СИСТЕМА КОДИРОВАНИЯ, ПРИНЯТАЯ В … · Web viewAppendix E Coding principle of ULCS video frames 140 Appendix F Principles for coding ventilation system

Russia

JOINT STOCK COMPANY

“ATOMSTROYEXPORT”

KUDANKULAM NPPUnits 3-6

NPP Coding System

Agreement on KKS codification system appliance in the NPP “Kudankulam” Project in India

Package Number T2

Number of the Document Total Number of Pages Date Revision Number

R01.KK36.0.0.OO.KKS.P002 143 08.2017 0

Document Inventory № File:R01 KK36 0 0 OO KKS P002=e0

Document Control №

Contract Number 77-255/1624000

JOINT STOCK COMPANY “АTOMENERGOPROEKT”

Title of NPP KUDANKULAM NPPUnits 3-6

Title of Package and Document

NPP Coding System

Agreement on KKS codification system appliance in the NPP “Kudankulam” Project in India

Package Number T2

Number of the Document Total Number of Pages

Date Revision Number

R01.KK36.0.0.OO.KKS.P002 143 08.2017 0

Document Inventory № File: R01 KK36 0 0 OO KKS P002=e0

Document Control №

Contract Number 77-255/1624000

Design Chief Engineer Deputy Director for Kudankulam NPP Designing

Director of the Moscow Design Institute

V.V. Kats I.A. Chistozvonov E.B. Mishin Date Signature Date Signature Date Signature

Translation by: Translation checked by:

E.Yu. Babkina V.I. FilatovDate Signature Date Signature

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JSC “Atomenergoproekt” NPP “Kudankulam” R01.КК36.0.0.OO.KKS.P002

ANNOTATION

CONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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CONTENTS

Definitions............................................................................................................................ 5

List of Abbreviations............................................................................................................ 6

1 Application requirements................................................................................................... 9

1.1 General requirements...................................................................................................... 9

1.2 Basic principles and fields of application......................................................................10

1.3 Procedure of producing................................................................................................. 11

1.4 Procedure of coordination and approval........................................................................11

1.5 Procedure of dictribution............................................................................................... 11

1.6 Responsibility............................................................................................................... 11

2 Subjects to finalize........................................................................................................... 12

3 Requirements agreed upon...............................................................................................14

4 List of codes for process systems, buildings and structures..............................................22

5 list of equipment codes................................................................................................... 101

6 List of codes for equipment parts...................................................................................110

Appendix A Structure of functional-technological code KKS...........................................117

Appendix B Numbering in the equipment code.................................................................118

Appendix C Correlation between the service elevations and grade levels..........................130

Appendix D Principles of cable coding.............................................................................131

Appendix E Coding principle of ULCS video frames........................................................140

Appendix F Principles for coding ventilation system plants and equipment......................141

Distribution list................................................................................................................. 142

Revision list...................................................................................................................... 143


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DEFINITIONS

Term Definition

NUCLEAR PLANT Structures and complexes with nuclear reactors, necessary systems, devices, and equipment for generating power in the specified modes and application conditions, located within the limits of a territory determined by the NPP design, with the necessary personnel and documentation; an NPP may also contain fuel and radwaste storage facilities [NP-001-15 “General provisions on NPP safety OPB-88/15”]

NUCLEAR POWER PLANT (NPP) Nuclear power plant intended for production of electric energy [NP-001-15 “General provisions on NPP safety OPB-88/15”]

OUTER CONTAINMENT (UJB) The outer (secondary) shell of the reactor building including its annulus

«KUDANKULAM» NPP Nuclear Power Generating Plant «Kudankulam» consisting of six power Units with VVER - type reactor plants along with all its associated systems to be set up at the Site including Units 1 & 2 under construction and four additional Units. Power unit shall mean a part of the Plant performing its function in the designed scope. A Unit shall comprise one set of reactor plant, one set of turbo-generator system and all related systems necessary for safe and reliable electric power generation [Contract 77-255/1624000]

KKS CLASSIFICATION AND CODING SYSTEM

The system developed by VGB, Germany


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LIST OF ABBREVIATIONS

APC automatic power controller;ARSMS automated system of radiation situation monitoring;ACSAPCSBRU-A

automated control system;automated process control system;fast-acting steam dump system with discharge into atmosphere;

BRU-DBRU-K

fast-acting steam dump valve for discharge into deaerator;fast-acting steam dump valve with discharge to turbine condenser;

BRU-SN fast-acting steam dump unit with discharge to auxiliary header;ELHEPSS

essential loads header;emergency power supply system;

CCRCESCMSCMS DCRWSCSCSS

central control room;central engineering storage;control and monitoring system;control, monitoring and diagnostics system;central repair workshops;computer system;control safety system;

CTWEP

chemically treated water;emergency protection;

GISGCB

gas-insulated switchgear; generator circuit breaker;

FAFEFPS TDFRWS

HPH

fuel assembly;fuel element;feed pump set – turbine drivenfresh radioactive waste storage;high pressure heater;

HPC ISCSIAS

high pressure cylinder;initiating safety control system;integrated analysis system;

I&C instrumentation and control system;ICSS initial control safety system;IRG inert radioactive gases;ISH in-house supply header;KKS classification and coding system;


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LMS leak monitoring systems;LPCLPH

low pressure cylinder;low pressure heater;

MCR main control room;MCDS monitoring, control and diagnostic system;MS/SR moisture separator / steam reheater;NFME neutron flux monitoring equipment;NFS new fuel storage;NPP nuclear power plant;NONOSOPB

normal operation;normal operation system;general provisions for assurance of safety at nuclear power stations;

OSPP

open switchgear;preventive protection;

PHRS passive heat removal system;PRZ pressurizer;PSV pilot operated safety valve;PTCPTLRBRCRCP

personnel training center;power transmission lines;reactor building (compartment);reactor containment;reactor coolant pump;

RCPS reactor coolant pump set;RCPS STD system for technical diagnosing of RCPS;RPV reactor pressure vessel;RCD remote Control DeviceRWRWTSRWSBSCSSgSG

radioactive wastes;radioactive water treatment;solid radioactive wastesspecial building;safety control system;switchgear;steam generator;

SGCLSGVHCSRWSSS

steam generator control level;steam generator vapor humidity control;spent radioactive waste storage;safety system;


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SVTDPTPTS

safety valves;turbine-driven feed water pump set;standard computerized automation facilities;

UDPULCSUSH

unit demineralizing plant.upper level control system.unified Set of Hardware


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1 APPLICATION REQUIREMENTS

1.1 GENERAL REQUIREMENTS

1.1.1 For coding buildings, structures, systems, equipment and its components in NPP “Kudankulam” project there is applied a unified classification and coding system KKS developed by technical committee of industrialists association VGB (Germany) VGB.

1.1.2 The KKS classification and codification system is a universal system that enables it to identify any process system, facility, structure or component in the process of designing, erection and operation of a power plant.

1.1.3 The «Agreement on KKS codification system appliance in the NPP “Kudankulam” Project in India» (hereinafter the Agreement) regulates activity of organizations involved in development of NPP “Kudankulam” project as for application of the classification and coding system KKS. The agreement has been developed in compliance with requirements of standard regulations for KKS application.

1.1.4 The standard regulations for KKS application are stipulated in KKS documents:

«Guidelines for KKS Application», 4-th version of 1995;

«KKS Application Commentaries. Part A General», version of 1988;

«KKS Application Commentaries. Part B Engineering Discipline-Specific. Part B1 Identification in Mechanical Engineering», version of 1988;

«KKS Application Commentaries. Part B Engineering Discipline-Specific. Part B2 Identification in Civil Engineering», version of 1988;

KKS Application Commentaries. Part B Engineering Discipline-Specific. Part B3 Identification in Electrical and Instrumentation and Control Engineering», version of 1988;

«Usage Instructions. Part B Engineering Discipline-Specific Application Commentaries. Part B4 Identification of I&C Tasks and Functions in Process Systems and of Functions in I&C Systems», version of 1993;

«KKS Keys», version of 1991;

1.1.5 Structure of functional-technological code KKS is addressed in appendix А.

1.1.6 Section 3 of this document «Requirements agreed upon» contains a list of non-regulated by KKS provisions, which is a subject of agreement. This list may be extended if new provisions appeared in the course of work.

1.1.7 Since the full number of process systems, buildings and structures can be known and coded only when the detailed design is finalized this document presents the list of codes adopted at the stage of first-period design works.

The full list of codes for process systems, buildings and structures shall be issued at the working documentation stage.


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1.1.8 To meet any additional identification requirements, the KKS codes, or parts thereof, can be combined with other coding systems. This shall be reported to the Customer and all participants of the project in writing.

1.2 BASIC PRINCIPLES AND FIELDS OF APPLICATION

1.2.1 Fields of KKS Application

1.2.1.1 The KKS system is used to identify facilities (process systems), structures, equipment, components and devices in accordance with their purpose, location and installation. This system is utilized in designing, construction, operation and maintenance of power engineering facilities as well as in communication with Regulatory Authorities.

Buildings, structures, functional process systems and equipment, including stationary tools at NPP “Kudankulam” are subject to coding. Boundaries of coding for NPP components are specified by the developer of the documentation.

1.2.1.2 KKS elements are applied to coding the documentation. The Documentation is coded in accordance with R01.KK36.0.0.QA.WI.P002 “Manual on documentation coding of NPP “Kudankulam” Project”.

1.2.2 Basic Principles of KKS

1.2.2.1 KKS is based on the following principles:

uniform identification for all types of power stations and any related processes;

sufficient capacity and detailing for identification of all systems, components, structures and areas;

extension capacity to incorporate new technologies;

uniform identification during designing, erection, operation, maintenance and decommissioning;

applicability in mechanical engineering, civil engineering, electrical engineering, I & C and other disciplines with the possibility to identify the items that belong to these disciplines as well as places of installation and location;

consideration of national and international standards;

language-unbiased coding to ensure the possibility of international application;

application of computer data processing.


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1.3 PROCEDURE OF PRODUCING

1.3.1 This document must be revised in the following cases:

- at the request of the Indian Customer or the Customer (JSC “Atomstroyeksport”);

- on the decision of the General Designer if there is a significant amount of changes that have to be introduced into the document.

1.3.2 Each of participants of Kudankulam Project may put forward a proposal about altering or complementing the document and send it to the General Designer for approval.

1.3.3Changes are incorporated by the General Designer as per a duly established procedure.

1.4 PROCEDURE OF COORDINATION AND APPROVAL1.4.1 This document is subject to coordination with main participants of NPP

«Kudankulam» Project. The General Designer of the Power Plant specifies the list of main participants coordinating the document.

1.4.2 The document is considered coordinated if no reply is available from the project participants for 20 working days from receipt of the official letter about its direction for approval. The fact of receiving the letter is considered the moment of registering incoming letter in the workflow system of the Project participant.

1.4.3 The document is to be revised and a new revision is to be issued after its approval by the Indian Customer.

1.5 PROCEDURE OF DISTRIBUTION1.5.1 The General Designer of the Power Plant sends this document to the Indian

Customer, the Customer (JSC «Аtomstroyexport») and its subcontractors.

1.6 RESPONSIBILITY1.6.1 The General Designer of the Power Plant is responsible for development and

revision of this document.

1.6.2 The Customer (JSC «Аtomstroyexport») and the General Designer of the Power Plant are responsible for providing their subcontractors with the document.

1.6.3 Developer of particular documentation of Kudankulam Project is responsible for accuracy of structure and coding of KKS.


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2 SUBJECTS TO FINALIZE

2.1 The conditions of application are strictly and explicitly covered by the KKS system as a whole and only in particular cases general recommendations regarding possible and expedient ways of coding the NPP components are provided. These KKS regulations shall be mutually agreed between all designing participants which ensures the uniformity of the KKS coding system application, to extend the information content of the codes and will ensure unambiguous understanding of the technical documentation by the Principal.

2.2 The list of codes not specified in KKS and being subject to agreement between all the participants of design development is given below.

General conditions

1 Modification of titles (possible only without content changing ).

2 Determination of the numerical system and its direction for all numerical parts of designation.

3 Determination of sector 0 in respect to:

the content;

type of code (application of numerals or characters);

coding order.

4 Determination of code entering method.

5 Application of reserve codes.

Conditions of application of the process-related coding

6 Application of codes for process-related items.

7 Utilization of group F0.

8 Definitions for group FN numbers.

9 Definitions for group AN numbers.

10 Definitions for group A3 numbers.

11 Definitions for group BN numbers.

12 Definitions for signal codes and their application, and specification of subdivisions in the main groups X, Y and Z in sector 3.

13 Coding of mounting hardware in mechanical engineering.

14 Coding of support systems in mechanical engineering.

15 Coding of standard separation methods for media preparation.

16 Coding of civil structures.


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Conditions of application of coding of structures (board, cabinet, panel)

17 Application of codes for electrical equipment, I&C and automation structures (board, cabinet, panel) coding.

18 Application of group F0 codes for structure coding.

19 Numbering in group FN for structure coding.

20 Coding of the mounting place in the structure.

Conditions of application of location coding

21 Application of code groups for location coding.

22 Application of group F0 for structures coding.

23 Application of group F3.

24 Numbering in group FN for structures coding.

25 Coding of rooms.

26 Coding of separate structures combined with a specific structure.

27 Coding of channels and trestles as connecting facilities.

28 Coding of joint.

29 Principles of cable coding.

30 Coding principle of ULCS video shots.


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3 REQUIREMENTS AGREED UPON

List of the KKS regulations

Accepted for the Kudankulam NPP

General conditions

1 Modification of code titles

1.1 It is allowed to modify code titles provided in the code guide (alphabetic index of KKS) without any changes of the content. Such modifications should be approved by the representative of the General Designer of the Power Plant.

The list of codes adopted in the beginning of the design development is given in Section 4 of this Agreement

1.2 The code of buildings (structures) for two power units is given in the Agreement in the separate names of codes of the functional systems applied for two power units (units 3 and 4), for example:

KTN - Active drainage pipework system (traps) of the 30UKC (40UKC) building (free-flow part).

If the documentation is developed only for Unit 3, the KTN code name indicates only the building of Unit 3, namely:

30KTN - «Active drainage pipework system (traps) of the 30UKC building (free-flow part)»;

If the documentation is developed only for Unit 4, the KTN code name indicates only the building of Unit 4, namely:

40KTN - «Active drainage pipework system (traps) of the 40UKC building (free-flow part)

1.3 The separate names of functional system codes used in the Agreement indicate all buildings, to which the specified system applies (sequentially, separated by a comma), for example:

SMT20 – Electric travelling cranes in buildings 00UTF, 00UTH.

In the documentation is developed only for the 00UTF building, the 00SMT20 code name indicates only this building, namely:

00SMT20 - « Electric travelling cranes in buildings 00UTF»;

If the documentation is developed only for the 00UTH building, the 00SMT20 code name indicates only this building, namely: 00SMT20 - « Electric travelling cranes in buildings 00UTH ».

2 Order and direction of numbering in all numerical code sectors

2.1 The numerical numbering increases toward the flow direction (fluid, energy, data). The following rules are observed in this case:- numbering starts anew, if one of the preceding code elements changes;

- numbering can be inseparable or groupwise;


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- numbering can be effected using wrong counting;

- assigned numerical code characters shall not change in the process of designing;

- all zeroes before a significant digit must be written;

- numbering shall follow some kind of logic which can be different for different parts of the project

3 Regulation on application of sector 0 regarding the content, code type (numbers or characters) and direction of coding

3.1 Sector 0 is for belonging to the unit, common-unit or common-station installations.3.2 Coding of Unit 3 is performed with digital symbol 3.

3.3 Coding of Unit 4 is performed with digital symbol 4.



3.6 Coding of common-unit facilities for Units 3 and 4, Units 5 and 6 is performed with digital symbol «0».

3.7 Coding of common-station facilities (for Units3-6) is performed with digital symbol «0»

4 Code writing 4.1 A code is written in one, two, or three lines, e.g.:- in one line:

30JND20AP001MK01;

40JND20AP002;

30CCA03GW001;

30UMA10AB001;

- in two lines:30JND20 30CCA03 30UMA10 AP001MK01; GW001; AB001;

- in three lines:30JND20 AP001 MK01

4.2 When a code is introduced in a programmer product, the code should be written without spaces in compliance with margins used according to the principle 1 code = 1 record. Software products shall contain neither hyphenations, nor «Alt+Enter» keys combinations. If information is not available in the functional process code group A3, this group is replaced in the SPE and on a paper carrier by a space.


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5 Application of reserve codes

5.1 Reserve codes may be used:

- upon coordination with the technical committee of Association of Industrialists VGB (such codes are marked in the reference book of KKS codes with words «blocked»);

- upon coordination with the General Designer of Kudankulam NPP (such codes are marked in the reference book of KKS codes with * «free for use»

Functional and process-related codes

6 Application of codes clusters for Process Related identification

6.1 Use of codes clusters is performed in accordance with i.3.1 «Guidelines for KKS Application». Cluster of codes G is applied in accordance with i. 3 of section 2 «Coordinated provisions» of this document. Cluster of codes A3 is applied in case of necessity

7 Application of code F 0 (sector 1)

7.1 The digital group (cluster) F0 uses numbering from 0 to 9. The use of cluster F0 is mandatory:

7.2 For the civil part of the design, the digital cluster F0 is used for denoting the same functional types of buildings and structures.

7.3 The following characters are used in the F0 cluster for the mechanical, electrical, and I&C parts of the design:

7.3.1 the digital symbols 1, 2, 3, 4 are used to denote:- safety system trains and their elements,

- elements used in the trains of the emergency power supply system (EPSS),

- elements that take power supply from the EPSS;

7.3.2 the digital symbol 0 is used to denote:

- elements of normal operation systems,

- elements belonging to the normal-operation auxiliary power supply system,

- NO functional systems,

- Functional safety systems as a whole (for denotation of SS trains see i .7.3.1);

7.3.3 The digital symbol 5 is used to denote elements of heating, ventilation, and air conditioning systems taking power supply from the normal-operation diesel-generator


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8 Application of code FN (sector 1)

8.1 In digital code FN numbering is used within 00 to 99. Examples of possible numbering for thermal part are given in i.1.3.2.1 «KKS Application Commentaries. Part B Engineering Discipline-Specific. Part B1 Identification in Mechanical Engineering».

When writing references in documents (schedules, main inscriptions in graphic and writing documents, etc.) to codes of functional systems, consisting of several numerals (e.g. MKF10-50; PGB74,78), it is allowed to indicated a code with one numeral only, for example:

- MKF10 code is indicated for MKF10-50 code;

- PGB74 code is indicated for PGB74, 78 code

9 Application of code AN (sector 2)

9.1 The numerical code AN is applied for assigning a number to a structure. The biggest number is 999. The numbering of each group starts from 001. In order to extend the information content of the code the first letter of code AN can be attached to the definite types of items, or to have another meaning. Information on application of groups of numerical data characters of codes AN from 001 to 900 is provided in appendix B “Numbering in Equipment Code”

10 Application of the alphabetic code A3 (sector 2)

10.1 Additional group of the alphabetic codes A3 is used:

- for coding double drive of some piece of equipment;

- for coding several measuring circuits with one sensor;

- for coding phases (A, B, C) in the equipment unit code for electrical devices when execution is in phases;

- for further separation of rooms;

- for further separation of lighting system by applying letters of Latin alphabet:

N – operating lighting system;

E – emergency lighting system;

F – evacuation lighting system

11 Application of code BN (sector 3)

11.1 Numbering of parts of assemblies from 01 to 99. In force are definitions i. 3.1.3. «Guidelines for KKS Application». Examples of BN-numbering are given in i. 3.1.3.2 «KKS Application Commentaries. Part A General»

12 Application of code signals X, Y, Z (sector 3)

12.1 Codes of signals X, Y, Z are applied in accordance with Section 4 of this "Agreement…" Numbering of signals for programmable devices is not limited


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12a Coding of components in the I&C and electrical circuits (sector 3)

12a.1 “-“symbol is used for coding electrical devices in the component codes (as per KKS).

12a.2 The coding of the electrical devices in the electrical circuits in sector 3 “equipment component” is allowed to be carried out not as per the KKS but in combination with GOST 2.710-81. In this case the code characters between sectors 2 and 3 are divided by “/” symbol , for example:

F1F2F3NN A1A2NNN/ABCNN

code as per KKS (part) code as per GOST 2.710-81 (part)13 Coding of mounting hardware for electrical and I &C systems(sector 2)

13.1 Elements of fixing in thermal systems are encoded in accordance with i. 5.4.3 «Guidelines for KKS Application».

13.2 For indication of elements of fixing in electrical systems and I&C devices there is used code GZ (i.5.6.1 «Guidelines for KKS Application»

14 Coding of support systems for mechanical engineering (sector 1)

14.1 In force are definitions of i. 5.4.3 «Guidelines for KKS Application». Examples of encoding of support systems are given in i. 3.1.1.3 «KKS Application Commentaries. Part B Engineering Discipline-Specific. Part B1 Identification in Mechanical Engineering»

15 Application of the standard code for media preparation and processing systems (sector 1)

15.1 For media preparation and processing systems (main codes G, P and L), for code groups GB, GC, GD, GN, GR, PB, PD, PF, PH, PK and LD the same meaning of F3 code is used:

Code F3 B- filtration, mechanical purification;

D- sediment;

E- acid measuring;

G- evaporation;

F- ion exchange;

H- degassing, de-watering;

J- heating, de-watering;

N- chemicals supply;

P- regeneration and flushing;

Q- softening;

S- sediment compaction (sludge thickening)16 Application of coding for civil structures

16.1 See paras. 21-28

Coding of installation (mounting) points for the electrical and I & C equipment


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17 Use of cluster of codes for identification of installation site

17.1 The clusters of codes are used in accordance with subsection 3.2 «Guidelines for KKS Application». Cluster of codes G is used in accordance with i. 3 of section 2 «Coordinated provisions» of this document

18 Application of code group F0

18.1 The cluster of codes F0 is used in accordance with i. 7 of «Coordinated provisions» of this document

19 Numbering in cluster FN

19.1 In digital code FN numbering is used within 01 to 99. Examples of possible numbering are given in subsections 5.2 and 5.3 of Special comments to KKS application, part В, section В3

20 Coding of an erection spot in an erection block

20.1 Coding is carried out in accordance with i. 3.2.2 «Guidelines for KKS Application». Examples of coding are given in subsection 5.1 «KKS Application Commentaries. Part B Engineering Discipline-Specific. Part B3 Identification in Electrical and Instrumentation and Control Engineering»

Coding of the arrangement place (buildings, elevations, rooms)

21 Application of code groups for identification of the arrangement place

21.1 The clusters of codes are used in accordance with subsection 3.3 «Guidelines for KKS Application». Cluster of codes G is used in accordance with i. 3 of section 3 «Coordinated provisions» of this document

22 Application of code F0 (sector 1)

22.1 The preliminary code F0 is used in accordance with i. 7 of Section 2 "Agreed Provisions" in this document

23 Application of codes F2, F3

(sector 1)

23.1 Alphabetic designation of codes F2, F3 is taken from the code guide according to the priority purpose of the coded building/ structure

24 Application of sector FN (sector 1)

24.1 Numeration of service elevations for each building and structure is made independently, see appendix C “Correlation between the service elevations and grade levels”


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25 Coding of rooms (sector 2)

25.1 Rooms are encoded in accordance with i. 3.3.2.1 «Guidelines for KKS Application». Examples of the coding are given in i. 3.2.1.1 «KKS Application Commentaries. Part B Engineering Discipline-Specific. Part B2 Identification in Civil Engineering».

In this case:

direction of numbering should be according to rectangular coordinates;

in cluster of codes A1 - code R or S should be present always ;

numbering of rooms in cluster AN is carried out with three-sign digital symbol.

For shafts and rooms that includes several service elevations a three-digital group coding is used:

3NN – transport shafts;

4NN – cable shafts;

5NN – stair cases;

6NN – elevators;

7NN – reactor cavities;

8NN – process shafts;

9NN – ventilation shafts.

The numbering of FN of sector 1 can be carried out on the lower service elevation where the shaft or room starts or on each service elevation

26 Coding of separate structures combined with a specific structure

26.1 In case of combining buildings and structures possessing their own KKS codes, the combined assignment gets a separate KKS code.

If it is impossible to assign an individual code for these buildings and structures, the code of the top process priority building is assigned to the entire complex. In this case in Section 4 of this "Agreement…" the code should firstly consist of designation of united building and using symbol "/" designation of building, to which this code belongs directly.

For example:

30UJA Reactor building/Internal containmentIn documentation: for the inner containment of the 30UJA building, the full name is used: “Reactor building/Inner containment”;

for the united building, the following name is used: “Reactor building”


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27 Coding of channels and trestles as connecting structures

27.1 Channels and trestles are coded as per the code of one of the connected buildings/structures depending on the process priority of the building/structure

28 Coding of aggregates of fixing

28.1 Aggregates of fixing are encoded in the aggregate code BQ in accordance with i. 5.4.2. «Guidelines for KKS Application». Digital cluster of signs of the aggregate code BQ is divided in accordance with appendix B

29 Principles of cable coding

29.1 See appendix D

30 Coding principle of ULCS video shots

30.1 See appendix E


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4 LIST OF CODES FOR PROCESS SYSTEMS,BUILDINGS AND STRUCTURES


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Code Name

A.. Networks and switchgears

AC. 400 kV gas insulated switchgear and control gear

ACA Bus system I

ACB Bus system II

ACE 400 kV gas-insulated bus duct

ACL 400 kV power transmission line

ACQ 400 kV switch

ACR 400 kV reactor

ACT 400/220 kV autotransformer

AD. 220 kV gas insulated switchgear and control gear

ADA 220 kV bus system I

ADB 220 kV bus system II

ADE 220 kV SFG bus duct

ADL 220 kV power transmission line

ADQ 220 kV switch

AF. Systems at 60 kV and less

AFA Section 0,38 kV (from AFT11)

AFB Section 0,38 kV (from AFT21)

AFT Auxiliary transformers 6/0.4 кV, belonging to power output system

AH. Standby power supply of power output delivery system

AHA Trunk line of standby power supply of common-station load from AHT10

AHT Stand-by transformers 6/0.4 kV of normal operation

AR. Auxiliary low-voltage switchgear, uninterruptible (inverter) power supply of the power output system

ART Inverter of normal common plant system

AT. Installation of storage batteries of power output delivery system

ATA 220 V batteries of normal common plant system

ATL Boost charging & battery charging rectifier of normal common plant system

AU. Control devices, signaling devices, and auxiliary devices

AUA DC distribution board


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Code Name

AUB DC distribution board

AUS Portable system for cable fault detection

B.. Power transmission and auxiliary power supply

BA. Energy removal, generator voltage conductors

BAA Removal from generator, generator voltage conductors

BAB Foundation cells

BAC 24 kV GCB, including chilling installations

BAT Generator transformers, including chilling installations

BAY Control monitoring and relay protection system of electric equipment

BB. 6 kV auxiliary sections and transformers. Normal operation system

BBA 6 kV switchgears for normal operation system (Unit section 1)

BBB 6 kV switchgears for normal operation system (Unit section 2)

BBC 6 kV switchgears for normal operation system (Unit section 3)

BBD 6 kV switchgears for normal operation system (Unit section 4)

BBT 24/6,3-6,3 kV working transformer for power auxiliaries for normal operation system

BBY Control monitoring and relay protection system of electric equipment

BC. Standby power supply section for the common-station load and standby power supply transformers of 6 kV buses. Normal operation system.

BCA 6 kV standby power supply section (network 1)

BCB 6 kV standby power supply section (network 2)

BCC 6 kV standby power supply section (network 3)

BCD 6 kV standby power supply section (network 4)

BCE 6 kV section 1 for common-station load

BCF 6 kV section 2 for the whole plant load

BCG 6 kV section 4 for the whole plant load

BCH 6 kV section 3 for the whole plant load

BCJ 6 kV section for common-station load

BCK 6 kV section for common-station load

BCL 6 kV standby power supply line


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Code Name

BCT 220/6,3-6,3 kV standby and common-station auxiliary transformers

BD. Switchgears 6 kV of emergency power supply system

BDA Emergency power supply system (EPSS) switchgears (safety channel 1)

BDB Emergency power supply system (EPSS) switchgears (safety channel 2)

BDC Emergency power supply 6 kV system (EPSS) switchgears (safety channel 3)

BDD Emergency power supply 6 kV system (EPSS) switchgears (safety channel 4)

BDE Section 1 of emergency power supply (diesel common-station network) of normal operation system

BDF Section 2 of emergency power supply (diesel common-station network) of normal operation system

BDG 6 kV cable assembly of XKA 50 diesel-generator

BDH 6 kV cable assembly of XKA 60 diesel-generator

BDL 6 кV section power supply line of EPSS and 6 kV section power supply line of NOS reliable power supply

BF. 0,4 kV auxiliary unit sections and 6/0,4 kV transformers. Normal operation system

BFA Unit section from BFT11

BFB Unit section from BFT21

BFC Unit section from BFT31

BFD Unit section from BFT41

BFE Unit section from BFT12

BFF Unit section from BFT22

BFG Unit section from BFT32

BFH Unit section from BFT42

BFJ Pressurizer section from BFT13

BFK Pressurizer section from BFT23

BFL Pressurizer section from BFT33

BFM Unit section from BFT41

BFN Lighting section from BFT14

BFP Control and protection system section from BFT24


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Code Name

BFR Control and protection system section from BFT44

BFT 6/0,4 kV auxiliary transformer of Main Building

BFW Lighting section from BFТ34

BG. Sections 0,38 kV and transformers 6/0,4 kV of normal reliable power supply system

BGE Section 0,38 kV from BGT11

BGF Section 0,38 kV from BGT21

BGJ Section 0,38 kV from BGT12

BGK Section 0,38 kV from BGT22

BGN Section 0,38 kV from BGT13

BGP Section 0,38 kV from BGT23

BGT Auxiliary 6/0,4 kV transformer, belonging to normal reliable power supply system

BH. Main standby power supply low-voltage networks 0,38 kV and standby transformers 6/0,4 kV

BHA Standby auxiliary section 0,38 kV from BHT11

BHC Standby auxiliary section 0,38 kV from BHT31

BHD Standby auxiliary section 0,38 kV from BHT43

30BHE Standby auxiliary section 0,38 kV from 30BHT51

40BHE Standby auxiliary section 0,38 kV from 40BHT21

30BHF Standby auxiliary section 0,38 kV from 30BHT61

40BHF Standby auxiliary section 0,38 kV from 40BHT41

40BHG Standby auxiliary section 0,38 kV from 40BHT51

BHH Standby auxiliary section 0,38 kV from BHT62

BHK 0,38 kV section of NO reliable power supply from BHT71

BHL 0,38 kV section of NO reliable power supply from BHT72

BHT Standby auxiliary transformer 6/0,4 kV

BJ. Low-voltage subdistribution boards and transformers 6/0,4 kV, normal operation system

BJB Section 0,38 kV from BJT21 main pump station

BJC Section 0,38 kV from BJT31 main pump station

BJT Transformers 6/0,4 kV main pump station

BK. Sections 0,38 kV and transformers 6/0,4 kV of common-station


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Code Name

load

BKD 0,38 kV section of common-station load from ВКT15

BKE Section 0,38 kV from ВКT11

BKF 0,38 kV section of common-station load from ВКT11

BKG Section 0,38 kV from ВКT12

BKH Section 0,38 kV from ВКT22

BKJ Section 0,38 kV from ВКT13

BKK 0,38 kV section of common-station load from ВКT23

BKL 0,38 kV section of common-station load from ВКT14

BKM 0,38 kV section of common-station load from ВКT24

BKN Section 0,38 kV from ВКT15

BKQ 0,38 kV section of common-station load from ВКT11

BKS Section 0,38 kV from BKT17

BKT Transformer 6/0,4 kV of common-station load

BKU Section 0,38 kV from BKT27

BL. Low voltage subdistribution boards and transformers

BLT 0,38/0,415 kV matching transformer for electric lighting supply

BM. Low-voltage switchgears 0,38 kV and transformers 6/0,4 kV. Emergency power supply system

BMA Section 0,38 kV from BMT11

BMB Section 0,38 kV from BMT21

BMC Section 0,38 kV from BMT31

BMD Section 0,38 kV from BMT41

BME Section 0,38 kV from BMT12

BMF Section 0,38 kV from BMT22

BMG Section 0,38 kV from BMT32

BMH Section 0,38 kV from BMT42

BMJ Section 0,415 kV from BMT13 (6/0,433 kV)

BMK Section 0,415 kV from BMT23 (6/0,433 kV)

BML Section 0,415 kV from BMT33 (6/0,433 kV)

BMM Section 0,415 kV from BMT43 (6/0,433 kV)

BMT Auxiliary transformer 6/0,4 kV for power supply to sections


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Code Name

0,38 kV

BR. Auxiliary low-voltage switchgears, uninterrupted (inverter-type) power supply to both EPSS and NOS

BRA Power supply cabinets for MCR/SCR Channel 1 safety panel instrumentation

BRB Power supply cabinets for MCR/SCR Channel 2 safety panel instrumentation

BRC Power supply cabinets for MCR/SCR Channel 3 safety panel instrumentation

BRD Power supply cabinets for MCR/SCR Channel 4 safety panel instrumentation

BRG Power supply cabinets for MCR components (NO) and service devices

BRH TPTS power supply cabinets

BRT Inverter of emergency power supply system, normal operation system

BRU Inverter of emergency power supply system

BT. Storage battery installations

BTA Storage batteries 220 V, normal operation network

BTB Storage batteries 110 V, reactor control and protection system

BTD EPSS storage batteries 220 V

BTL Charging rectifier 220 V for normal operation system

BTM Charging-recharging rectifier 110 V, reactor control and protection system

BTP EPSS boost charging & battery charging rectifier

BU. DC boards, normal operation system

BUA DC board 220 V from BTA10

BUB DC board 220 V from BTA20

BUC DC board 220 V from BTA30

BUD DC board 220 V from BTA40

BUE DC board for chlorination plant

BUF DC board for chlorination plant

BUL Control and protection system DC board 110 V

BUM Control and protection system DC board 110 V


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Code Name

BUS Portable system for cable fault detection

BV. DC boards, emergency power supply system

BVA DC boards 220 V from BTD11

BVB DC boards 220 V from BTD21

BVC DC boards 220 V from BTD31

BVD DC boards 220 V from BTD41

BVE DC boards 220 V from BTD13

BVF DC boards 220 V from BTD23

BVG DC boards 220 V from BTD33

BVH DC boards 220 V from BTD43

BVJ DC boards 220 V from BTD12

BVK DC boards 220 V from BTD22

BVL DC boards 220 V from BTD32

BVM DC boards 220 V from BTD42

BVS Portable system for cable fault detection

C.. I&C equipment

CD. Drives control (control circuits decoupling cabinets)

CDA Alarm and control circuits decoupling cabinets of safety systems (channel 1)

CDB Alarm and control circuits decoupling cabinets of safety systems (channel 2)

CDC Alarm and control circuits decoupling cabinets of safety systems (channel 3)

CDD Alarm and control circuits decoupling cabinets of safety systems (channel 4)

CE. Alarm system

CEJ Operation important parameters registration system

CER IAEA Surveillance system

CF. Measurement, recording

CFL Radiation monitoring cabinets (for gateway)

CFM Radiation monitoring cabinets (for data storage and processing device)

CFN Radiation monitoring cabinets (for switching device)


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Code Name

CFP Radiation monitoring cabinets (for alarm device)

CFQ Archiver with time server

CH. Protection (excl. reactor protection)

CHC Main protections of the power unit (electric equipment)

CHE Main protections of the power unit (generator excitation system)

CK. Process computer system

CKA MCR working stations of Reactor Building

CKB MCR working stations of Turbine Building

CKC Common-unit working stations

CKD MCR (rear control panels) working stations

CKE Electrical shop workstations

CKF Even documenting devices (printers)

CKG Workstations

CKH Workstations

CKK Upper unit level devices (commutators)

CKL Computers for electrical part

CKM Upper unit level devices (servers)

CKN Computer aids interfacing device (safety system)

CKP Computer aids interfacing device (normal operation)

CKQ ECR working stations

CKY Cabinets of special hardware for fire alarm devices

CL. Reactor protection

CLA Reactor protection

CLA01-02 Emergency command cabinet

CLA03-04 Power supply cabinet with AC interrupting contactors

CLA05-06 Power supply cabinet with DC interrupting contactors

CLA11-13 Software and hardware system for protection

CLA14-16 Terminal cabinet

CLA21-22 Fiber-optic cross-terminal cabinet

CLA31-33 Data accumulation and processing unit

CLA41-43 Data accumulation and processing unit

CLA51-65 Characteristic conversion unit


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Code Name

CLB Reactor Protection-Actuating Part

CLB01-02 Power supply and control cabinet

CLB03-04 Power supply cabinet with AC interrupting contactors

CLB05-06 Power supply cabinet with DC interrupting contactors

CLB07 Set disabling cabinet

CLN Reactor protection

CLN11-14 Data accumulation and processing unit

CLN15-16 Interfacing and data exchange unit

CLN17 Reactor internals monitoring equipment

CLN18 Data output device

CLN21-23 Data accumulation and processing unit

CLP Reactor protection

CLP01-43 Converter transformer

CLR Group and Individual Control System

CLR01-21 Control and monitoring cabinet

CLR22-62 Power control cabinet

CLR64-65 Cabinet for multiplying the PP signals

CLR66 Signals logical processing cabinet

CLR67-78 Power supply cabinet

CLR79 Console

CLR80 Individual selection cabinet

CLR81-82 Server cabinet

CLR83-88 Intermediate terminal cabinet

CLR89 Console

CLR90 Control and monitoring cabinet

CLR91 Power control cabinet

CLR92 Cabinet of the automatic power controller

CLR93 Group indication cabinet

CLR95 Switching cabinet

CLS Reactor protection, consoles and testing sets

CM. I&C equipment

CMA Cabinets for safety equipment control and monitoring systems


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Code Name

(channel 1)

CMB Cabinets for safety equipment control and monitoring systems (channel 2)

CMC Cabinets for safety equipment control and monitoring systems (channel 3)

CMD Cabinets for safety equipment control and monitoring systems (channel 4)

CME Cabinets of monitoring and control system for electric equipment

CMF Cabinets of monitoring and control system for normal operating water purification facility

CMG Gas/powder fire suppression controllers

CMH Cabinets of monitoring and control systems for instrumentation shop

CMK Cabinets of monitoring and control systems delivered in complete set with equipment (SG PSD, PRZ PSD etc.)

CMR Cabinets for control and monitoring systems of Reactor Building normal operation equipment

CMS Cabinets for control and monitoring systems of normal operation fire-fighting equipment

CMT Cabinets for control and monitoring systems of Turbine Building normal operation equipment

CMV Cabinets for control and monitoring systems of normal operation ventilation equipment

CMW Cabinets for control and monitoring systems of normal operation SVO equipment

CMX Cabinets for control and monitoring systems of normal operation turbogenerator equipment

CMY Cabinets for control and monitoring systems of normal operation turbine governing equipment

CN. Diagnostics cabinets for special systems and analogue signal monitoring cabinets for safety systems

CNA Cabinets of analogue signal control from safety systems (channel 1)

CNB Cabinets of analogue signal control from safety systems (channel 2)

CNC Cabinets of analogue signal control from safety systems (channel 3)

CND Cabinets of analogue signal control from safety systems (channel 4)

CNN Special systems diagnostics cabinets on leaks, vibration and loose


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Code Name

parts

CNP Normal operation I&C equipment

CNQ Equipment of normal operation I&C important for safety, and normal operation I&C

CNR Commissioning measurement system

CNY Automated residual life monitoring system (ARLMS)

CP. I&C equipment

CPA I&C converter cabinets for safety systems (channel 1)

CPB I&C converter cabinets for safety systems (channel 2)

CPC I&C converter cabinets for safety systems (channel 3)

CPD I&C converter cabinets for safety systems (channel 4)

CPM I&C converter cabinets for normal operation systems of turbine building

CPR I&C converter cabinets for normal operation systems of reactor compartment

CPW I&C converter cabinets for normal operation active water purification systems

CV. Racks for information receiving and transmission equipment

CVA Safety systems cross-terminal cabinets (channel 1)

CVB Safety systems cross-terminal cabinets (channel 2)

CVC Safety systems cross-terminal cabinets (channel 3)

CVD Safety systems cross-terminal cabinets (channel 4)

CVE Cross-terminal cabinets of monitoring and control system for electric equipment

CVF Distribution cabinets for fire fighting system

CVG Cabinets of signal input from common station systems

CVK Electro-optic signals receiving and transmission equipment

CVR Reactor Building normal operation cross-terminal cabinets

CVS Normal operation cross-terminal cabinets (fire-fighting)

CVT Turbine Building normal operation cross-terminal cabinets

CVT60 Cross cabinet (counter for binding of TPTS with EMT (BRU-K) of normal operation of turbine building

CVV Normal operation ventilation equipment cross-terminal cabinets

CVW Normal operation SVO cross-terminal cabinets


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Code Name

CVX Normal operation turbogenerator cross-terminal cabinets

CVY Normal operation turbine governing cross-terminal cabinets

CVZ Cross-terminal cabinets, supplied complete with the equipment

CW. Control room

CWA MCR consoles (Reactor Building)

CWB MCR consoles (Turbine building)

CWC ECR consoles

CWD Boards of unit shift supervisor

CWE01-09 Boards and panels of GCC

CWE10-49 Boards of technical maintenance center, software engineer, instrumentation shop shift supervisor

CWE51-91 Boards and panels of GCC

CWF MCR consoles (safety system)

CWG Generalized mimic diagram

CWH MCR consoles (normal operation)

CWH01-29 MCR consoles at area of rear control panels of MCR

CWH30-39 Radiation monitoring boards

CWH41-99 MCR consoles at area of rear control panels of MCR

CWK SCR boards

CWL Boards of local crisis center, NPP shift supervisor

CWM Boards of water purification facility

CWS Panels of control board for cooling water intake systems

CX. Local control boards

CXA Cabinets for emergency power supply and control safety system buildings

CXB Cabinets for radwaste collection, processing and storage systems

CXC Control cabinets of the reloading machine

CXD Gates control system

CXF Control cabinets for cooling seawater purification systems

CXF75-80 Local boards for chlorination plant

CXG Compressor control cabinets

CXH Cabinets for liquid radwaste processing systems

CXJ Cabinets for auxiliary steam production systemsCONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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Code Name

CXM Cabinets for chiller monitoring and control system

CXN Control cabinets for diesel fuel supply and used oil collection plants

CXQ Cabinets for liquid waster disposal

CXR Control cabinets for demineralizing plant regeneration system

CXS Cabinets for cooling water supply system

CXT Cabinets for chemical reagent supply and dosing systems

CXU Cabinets for fire fighting water and service water supply system

CXV Ventilation system control cabinets

CXW Power supply and control cabinets for fire retarding valves and smoke removing valves

CXY Control cabinets for drains water collection and purification systems

CY. Communication equipment

CYA Common-station telephone communication

CYB Telephone operative communication

CYC Operative loud speaking duplex communication

CYD Searching command communication

CYE Fire alarm system

CYG Common time system

CYH Announcing

CYJ Operating radio telephone system

CYL Record of the operating personnel commands

CYP Industrial television system

CYP10-20 Operative personnel actions videorecording system

CYP50-90 Surveillance System of IAEA

CYR Physical protection system

CYS Stand-by internal radio communication

CZ. Technical means of security

CZD Local annunciation system

D.. I&C equipment

DR. Low level of ARSMS

DRM Data acquisition and processing unit


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Code Name

DRN Switching unit/Controller

DW. High level of ARSMS

DWD30 ARSMS central monitoring station

DWD31 Reserve monitoring station

E.. Fuel feed

EG. Diesel fuel oil supply for the auxiliary boiler house

EGB Tank facilities

EGB01-40 Diesel fuel supply system to auxiliary boiler installation House

EGT Fuel system for the auxiliary boiler house

EGY Control, regulating and protection system

ER. Boiler kindling fuel feed

ERC Gas feed system

ERY Control, regulating and protection system

F.. Handling with nuclear fuel and activated elements

FA. Storage of fuel assemblies and other radioactive parts

FAA New fuel storage system

FAB Spent fuel storage system in the Reactor Building

FAC Spent fuel storage system outside the Reactor Building

FAD Supplementary fuel assembly storage system

FAF Temporal reactor assembly storage system

FAH Radioactive part storing (reusable) devices system

FAK Fuel pond pipelines system

FAL Storage pond water supply to purification system

FAM Irradiated fuel storage cleaning devices system

FAN Fuel storage emergency cooling system

FAT Cooling and flushing media supply to fuel elements system

FAW Sealing media supply

FAX Media supply for control, regulation and protection systems

FAY Control, regulation and protection devices

FB. Fuel element and other core parts handling systems

FBA Failed fuel assembly detection system

FBA50-80 Piping system for fluid supply to the bottles of the failed fuel


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Code Name

assembly detection system

FBB Fuel assembly and other core details repair equipment

FBC Fuel assembly and other core details cleaning equipment

FBD Fuel assembly and other reactor details mincers

FBT Media supply for heating, cooling and flushing

FBW Sealing media supply

FBX Media supply for control, regulation and protection devices

FBY Control, regulation and protection devices

FC. Fuel assemblies and other core parts reloading and handling systems

FCA Loading and removal devices (loading/removal of fuel assemblies, absorbing elements and other core details into/from the core)

FCB Reloading machine

FCC Core detail moving equipment (except for FCA and FCB)

FCD Reloading devices in storage for fuel assemblies and other core elements

FCF Equipment lock

FCJ Handling devices for fuel assemblies and other core details between various storage facilities

FCL Cooling and pressurization system for fuel assemblies handling devices

FCT Supply (evacuation) of substances for cooling, heating and flushing

FCY Control, regulation and protection devices

FJ. Fuel element and core element erection and retest systems

FJA Tooling and equipment for installation and maintenance of RPV and reactor cover

FJB Tooling and equipment for installation and maintenance of reactor internals

FJC RPV and reactor cover retest equipment

FJE Equipment and tooling for maintenance of primary components

FJF Primary component retest equipment

FJM Devices for reactor containment

FK. Equipment and room decontamination systems

FKA Reactor building equipment and room decontamination system


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Code Name

FKJ Active laundry (SVO-7) system

FKJ50 The system for preparing and supplying chemical agents to the active laundry waste water purification system

FKK RCP removable parts and other machine details decontamination devices system

FKK10-19 Controlled-access area control workshops decontamination system

FKN Mobile decontamination units system

FKT Decontamination solution preparation and supply system

FKT70-99 Decontamination solution supply system in buildings 00UKS, 00UKU, 00UYB

G.. Water supply and water discharge

GA. Fresh water acquisition (water supply and water discharge)

GAC System for seawater supply (to desalination plant) to 00UGX building

GAF Pump units for seawater supply (to desalination plant) to 00UGX building

GC. Process water demineralization systems

GCB Influent water mechanical cleaning system

GCF Influent water ion-exchange cleaning system

GCF00 Influent water ion-exchange cleaning system on trestle 00USY

GCF83-84 Demineralized water supply system

GCR Water treatment plant waste water neutralization system

GCR00 Water treatment plant waste water neutralization system on trestle 00USY

GD. Sludge demineralization systems

GH. Non-potable water distribution systems

GHA Cooling water piping for servomotor

GHC Non-potable water distribution systems after demineralization

GHC10-20 Makeup water for the auxiliary boiler house

GK. Service and potable water supply systems

GKD The domestic-drinking water pipeline

GKE Source water pipeline

GKF Hot water supply

GM. Plant drainage system


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Code Name

GMA Oil-containing water sewerage system

GMC Pump set system for oil-contaminated drains evacuation

GML System for leak collecting, removal and extraction of industrial waste waters from the main pump house 30UQA (40UQA)

GML10 Waste water collection and disposal system after automatic fire fighting of cable tunnels of the main pump house 30UQA (40UQA) (gravity system)

GML20 Waste water collection and disposal system after automatic fire fighting of cable tunnels of the main pump house 30UQA (40UQA) (pressure system)

GML30 Drainage pumping out system of the main pump house 30UQA (40UQA) (pressure system)

GMM Fire fighting, tanks emptying and drainage water collection and discharge system

GMN Pipelines of exhaust system from instrumentation compartments and compartments of secondary circuit emergency cooling-down

GMP Drain system of diesel and oil storage facilities

GN. Used process water treatment systems

GNR Flushing water and residues removal system incl. Neutralization

GNR00 Waste water after chemical flushing and preservation of equipment neutralization system on trestle 00USY

GNR10-40 Waste water after chemical flushing and preservation of equipment neutralization system

GQ. Service waste water collection and discharge systems

GQA Free access area service sewerage system

GQB Pump set system for common-access area domestic drains evacuation

GQC Pump set system for controlled-access area domestic drains evacuation

GQD Controlled access area service sewerage system

GQE Domestic sewerage of control-access area for hand-wash basins

GR. Service waste purification systems

GT. Water acquisition from industrial aqueous waste systems

GU. Rain water drain systems, including waste treatment

GUD Storm water sewerage

GUF Pump set system for rainstorm water evacuationCONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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Code Name

GUU NPP ground water drains system

H.. Conventional heat generation

HH. Main combustion system

HHA Main burners

HHL Secondary air supply (combustion air)

HHM Spraying medium supply (steam)

HHR Purging medium supply (steam)

HJ. System of ignited combustion

HJA Ignition device

HJQ Cooling medium supply (air)

J.. Nuclear generation of heat

JA. Reactor systems

JAA Reactor pressure vessel, including unions and welded parts

JAB Reactor pressure vessel closure head (upper unit), including flanges, seals, studs

JAC Reactor internals

JAH Reactor external insulation

JAT Leak monitoring systems

JB. Reactor vessel internals

JBA Reactor vessel surveillance specimens

JD. Reactor control and shutdown devices

JDA CPR drive system

JDJ Fast boron concentrate injection to trip reactor

JE. Reactor cooling system (primary circuit)

JEA Steam generation system

JEA01 Air removal system from SGs on secondary circuit

JEA10-40 Steam generation system

JEA50-90 Steam generator level monitoring and pipeline steam line humidity

JEB Reactor coolant pump system

JEC Reactor coolant piping system

JEF Pressurization system


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Code Name

JEF10-40 Pressurization system

JEF50-80 Pressurizer pulse safety devices system

JEG Steam receipt from pressurizer dumping devices system

JET Reactor coolant controlled leak-off system

JEV RCP motor lubrication system

JEV50 Lubricating oil supply system to the RCP set oil tanks

JEW RCP sealing water system

JK. Reactor core with appurtenances

JKA Reactor core

JKM System for retention and cooling of reactor molten core (JKM)

JKS In-core instrumentation system

JKT Ex-core instrumentation system

JKU Fuel element cladding tubes monitoring system

JM. Containment with internals

JMA Reactor building containment shells system

JME Equipment airlock

JMF Main personnel airlock

JMG Emergency personnel airlock

JMH Installation opening

JMJ Structural components inside containment (only for component coding)

JMJ10 Relief devices system

JMK Piping penetration system

JML Cable penetration system

JMN Spray system

JMP Emergency fluid dumping out of containment and purification system

JMP30-60 System of relief devices of the reactor building steam chambers

JMT Hydrogen suppression inside the containment system

JMU Hydrogen concentration measurement inside containment system

JMX Air supply system to control localizing valves

JMY Control, regulation and protection devices

JMY10 Containment monitoring system (CMS)CONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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Code Name

JMY20 Leak measuring system from the containment during tightness operating tests

JN. Residual heat removal systems

JNA The system for emergency and scheduled cooling down of the primary circuit and fuel storage pool cooling

JNA80 Binding chemical agents store tanks for chemical iodine system

JNB Emergency residual heat removal system

JNB10-40 SG emergency cooldown and blowdown system

JNB50-80 Passive heat removal system

JND HP emergency injection system

JND10-40 HP emergency injection system

JND50-80 Emergency boron injection system

JNG 1st and 2nd stages accumulator system

JNG10-40 1st stage accumulator system (passive part of emergency core cooling system)

JNG50-80 2nd stage accumulator system (supplementary passive core flooding system)

JNK Borated water storage system.

JY. Control and protection equipment (other than “JR”, “JS”, “JT”)

JYF Loose parts monitoring system

JYG Vibration monitoring system

K.. Reactor plant auxiliary systems

KA. Component cooling systems

KAA Component cooling system for reactor plant loads

KAA51, 61,81

Component cooling system for reactor plant loads (heat exchangers of systems KUA10-50, KUE)

KB. Reactor coolant treatment system

KBA Volume and chemical control system

KBB Operating grade coolant storage system

KBC Boric acid and demineralized water control system

KBC10-30 Distillate system

KBC40-60 Boron concentrate system


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Code Name

KBC70 System of vertical stand hydraulic testing

KBD System for addition of chemical reagents to primary coolant

KBE Coolant purification system

KBE10-40 High temperature purification system of primary coolant

KBE50-60 Low temperature purification system of primary coolant

KBF Coolant purification system

KBH Fuel pond water purification system

KBW System of sealing fluid supply to *KB.* systems

KL. Ventilation plants in controlled area

KLA Containment (reactor building) ventilation systems

KLB Annulus space ventilation systems

KLB50-80 Annulus passive filtering system

KLC Ventilation plants for safety (controlled access area) process systems

KLE Ventilation plants for normal operation process systems, active water treatment and dirty workshop building

KLF Ventilation plants for solid radwaste treatment and storage building

KLP Ventilation plants for purification works for domestic sewage from controlled access area

KLR Ventilation plants for laboratory and service building and active laundry

KLS Ventilation plants for controlled access area of sanitary and service building

KP. Radioactive waste handling

KPA Solid radwaste processing system

KPA10-40 Solid radwaste classifying system

KPA50 Solid radwaste pressing system

KPC Concentrating plant

KPE Solid radwaste storage system

KPF Liquid radwaste processing system

KPF00 Floor water treatment system (SVO-3) on trestle 00USY

KPF10-60 Floor water treatment system

KPF70-79 Floor water collecting system in building 00UKS, 00UKU

KPH Solid radwaste burning systemCONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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Code Name

KPJ Reagent preparation and supply system

KPJ70 20 % NaOH supply system

KPK Temporal liquid radioactive fluid storage system

KPL Burning system for hydrogen from radioactive process blow-offs

KPM Radioactive process blow-offs purification system

KPM40 System for purifying blow-offs from the equipment pertaining to the liguid radioactive media

KPN Cementation unit

KPP Solid radwaste fragmentation system

KPW Supply system of sealing fluid to *KP.* systems

KR. Gasses supply and removal system

KRA Nitrogen supply to flow-offs from reactor equipment

KRA00 Nitrogen supply to flow-offs from reactor equipment on trestle 0 USY

KRA10-20 System of nitrogen supply to blow-off from reactor building equipment

KRP Oxygen supply system for hydrogen after-burning systems in main building

KRQ Oxygen supply system for hydrogen burning system in special building

KRQ00 Oxygen supply system for hydrogen burning system in special building on trestle 00USY

KT. Nuclear auxiliary systems

KTA Primary drains and controlled leaks system

KTB Gaseous blow-off system

KTC Collecting system for disposal from reactor systems

KTC10-20 Collecting system of boron-containing water from reactor systems

KTF Active drainage pipework system for containment

KTH Active floor drainage system from buildings 30UJA (40UJA, 50UJA, 60UJA) and 30UKC (40UKC, 50UKC, 60UKC) (pressure)

KTM Drains system for plants of radioactive waste processing building

KTN Active drainage pipework system (traps) of 30UKC (40UKC, 50UKC, 60UKC) building


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Code Name

KTP Emergency gas removal system

KTQ Fuel storage pool lining integrity monitoring system

KTR Active floor drainage system from building 00UYB

KU. Sampling systems

KUA Sampling system for primary circuit

KUA10-50 Reactor building equipment sampling system

KUA60-80 Automated chemical monitoring system for primary circuit

KUE Sampling system from purification plants

KUJ Radioactive gaseous sampling system

KUJ11-15 Gaseous radioactive media sampling system

KUJ16 Ventilation stack gaseous radioactive media sampling system

KUK Sampling system for building 00UYB

KW. Nuclear sealing and flushing fluid supply systems

KWA System of I&C transducers hydraulic testing and flushing by distillate

KWB System of I&C transducers flushing

KWB50 Secondary-side steam generators hydraulic testing system

KWB60 Secondary-side steam generator hydraulic testing pump piping system

KWC System of hydraulic testing of the primary circuit and I&C transducers flushing

KWJ10-15 Piping system of CPS actuators stand

L.. Steam, water, gas cycles

LA. Feedwater systems

LAA Feedwater collecting and deaeration system

LAB Main feedwater piping system

LAC Feedwater pump system

LAD HP regeneration system

LAH Auxiliary feedwater piping system

LAJ Auxiliary feedwater pump system

LAY Control and protection equipment

LAY10 Monitoring, control and diagnostic system for the feed water pumps turbine drive


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Code Name

LAY20 Monitoring, control and diagnostic system for the feed water pumps

LB. Steam piping system

LBA Main steam piping system

LBB System of superheat steam piping in LP cylinder (including steam reheater)

LBC Steam supply piping system from turbine to reheater (Not Used)

LBD Steam extraction to deaerator piping system, ISH, heating water converters and so on.

LBF High pressure reducing system

LBF10 BRU-SN system

LBF50-60 BRU-D system

LBG Auxiliary steam piping system

LBG00 Auxiliary steam line system on trestle 00USY

LBG10-70 Auxiliary steam line system

LBG80 Steam supply system in 00UKS, 00UKU, 00UYB

LBG90 Pre-start heat-up system for pipe interspace of high pressure preheater

LBH Start-up, using external source, and shutdown steam system

LBJ Steam moisture separation system in LP cylinder

LBK BRU-A system

LBQ HP steam extraction piping system

LBR Piping system for TDP turbine

LBS LP steam extraction piping system

LBT BRU-K system

LBU SG safety valves system, including exhaust pipelines

LBW Turbine sealing steam system

LBW10-20 Turbine sealing steam system (including valve stems)

LBW30-50 TDP sealing steam system (including valve stems)

LC. Condensate systems

LCA Main condensate piping system

LCA70 System of main condensate supply to the deaerator and of auxiliary pipelines

LCA90 System for pre-starting fishing of the condensate and feeding line


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Code Name

LCB Main condensate pump system

LCC LP heaters system

LCE Condensate injection to BRU-K system

LCF TDP turbine condensate piping system

LCG TDP turbine condensate pump system

LCH HP heater condensate system

LCJ LP heater condensate system

LCL Steam generator drains system

LCL70 Steam generator water removal pump tank piping system

LCM Turbine hall drains system

LCM00 Turbine hall drains system (condensate collecting and return for active water treatment) on trestle 00USY

LCM10-70 Turbine hall drains system (condensate collecting and return)

LCM73-79 Heating steam condensate return system in 00UKS, 00UKU, 00UYB

LCM80-90 Turbine hall drains system (condensate collecting and return for active water treatment)

LCN HP steam piping drains system

LCP Turbine hall demineralized water system

LCQ Steam generator blowdown system

LCQ10-40 Steam generator blowdown and drains system

LCQ50-80 Steam generators blowdown water purification system

LCR TDP turbine condensate system

LCS Reheater heating steam condensate system

LCT MS/SR moisture separator condensate system

LCT51-53 MS/SR moisture separator condensate pumps system

LCW Sealing and cooling steam drains system

LCX Non-return valves control system

LD. Condensate polishing systems (UDP)

LDB Autonomous dematerializing plant system

LDB00 Autonomous dematerializing plant system on trestle 00USY

LDF Turbine condensate deironing and polishing demineralization system (UDP)


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Code Name

LDN Component cooling water chemistry control system

LDP Spent resins from UDP regeneration and flushing system

LDR UDP washing and regeneration water system

LDR00 UDP washing and regeneration water system on trestle 00USY

LF. Common installations for steam, water, gas cycles

LFC Drain and vent (steam, water, gas) system

LFG Steam generators chemical flush

LFJ Steam generator layup system

LFN Secondary working fluid correction treatment system

M.. Main machine sets

MA. Steam turbine plant

MAA HP cylinder system

MAC LP cylinder system

MAD Turbine bearings system

MAG Turbine condensers system

MAJ Air removal system

MAK Rotor hydraulic hoisting gear and turbogenerator turning gear system

MAL Turbine drain system

MAM Seal leak-off steam system

MAN Turbine bypass (BRU-K)

MAQ Oil tanks ventilation system (lubrication oil tank, control oil tank, BRU-K control oil tank)

MAV Turbogenerator lubricant facility system

MAX Turbine control lubricant supply system

MK. Generator plant

MKA Generator system

MKC Generator excitation system

MKD Generator bearings system

MKF Generator stator windings water cooling system

MKF10-50 Generator stator windings water cooling system

MKG Generator hydrogen cooling system

MKW Generator shaft sealing oil system


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Code Name

MKW10-40 Generator shaft sealing oil system

MKW50 System of generator shaft sealing oil emergency discharge

MM. Compressed air compressor plant systems

MP. Common installations for main machine sets

MPA10 Foundation of turbo set

MPA20-30 Foundation of turbo pump set

MPA40-60 Foundation of electric pump set

MV. Lubricant supply system

MVA Turbine hall loads lubricant supply system

MVA10-40 Turbine hall loads lubricant supply system

MVA50 Emergency lubricant discharge system

MVA60-70 Mineral oil supply system

MVB Auxiliary lubrication oil system

MVC Auxiliary control oil system

MVD Auxiliary BRU-K control oil system

MX. Fluid supply system for control and protection equipment

MXN BRU-K control oil supply system

P.. Cooling water plants

PA. Main cooling water system

PAA System of mechanical cleaning devices

PAB Main cooling water system

PAB90 System for air inlet-outlet from turbine condensers

PAC Pump units

PAH Turbine condenser ball cleaning system

PAS Ejector lifting pumps system

PAX Air supply system for pressure drop and water levels monitoring in PAA system

PAY Measuring system of pressure difference across screens and water levels in cooling water intake and delivery structures

PB. Main cooling water treatment system

PBB Mussels cleaning system

PBF Sodium hypochlorite mixing system

PBK Sodium hypochlorite solution delivery system to consumer


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Code Name

PC. Cooling water systems of non-essential loads

PCB Cooling water system for non-essential loads

PCB51-52 Cooling water system for common-station diesel electric station

PCC Pump units

PCD Service water supply system

PCH Heat exchanger cleaning system

PD. Main cooling water treatment of non-essential loads

PDB Mussels cleaning system

PE. Cooling water system for secured area

PEA System of mechanical cleaning devices

PEB Cooling water system for essential loads

PEC Pump units

PEH Heat exchanger cleaning plant

PEX Air supply system for pressure drop and water levels monitoring in PEA system

PEY Pressure drop and water levels monitoring in PEA system

PF. Treatment of cooling water of essential loads

PFB Mussels cleaning system

PG. Closed cooling water system for conventional area

PGB Closed cooling water system for conventional area

PGB00-70 Closed cooling water system for normal operation loads

PGB71-79 Closed cooling water system for normal operation loads in buildings 00UKS, 00UKU, 00UYB

PGB80-90 Closed cooling water system for oil coolers

PGB99 Closed cooling water system for normal operation loads on trestle 00USY

PGC Сlosed cooling water pumps system

PGD Сlosed cooling water heat exchangers system

PU. Common devices for cooling water systems

PUA Dewatering system for PAC and PCC pump units water path

PUB Dewatering system for common structures of PA, PC and PE systems

PUD Dewatering system for PEC pump units water path


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Code Name

PUE Drainage water pumping out from essential loads pump houses

PUJ Washing system of secondary screens flume of PAA system

PUK Washing system of fine-mesh rotary screens of PAA system

PUL Fish diverter ejector power supply system

PUM Fish diverter air lift power supply system

PUN System for supplying sea water to chlorine dosing plant

PUP Washing system of secondary screens flume and rotary meshes of PEA system

PUQ Essential consumers tunnels drainage and drying system

PUS Ejector pumps bearings cooling system

PUT Fish barrier rooms drainage system

PUV Oil supply system of pump units of pump stations

PUX Air supply system for pressure drop and water levels monitoring in intake structure

Q.. Auxiliary systems

QC. Central chemicals supply

QCB Nitric acid preparation and receipt system

QCB00 Nitric acid preparation and receipt system on trestle 00USY

QCD Caustic soda receipt and preparation system

QCD00 Caustic soda receipt and preparation system on trestle 00USY

QCE Hydrazine receipt and preparation system

QCE00 Hydrazine receipt and preparation system on trestle 00USY

QCF Ammonia receipt and preparation system

QCF00 Ammonia receipt and preparation system on trestle 00USY

QCQ Sulfuric acid receipt and preparation system

QCQ00 Sulfuric acid receipt and preparation system on trestle 00USY

QCR Trisodium phosphate receipt and preparation system

QCR00 Trisodium phosphate receipt and preparation system on trestle 00USY

QF. Air supply for pneumatic drives

QFA Compressed air system for valve pneumatic drives

QFA00 Compressed air system for valve pneumatic drives on trestle 00USY


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Code Name

QFA20 Compressed air supply system to the secondary circuit SG for intercircuit tightness control

QG. Central gas supply for closed gas cycles

QGA Emergency Freon discharge pipelines

QH. Auxiliary steam generation

QHA Pressure system

QHA01-03 Steam boiler

QHC Equipment for cleaning the flue gas side of the heating surfaces

QHG Boiler water circulation system

QHG10-30 Boiler continuous and periodic blowdown system

QHL Combustion air system

QHN Flue gas exhaust

QHS Feedwater chemical treatment

QHY Control, regulating and protection system

QJ. Central gas supply, also inert gas

QJB Nitrogen supply and distribution in turbine hall

QJB00 System for keeping nitrogen and supplying it in the turbine hall on trestle 00USY

QJB30 System for keeping nitrogen and supplying it in the turbine hall

QJB50 System for supplying nitrogen and distribution it in the turbine hall (for generator gas station)

QJC Hydrogen supply

QJC00 System for keeping hydrogen and supplying it in the turbine hall on trestle 00USY

QJC10 System for supplying hydrogen and distribution it in the turbine hall (for generator gas station)

QJC30 System for keeping hydrogen and supplying it in the turbine hall

QK. Cold supply systems

QKA Cold supply system for ventilation systems in conventional area (chilling machine and header pipes)

QKA00 Cold supply system for ventilation systems in conventional area (chilling machine and header pipes) on trestle 00USY

QKA01-69 Cold supply system for ventilation systems in conventional area (chilling machine)

QKA70-90 Cold supply system for ventilation systems in conventional area


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Code Name

(header pipes)

QKB Cold supply system for ventilation systems in secured area (safety chilling machine and header pipes)

QKC Cold supply system for ventilation systems in building 30UBA (40UBA, 50UBA, 60UBA)

QKD Cold supply system for ventilation systems in control safety system (CSS) and safety chilling machine emergency power supply building

QKE Cold supply system for ventilation systems in transformer building

QKF Cold supply system for ventilation systems in building of auxiliary equipment for NFS fuel element warehouses

QKJ Cold supply system for ventilation systems in reactor building

QKK Cold supply system for ventilation systems in auxiliary reactor equipment building, the NO building of control system

QKM Cold supply system for ventilation system in turbogenerator and oil building

QKN Cold supply system for ventilation system in shielded control building 00UZM

QKR Cold supply system for laboratory buildings

QKS Cold supply system for ventilation systems in building of auxiliary reactor systems

QKT Cold supply system for ventilation systems in controlled-access area central workshops building

QKZ Cold supply system for ventilation systems in cable and pipe tunnels, trains and rooms

QL. Feedwater, steam and condensate circuits for the generation and distribution of the auxiliary steam

QLA Feedwater system

QLB Steam system

QLC Condensate system

QLY Control, regulating and protection system

QS. Central oil supply and disposal system

QSB Waste oil systemQSB10-46 System of OMTI, GK, T-22 waste oilQU. Secondary automated chemical monitoring system

QUA Automated chemical monitoring system for feedwater systems

QUB Automated chemical monitoring system for steam systems


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Code Name

QUC Automated chemical monitoring system for condensate systems

QUD Sampling system for the auxiliary steam generation

QUG Automated chemical monitoring system for unit demineralizing plant systems

QUH Sampling system for secondary cycle and condensate polishing plant

QUJ The system for monitoring leak tightness of SG joints in the secondary coolant circuit

QUK Automated chemical monitoring system for steam generator blowdown systems

S.. Ancillary systems

SA. Ventilation technical plants for conventional area

SAA Ventilation plants in non-contaminated areas with safety process systems, steam line areas

SAB Ventilation plants for conventional area in sanitary and service building

SAC Ventilation plants for electrical rooms of normal operation, MCR, grid control center, ancillary outdoor switchgear installation, switchgear and control gear, control safety systems

SAD Ventilation systems for emergency power supply buildings

SAF Ventilation plants for building of auxiliary equipment for NFS fuel element warehouses

SAH Ventilation system for start-up and standby boiler house

SAJ Ventilation plants in normal operation chilling machine buildings

SAK Ventilation plants in industrial and laboratory building for I&C and electronics, training center and engineering and laboratory building

SAM Ventilation plants in turbogenerator and oil building

SAP Ventilation plants for sewerage pump stations

SAQ Ventilation plants for pump stations

SAS Ventilation plants for auxiliary equipment buildings

SAV Ventilation installations for the cable channels and rooms pertaining to the SCR

SAZ Ventilation plants for cable and pipe tunnels, trains and rooms

SB. Space heating plants for ancillary system buildings

SBH NPP heating systems

SC. Stationary process air systems


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Code Name

SCA Process air generation systems

SCB Compressed air system for process services

SCB10 Compressed air supply and distribution systems in turbine hall (for generator gas station)

SCB20 Compressed air supply and distribution systems in building 00UKS

SCB25 Compressed air supply and distribution systems in building 00USV

SCB30 Compressed air supply and distribution systems in building 00UKU

SCB40 Compressed air supply and distribution systems in building 00UYB

SCC Compressed air supply system for containment testing

SCC00 Compressed air supply system for containment testing on trestle 00USY

SCD Compressed air supply system for maintenance

SCD00 Compressed air supply system for maintenance on trestle 00USY

SCR Supplementary control room

SG. Stationary fire protection systems

SGA Common-plant fire water system

SGB Fire water system for safety systems

SGC Automatic fire water plants for rooms and equipment of normal operation systems

SGD Automatic fire water plants for rooms and equipment of safety systems

SGE Fire gas plants

SGF Foam fire-fighting systems

SGH Device for self-extinguishing of poured combustible liquids (SED)

SGK Automatic finely-dispersed water fire-fighting plants

SGL Powder fire-fighting systems

SM. Cranes, stationary hoists and conveying appliances

SMA Cranes, stationary hoisting devices and transport equipment in the 00UAB, 00UAC, 00UAD buildings

SMA20 Electric traveling cranes in buildings 00UAB, 00UAC, 00UAD

SMA21 Hand-operated traveling cranes in buildings 00UAB, 00UAC, 00UAD

SMA22 Hand-movable hoists in buildings 00UAB, 00UAC, 00UAD

SMA23 Hand hoists (fixed) in buildings 00UAB, 00UAC, 00UAD


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Code Name

SMA24 Movable electric cable hoists in buildings 00UAB, 00UAC, 00UAD

SMA25 On-floor transport in buildings 00UAB, 00UAC, 00UAD

SMA26 Hoisting sling in buildings 00UAB, 00UAC, 00UAD

SMA27 Crabs in buildings 00UAB, 00UAC, 00UAD

SMA28 Winches in buildings 00UAB, 00UAC, 00UAD

SMA29 Cross-beams in buildings 00UAB, 00UAC, 00UAD

SMA30 Grips in buildings 00UAB, 00UAC, 00UAD

SMB Cranes, stationary hoisting devices and transport equipment in the 30UBA (40UBA, 50UBA, 60UBA) building

SMB20 Electric traveling cranes in building 30UBA (40UBA, 50UBA, 60UBA)

SMB21 Hand-operated traveling cranes in building 30UBA (40UBA, 50UBA, 60UBA)

SMB22 Hand-movable hoists in building 30UBA (40UBA, 50UBA, 60UBA)

SMB23 Hand hoists (fixed) in building 30UBA (40UBA, 50UBA, 60UBA)

SMB24 Movable electric cable hoists in building 30UBA (40UBA, 50UBA, 60UBA)

SMB25 On-floor transport in building 30UBA (40UBA, 50UBA, 60UBA)

SMB26 Hoisting sling in building 30UBA (40UBA, 50UBA, 60UBA)

SMB27 Crabs in building 30UBA (40UBA, 50UBA, 60UBA)

SMB28 Winches in building 30UBA (40UBA, 50UBA, 60UBA)

SMB29 Cross-beams in building 30UBA (40UBA, 50UBA, 60UBA)

SMB30 Grips in building 30UBA (40UBA, 50UBA, 60UBA)

SMС Cranes, stationary hoisting devices and transport equipment in the 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA) buildings

SMC20 Electric traveling cranes in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC21 Hand-operated traveling cranes in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC22 Hand-movable hoists in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC23 Hand hoists (fixed) in buildings 30UСC (40UСC, 50UСC, 60UСC),


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Code Name

30UCA (40UCA, 50UCA, 60UCA)

SMC24 Movable electric cable hoists in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC25 On-floor transport in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC26 Hoisting sling in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC27 Crabs in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC28 Winches in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC29 Cross-beams in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMC30 Grips in buildings 30UСC (40UСC, 50UСC, 60UСC), 30UCA (40UCA, 50UCA, 60UCA)

SMD Cranes, stationary hoisting devices and transport equipment in the 00UYB building

SMD20 Electric travelling cranes in building 00UYB

SMD21 Hand-operated traveling cranes in building 00UYB

SMD22 Hand-movable hoists in building 00UYB

SMD23 Hand hoists (fixed) in building 00UYB

SMD24 Movable electric cable hoists in building 00UYB

SMD25 On-floor transport in buildings 00UYB

SMD26 Hoisting sling in building 00UYB

SMD27 Crabs in buildings 00UYB

SMD28 Winches in building 00UYB

SMD29 Cross-beams in building 00UYB

SMD30 Grips in building 00UYB

SME Cranes, stationary hoisting devices and transport equipment in the 00UEL, 31UEJ-34UEJ (41UEJ-44UEJ, 51UEJ-54UEJ, 61UEJ-64UEJ), 05UEJ buildings

SME20 Electric travelling cranes in building 00UEL

SME21 Hand-operated traveling cranes in building 00UEL

SME22 Hand-movable hoists in building 00UEL, 31UEJ-34UEJ (41UEJ-44UEJ, 51UEJ-54UEJ, 61UEJ-64UEJ), 05UEJ


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Code Name

SME23 Hand hoists (fixed) in building 00UEL, 31UEJ-34UEJ (41UEJ-44UEJ, 51UEJ-54UEJ, 61UEJ-64UEJ), 05UEJ

SME24 Movable electric cable hoists in building 00UEL, 31UEJ-34UEJ (41UEJ-44UEJ, 51UEJ-54UEJ, 61UEJ-64UEJ), 05UEJ

SME25 On-floor transport in building 00UEL, 31UEJ-34UEJ (41UEJ-44UEJ, 51UEJ-54UEJ, 61UEJ-64UEJ), 05UEJ

SME26 Hoisting sling in building 00UEL

SME27 Crabs in buildings 00UEL

SME28 Winches in building 00UEL

SME29 Cross-beams in building 00UEL

SME30 Grips in building 00UEL

SMF Cranes, stationary hoisting devices and transport equipment in the 00UFC building

SMF20 Electric travelling cranes in building 00UFC

SMF21 Hand-operated traveling cranes in building 00UFC

SMF22 Hand-movable hoists in building 00UFC

SMF23 Hand hoists (fixed) in building 00UFC

SMF24 Movable electric cable hoists in building 00UFC

SMF25 On-floor transport in building 00UFC

SMF26 Hoisting sling in building 00UFC

SMF27 Crabs in buildings 00UFC

SMF28 Winches in building 00UFC

SMF29 Cross-beams in building 00UFC

SMF30 Grips in building 00UFC

SMG Cranes, stationary hoisting devices and transport equipment in the 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT buildings

SMG20 Electric traveling cranes in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMG21 Hand-operated traveling cranes in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT


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Code Name

SMG22 Hand-movable hoists in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMG23 Hand hoists (fixed) in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMG24 Movable electric cable hoists in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMG25 On-floor transport in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMG26 Hoisting sling in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMG27 Crabs in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMG28 Winches in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMG29 Cross-beams in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM 00UGV, 01UGW-02UGW, 03UGT

SMG30 Grips in buildings 00UGE, 00UGD, 01UGF-03UGF, 01UGH-02UGH, 01UGM, 00UGV, 01UGW-02UGW, 03UGT

SMJ Cranes, stationary hoisting devices and transport equipment in the 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE) buildings

SMJ20 Electric traveling crans in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ21 Hand-operated traveling crans in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ22 Hand-movable hoists in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ23 Hand hoists (fixed) in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ24 Movable electric cable hoists in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ25 On-floor transport in buildings 30UJA (40UJA, 50UJA, 60UJA), CONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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Code Name

30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ26 Hoisting sling in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ27 Crabs in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ28 Winches in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ29 Cross-beams in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMJ30 Grips in buildings 30UJA (40UJA, 50UJA, 60UJA), 30UJB (40UJB, 50UJB, 60UJB), 30UJC (40UJC, 50UJC, 60UJC), 30UJE (40UJE, 50UJE, 60UJE)

SMK Cranes, stationary hoisting devices and transport equipment in the 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU buildings

SMK20 Electric travelling cranes in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK21 Hand-operated traveling cranes in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK22 Hand-movable hoists in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK23 Hand hoists (fixed) in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK24 Movable electric cable hoists in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD,


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Code Name

51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK25 On-floor transport in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK26 Hoisting sling in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK27 Crabs in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK28 Winches in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK29 Cross-beams in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMK30 Grips in buildings 30UKA (40UKA, 50UKA, 60UKA), 30UKB (40UKB, 50UKB, 60UKB), 30UKC (40UKC, 50UKC, 60UKC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 05UKD, 00UKU

SMM Cranes, stationary hoisting devices and transport equipment in the 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV) buildings

SMM20 Electric travelling cranes in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM21 Hand-operated traveling cranes in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM22 Hand-movable hoists in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM23 Hand hoists (fixed) in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM24 Movable electric cable hoists in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM25 On-floor transport in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)


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Code Name

SMM26 Hoisting sling in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM27 Crabs in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM28 Winches in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM29 Cross-beams in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM30 Grips in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM50 Assembly trolleys in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM51 Hydraulic loaders in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM52 Coupler device in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM53 A set of testing equipment in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMM54 Anchor thrust in buildings 30UMA (40UMA, 50UMA, 60UMA), 30UMV (40UMV, 50UMV, 60UMV)

SMP Cranes, stationary hoisting devices and transport equipment in the 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK buildings

SMP20 Electric travelling cranes in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP21 Hand-operated traveling cranes in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP22 Hand-movable hoists in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP23 Hand hoists (fixed) in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP24 Movable electric cable hoists in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP25 On-floor transport in buildings 30UPC (40UPC, 50UPC, 60UPC),


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Code Name

30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP26 Hoisting sling in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP27 Crabs in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP28 Winches in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP29 Cross-beams in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMP30 Grips in buildings 30UPC (40UPC, 50UPC, 60UPC), 30UPX (40UPX, 50UPX, 60UPX), 30UPU (40UPU, 50UPU, 60UPU), 00UPK

SMQ Cranes, stationary hoisting devices and transport equipment in the 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX) buildings

SMQ20 Electric travelling cranes in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ21 Hand-operated traveling cranes in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ22 Hand-movable hoists in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ23 Hand hoists (fixed) in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ24 Movable electric cable hoists in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-


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Code Name

44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ25 On-floor transport in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ26 Hoisting sling in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ27 Crabs in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ28 Winches in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ29 Cross-beams in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMQ30 Grips in buildings 00UQR, 30UQA (40UQA, 50UQA, 60UQA), 31UQC-32UQC (41UQC-42UQC, 51UQC-52UQC, 61UQC-62UQC), 31UQX-34UQX (41UQX-44UQX, 51UQX-54UQX, 61UQX-64UQX)

SMS Cranes, stationary hoisting devices and transport equipment in the 00USK, 00USV, 30USA (40USA, 50USA, 60USA) buildings

SMS20 Electric travelling cranes in buildings 00USK, 00USV, 30USA (40USA, 50USA, 60USA)

SMS21 Hand-operated traveling cranes in buildings 00USK, 00USV, 30USA (40USA, 50USA, 60USA)

SMS22 Hand-movable hoists in buildings 00USK, 00USV, 30USA (40USA, 50USA, 60USA)

SMS23 Hand hoists (fixed) in buildings 00USK, , 00USV, 30USA (40USA, 50USA, 60USA)

SMS24 Movable electric cable hoists in buildings 00USK, 00USV, 30USA (40USA, 50USA, 60USA)

SMS25 On-floor transport in buildings 00USK, 00USV, 30USA (40USA, 50USA, 60USA)

SMS26 Hoisting sling in buildings 00USK, 00USV, 30USA (40USA,


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Code Name

50USA, 60USA)

SMS27 Crabs in buildings 00USK, , 00USV, 30USA (40USA, 50USA, 60USA)

SMS28 Winches in buildings 00USK, 00USV, 30USA (40USA, 50USA, 60USA)

SMS29 Cross-beams in buildings 00USK, 00USV, 30USA (40USA, 50USA, 60USA)

SMS30 Grips in buildings 00USK, 00USV, 30USA (40USA, 50USA, 60USA)

SMT Cranes, stationary hoisting devices and transport equipment in the 00UTF building

SMT20 Electric travelling cranes in buildings 00UTF

SMT21 Hand-operated traveling cranes in buildings 00UTF

SMT22 Hand-movable hoists in buildings 00UTF

SMT23 Hand hoists (fixed) in buildings 00UTF

SMT24 Movable electric cable hoists in buildings 00UTF

SMT25 On-floor transport in buildings 00UTF

SMT26 Hoisting sling in buildings 00UTF

SMT27 Crabs in buildings 00UTF

SMT28 Winches in buildings 00UTF

SMT29 Cross-beams in buildings 00UTF

SMT30 Grips in buildings 00UTF

SMU Cranes, stationary hoisting devices and transport equipment in the 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA) buildings

SMU20 Electric travelling cranes in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)


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Code Name

SMU21 Hand-operated traveling cranes in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU22 Hand-movable hoists in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU23 Hand hoists (fixed) in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU24 Movable electric cable hoists in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU25 On-floor transport in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU26 Hoisting sling in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU27 Crabs in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB,


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Code Name

61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU28 Winches in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU29 Cross-beams in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU30 Grips in buildings 00UKS, 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 01UUB-06UUB, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB), 30UUA (40UUA, 50UUA, 60UUA)

SMU50 Hydraulic loaders in buildings 00UKS

SMU51 A set of testing equipment in buildings 00UKS

SMU52 Anchor bars in buildings 00UKS

SR. Workshops, warehouses, laboratories and staff amenities inside controlled area

SRA20 Lathe equipment in the building 00UKU

SRA30 System of lacquer emergency discharge

SRG10 Chemical laboratory equipment of primary circuit water chemistry operative monitoring

SRG20 Equipment of laboratory health physics building 00UYB

SRG50 Block radiochemical laboratory equipment of controlled access area

SRP Contaminated section of active laundry

SRP00 Water clean-up system for contaminated section of active laundry on trestle 00USY

SRP01 Condensate collecting system on trestle 00USY

SRP50 Water clean-up system for contaminated section of active laundry

SRP65 Condensate collecting system


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Code Name

ST. Workshops, warehouses, laboratories and staff amenities outside controlled area

STA20 Lathe equipment in the buildings 00USK, 00UST, 00USV

STG Common-access area laboratory equipment

STG10 Chemical laboratory equipment of secondary circuit water chemistry operative monitoring

STP Clean section of active laundry

U .. Buildings, structures

UA. Structures for grid and distribution systems

00UAB*1) 400 kV GIS Building

00UAC* Switchyard Central Control Building

00UAD* 220 kV GIS Building

03UAF* Bus shunt reactors structures

04UAF* Bus shunt reactors structures

00UAG* Interconnecting autotransformers structures

00UAH* Structure for supports and equipment

01UAK* 400 kV power line carrier communications structures

02UAK* 220 kV power line carrier communications structures

00UAL* Transmission line structures

05UAZ* Power output system 220 kV busdust tunnels for connection unit autotransformer

06UAZ* Power output system 220 kV busdust tunnels for connection unit autotransformer

31UAZ Power output system 400 kV busdust tunnels




32UAZ Power output system 400 kV busdust tunnels (for C (B) phase of unit transformer)



1*?) Code designation is common-unit and the same for Units 3-4 and 5—6CONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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Code Name


33UAZ Power output system 400 kV busdust tunnels (for B (Y) phase of unit transformer)




34UAZ Power output system 400 kV busdust tunnels (for A (R) phase of unit transformer)




UB. Structures for power transmission and auxiliary power supply

30UBA Normal Operation Power Supply Building




30UBF Unit Auxiliary Transformers and Generator Transformers Structures




01UBG* Reserve power supply building

02UBG* Reserve power supply building

03UBG* Common-unit power supply building

04UBG* Reserve and common-unit transformers structures

02UBH* Oil and water emergency discharge tanks


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Code Name




31UBH Oil and water emergency discharge tanks




30UBJ Rolling tracks for transformers




00UBS Electrical substation

31UBZ Cable channels of normal operation systems





















77-255/1624000 T2 08.2017 0 69


Code Name













01UBZ* Cable channels of normal operation systems









UC. Structures for instrumentation and control

30UCA The NO building of control system




30UCC RCPS rooms

40UCC RCPS rooms

50UCC RCPS rooms

60UCC RCPS rooms

00UCM* Radiation monitoring equipment structures

00UCS Common control room


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Code Name

UE. Structures for conventional fuel supply and residues disposal

31UEH Oil and diesel receiving structure








03UEH* Oil and diesel receiving structure


05UEH* Varnish emergency discharge tank

06UEH* Diesel oil emergency discharge tank

07UEH* Column for diesel oil discharge

31UEJ Intermediate Diesel storage structures
















05UEJ* Intermediate Diesel storage structures

06UEJ Central Diesel storage facilities


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Code Name

01UEK Oil storage facilities

02UEK Oil storage facilities

00UEL Diesel and oil pump station

01UEZ* Varnish pipeline duct

02UEZ* Diesel oil pipeline duct

UF. Structures for the handling of nuclear fuel and activated elements

00UFC New fuel storage building

UG. Structures for water supply and disposal

01UGA Desalinated water tank structure

02UGA Desalinated water tank structure

03UGA Desalinated water pump station

04UGA Potable water storage tank structure

05UGA Potable water storage tank structure

01UGB DM water storage tank structure




05UGB DM water potable water pump station

31UGB Demineralized water storage tank structures








30UGC Contaminated condensate tank structures




00UGD DM water plant building & post treatment plant facility


77-255/1624000 T2 08.2017 0 72


Code Name

01UGD Chemical storage building

02UGD Chemical laboratory

01UGE Waste water neutralization building

02UGE Waste water tank structure from chemical backwashing and conservation

03UGE Waste water tank structure from chemical backwashing and conservation

04UGE Neutralizing tank structure

05UGE Neutralizing tank structure

01UGF Fire-fighting water tank

02UGF Fire-fighting water tank

03UGF Fire-fighting service water pump station

31UGH Drainage pump station












01UGH* Storm water pump house

02UGH* Storm water pump house

01UGM* Oil containing water treatment structures

02UGM* Pump station

00UGR* Sludge damp

31UGS Backwashing water collection tank structures



61UGS Backwashing water collection tank structuresCONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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Code Name





01UGT* Silt platform

02UGT* Gas-discharge stack

03UGT* Pump station of purified waste water

01UGU* Storm water reservoir

02UGU* Storm water reservoir

00UGV* Common-access area domestic waste water purification structures

01UGW* Pump station with receiving tank

02UGW* Production and auxiliary building

03UGW* Sand trap

04UGW* Receiving reservoir

05UGW* Stabilizer

06UGW* Settler

07UGW* Reservoir for purified drains

08UGW* Chloring contact tank

09UGW* Sand area

00UGX Desalinated plant

31UGZ Process tunnel to tanks 31UGB-32UGB, 30UGC




32UGZ Process channel to tank 31UGS




UJ. Structures for nuclear heat generation

30UJA Reactor building/Inner containment



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Code Name



30UJB Outer containment




30UJC PHRS heat exchangers room




30UJE Steam cell

40UJE Steam cell

50UJE Steam cell

60UJE Steam cell

30UJG Transport Portal




00UJY* Gallery of the controlled access area

UK. Structures for reactor auxiliary systems

30UKA Reactor safety system. Basement




30UKB Ancillary systems. Lean-to building




30UKC Reactor Auxiliary & Main Control Room Building





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Code Name

31UKD Emergency power supply and control building
















05UKD* Common-unit diesel generator building

31UKE Distillate storage tanks structures








31UKH Ventilation Stack




02UKH* Ventilation stack on 00UKS building

03UKH* Ventilation stack on 00UKU building

00UKS* Solid radioactive waste reprocessing and storage building


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Code Name

00UKU* Controlled-access area central workshops

00UKY* Gallery of the common access area

31UKZ Cable tunnel of safety systems
















35UKZ Cable tunnel of normal operation systems















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Code Name



UL. Structures for steam, water, gas cycles

31ULD Structure for lime cleaning waters receiving tank




32ULD Structures for control tank








UM. Structures for main machine sets

30UMA Turbine Building




30UMV T & G Oil Building




30UMW TB emergency oil discharge tank




31UMY Process trestle to 30UGS, 31UGS, 31ULD, 32ULD, 33ULD





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Code Name

32UMY Pedestrian overpass




UP. Cooling water intake structures

00UPA Intake pipe

30UPC Intake structure




00UPK* Chlorination plant

30UPN Seawater inlet pipeline




30UPU Forebay

40UPU Forebay

50UPU Forebay

60UPU Forebay

30UPX Fish Protection Facilities




01UPY Bridge

02UPY Bridge

30UPY Bridge

40UPY Bridge

50UPY Bridge

60UPY Bridge

31UPZ Cable channel of normal operation systems


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Code Name




UQ. Cooling water supply structures

30UQA Main pump house




31UQC Pump house of essential loads








31UQD Pressure pipelines of main cooling water structure








30UQE Discharge pipelines of main cooling water structure




30UQG Outlet pipeline inlet portion





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Code Name

31UQN Discharge channel








00UQR* Chiller building

30UQU Outlet pipeline




30UQW Outlet pipeline outlet portion




31UQX Siphon well

41UQX Siphon well

51UQX Siphon well

61UQX Siphon well

32UQX Siphon well

42UQX Siphon well

52UQX Siphon well

62UQX Siphon well

33UQX Siphon well

43UQX Siphon well

53UQX Siphon well

63UQX Siphon well

34UQX Siphon well

44UQX Siphon well

54UQX Siphon well


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Code Name

64UQX Siphon well

31UQZ Essential loads pipelines tunnels








33UQZ Process pipelines channel








US. Structures for ancillary systems

30USA Turbine Building ventilation center




30USC Air receivers structures for isolation valves




01USE Hydrogen receivers structure

02USE Hydrogen receivers structure

03USE Oxygen receivers structure

04USE Oxygen receivers structure

00USF Nitrogen-oxygen station (Not used)

01USF Structure for nitrogen receivers


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Code Name

31USF Nitrogen receivers structure for Reactor Building needs




32USF Nitrogen receivers structure for Turbine Building needs




01USK Gas cylinders storage building

00USV* Engineering utility and laboratory building

00USW* Electric cable tunnels

00USY* Process trestle

01USY* Process trestle between Units 2 and 3

01USZ* Cable channel of normal operation systems









31USZ Cable channel of normal operation systems











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Code Name

























UT. Structures for auxiliary systems

00UTF* Compressor building

00UTP Nitrogen plant

00UTQ Hydrogen & oxygen plant

01UTZ* Cable tunnel of normal operation

02UTZ* Cable tunnel of normal operation

UU. Shaft structures

31UUA Exhaust ventilation center of bus duct tunnels (31UAZ - 34UAZ)


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Code Name












34UUA Plenum ventilation center of bus duct tunnels (31UAZ - 34UAZ)




35UUA Exhaust ventilation center of bus duct tunnels (31UAZ -34UAZ)












01UUA* Plenum ventilation center of bus duct tunnels (05UAZ, 06UAZ)

02UUA* Exhaust ventilation center of bus duct tunnels (06UAZ)

03UUA* Exhaust ventilation center of bus duct tunnels (05UAZ)

31UUB Plenum vent center of NO cable tunnels (31UBZ - 32UBZ)



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Code Name



32UUB Exhaust vent center of NO cable tunnels (31UBZ - 32UBZ)












02UUB* Plenum vent center of NO cable tunnels (01UBZ, 02UBZ)

04UUB* Vent shaft of NO cable tunnels (03UBZ, 04UBZ)

05UUB* Vent shaft of NO cable tunnel (06UBZ)

06UUB * Plenum vent center of NO cable tunnel (07UBZ)

31UUP Exhaust vent center essential loads pipelines tunnels (32UQZ)








33UUP Plenum vent center essential loads pipelines tunnels (32UQZ)







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Code Name















31UUQ Exhaust vent center essential loads pipelines tunnels (31UQZ)








33UUQ Plenum vent center essential loads pipelines tunnels (31UQZ)











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Code Name











31UUZ Exhaust ventilation centre of SS cable tunnel (31UKZ)
















35UUZ Plenum ventilation centre of SS cable tunnel (31UKZ, 32UKZ)







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Code Name



37UUZ Exhaust ventilation centre of SS cable tunnel (32UKZ, 33UKZ)








UY. General service structures

00UYB* Health physics building (controlled-access area)

01UYE* Nuclear Island guard house

02UYE* Nuclear Island guard house

UZ. Structures for transport, traffic, fencing, gardens and other purposes

00UZA* Motor roads (in Nuclear Island)

00UZC* Construction site area

01UZJ* Nuclear Island fencing

02UZJ Central diesel storage facilities fencing

03UZJ* Standby and common unit transformers fencing

04UZJ* Coupling autotransformers and bus reactors fencing

07UZJ* Power line carrier communication structures fencing

08UZJ* Power line carrier communication structures fencing

09UZJ* Auxiliary buildings and structures area fencing

32UZJ Outdoor unit transformers fencing




00UZM* Shielded control building

00UZN* Storm water cutoff trench

00UZP Shore-line protection bund


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Code Name

00UZQ Breakwater dike

00UZS Training dike

01UZX Artificial reef



01UZZ* Cable tunnel of normal operation system

02UZZ* Cable tunnel of normal operation system

X.. Heavy machinery (not main machine sets)

XA. Steam turbine plant

XAC TDP turbine and its equipment

XАQ TDP oil fumes suction system

XAV Lubricating oil supply system

XAX Control, protection and lubrication system

XJ. Systems of emergency diesel power plant

XJA Diesel engine

XJG Inner water circuit

XJN Fuel and oil storage facilities

XJN00 Fuel and oil storage facilities on trestle 0 USY

XJQ Air intake system

XJR Exhaust gas system

XJV Lubricant supply system

XJX Start-up air system

XK. Generator plant of emergency diesel generator station

XKA Generator frame, including stator, rotor and all integral cooling equipment up to leads

XL. Electric drive equipment

XLA Assembled diesel-generator


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5 LIST OF EQUIPMENT CODES


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Code Name

A. Mechanical equipment

AA Valves, dampers, etc., incl. actuators, also manual; rupturedisk equipment

AB Isolating elements, air locks

AC Heat exchanger without a dedicated power source1) (except with ventilation system plants and equipment)

AE Turning, driving, lifting and slewing gear (also manipulators)

AF Continuous conveyors, feeders (escalators)

AG Generator units

AH Heat exchanger with a dedicated power source and/or drive2) (except with ventilation systems plants and equipment3))

AJ Crushing units

AK Compacting and packaging equipment, only as part of process

AM Mixers, agitators

AN Compressor units, fans

AP Pump units

AS Adjusting and tensioning equipment for non-electrical variables (to be applied only, if the actuator forms itself a constructive unit with another equipment unit)

AT Cleaning, drying, filtering and separating equipment

AU Braking, gearbox, coupling equipment, non-electrical converters

AV Combustion equipment

AW Stationary tooling, treatment equipment, laboratory furniture

AX Test and monitoring equipment for plant maintenance, laboratory instruments and equipment

________________________1) A heat exchanger without a dedicated power source is understood to mean an apparatus heat

transfer in which takes place directly from a heat carrier to a coolant.2) A heat exchanger with a dedicated power source is understood to mean an apparatus heat

transfer in which takes place with conversion of the energy of admitted medium into energy transferred to the medium for which this energy is required.

3) The principles for coding ventilation system plants and equipment are given in Appendix F

B. Mechanical equipment

BB Storage equipment (tanks), chamber


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Code Name

BE Shafts (for erection and maintenance only)

BF Foundations

BN Jet pumps, ejectors, injectors, deflectors, hoods

BP Flow restrictors, limiters, orifices (not metering orifices)

BQ Supports

BR Piping, ductwork, chutes

BS Silencers

BT Flue gas catalytic converter modules

BU Insulation, sheathing

C. Direct measurement circuits

CD Density

CE Electrical variables (e.g. current, voltage, power, electr. frequency)

CF Flow, rate

CG Distance, length, position, direction of rotation

CH Manual control

CK Time

CL Level (also for dividing line)

CM Moisture, humidity

CP Pressure

CQ Quality variables (analysis, material properties), other than *CD*, *CM*, *CV*

CR Radiation variables (irradiation)

CS Velocity, speed, frequency (mechanical), acceleration

CT Temperature

CU Combined and other variables

CV Viscosity

CW Weight, mass, effort

CX Neutron flux

CY Vibration, expansion

D. Control circuits

DD Density

DE Electrical variables (e.g. current, voltage, power, elect. frequency)


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Code Name

DF Flow, rate

DG Distance, length, position, direction of rotation

DK Time

DL Level (also for dividing line)

DM Moisture, humidity

DP Pressure

DQ Quality variables (analysis, material properties), other than *DD*, *DM*, *DV*

DR Radiation variables (irradiation)

DS Velocity, speed, frequency (mechanical), acceleration

DT Velocity, speed, frequency (mechanical), acceleration

DU Combined and other variables

DV Viscosity

DW Weight, mass

DX Neutron flux

DY Vibration, expansion

E. Analog and discrete signal processing (normalizing)

EA Head protections of the power unit

EB Control, group control

EC Control, subgroup control

ED Switching of the pre-selection of control modes, switching of the pre-selection (main/standby) of control valves

EE Mode interlocks

EH Alarm algorithms

EJ Emergency and warning alarm system

EK Generalized emergency and warning alarm system (failure)

EM Process computer (control over personnel and special tasks for NPP)

EN Process computer (criterion display)

EP Process computer (control), video shots

ER Reactor protection

EU Combined analog and binary signal conditioning

EY Common part of the algorithms that do not directly affect specific


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Code Name

units

EZ Protection of equipment

F. Indirect measuring circuits

FD Density

FE Design-basis electrical variables (e.g. efficiency, power)

FF Flow, rate

FG Distance, length, position, direction of rotation

FK Time

FL Level (also for dividing line)

FM Level (also for dividing line)

FP Pressure

FQ Quality variables (analysis, material properties), other than *FD*, *FM*, *FV*

FR Radiation variables

FS Velocity, speed, frequency (mechanical), acceleration

FT Temperature

FU Combined and other variables

FV Viscosity

FW Weight, mass

FX Neutron flux (reactor power)

FY Vibration, expansion

G. Electrical equipment

GA Connection boxes / penetrations for binary transducers related to actuators

GB Connection boxes / penetrations for binary transducers not related to actuators

GC Connection boxes / penetrations for analogue transducers of control safety systems

GD Connection boxes / penetrations for power cable > 1 kV

GE Connection boxes / penetrations for power cable < 1 kV

GF Connection boxes / general purpose penetrations (<60 V)

GG Penetrations, which are mechanical protection for cable and mechanical protection of cable


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Code Name

GH Independently installed electric measuring modules and control modules, which are coded according to the process system (cabinets and boxes, for which no indication of installation place is needed)

GK Information display and operator control equipment for process computers and automation systems

GM Junction boxes for light-current systems of national telecommunication services

GP Subdistribution and junction boxes for lighting

GQ Subdistribution and junction boxes for power sockets

GR DC generating equipment, batteries

GS Switchgear equipment if not identified under process equipment

GT Transformer equipment

GU Converter equipment (dynamotors, chargers)

GV Structure-related earthing and lightning protection equipment, surge arrestors

GW Cabinet power supply equipment

GX Switching equipment (for electric variables)

GY Junction boxes for light-current systems (not of national telecommunication services)

GZ Hangers, supports and racks for electrical and instrumentation and control equipment

H. Parts of main and heavy machines (only to be used in conjunction with *M* = Main machine sets and *X* = Heavy machinery)

HA Parts of casing

HB Parts of rotor

HD Bearings

J . Nuclear equipment

JA Absorbers

JB Fuel assemblies (also includes block-type, cluster-type and spherical fuel elements)

JC Multiplication elements

JD Throttling grills (elements)

JE Burnable absorbers

JF Reflecting elements


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Code Name

JG Plenum assemblies

JM Moderator assemblies

JN Neutron sources

JS Screening devices

JZ Special elements


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6 LIST OF CODES FOR EQUIPMENT PARTS


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Code Name

К . Mechanical parts of equipment

KA Gate valves, valves, , cocks, rupture disks, orifices

KB Gates, doors

KC Heat exchangers

KD Vessels/tanks, pools, surge tanks (fluid systems)

KE Turning, hoisting and rotary mechanisms and running gears

KF Conveyors, proportioners (escalators)

KJ Size reduction machines

KK Compacting, packaging machines

KM Mixers, agitators

KN Compressors, blowers, fans

KP Pumps

KT Cleaning machines, dryers, separators, filters

KV Burners, grate bars

KW Stationary machine tools and treatment machines for maintenance

М . Mechanical parts of equipment

MB Brakes

MF Foundations

MG Gearboxes

MK Clutches, couplings

MM Engines, not electrical

MR Piping components, ductwork components

MS Shuffling drives (non-electric)

MT Turbines

MU Transmission gear, non electrical, converters and boosters other than couplings and gearboxes

Q. Instrumentation and control components (non-electrical)

QB Transducers if not structurally integral with *QP*, metering orifices

QH Signalling devices

QN Regulators

QP Measuring instruments, testing equipment

QR Instrument piping


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Code Name

QS Condensation chambers (datum reservoir) in measuring circuits

QT Protection tubes, sleeves (only as protection of delicate components)

. Electrical parts of equipment

A Assemblies and parts of assemblies

B Transducers for non-electrical to electrical variables and vice-versa

C Capacitors

D Logic elements, delay devices, memory devices

E Special components

F Protective devices

G Generators, power supplies

H Signalling devices

K Relays, contactors

L Inductors

M Motors

N Amplifiers, controllers

P Measuring instruments, testing equipment

Q Power switchgear

R Resistors

S Switches, selectors

T Transformers

U Modulators, convertors from electrical to other electrical variables

V Tubes, semiconductors

W Transmission channels, waveguides, aerials

X Terminals, plugs, sockets

Y Electric shuffling drives, e.g. magnet, solenoid

Z End devices, extension devices, filters, limiters, cable sleeves

X . (Output) signal sources

XA From functional-group control

XB From drive control modules

XC From usual controllers

XD From reactor protections, binary processing signals


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Code Name

XE From reactor protection, signals from analogue and binary parts

XF From priority control modules

XG Discrete signals from sensors

XH Analogue signals. Threshold element actuation signal for parameter value decrease or increase against the rated value.

XJ Potential signals from special devices (e.g. black box)

XK Signals generated by reactor protection

XL Signals from control boards and control panels, but not for functioning of control system itself

XM Potential static signals from emergency alarm

XN Signals from the information computer for determination of state of facility, criterion displays

XP Signals from supervisory control computer

XQ Analogue signals

XR Signals from above-standing controllers (PLC), controllers except ХС, ХТ, УС, УТ, ZC, ZT

XS Stepwise signals from functional-group control

XT Binary signals generated by turbine control hardware

XU Potential dynamic signals from alarm system

XV Discrete signals

XW From usual signalling unit

Y. (Input) signal receivers

YA For purposes of functional-group control

YB For purposes of drive control

YC For purposes of usual regulation

YD For purposes of reactor protection, binary processing signals

YE For purposes of reactor protection, signals from analogue and binary parts

YF From priority voltage modules

YJ Potential signals from special devices (e.g. black box)

YL Signals from control boards and control panels, but not for functioning of control system itself

YN Signals from the information computer for determination of state of facility, criterion displays


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Code Name

YP Signals from supervisory control computer

YQ Analogue signals

YR Signals from above-standing controllers (PLC), controllers except ХС, ХТ, УС, УТ, ZC, ZT

YT Output binary signals generated by turbine control hardware

YW For usual signalling unit

Z. Generation of mixed signal

ZA From functional-group control

ZB From drive control modules

ZC From usual controllers

ZD From reactor protections, binary processing signals

ZE From reactor protection, signals from analogue and binary parts

ZF From priority control modules

ZJ Potential signals from special devices (e.g. black box)

ZK From equipment protection

ZL Signals from control boards and control panels, but not for functioning of control system itself

ZM Input potential static signals from emergency alarm

ZN Signals from the information computer for determination of state of facility, criterion displays

ZP Signals from supervisory control computer

ZQ Analogue signals

ZR Signals from above-standing controllers (PLC), controllers except ХС, ХТ, УС, УТ, ZC, ZT

ZT Binary signals generated by turbine control hardware

ZU Potential dynamic signals from alarm system

ZV Composite signals (process interlocks, alarms)

ZW From usual signalling unit


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APPENDIX AStructure of functional-technological code KKS

Serial no of breakdown level

0 1 2 3

Titel of breakdown level

Total plant System code Equipment unit code Component code

Designation of data character G F0 F1F2F3 FN A1A2 AN A3

2) B1B2 BN

N N AAA NN AA NNN (A) AA NN

Prefix number for system codeNumbering of similar systems and plants in the parts of a power station identified on breakdown level 0System classificationClassification of systems and plants as per KKS KeySystem numberingNumbering subdivision of systems and plants into subsystems and sections of plantsEquipment unit classificationClassification of mechanical equipment, electrical and control and instrumentation equipment as per KKS KeyEquipment unit numberingNumbering of mechanical equipment, electrical and control and instrumentation equipmentAdditional codefor the equipment unit codeComponent classificationClassification of components, signals or signal applications as per KKS KeyComponent numberingNumbering of components, signals or signal applications

2) Please see usage of code А3 in Items 6,10, Section 3 "Agreed provisions".CONTRACT NUMBER PACKAGE NUMBER DATE OF ISSUE REVISION NUMBER PAGE NUMBER

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APPENDIX BNumbering in the equipment code

АА - Valves

Numerical part of code

Equipment

001-099 Motor –operated valves

101-199 Hand-operated valves

201-299 Сontrol valves

301-399 I&C valves

401-499 Structural pipeline drains. Fire and smoke dampers for ventilation systems

501-599 Hydraulic and pneumatic valves (except isolating valve)

601-699 Check valves, pressure relief valves (PRVs), ventilation channel closing devices

701-799 Internal valves

801-899 Containment isolating valves

901-999 Safety valves


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АВ – Isolating elements


Equipment

001-099 Wooden, metal, PVC, mesh doors

101-199 Hermetic metal doors

201-299 Protective doors

301-399 Shock wave resistant doors

401-499 Fire doors

501-599 Gates

601-699 Hatches

701-799 Windows, louver grills etc.

801-899 Reserve

901-999 Reserve


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А E – Cranes, lifting and transportation devices


Equipment

001-099 Cranes, lifting and transportation facilities in the buildings 00UAD, 30UBA (40UBA, 50UBA, 60UBA), 30UCC (40UCC, 50UCC, 60UCC), 00UEL, 00UGE, 30UJA (40UJA, 50UJA, 60UJA), 30UKC (40UKC, 50UKC, 60UKC), 30UMA (40UMA, 50UMA, 60UMA), 00UQR, 30UPC (40UPC, 50UPC, 60UPC)

100-199 Cranes, lifting and transportation facilities in the buildings 00UAB,00UGD, 30UJC (40UJC, 50UJC, 60UJC), 31UKD-34UKD (41UKD-44UKD, 51UKD-54UKD, 61UKD-64UKD), 30UMV (40UMV, 50UMV, 60UMV), 00USK, 00UTF, 00UKS, 30UPU (40UPU, 50UPU, 60UPU), 30UQA (40UQA, 50UQA, 60UQA), 30UCA (40UCA, 50UCA, 60UCA), 30UUA (40UUA, 50UUA, 60UUA)

200-299 Cranes, lifting and transportation facilities in the buildings 00UAC,01UGH-02UGH, 30UJE (40UJE, 50UJE, 60UJE), 05UKD, 00USV, 30UPX (40UPX, 50UPX, 60UPX), 30UQC (40UQC, 50UQC, 60UQC), 31UUQ-37UUQ (41UUQ-47UUQ, 51UUQ-57UUQ, 61UUQ-67UUQ)

300-399 Cranes, lifting and transportation facilities in the buildings 01UGF -03UGF, 00UKU, 30UQX (40UQX, 50UQX, 60UQX), 30USA (40USA, 50USA, 60USA), 31UUP-37UUP (41UUP-47UUP, 51UUP-57UUP, 61UUP-67UUP), 30UJB (40UJB, 50UJB, 60UJB), 00UPK

400-449 Cranes, lifting and transportation facilities in the building 30UKA (40UKA, 50UKA, 60UKA), 31UUZ-38UUZ (41UUZ-48UUZ, 51UUZ-58UUZ, 61UUZ-68UUZ), 30UFC (40UFC, 50UFC, 60UFC)

450-499 Cranes, lifting and transportation facilities in the building 30UKB (40UKB, 50UKB, 60UKB), 01UUB -06UUB

500-539 Cranes, lifting and transportation facilities in the buildings 01UGM, 31UUB-36UUB (41UUB-46UUB, 51UUB-56UUB, 61UUB-66UUB)

540-559 Cranes, lifting and transportation facilities in the building 00UGV

560-599 Cranes, lifting and transportation facilities in the building01-04UGW

600-699 Lifts

700-799 Reserve

800-899 Reserve

900-999 Reserve


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AW – Stationary tooling, treatment equipment, laboratory furniture


Equipment

001-199 Lathe equipment in the buildings 00UKU, 00USK, laboratory furniture in the buildings 30UKC (40UKC), 30UMA (40UMA)

200-249 Lathe equipment in the building 00USV, 00UGD

250-699 Lathe equipment in the building 00UST

700-799 Reserve

800-899 Reserve

900-999 Reserve


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BQ – Fastening equipment units


Equipment

001-099 Supports

100-199 Pipes and air ducts embedded in concrete

200-599 Embedded parts for pipelines, air ducts, instrument pipes for measuring process parameters etc passing through walls and floors

600-699 Embedded parts for equipment and pipelines of the reactor plant

700-799 Penetrations

800-899 Non-classified fastening equipment

900-999 Reserve

Accept coding rules for embedded parts and penetrations

В.1 Embedded parts and penetrations are coded generally in sector 1 of KKS functional code depending on their belonging to the structural system.

Fasteners serving for the particular system can be classified under this system.

В.2 Additional information not stipulated by KKS code, if required, can be introduced beyond the limits of KKS code. The structure of KKS code combination and additional information is given below:

KKS code

Additional information

Sector I Sector II

1 2 3 1 2

AA(А) (А) N(NNN) АА N(N)

В.3 Rules for writing designation:

sectors are designated in position of the computer keyboard “English”;

for designating alphabetic characters symbol “А” is used in the scheme, symbol “N” used for designating digital characters;

KKS code, sectors I and II are separated from one another by symbol «/»;

should one of sectors not be used it is not available in the designation;

all symbols are written in succession without making space;

symbols indicated in brackets may not be used. In this case they are not available in the designation.

В.3.1 Structure of sectors of additional information


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Sector I *

Sector 1 consists of three groups of characters:

the first group of characters consists of two or three alphabetic symbols depending on the applied code.

Group of characters АА(А) contains the code of specialized mark and is filled for identifying belonging of a fastener to the design discipline using it for its own systems. The code is adopted according to appendix B “Classifier of specialized marks “Manual on documentation coding of NPP “Kudankulam” Project”;

the second group of characters identifies:

1) types of penetrations:

S-stem penetration;

G-sealed penetration;

2) type of embedded parts for equipment and pipelines of the reactor plant:

A- embedded parts of reactor cavity up to el. +17,000 inclusive;

B- embedded parts of reactor internals well;

C- embedded parts of the cooling pond;

D- embedded parts of the pressurizer;

F- embedded parts of steam generators;

G- embedded parts of reactor coolant pumps;

H- embedded parts for ECCS;

J- embedded parts of reactor cavity above el. +17,000;

K- embedded parts for the bubbler;

L- embedded parts for main coolant pipes;

the third group of characters – registration number of location of embedded part beginning from 1.

*In coding the embedded parts for the containment air locks (the equipment, main, and emergency ones) sector I contains only the code of the respective process system JME, JMF, JMG in accordance with section 4 of this document “List of codes for process systems, buildings and structures”.

Sector II

Sector 2 consists of two groups of characters:

the first group of characters АА contains the designation of the standard embedded part for pipeline, air duct etc. – ТD;

the second group of characters N(N) – registration number of standard embedded part, beginning from 1.


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Example 1

30UJA27BQ700/EMG24

KKS code /Primary switching of electrical devices, sealed penetration №24.

Example 2

30UKC10BQ320/WK227/TD25

KKS code /Water supply and waste water disposal systems, embedded part for pipe №227/ Typical embedded part for penetration № 25.

Example 3

30UKC10BQ750/TMS7

KKS code /Mechanical part, stem penetration №7.

Example 4

30UJA12BQ605/RPВ235

KKS code /Reactor plant design, embedded part of reactor internals well №235.

В.4 Single type embedded parts (straps, squares, angles), steel structures and articles as well are marked outside KKS with obligatory indication of explanatory data in working document sets.

Structure of embedded part designations is Table B.1.

Structure of steel structure and article designations is Table B.2.


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Table B.1

Identification of embedded part

File number of basic embedded part beginning with 1 Dash

Code of basic embedded part

length beginning with 1 (taken

arbitrarily with obligatory

representation of data on the drawing)

ТА N(NN) - N(N)

Examples - ТА12-4; ТА2-56; ТА134-1

Table B.2

Conventional alphabetical designation of structure or article (according to Table B.3)

Serial number of structure or article, starting with 1

А(ААА) N(N)

Examples - МВ12, Fr1

Table B.3

Name Conventional alphabetical designation

Beam B

Framing beam FB

Console beam CB

Console C

Monorail beam MB

Monorail M

Crane-runway beam CRB

Truss Tr

Purling P

Strut Str

Tie bar TB


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Continuation of Table B.3

Name Conventional alphabetical designation

Frame Fr

Vertical brace VB

Lateral brace LB

Column Cn

Stand St

Table T

Foundation F

Support S

Ladder L

Folding platform FP

Detachable platform DP

Partition Pr

Embedded part EP

Ladder railing LR

Guard railing of platforms GR

Sheet steel decking SS

Steel grate decking SG

Sheet Sh

Steel sheet cold-formed section SSC

Cluster of penetrations CP

Floor liner FL

Wall liner WL

Ceiling liner CL

Wall paneling WP

Conduit Con

Duct Dt

Chute Ch

Flow-water sink top FST

Conduit bottom ConB


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BR – Pipelines


Equipment

001-199 Main pipelines

200-299 Reserved

300-399 Auxiliary , supply and I&C pipelenes connections

400-499 Discharge, drenage and air exhaust pipelines

500-599 Reserved

600-699 Sampling and chemicals measuring pipelines

700-799 Internal instrumentation pipelines

800-899 Reserved

900-999 Safety valves inlet and discharge pipelines

Note - air ducts are coded with reference to the ventilation and air conditioning systems using the range 001-999 in the *BR* code numerical part.


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С. - Circuit of direct measuring ( except CR)


Type of unit

001-199 Analog remote measuring circuits

200-299 For tests300-399 For NFME

400-499 For ICSS

500-599 Local measuring circuits

600-699 For APC

700-799 For MCDS

800-899 For reactor protection (EP), PP

900-999 Complex measuring circuits


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CR – Radiation variables direct measuring

FR - Radiation variables indirect measuring

Numerical part of code Measuring circuit

001-099 Absorbed dose rate of photon radiation, neutron flux

100-199 Reserve

200-299 Iodine volumetric activity in air

300-399 Reserve

400-499 Aerosol volumetric activity in air

500-599 Reserve

600-699 Inert radioactive gases volumetric activity in air

700-799 Reserve

800-899 Liquid or steam volumetric activity

900-999 Reserve


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APPENDIX CCorrelation between the service elevations and grade levels

Сode of elevation

nt.

Grade level Сode of elevation

Grade level

01 -100,000 to -_8,010 50 +40,000 to +41,99002 - 8,000 to - 7,010 51 +42,000 to +43,99003 - 7,000 to - 6,010 52 +44,000 to +45,99004 - 6,000 to - 5,010 53 +46,000 to +47,99005 - 5,000 to - 4,010 54 +48,000 to +49,99006 - 4,000 to - 3,010 55 +50,000 to +51,99007 - 3,000 to - 2,010 56 +52,000 to +53,99008 - 2,000 to - 1,010 57 +54,000 to +55,99009 - 1,000 to - 0,010 58 +56,000 to +57,99010 + 0,000 to + 0,990 59 +58,000 to +59,99011 + 1,000 to + 1,990 60 +60,000 to +61,99012 + 2,000 to + 2,990 61 +62,000 to +63,99013 + 3,000 to + 3,990 62 +64,000 to +65,99014 + 4,000 to + 4,990 63 +66,000 to +67,99015 + 5,000 to + 5,990 64 +68,000 to +69,99016 + 6,000 to + 6,990 65 +70,000 to +71,99017 + 7,000 to + 7,990 pitch 66 +72,000 to +73,990 pitch18 + 8,000 to + 8,990 1m 67 +74,000 to +75,990 2m 19 + 9,000 to + 9,990 68 +76,000 to +77,99020 +10,000 to +10,990 69 +78,000 to +79,99021 +11,000 to +11,990 70 +80,000 to +81,99022 +12,000 to +12,990 71 +82,000 to +83,99023 +13,000 to +13,990 72 +84,000 to +85,99024 +14,000 to +14,990 73 +86,000 to +87,99025 +15,000 to +15,990 74 +88,000 to +89,99026 +16,000 to +16,990 75 +90,000 to +91,99027 +17,000 to +17,990 76 +92,000 to +93,99028 +18,000 to +18,990 77 +94,000 to +95,99029 +19,000 to +19,990 78 +96,000 to +97,99030 +20,000 to +20,990 79 +98,000 to +99,99031 +21,000 to +21,990 80 +100,000 to +101,99032 +22,000 to +22,990 81 +102,000 to +103,99033 +23,000 to +23,990 82 +104,000 to +105,99034 +24,000 to +24,990 83 +106,000 to +107,99035 +25,000 to +25,990 84 +108,000 to +109,99036 +26,000 to +26,990 85 +110,000 to +111,99037 +27,000 to +27,990 86 +112,000 to +113,99038 +28,000 to +28,990 87 +114,000 to +115,99039 +29,000 to +29,990 88 +116,000 to +117,99040 +30,000 to +30,990 89 +118,000 to +119,99041 +31,000 to +31,990 9042 +32,000 to +32,990 9143 +33,000 to +33,990 9244 +34,000 to +34,990 9345 +35,000 to +35,990 9446 +36,000 to +36,990 9547 +37,000 to +37,990 9648 +38,000 to +38,990 9749 +39,000 to +39,990 98

99


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Used, if necessary, for boiler roof, vent stack, cooling tower, etc.



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APPENDIX DPrinciples of cable coding

D.1 Cable code consists of the functional technological indication and digital part divided by dash: «-» between them.

N N A A A N N ( A A N N N ) – N N ( N N A A)Number of Unit (3-6), common-unit (0),common-plant device (0 or 9)

Notation of normal operatingsystem (0) orsafety channel (1, 2, 3, 4) 1)

Functional (+equipment) code

Digital part

The following is used as functional-technological indication:

- functional code of main technological unit, to which cable belongs. The following is subject to coding: generator, transformer, a mechanism and set of relay protection hardware (for instance protection of buses of switchgear 230 kV) or a part of automated control system for technological process. The functional code is assigned to all individual cables, which serve to some technological unit of electric equipment.

- code of installation unit (cabinet, console, panel), say, in case of coding of common jumper cables between cabinets, which serve to several technological units.

In case of coding of cable, connecting two cabinets with different functional codes, the code of that cabinet is indicated, which precedes in alphabetical order.

For cable, connecting two cabinets (which belong to a group of technological units) of the same functional code, the code of cabinet with smaller number is assigned to the cable.

Power cables, feeding group assemblies, are designated according to the code of fed assembly.

Power jumper cables, interconnecting two assemblies with different functional codes, are assigned with the code of that assembly, which precedes in alphabetical order.

Digital part of cable code consists of four digits: NNNN or three digits and one letter: NNNA. For power cables the digital part of cable code consists of two digits: NN.

Digits are used for coding of groups of cables; letters can be used, if necessary, for distinguishing parallel cables and cables, passing from penetrations to the hermetic area. Parallel cables are coded with capital Latin letters except for 'G', which serves to code cables from penetrations to the hermetic area.

For example three parallel power cables from transformer 30BFT11 to section of switchgear 0,4 kV

1) A part from codes of secondary switchgears for lighting installations


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30BFT11-01А;

30BFT11-01В;

30BFT11-01С.

Digital part of the cable code is adopted according to Table D.1.

Table D.1

Cable groups Digital part of code N N ( N N A )

Power cables (01 is recommended for assembly cables of working power supply, 02 – for back-up power supply) 01-99

DC cables 101-999

Reserve 1001-1999

Control cables for control, indication, automation, relay protection of electrical part

2001-2999,

3001-3999

Cables of process monitoring and control systems 4001-4999

5001-5999

Control cables of ULCS and special systems 6001-6999

Communication cables 7001-7999

Fire alarm and AFPS control cables 8001-8999

Reserve 9001-9999


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Digital part of codes of control cables for control, indication and relay protection are subdivided into groups with regard to directions according to Table D.2.

Table D.2

Control cable groups Digital part of code N N ( N N A )

Cables to relay board, standing apart from switchgear apparatuses and generator outlets 2001-2139

Cables from penetration to mechanism 2001G-2139G

Cables to central control board from switchgears of all voltages, generator terminals, relay boards etc.

2141-2169

Jumper cables within stand along relay board 2171-2189

Jumper cables within switchgear 2191-2269

Jumper cables within central control board 2271-2299

Measurements, control, indication and technological protection cables from all switchgears, generator terminals, local boards and cabinets to cross terminal cabinets of MCR

2301-2399

Measurements, control and indication cables, jumper cables between local boards, cabinets 2401-2499

Reserve

2501-2599

2601-2699

2701-2799

2801-2899

2901-2999

Cables from cross cabinets to TPTS cabinets (discrete) 3001-3299

Jumper cables between TPTS cabinets 3301-3499

Cables from TPTS to MCR 3501-3599

Cables from TPTS to SCR 3601-3699

Reserve

3701-3799

3801-3899

3901-3999


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Digital part of codes of cables of process monitoring and control systems are subdivided into groups with regard to directions according to Table D.3:Table D.3


Jumper cables between:

- TPTS and TPTS, USH and USH, USH and TPTS, TPTS and interposing relay cabinets;

- TPTS and TPTS power supply cabinets;

- TPTS and cross terminal cabinet;

- USH and RCD;

- RCE and RCD

4001-4099

Cable between:

- TPTS and MCR;

- RCD and MCR

4101-4149

Cables between:

- TPTS and SCR;

- RCD and SCR

4151-4199

Cables between cross terminal cabinets, USH cabinets and LVCD 0,4 kV 4201-4299

Cables between cross terminal cabinets, USH cabinets, interposing relay cabinets and switchgear and control gear 6 kV 4301-4399

Cables between cross terminal cabinets, USH cabinets and valves or penetrations 4401-4499

Cables from penetrations (from cross terminal cabinets) to valves inside the hermetic part 4401G-4499G

Cables between cross terminal cabinets, USH cabinets and LCB 4501-4599

Cables between LVCD 0,4 kV and valves outside hermetic part or penetrations 4601-4699

Cables from penetrations (from LVCD 0,4 kV) to valves inside hermetic part 4601G-4699G

Cables between LCB and valves or LVCD 0,4 kV 4701-4799

Reserve 4801-4849

Reserve 4851-4899

Jumper cables inside MCR 4901-4949

Jumper cables inside SCR 4951-4999


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Continued Table D.3


I&C cables, radiation monitoring cables

Cables between sensors and TPTS, USH. Nonhermetic part

Cables between sensors and junction boxes 5001-5019Cables between sensors and TPTS, USH.Cables between junction boxes and TPTS, USH 5021-5049

Cables between sensors and TPTS, USH. Hermetic part – nonhermetic part

Cables between sensors and junction boxes in hermetic part 5001-5019Cables between junction boxes and penetrations in hermetic part 5021G-5049G

Cables between penetrations and TPTS, USH 5021-5049Cables in hermetic part between sensors and penetrations – for individual cables, which are not further included in combined cables

5021G-5049G

Cables in hermetic part between sensors and penetrations – for cables, which are further included in a combined cable 5021-5049

Reserve for 1.1 and 1.2 5051-5099Cables between sensors and MCDS. Nonhermetic part

Cables between sensors and junction boxes 5101-5119Cables between sensors and MCDS.Cables between junction boxes and MCDS 5121-5149

Cables between sensors and MCDS. Hermetic part – nonhermetic part

Cables between sensors and junction boxes in hermetic part 5101-5119

Cables between sensors and penetrations in hermetic part5121G-5149G

Cables between penetrations and MCDS 5121-5149

Cables in hermetic part between sensors and penetrations – for individual cables, which are not further included in combined cables

5121G-5149G


Reserve for 2.1 and 2.2 5151-5199


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Continued Table D.3


Cables between sensors and CPSE-ESFIP. Nonhermetic part

Cables between sensors and junction boxes 5201-5219

Cables between sensors and CPSE-ESFIP.

Cables between junction boxes and CPSE-ESFIP5221-5249

Cables between sensors and CPSE-ESFIP. Hermetic part – nonhermetic part

Cables between sensors and junction boxes in hermetic part 5201-5219

Cables between junction boxes and penetrations in hermetic part 5221G-5249G

Cables between penetrations and CPSE-ESFIP 5221-5249

Cables in hermetic part between sensors and penetrations – for individual cables, which are not further included in combined cables

5221G-5249G


Reserve for 3.1 and 3.2 5251-5259

Cables between sensors and local board

Cables between sensors and junction boxes 5301-5319

Cables between sensors and local board.

Cables between junction boxes and local board5321-5349

Reserve 5351-5399

Radiation monitoring cables

Cables in nonhermetic part between processing and accumulation devices and penetrations 5401-5499

Cables in hermetic part between sensors and penetrations 5401G-5499G

Cables to secondary converter cabinets

Cables in hermetic part from sensors to junction boxes 5501-5599

Cables in hermetic part from sensors to penetration, from junction boxes to penetration 5521G-5599G

Cables in nonhermetic part from sensors, junction boxes, penetration to panels of secondary converters 5521-5599


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Continued Table D.3


Analog signal cables of TPTS, USH

Cables between АКС and TPTS, USH 5601-5619

Cables between CPSE-ESFIP and USH 5621-5639

Cables between USH and RCD 5641-5659

Cables between TPTS and MCR 5661-5679

Cables between TPTS and SCR 5681-5699

Analog signal cables from RCD

Cables between RCD and MCR 5701-5719

Cables between RCD and SCR 5721-5739

Reserve5801-5899

5901-5999

Digital part of codes of control cables of ULCS and special systems are subdivided into groups with regard to directions according to Table D.4.

Table D.4


ULCS cables 6001-6199

NFME, CPSE-ESFIP cables 6201-6499

CPS electric equipment cables 6501-6699

MCDS cables 6701-6899

Reserve 6901-6999


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Digital part of codes of fire alarm and AFPS cables are subdivided into groups with regard to directions according to Table D.5.

Table D.5


Fire alarm cables 8001-8099

Cables between junction boxes 8101-8199Cables from junction boxes to fire station / controller 8201-8299

Cables to fire station / controller 8301-8399Cables from fire station / controller to cross terminal cabinets of MCR 8401-8499

Cables from fire station / controller to TPTS, USH 8501-8599

Cables from fire station to LCB 8601-8699

Cables connecting several fire stations 8701-8799

Reserve8801-8899

8901-8999

D.2 Cable routes shall be coded outside the KKS system, as per the pattern given below:

N N . ( N ) A A A N N N N ( A )Number of Unit (3-6), common-unit or common-plant facility (0)

Designation ofnormal operation system (0) orsafety train (1, 2, 3, 4)

Functional code (building, structure)

Serial number of route

Direction of route:- vertical: V;- horizontal: no sign is used.

Cable routes shall be coded building level-wise, from bottom to top (within the bottom and top floors):

- building level 1 – 0001 to 1000, 0001V to 1000V;

- building level 2 – 1001 to 2000, 1001V to 2000V;

- building level 3 – 2001 to 3000, 2001V to 3000V, etc.


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D.3 Coding of electric equipment, containing code of building, structure (e.g. lighting equipment, welding equipment) with regard to cabling is to be done outside KKS in compliance with the following way:

N N . ( N ) A A A N N A A N N N ( A ) A A N NNumber of Unit (3-6), common-unit or common-plant facility (0)

Indication ofnormal operation system (0) orsafety channel (1, 2, 3, 4)

Functional code (building, structure)

Code of elevation

Code of equipment

Code of equipment part


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APPENDIX ECoding principle of ULCS video shots

N N A A A N N A A N N N

Symbol group, repeating the KKS designation of the first APC working station, where this video shot is located (for example, 30CWA10 for SER APC video shots)

Equipment unit code EP, which defines the relation of the coded object to the video shots

Level of the hierarchy and serial number of the video shoton the APC 101-199 – video shots of the first level of the hierarchy;

201-299 - video shots of the second level of the hierarchy;

301-699 - video shots of the third level of the hierarchy;

701-999 - video shots of the fourth level of the hierarchy

Example 1 - SER APC video shot of the third level of the hierarchy.

30CWA10EP312

Example 2 - SET APC video shot of the third level of the hierarchy.

30CWB10EP305

Example 3 - APC CTAI video shot of the second level of the hierarchy

30CWE40EP201


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APPENDIX FPrinciples for coding ventilation system plants and equipment

The codes of heating, cooling, air conditioning plants, and ventilation system filtering plants, as well as codes of equipment items used as part of these plants are assigned to them as follows:

а) Codes of plants are written in the sector of equipment unit code using the following codes:

1) *АН* with the digital range from 100 to 199 for heating, cooling and air conditioning plants;

2) *АТ* with the digital range from 100 to 199 for filtering plants;b) Equipment items that are part of the plants, except with independent air

conditioners and split systems are also encoded in the sector of equipment unit code with the digital range from 001 to 099 with application of equipment unit codes*АС* and *АН* for heat-transfer equipment according to the following principle:

1) *АС* for cooling equipment (air coolers);2) *АН* for heating equipment (air heaters, including electric heaters).Example 1 Ventilation system plenum plant 30SAC97AH100 consisting of:

- the 30SAC97AA001 air valve;- the 30SAC97AT001 filter;- the 30SAC97AH001 electric air heater;- the 30SAC97AA201 control air valve;- the 30SAC97AH002 air heater;- the 30SAC97AC001 air cooler;- the 30SAC97AT002 separator;- the 30SAC97AH003 spray chamber;- the 30SAC97AP001 spray chamber pump;- the 30SAC97AT003 separator;- the 30SAC97AN001 fan.

Example 2 The ventilation system filtering plant 30KLA22AT100 consisting of:- the 30KLA22AH001 electric air heater;- the individual aerosol and iodine purification sections 30KLA22AT001,

30KLA22AT002, etc.;Example 3. Coding of the independent air conditioner inner and outer units

20SAC98AH110 (120, 130,…) of the ventilation system:- inner unit 20SAC98AH111 (121, 131,…);- outer unit 20SAC98AH112 (122, 132,…).


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DOCUMENT DISTRIBUTION LISTCOPY

NUMBER ORGANIZATION DATE OF

ISSUENUMBER

OF COPIES

1 JSC OKB “GIDROPRESS” 08.2017 1

2 RNC “KURCHATOV INSTITUTE” 08.2017 1

3 JSC “ATOMSTROYEXPORT” 08.2017 1

4 JSC “INSTITUTE GIDROPROEKT” 08.2017 1


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REVISION LIST

REVISION CHANGED PAGES FULL

NAME AND

SIGNATURENUMBER DATE TOTAL

QUANTITYNUMBER OF PAGE

SUMMARY


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Documents

СИСТЕМА КОДИРОВАНИЯ, ПРИНЯТАЯ В … · Web viewAppendix E Coding principle of ULCS video frames 140 Appendix F Principles for coding ventilation system