Requirements for coupling filter (WL-110 kV)

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Type
2.	Manufacturer
3.	Standards
4.	Technical requirements for connection filters
4.1	Number modification	1 - 4
4.2	Capacity accession pF	2200 - 6400
4.3	Line voltage kV	110 кВ
4.4	The nominal resistance of the overhead line, Ohm
4.5	The range of the input filter resistance, Ohm	560 - 587
4.6	Range bandwidth kHz	36 - 1000

 

Requirements for coupling filter (WL-330 kV)

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Тype
2.	Manufacturer
3.	Standards
4.	Technical requirements for connection filters
4.1	Number modification	8 - 9
4.2	Capacity accession pF
4.3	Line voltage kV
4.4	The nominal resistance of the overhead line, Ohm
4.5	The input impedance of the filter, Ohm
4.6	Range bandwidth kHz	36 - 1000

 

Requirements for Radio-frequency cables

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Type			Аnalog RC-75-7,2-a65PT
2.	Manufacturer
3.	Standards
4.	Technical description
4.1	Cross section, not less, mm	1.0
4.2	The insulation of the inner conductor	Broken
4.3	Material Outer braid	copper
4.4	Impedance, no more, Ohm
4.5	The attenuation in the cable, no more: - dB / km at frequencies up to 1.0 MHz - dB / km at a frequency of 10 MHz	0.011
4.6	Dielectric strength, kV (at 50 Hz for 1 min.)	6.0

 

 

Technical data sets to test relay protection

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
Microprocessor device for checking the equipment RP
1.	Type
2.	Manufacturer
3.	Standards
4.	Technical description
5.	Sources (generators) current
5.1	Sources (generators) current
5.2	Range of output current, single, without switching.А
5.2.1	6-phase AC (L-N)	6 x 0...30 А
5.2.2	3-phase AC (L-N)	3 x 0...60 A
5.2.3	1-phase AC (LL-LN)	1 x 0...90 A
5.2.4	DC (LL-LN)	1 x 0...±120 A
5.3	The output power of the current source, ВА
5.3.1	Power 6-phase AC (L-N)	6 x 400 VA
5.3.2	Power 3-phase AC (L-N)	3 x 800 Va
5.3.3	Power 1-phase AC (LL-LN)	1 x 1000 VA
5.3.4	Power 1-phase AC (L-L)	1 x 1600 VA
5.3.5	Power 1-phase AC (L-L-L-L)	1 x 1600 VA
5.3.6	Power DC (LL-LN)	1 x 1400 W
5.4	The minimum step change in current, mА	1,0
5.5	Load resistance, no more than, Ом	0,5
5.6	Overload protection and over-temperature	Yes
6.	Sources (generators) voltage
6.1	The number of voltage sources, things.
6.2	Range of output voltage, single, without switching, V
6.2.1	3-phase AC voltage (L-N)	3 x 0... 300 V
6.2.2	1-phase AC voltage (L-L)	1 x 0... 600 V
6.2.3	Direct current voltage (L-N)	4 x 0... ±300 V
6.3	Выходная мощность источника напряжения, VA
6.3.1	Power 3-phase voltage АС (L-N)	3 х 100 ВА (AC)
6.3.2	Power 1-phase voltageАС (L-N)	1 х 200 ВА (AC)
6.3.3	Power 1-phase voltageАС (L-L)	1 х 250 ВА (АC)
6.3.4	Power voltage DC(L-N)	1 x 300 Вт (DC)
6.4	The minimum increment mV	10,0
6.5	Load resistance, however, Ohm
6.6	Protection against short-circuit, overload, overheating	Yes
6.7	The range of frequency change, Hz	(10 – 1000) ± 0,01
6.8	The range of changes in the phase angle, power. deg.	(0 - 359,99) ± 0,01
6.9	Bit DAC analog outputs
6.10	The sampling period of the analog signal, msec	25 (800 points during the period f = 50Гц)
6.11	The change in amplitude, phase and frequency in each source	independent
6.12	The duration of continuous playing digital program, however, min.
7.	Low level outputs
7.1	Number of outputs
7.2	Setting range	0... ±10 В peak.
7.3	Maximum output current mA
7.4	Resolution, mcV
7.5	Overload indication	yes
7.6	Connection	combo jack
8.	Optional DC power supply
8.1	Ranges of voltage,V	0...260
8.2	Power,W
9.	Binary outputs, transistor
9.1	Type	The output circuits on the circuit with open collector
9.2	Amount
9.3	Update frequency, kHz
9.4	Maximum current mA
9.5	Connection	combo jack
10.	Digital (Binary) Inputs
10.1	Number of digital inputs, however, things
10.2	Trigger criteria	Switching from the sous-xux contacts or U post. U current is compared with a threshold. VALUE.
10.3	Input characteristics	threshold or without potential.
10.4	The ranges, however, V	20 В / 300 В
10.5	Resolution (polling period state) msec
10.6	Programmability	yes
10.7	The maximum measurement time	Unlimited
10.8	Galvanic upshot	yes
11.	Digital (Binary) Outputs
11.1	Number of digital outputs, however, thgs
11.2	Switching alternating voltage, however, V
11.3	Switching alternating current, at least, A
11.4	Switching capacity cycle	tо 100 000
11.5	Programmability	yes
11.6	The type of output contacts	Normally open a pair of relay contacts
12.	Time synchronization
12.1	Synchronizing two test plants at a distance using GPS	yes
12.2	Synchronization test sets at a distance using the IRIG-B	yes
12.3	Synchronisation with the mains power source	yes
12.4	Precision Time Protocol (PTP)	yes
12.5	The communication interface with the control PC	Ethernet (USB)
12.6	Signalings modes display control PC	yes
10.	Power
10.1	Supply voltage,V
10.2	Supply frequency, Hz
10.3	Power consumption, not more, V ∙ A
10.4	The degree of protection of the device in accordance with GOST 14254, not less	IP20
10.5	Software to test all types of protection set
10.6	Connecting wires set
10.8	Russian interface	yes

 

 

Technical data test set to test HF devices

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Type
2.	Manufacturer
3.	Standards	IEC 61326-1 IEC 61000-6-2/4 IEC 61010-1
4.	Techincal description:
5.	LF - generator
5.1	Frequency range, Hz	20 – 24000
5.2	Output Type	The symmetrical and coaxial
5.3	Maximum output power, W, not less
6.	DC voltage source (LF - generator)
6.1	Highest voltage (full scale), V
6.2	The load resistance in ohms, at least
7.	HF- generator
7.1	Frequency range, kHz	24 – 2500
7.2	Type of output	The symmetrical and coaxial
7.3	Range issued stresses,V	0 – 20
7.4	Maximum output power, W, not less
7.5	Internal resistance (Rgen), Ohm,	0; 75; 150
7.6	Damping asymmetry symmetrical output dB minimum
7.7	Output return loss in dB, not less than
7.8	The maximum voltage applied to the generator output from an external source via the BS-60 (from SPTA), no more than
8.	LF - Multimeter
8.1	Frequency range, Hz	45 – 24000
8.2	Input Type	The symmetrical and coaxial
8.3	The limits of measurement of current, A	0,1; 1,0
8.4	Measurement range of voltage, V	0,3; 3; 30; 300
8.5	Input impedance voltmeter, ohm, not less
8.6	Input resistance ammeter, Ohm, not more	2,5
9.	LF - frequency (LF - Multimeter)
9.1	Frequency range, Hz	45 – 24000
10.	HF - Multimeter
10.1	Frequency range, Hz	24 – 2500
10.2	Input Type	The symmetrical and coaxial
10.3	The limits of current measurement, A	0,1; 1.0
10.4	Measurement range of voltage, V	0,1; 1; 10; 100
10.4	The input impedance voltmeter, ohm
10.5	Input resistance ammeter, Ohm, not more	1,5
10.6	Damping asymmetry input voltage dB minimum
	Damping asymmetry current input dB minimum
11.	(HF in - multimeter)
11.1	Frequency range, Hz	24 – 2500
12.	Selective voltmeter
12.1	Limits of measurements,	0,01; 0,1; 1; 10; 100
12.2	Measurement range voltage level dBc	-38; -18; 2; 22; 42
12.3	Frequency range, kHz	0,3 – 2500
12.4	The dynamic range when measuring selective levels dB
12.5	Noise level (full scale for all ranges), dB, no more	- 60
12.6	The bandwidth of the selective reception, Hz	25; 400; 1740; 3100
12.7	Selectivity (at offset from the edge of the strip at the reception 1,5 Δ), dB, not less
12.8	Frequency resolution setting Hz	0,1
12.9	Input impedance, Ohm
12.10	Damping asymmetry input (2.5 MHz) dB minimum
12.11	Type inputs	The symmetrical and coaxial
13.	Milli stop watch
13.1	Measuring range,sec	0,001 – 99
13.2	Limits of relative error of measurement of time,%	±0,1
13.3	Resolution changes registration status contacts (time) msec,not less	0,4
14.	Contact outputs
14.1	Amount
14.2	The resistance in the closed state, ohm, max	0,2
14.3	Resistance in the open position, MOhm, no less
15.	Digital inputs
15.1	Amount
15.2	Rhode signals	"Dry" contact; Contact for instance. Upost ≥ 300V
15.3	Inputs with TTL levels	yes
15.4	Inputs with CMOS levels	yes
16.	Generel technical information
16.1	Power devices - single phase	220 В, 50 Гц
16.2	Power consumption, W, no more
16.3	The insulation resistance between the housing and electrically insulated live parts of the device, Mohm, no less

 

Technical Data laptop

 

№	Description	Information:	Note
Required Customer	Guaranteed Contractor
1.	Type	Notebook
2.	Manufacturer
3.	Standards
4.	Теchnical description:
4.1	Processor clock speed, not less, GHz	4-nucleus 2.7GGts
4.2	RAM, not less, GB
4.3	Hard disk drive with less GB
4.4	Wireless interfaces	yes
4.5	Reader - recording CD / DVD-RW	yes
4.6	Monitor inch
4.7	Operating system not lower WINDOWS 7	yes

 

 

SPECIAL IV. SPECIAL TECHNICAL REQUIREMENTS TO AUTOMATED CONTROL SYSTEM FOR TECHNOLOGICAL PROCESS

 

General

Scope of Works

ACS TP shall be delivered to the substation as a "turn-key" system in a manner and scope determined by the Employer's requirements.

 

The scope of works on ACS TP includes the following items:

· Development of design documentation (DD)

· Development of working documentation (WD)

· Supplying of the equipment, including all necessary spare parts and accessories.

· Performance of all civil-and-erection works and commissioning (including dismantling, mounting, setup and commissioning of equipment, repair/laying of cable routes).

· Development and submission of operational documentation

· Employer’s personnel training

 

Project Structure

 

In general the ACS TP shall include the following components:

· Lower (process) level devices – controllers inbuilt to equipment, computer process interfaces (CPI), smart sensors (primary signal transducers) and controlled object actuators

· Connection level devices (bays) – Intelligent Electronic Devices (IED): measurement, control, equipment status monitoring, electric power quality monitoring, accounting, recording of emergency process etc.

· Upper level devices –devices of communication operating and maintenance personnel with ACS TP: operator and engineer workstations, remote viewing display, servers, gateways, data transmission devices, substation LAN equipment.

· Auxiliary subsystems:

- Power warranty devices

- Communication and technological LAN devices

- service equipment and SPTA

- System, basic and applied user’s software

- Documentation.

The supplied system should be implemented as an open integrated information system in which intra-communication between control system components are made using the IEC 61850 protocol.

АСS TP should be based on modern element base while minimizing the number of components and maximum use of their functionality.

The Contractor shall provide a functional and hardware compatibility of the supplied system with the rest of substation equipment to ensure the efficient, reliable and safe operation of the substation.

43.3 Contractor`s duties

The Contractor shall provide all the logistics, costs of supervisory activities, labor, equipment, materials, documents, temporary structures and other items, temporary or permanent, whether specifically mentioned or not, necessary to complete, test and fix any defects of automated system of substations.

The Contractor shall use state-of-the-art equipment proven reliable in similar environmental conditions.

The Contractor shall provide the following services:

· Management and coordination of all steps of the contract.

· All necessary studies and design, including:

- first detailed technical survey on site and input data collection;

- sizing, dimensioning and arrangement of equipment;

· Working documentation development, that shall include:

- development of a detailed layout of ACS TP equipment;

· Verification of documents, data, parameters supplied by the Employer,

· Supply of the optimized implementation schedule;

· Provide performance of works in operating electrical installations.

· Manufacturing, programming and supply of the equipment.

· Packaging, transporting and delivery of the equipment to each site.

· Temporary storage and preservation of the equipment on the site (if necessary),

· Installation, electrical connection and commissioning.

· Factory tests

· On-site tests

· On-site training and complete O&M documentation,

· Employer’s personnel training at special training centers or at the factories of the microprocessor-based terminals manufacturers,

· Spare parts and specialized tools.

 

Any indications provided in the Technical Specifications shall in no way release the Contractor from his obligation to ensure co-ordination with the other suppliers. The Contractor shall ensure the continuity and the coherence between his Supply and Installation Services and that of the other contractors.

The Employer has reserved the right to review and comment on the work undertaken by the Contractor during the course of the contract

This will include but may not be limited to:

· Approval of the project by the Employer;

· The witnessing of factory and on-site testing by the Employer or his technical representative;

· The approval of site delivery methods, site testing procedure and operation and maintenance documentation.

The Special Technical Specifications (STS) of each Substation provide additional requirements and detailed information concerning the scope.