and the PC during commissioning and during operation	Yes
6.7	The duration of command transmission, the range msec	20 - 200 (Step 1 msec)
6.8	Transfer delay information on the channel, no more msec
6.9	Time software delay retransmission command msec	10-500 (Step 2 msec)
6.10	Symptom TX Lock command is entered separately for each team	Yes
6.11	The ability to block the transmission / reception command (separately for each Team)	Yes
6.12	Software delay implementation team at the receiver, msec	0-10 (Step 1 msec)
6.13	The delay in the return of the relay team set independently for each team, msec	0-1500 (Step 2 msec)
6.14	Time monitoring of the received command, msec	10-500 (Step 2 msec)
6.15	The "restart" the failure of the supply voltage at which the receiver is able to "put" msec	2-5 (Step 1 msec)
6.16	Ability to set (individually) for each team (receiver and transmitter) frequency encoding	Yes
6.17	Ability to set (individually) for each team select the output relay at the receiver	Yes
6.18	The number of transmitted / received commands (can be changed during operation)	16/24/32
6.19	The presence of two normally open and two normally closed contacts of the output relays	Yes
6.20	The maximum current through each contact output and alarm relay in the chain of active-inductive load, no more, A	0,15
6.21	Warning signaling	Yes
6.22	Signaling reception / transmission of commands	Yes
6.23	The presence of internal self prirabote mode LF translation	Yes
6.24	The display can be set and view the current settings	Yes
6.25	Blocking mode translation	Yes
7.	LAN Interface
7.1	The equipment can be connected to the local power facility information network through the interface with the electrical parameters of the standard RS485, protocol IEC 870-5-101	Yes
7.2	Data exchange rate is fixed, bit / s

 

 

Technical data sets and data relay protection and emergency teams on FCL

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Type			Аналог FOX-515 фирмы «АББ»
2.	Manufacturer
3.	Standards
4.	Technical description
	Data transmission system for fiber-optic
4.1	The rate of traffic signals, - Kbit / s - Mbit / s	n?64 (n=1…31) 2, STM-1
4.2	Cross switching: - Кbit/s - Мbit/s
	Module (block) command system
4.3	Number command transmission channels and digital signals, at least
4.4	The number of commands transmitted in the channel at least
4.5	Duplex channel commands	Yes
4.6	Transmission mode selection command: - Speed; - For reliability	Yes
4.7	Continuous monitoring of performance for each team	Yes
4.8	The presence of cross - switching level: - commands; - output system	Yes
4.9	Setting range (adjustable input voltage, Vin) V	24-20
4.10	Settable threshold voltage input	≥0,6 Uin
4.11	Compliance with IEC 60834-1	Yes
4.12	Ability to send "long" team for the duration of the trigger factor, however, sec
4.13	Number of transmitted digital signals (Y / N) in one channel with 4 teams
4.14	Bi-directional transmission of digital signals in the channel	yes

 

 

Requirements Crossover

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Type
2.	Manufacturer
3.	Standards
4.	Technical requirements for Crossover
4.1	Set tuning frequencies of filters in the range kHz	36 - 1000
4.2	Ability frequency tuning filter within an acceptable range in operating conditions	Yes
4.3	The attenuation introduced by crossover frequencies fasting protection (transfer trip equipment) for the closure of the input circuits of communications, no more, dB	0.9
4.4	Attenuation introduced crossovernetwork in the communication channel at the frequencies spaced by 10% of the operating frequency of the fast protection not more dB	0.9
4.5	The insulation resistance between the housing and the input terminals of the crossover, though, MOhm
4.6	Jobs in the scheme of the channel "phase-to-ground"	Yes