Project:
Document No.:
KKS - MASTERLIST
STANDARD
LH-DE011017-REV02
Standard
HYDRO POWER PLANTS
KKS - HANDBOOK
Release
„KKS - Handbook“
AT-DE
AT
Date / Mr. Dendl
Date / Mr. Hassler
All rights reserved. No part of these documents may be reproduced, copied, distributed, adapted or recorded in any form or by any
means (by photocopying, microfilming or by any other technique) without the written permission of the VA TECH HYDRO GmbH.
Furthermore, manufacturing and copying of the represented products, plants, systems and technical procedures are prohibited.
Alle Rechte vorbehalten. Kein Teil dieser Unterlagen darf in irgendeiner Form (durch Photokopie, Mikrofilm oder ein anderes
Verfahren) ohne schriftliche Genehmigung der VA TECH HYDRO GmbH reproduziert oder unter Verwendung elektronischer Systeme
gespeichert, bearbeitet, vervielfältigt oder verbreitet werden. Ebenso ist jeder Nachbau bzw. jede Nachahmung von in diesen
Unterlagen beschriebenen Geräten, Anlagen, Systemen, Verfahren ua. verboten.
Copyright © 2001 VA TECH HYDRO GmbH
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2001-10-17
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STANDARD
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DOCUMENT HISTORY
Date of issue
Revision
Revised pages
Type of revision
17.10.2001
00
First issue
First issue
14.02.2003
REV01
41, 102
Designation letter YP und YR added.
27.11.2006
REV02
all
Formats, insert VGB guidelines
Contents list
Part I:
KKS: Structure and application
3
Part II:
KKS – Master list
65
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STANDARD
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Part I: KKS: Structure and application
Contents
1
INTRODUCTION ____________________________________________________________________________4
2
STRUCTURE OF KKS _______________________________________________________________________5
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
2.9
3
BREAKDOWN LEVELS ______________________________________________________________________5
BREAKDOWN LEVEL 0 – TOTAL PLANT_______________________________________________________6
BREAKDOWN LEVEL 1 – FUNCTION KEY _____________________________________________________7
BREAKDOWN LEVEL 2 – EQUIPMENT UNIT KEY_______________________________________________7
BREAKDOWN LEVEL 3 – COMPONENT KEY ___________________________________________________8
NOTATION OF BREAKDOWN LEVELS ___________________________________________________________8
NAMING OF THE BREAKDOWN LEVELS _________________________________________________________9
PREFIXES _______________________________________________________________________________10
VATECH STANDARD DESIGN _______________________________________________________________10
APPLICATION OF KKS _____________________________________________________________________11
3.1
PROCESS-RELATED IDENTIFICATION __________________________________________________________11
3.2
POINT OF INSTALLATION-IDENTIFICATION _____________________________________________________11
3.3
LOCATION IDENTIFICATION _________________________________________________________________12
3.4
IDENTIFICATION OF CONNECTIONS ___________________________________________________________12
3.5
IDENTIFICATION OF SIGNALS ________________________________________________________________12
3.6
IDENTIFICATION OF CABLES ________________________________________________________________13
3.7
IDENTIFICATION OF DOCUMENTS ____________________________________________________________15
3.8
EXAMPLE OF KKS APPLICATION _____________________________________________________________15
3.9
REGISTRATION IN GRAPHICAL SYMBOLS _______________________________________________________28
3.10
LOOPS WITH MULTIPLE PROBES AT ONE LOCATION _______________________________________________30
3.11
GATING OF LOOPS ________________________________________________________________________31
3.12
IDENTIFICATION OF LOOPS _________________________________________________________________32
3.12.1
Identification of direct loops ___________________________________________________________32
3.12.2
Identification of indirect loops__________________________________________________________34
4
EXTENDED KKS – KEY (STANDARD)________________________________________________________38
5
IDENTIFICATION OF C&I COMPONENTS ___________________________________________________40
5.1
SIGNAL IDENTIFICATION ___________________________________________________________________40
5.1.1 General Signal Identification _____________________________________________________________40
5.1.2 Designation letter for the signal range/application (Standard / Overview) _________________________41
5.2
BINARY SIGNALS (CONTACTS) AND LIMIT VALUES FROM SIGNAL CONDITIONING ________________________42
5.2.1 Designation letter (signal range) __________________________________________________________42
5.2.2 Signal numbers for binary process signals (contacts) __________________________________________42
5.2.3 Signal numbers for limit values derived from analog process signals _____________________________42
6
EXPLANATIONS FOR HYDRO POWER PLANTS FROM VGB-D1 _______________________________44
6.1 IDENTIFICATION OF BREAKDOWN LEVEL 1 _________________________________________________________44
6.1.1 Identification mechanical __________________________________________________________________44
6.1.2 Identification electrical ___________________________________________________________________56
6.2 IDENTIFICATION OF BREAKDOWN LEVEL 2 _________________________________________________________60
6.3 IDENTIFICATION OF BREAKDOWN LEVEL 3 _________________________________________________________63
7
INTEGRATION OF GE (GENERAL ELECTRICS) IDENTIFICATION SYSTEM IN KKS ____________64
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1
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STANDARD
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INTRODUCTION
The design of complex technical plants involves an enormous number of data to be exchanged
between the parties concerned. The identification of plant systems, sections and individual
components therefore has to be centralised for the whole plant.
The identification system provides a common language for the design and documentation of the
scope of work and services. Due to their complexity, modern power stations, where civil works,
mechanical- and electrical sections as well as electronic systems are related to each other,
require an identification system to avoid disagreement between the parties and unforeseeable
costs and time delays during construction.
The identification system KKS (Kraftwerks-Kennzeichen-System) represents a technological and
logical classification for modern power stations. All plant sections and components will be
identified on a system-related basis in order to satisfy the requirements of the manufacturer, plant
owner and operators as well as experts in view of design, erection, operation and maintenance.
KKS includes:
-
Design and construction
Verification
Assembly
Manufacturing
Erection
Acceptance
Documentation
Operation
Maintenance
Recruiting and replacement administration
Outage statistics
Plant accounting
Industrial economics
The KKS identification system for power stations was developed by the KKS-workout involving
designers, plant operators and power authority members and was published in two sections by
the VGB-Verlag 1989:
-
KKS-Guidelines
KKS-Key
The 5th edition containing complements to the KKS-Key was published in 2003 by the
VGB-Verlag publishing house.
The indicated breakdown levels 1, 2, 3 in this document are those dated 2004.
The Explanations for Hydro Power Plants VGB-B 106 D1 from July 2004 are included
(see chapter 6).
The KKS in its characteristics will be in accordance with IEC 61346, DIN EN 61346 and
DIN 6779-10.
The following information represents a general overview regarding the structure and use of KKS.
The KKS-Key contained in part two will form a basic platform for utilising KKS for the sole internal
use of VA TECH HYDRO GmbH for plants designed and executed by VA TECH HYDRO GmbH.
AT-DE / H. Eder
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2
STANDARD
LH-DE011017-REV02
STRUCTURE OF KKS
2.1
Breakdown Levels
An individual identification code consists of a maximum of 4 breakdown levels:
Breakdown level 0: Total Plant
Breakdown level 1: Function Key
Breakdown level 2: Equipment Unit Key
Breakdown level 3: Component
Example:
Serial no. of
breakdown level
0
1
2
3
Example
Block
System
PumpUnit
Drive
The data characters are selected in accordance to the alphanumeric characters in the table
below:
A
N
()
Alphabetic characters (roman letters except I and O, and special symbols)
Numerical characters (Arabic numerals)
The use of these data characters will be fixed project specific by VA TECH-HYDRO.
Breakdown level 0
Designation of
G F0 F1
data character
Type of
(A) (N) A
data character
(N)
F2
1
F3
FN FN
2
A1 A2 AN AN AN A3
3
B1 B2 BN BN
A
A
N
A
A
N
A
N
N
N
(A)
A
N
N
The data characters A have a bearing on classification. They are fixed in the KKS-Key.
Permitted changes or additions to the KKS-Key must be agreed by the parties concerned
and approved by VA TECH-HYDRO. The data characters N are used for counting. They
are dependent on the project and will be fixed by VA TECH HYDRO.
AT-DE / H. Eder
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geändert am / modified 2006-11-27
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2.2
STANDARD
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-
Numbering starts new when one of the preceding code elements changes.
-
Redundant zeros must be written:
correct
wrong
PAB01AA001
PAB10AA010
PAB1AA1
PAB10AA10
Breakdown level 0 – TOTAL PLANT
0
G
(A)
(N)
1
F0 F1 F2 F3 FN FN
2
A1 A2 AN AN AN AN
3
B1 B2 BN BN
(N) A
A
A
A
A
N
N
A
N
N
N (A)
A
N
N
Describes the identification of all items of the power plant. Differentiation by A or N:
- Power station units
- Extensions or
- Non-unit-specific plants
This code is subject to agreement between the parties concerned with respect to:
- Type of data character
- Contents
Example:
Block
A
Block
B
Non-unit-specific plant
Block
C
N
Block
free
K
Breakdown level 0 may be omitted if the code remains unique throughout the plant.
AT-DE / H. Eder
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2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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2.3
STANDARD
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Breakdown Level 1 – FUNCTION KEY
0
G
(A)
(N)
1
F0 F1 F2 F3 FN FN
2
A1 A2 AN AN AN AN
3
B1 B2 BN BN
(N) A
A
A
A
A
N
N
A
N
N
N (A)
A
N
N
F0-(N) Prefix number
F0
numbering of similar units and plants in view of the entire plant e.g.
- several generator in a block
- general component
F1-A Main group
F2-A Group
F3-A Subgroup
F1-3
Classification fixed as per KKS-Key for:
- systems and plants
- points of installation, e.g. switchboards
- structures
FN-N Counting numbers:
- redundant zeros must be written
- consecutive numbering or by groups
- numbering starts new if F1-3 changes
2.4
Breakdown Level 2 – EQUIPMENT UNIT KEY
0
G
(A)
(N)
1
F0 F1 F2 F3 FN FN
2
A1 A2 AN AN AN AN
3
B1 B2 BN BN
(N) A
A
A
A
A
N
N
A
N
N
N
(A)
A
N
N
A1-A Main group
A2-A Subgroup
A1-2 Classification fixed as per KKS-Key for:
- equipment units, apparatus
- electrical and instrumentation equipment
- measuring circuits and measuring conditioning
- points of installation, coordinates
- rooms, sections of structures
AT-DE / H. Eder
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2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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AN-N Counting numbers:
- redundant zeros must be written
- consecutive numbering or by groups
- numbering starts anew if A1-2 changes
AN-A Additional character, additional to the counting number, used for:
- pilot valves
- multiple measuring circuits
- alternative identification for external limit switches
- multiple supplies for electric loads
2.5
Breakdown Level 3 – COMPONENT KEY
0
G
(A)
(N)
1
F0 F1 F2 F3 FN FN
2
A1 A2 AN AN AN AN
3
B1 B2 BN BN
(N) A
A
A
A
A
N
N
A
N
N
N (A)
A
N
N
B1-A Main group
B2-A Subgroup
B1-2 Classification fixed for components:
- mechanical- or control components as per KKS-Key
- electrical components as per KKS-Key for B2; B1 is a hyphen (-)
- signal identification
- identification of documents, drawing identification for electrical and control
documents
BN-N Counting numbers:
- redundant zeros must be written
- specified at signal numbers
- specified at drawing identification
2.6
Notation of Breakdown Levels
The details of the application of the code will be fixed by VA TECH HYDRO. Their use for a
project must be observed exactly for each scope (in order to be electronically readable).
Caution: Some CAD programs are not able to process blank characters or breakes.
- without spacing (VA TECH HYDRO standard):
0
AN
1
N A
A
A
N
N
2
A A
N
N
N
A
3
A A
A
N
N
N
N
N
- small spacing (special case):
0
AN
1
2
N
A
A
A
N
N
3
A
A
A
A
N
N
- large spacing (special case):
AT-DE / H. Eder
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2001-10-17
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0
AN
1
2
N
A
A
A
N
STANDARD
LH-DE011017-REV02
3
N
A
A
N
N
N
A
A
A
N
N
- multiple-line notation (special case):
1
N
A
A
A
N
N
Line 2
2
A
A
N
N
N
A
Line 3
3
A
A
N
N
Line 1
2.7
0
AN
Naming of the Breakdown Levels
The breakdown levels have up to 3 different names and each will be according to the
application:
Breakdown level
Process-related
identification
Point of installation
identification
Location
identification
Designation of
data character
Type of
data character
0
Total
plant
Total
plant
Total
plant
G
(A)
(N)
1
2
Equipment
key
Installation
space key
Room key
3
Component
key
F0
Function
key
Installation
unit key
Structure
key
F1 F2 F3
FN FN
A1 A2 AN AN AN A3
B1 B2 BN BN
(N)
A
N
A
A
A
A
N
A
N
N
N
(A)
A
N
N
Process-related identification for:
- Sections of plant and devices, process-related
- Functions in electrical and control and instrumentation
- Functions in mechanical and civil
Point of installation identification for:
- Devices at units (switchboard, panel)
- Point at installation in rack (frame)
Location identification for:
- Structures (buildings, floors, levels)
- Rooms, fire zones
AT-DE / H. Eder
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2001-10-17
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STANDARD
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Prefixes
The naming and breakdown levels are distinguished by means of:
- Prefix symbols
- Breakdown symbols
Prefix symbols:
=
Plant, mode of process
+
Location
-
Electrical component
:
Connection
The prefix symbols may be omitted if the information content remains unambiguous.
Breakdown symbols:
.
Location
Location-identification before breakdown level 2 (point of installation).
2.9
VATECH Standard design
The spelling of the equipment designation takes place 3-lines according to standard,
whereby the second line is filled out only for cabinet designations.
Row1: = Process-related identification with breakdown levels 0-2
Row2: + Location with breakdown level 1, can be also with breakdown symbol
Row3: Component key, process-related identification with breakdown level 3
The component keys are always counted up within a cubicle or a group of cubicles in
contrast to the standard.
The counting will not be restarted from 1 after a change of row 1.
AT-DE / H. Eder
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2001-10-17
geändert am / modified 2006-11-27
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3
STANDARD
LH-DE011017-REV02
APPLICATION OF KKS
3.1
Process-Related Identification
Breakdown level
0
Title of
Breakdown level
Total
plant
1
2
Designation of
data character
G
F0
F1
F2
F3
FN
FN
A1
A2
AN
AN
AN
A3
B1
B2
BN
BN
Type of
data character
(A)
(N)
(N)
A
A
A
N
N
A
A
N
N
N
(A)
A
A
N
N
Function
key
3
Equipment
unit key
Component
key
Electrical control
and engineering
Equipment unit,
Apparatus,
Instrumentation
and control
Equipment
C&I-range,
Manufacturing,
Installation
Total
plant
Part of
plant
Mechanical
Engineering
Device,
Signal
Equipment unit
Apparatus
Civil engineering
Component
Building
This type of naming is used in most applications, because the plant components and
electrical or control equipment will be addressed in a process- and system-related way.
This identification classifies the equipment and devices according to their task in the total
process.
This block will use the prefix symbol "=".
3.2
Point of Installation-Identification
Breakdown level
Title of
breakdown level
Designation of
data character
Type of data
character
Electrical control
and engineering
Instrumentation and
control equipment
0
Total
plant
+
1
Installation unit
key
2
Installation space
key
G
F0
F1
F2
F3
FN
FN
(A)
(N)
(N)
A
A
A
N
N
Total
plant
Switchboard
Field
Control desk
.
A1
A2
AN
AN
AN
A3
A
A
N
N
N
(A)
Coordinate,
Row,
Floor
Between breakdown level 1 and 2 the prefix symbol "." (period) will be written.
The whole block will use the prefix symbol "+" (location).
Combination with breakdown level 3 (component) is possible.
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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3.3
STANDARD
LH-DE011017-REV02
Location Identification
Breakdown level
Title of
breakdown level
Designation of
data character
Type of data
character
0
Total
plant
1
Building
code
G
(A)
(N)
Total
plant
+
Civil engineering
2
Room
code
F0
F1
F2
F3
FN
FN
A1
A2
AN
AN
AN
A3
(N)
A
A
A
N
N
A
A
N
N
N
(A)
Building
Floor, flat
Room
Section
This block will use the prefix symbol "+" (location).
3.4
Identification of Connections
This identification is with the prefix symbol ":" (colon).
There are 3 possibilities:
1.
2.
3.
Identification after breakdown level 1:
Connection to cubicles or switchgears without declaration of point of installation
Identification after breakdown level 2:
Connection to cubicles with declaration of point of installation
Identification after breakdown level 3:
Connection to component
Breakdown level
0
(A)
(N)
Type of data character
Electrical control and
engineering
(N) A
A
2
A
N
N
A
A
N
3
N
N (A) A
Equipment unit
Instrumentation and
control equipment
Mechanical engineering
3.5
1
Total
plant
Plant, Cubicle, Field
A
N
N
Device
Coordinate, Floor
:N/A
: Connect.
: Connect.
: Connect.
Identification of Signals
The process signals for electrical and control and instrumentation will be clearly defined in
breakdown level 3 as "signal key".
Using this identification, the exchange of signals between different parts of the plant will be
facilitated and the connections within circuit (signal) diagrams will be unambiguously
tagged.
Breakdown level
0
Title of
breakdown level
Total
plant
1
2
Designation of
data character
G
F0
F1
F2
F3
FN
FN
A1
A2
AN
AN
AN
A3
B1
B2
BN
BN
Type of
data character
(A)
(N)
(N)
A
A
A
N
N
A
A
N
N
N
(A)
A
A
N
N
Signalcode
Total
plant
System
key
3
Equipment
unit key
Part of
plant
AT-DE / H. Eder
erstellt am / created
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geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Component
key
Equipment unit
C&I-range,
Manufacturing,
Signal
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STANDARD
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Identification of signals in breakdown level 3:
Prefix in position B1 :
X ....... Signal origins - according to origins of defined signal application
Y ....... Signal application - according to application hierarchy defined
Z ....... according to origins and defined like X, gated or calculated.
Signal type in position B2 :
These data characters are generally fixed by VA TECH HYDRO.
Standard see chapter 5.1.
Counting number in positions BN :
Running number from 01 to 99.
For various signal types the running number shall be fixed.
Standard see chapter 5.1.
3.6
Identification of Cables
Identification: according KKS and VGB guidelines
The cable numbering is according to the combination of characters defined below.
Breakdown level
Title of
breakdown level
Designation of
data character
Type of
data character
Cable identification
Example
0
Total
plant
G
1
Equipment
identification
F1 F2 F3
FN
FN
-
BN
BN
BN
BN
(A)
(N)
Total
plant
A
N
N
-
N
N
N
N
1
A
A
2
Count number
unit
Plant area of the
cable of associated
aggregate
C V A
0
1
Count number
-
4
0
0
1
Cable of the first strapping connector of the first machine with an operating voltage < 60V
The classifying part of the cable identification is defined by the both termination points at
the switchboards, whereby the function identification which is leading in alphabetical order
will prevail. From sub distributors to components, identification according to sub distribution
identification is possible.
The first position of the counting number of the resource indication serves the voltage level
for the classification
0001 - 0999
1001 - 1999
2001 - 2999
3001 - 3999
4001 - 9999
Power cables >1kV
Power cables <1kV
Control cables, Controlling >60V
Cables for measurement >60V
Cables for control and measurement <60V
Details of application 4001-9999 are subject to agreement between the parties to the
project.
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Example for cable number designation:
PLC – Distribution Board 1CVA01
I
0BBA01-4001
0BJA02-4001
0BJA02-1001
1CVB01-4002
400V MCC
0BJA02
0BBA01-0002
C&I Junction box
1CVB01
6kV Switchgear
0BBA01
0BBA01-3001
Counter
1CFA02
0BBA01-0001
1CFA02-4001
1CVA01-4001
PLC – Distribution Board 1CVA01
P
M
Temperature sensor
1MKA20CP902
Drainage
pump
0GMA10AP010
M
M
Cooling water
pump
1PCB10AP010
Governor oil
pump
1MEX10AP010
Identification: according KKS and VGB-guidelines
Assignment of cable identification is using breakdown level 2 (equipment key)
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3.7
STANDARD
LH-DE011017-REV02
Identification of Documents
Documents that will be supplied and are necessary for operation of the plant are:
- general technical documents
- electrical and control and instrumentation documents
- mechanical documents
- civil documents
For these documents, a separate identification will be provided.
This identification of documents serves to address a document and to define its location in
the whole documentation - regardless of the drawing numbers of the different
subcontractors.
The documentation identification consists of 3 parts:
- Equipment identification:
- Type of document key:
- Counting number
3.8
KKS-breakdown level 0-2
classified by a combination of characters
Example of KKS application
The previous examples of KKS use give a general overview of the structure and main uses
of KKS.
Part A
General KKS application commentaries
Part B
Engineering discipline-specific application commentaries
B1
B2
B3
B4
Mechanical engineering
Civil engineering
Electrical engineering and control and instrumentation
Coding of process control and instrumentation
D1
Explanations for Hydro Power Plants see chapter 6
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Example 3.8/1
Process related identification of power current and control and instrumentation
and Distribution
A Grid
system
transmission and
B Power
auxiliary power supply
and
C Instrumentation
control equipment
and
D Instrumentation
control equipment
fuel supply
E Conventional
and residues disposal
of nuclear
F Handling
equipment
G Water supply and disposal
heat
H Conventional
generation
J Nuclear heat generation
K Reactor auxiliary system
water-, gas-,
L Steam-,
cycles
M Main machine sets
energy supply for
N Process
external users
P Cooling water supply
Q Auxiliary systems
generation and
R Gas
treatment
S Ancillary systems
T Blocked
U Structures
V Blocked
W Renewable energy plants
X Heavy machinery
Y Blocked
and office
Z Workshop
equipment
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2001-10-17
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Example 3.8/2
Process related identification of control and instrumentation
and Distribution
A Grid
system
transmission and
B Power
auxiliary power supply
and
C Instrumentation
control equipment
and
D Instrumentation
control equipment
fuel supply
E Conventional
and residues disposal
of nuclear
F Handling
equipment
G Water supply and disposal
heat
H Conventional
generation
J Nuclear heat generation
K Reactor auxiliary system
water-, gas-,
L Steam-,
cycles
M Main machine sets
energy supply for
N Process
external users
P Cooling water supply
Q Auxiliary systems
generation and
R Gas
treatment
S Ancillary systems
T Blocked
U Structures
V Blocked
W Renewable energy plants
X Heavy machinery
Y Blocked
and office
Z Workshop
equipment
AT-DE / H. Eder
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2001-10-17
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Sprache / Language: EN
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Example 3.8/3
Process related identification of control and instrumentation
and Distribution
A Grid
system
transmission and
B Power
auxiliary power supply
and
C Instrumentation
control equipment
and
D Instrumentation
control equipment
fuel supply
E Conventional
and residues disposal
of nuclear
F Handling
equipment
G Water supply and disposal
heat
H Conventional
generation
J Nuclear heat generation
K Reactor auxiliary system
water-, gas-,
L Steam-,
cycles
M Main machine sets
energy supply for
N Process
external users
P Cooling water supply
Q Auxiliary systems
generation and
R Gas
treatment
S Ancillary systems
T Blocked
U Structures
V Blocked
W Renewable energy plants
X Heavy machinery
Y Blocked
and office
Z Workshop
equipment
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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Example 3.8/4
Process related identification of control and instrumentation
and Distribution
A Grid
system
transmission and
B Power
auxiliary power supply
and
C Instrumentation
control equipment
and
D Instrumentation
control equipment
fuel supply
E Conventional
and residues disposal
of nuclear
F Handling
equipment
G Water supply and disposal
heat
H Conventional
generation
J Nuclear heat generation
K Reactor auxiliary system
water-, gas-,
L Steam-,
cycles
M Main machine sets
energy supply for
N Process
external users
P Cooling water supply
Q Auxiliary systems
generation and
R Gas
treatment
S Ancillary systems
T Blocked
U Structures
V Blocked
W Renewable energy plants
X Heavy machinery
Y Blocked
and office
Z Workshop
equipment
AT-DE / H. Eder
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2001-10-17
geändert am / modified 2006-11-27
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Sprache / Language: EN
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Example 3.8/5
Identification of rooms
and Distribution
A Grid
system
transmission and
B Power
auxiliary power supply
and
C Instrumentation
control equipment
and
D Instrumentation
control equipment
fuel supply
E Conventional
and residues disposal
of nuclear
F Handling
equipment
G Water supply and disposal
heat
H Conventional
generation
J Nuclear heat generation
K Reactor auxiliary system
water-, gas-,
L Steam-,
cycles
M Main machine sets
energy supply for
N Process
external users
P Cooling water supply
Q Auxiliary systems
generation and
R Gas
treatment
S Ancillary systems
T Blocked
U Structures
V Blocked
W Renewable energy plants
X Heavy machinery
Y Blocked
and office
Z Workshop
equipment
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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Sprache / Language: EN
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Example 3.8/6
Identification of piping systems
Counting of ropes and sections with 10-steps in FN.
31
32
21
10
22
41
42
30
30
43
50
23
44
VA TECH HYDRO – Standard:
Breakdown level 0 is assigned per unit.
It is the more flexible system, and our guideline.
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This example represents an exception, because breakdown level 0 is assigned plant
specific numbering (for example an existing plant)
Attention: be careful with identification numbers, don’t forget to allow for spares!
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STANDARD
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Example 3.8/7
Identification of control loops
Single control loop
Pressure control
PAB01DP001
PAB01
CP001
PAB01
AA001
Control loop with combined control values
PAB01
CP001
PCA10
CP001
PAB
General cooling
water
PCA
Secondary cooling
water
Pressure control
PYA01DP001
For equipment comprising of more than one system, defined in F2 and F3, then „Y“ will be
used in the relevant character designation.
Example:
PAB
PAC
PAD
PA..
PAY
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PY..
PC..
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Example 3.8/8
Identification of measuring circuits
Example:
Flow measurement MEX10CF001
Identification in breakdown level 3
Power house
UME17GZ001
Junction box
UME17GF001
Valve block
MEX10CF001 KA01
Measuring transducer
MEX10CF001-B01
cable
DUME17-4001
Trunk
cable
drain lines
cote +17m
Main steam flow measurement in boiler house on level +17m
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Example: Temperature measurement MEX10CT001
Identification in breakdown level 3
Governor oil temperature measurement
MEX10CT001
pipe
MEX10BR001
protective well
MEX10CT001 QT01
thermocouple
MEX10CT001 -B01
head mounted
T/I-X´ter
MEX10CT001 -U01
cable
MEX10-4001
® ideal definition for instrument list
AT-DE / H. Eder
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Example 3.8/9
Identification with signal processing
Example:
Identification of specific equipment
Control equipment: oil vapour exhaust = MEX11AN001
Equipment specific signal processing
Oil vapour exhaust 1
Automatic
Control
equipment
&
≥1
[
o o o
Interlock
Control
room
Protect.
MEX11AN001
M
If control and instrumentation equipment applies only for one unit (measuring, controlling,
safety interlocking), the processed signal will be designated with the identification of the
unit.
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2001-10-17
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Example 3.8/10 Identification at grid and auxiliary service supply systems
Example: Water power plant, conceptual flow diagram; Identification in breakdown level 1
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3.9
STANDARD
LH-DE011017-REV02
Registration in graphical symbols
Representation of C&I tasks according to DIN 19227
Output and operation-location:
Local
Central Control Room
Local Control Panel
MSR
KKS
MSR
KKS
MSR
KKS
MSR ..... C&I Function Code letter
KKS ...... KKS-number breakdown level 0, 1 and 2
MSR-code letter according to DIN 19227 and ISO 3511:
POSITION 1
Character
Feedback signal
D
E
F
G
H
K
L
M
P
Q
R
S
T
U
V
W
Density
Electrical value
Flow
Position, Spacing, Length
Hand operation
Time
Level
Humidity
Pressure
Quality (Analysis)
Radiation
Velocity, Frequency
Temperature
Combined Value
Viscosity
Weight, Mass
POSITION 2
Additional character
to 1
POSITION 3
Supplementary character
(processing)
D
F
Q
A
C
E
I
O
R
S
T
V
Y
Z
H
L
/
Difference
Ratio
Sum, Quantity
Alarm, Limit value
Closed loop control
Sample, sensor function
Analog indicator
Indication, binary, Yes/No
Recording
Interlock, Open loop control
Transmitter function
Positioner function
Computing function
Protection, Emergency stop
High/Upper limit (or +)
Lower limit (or -)
Middle value
The characters in position 3 must be written in the following order:
E-O-I-R-C-S-Y-Z-A-H-L
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Registration in graphical symbols
Example:
TIAH
1MKA10CT001
Remote sensing, temp. measurement
(Signal 4 – 20 mA to CCR; alarm
derived internal)
PI
1MKV10CP501
Local measurement
Pressure gauge
QR
1MKV20CQ001
Remote sensing, analysis
(Signal 4 – 20 mA to CCR, recorded)
PSAL
1MMH10CP301
Pressure switch
(Binary signal to CCR)
PI
1MMH10CP301
Pressure gauge with contact
(Local indication; binary signal to CCR)
PSAL
1MMH10CP301
LI
1MKD20CL301
Local level indication with contact
(Local indication; signal to CCR)
LSAH
1MKD20CL301
Remote sensing, pressure transmitter
(Signal 4 – 20 mA to CCR for control
and recording)
PICR
1MKY10CP001
Identification of instruments, tanks, pumps, etc. in flowcharts:
...............
...............
..... KKS breakdown level 0 and 1
..... KKS breakdown level 2
1MEX20
AA001
1MEX20
AP001
1MEX20
BB001
Governor oilControl valve
Governor oilpump
Governor oiltank
Example:
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3.10 Loops with multiple probes at one location
Multiple loops with one measurement location (transmitter) will be distinguished from each
other in the aggregate breakdown level by means of the supplementary character A3. This
applies to temperature measurements with dual thermocouples, flow measurements with
multiple probes as well as double secondary current transformers or voltage transformers
connected to loops.
Example: temperature measurement with dual thermocouples
Loop A
MEX10CT001A
MEX10BR001
MEX10CT001
Loop B
MEX10CT001B
Should a dual thermometer be used as a sensor, whereby only one connection is used
(second connection as spare), then only one loop number will be assigned and the
supplementary character A3 will not be used.
Example: loop with multiple probes
MEX10CF001A
MEX10BR001
MEX10CF001
MEX10CF001B
MEX10CF001C
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3.11 Gating of loops
The general rule for gating signals is that the code of the signal to be processed, and thus
the physical measurement, will be retained as far as possible. Gating of measurements of
the same type (i.e. both pressure, multiple temperatures, etc.) will be distinguished by a
certain character, e.g. “9”, in the position AN and keep the designation of the physical
measurement in the position A2 .
Example: Calculation of a temperature difference
CT011
CT012
Temperature
difference
CT901
When signals are used to limit or suppress a measurement value, the output signal of the
signal processing keeps the character designation of the original measurement and only the
first character of the component key will be changed from *X* to *Z*.
Example: Suppressed alarm
..... CP303 XG01
Pressure after
pump < min
..... AP001XB01
Pump is ON
10”
0
&
..... CP303 ZG01
Alarm: Pressure after pump < min
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STANDARD
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3.12 Identification of Loops
3.12.1 Identification of direct loops
Direct loops will be designated with *C* in the data character A1 in breakdown level
2. The position A2 corresponds to the measured physical value (e.g. pressure,
temperature) in accordance with DIN 19227.
In breakdown level 1, the loops are assigned the identification of the system of
which the loop is a part. In other words, the loop will be named after the system
where its measurement probe is located.
Example 3.12.1/1
System 1
System 2
CT002
CT001
M
CF001
CP001
CT001
Medium-direction of flow
Example 3.12.1/2
Medium-direction of flow
MEX10
MEX10CP001
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MEX10
MEX10CP002
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The measured physical value, and not the measuring principle, determines the data
character of position A2.
Loops for the same physical value within a given system (FN) should be assigned
increasing numbers according to material and energy flow. Should new loops be
added or loops deleted, the other existing loops should not be re-numbered.
Seeing that loops normally have a specifically assigned designation in the
equipment unit key (breakdown level 2), measurements on a given piece of
equipment will not be named after the equipment but after the loop. These include
level measurements on tanks, analog position measurements of valves, frequency
measurements, motor core temperatures, etc.
Example 3.12.1/3
CL013
CT008
CL012
M
CG003
M
CS008
AA003
AP003
In this example there are loops for the individual components of the system. The
level measurement on the tank will not be named after the tank, but will be assigned
an individual loop designation. Similarly, the frequency and temperature
measurements on the pump motor are individual loops. The same applies to the
valve analog position measurement. By means of careful number assignment for
position AN, it is possible to retain the relationship to the equipment (e.g. valve
AA003 with positioning loop CG003).
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3.12.2 Identification of indirect loops
As opposed to direct loops, indirect loops are not used for the direct measurement
of a physical value, but used, in combination with other loops, for the calculating and
compensation of measurement values. The signal is not generated directly from a
process measurement using probes, but by mathematical calculation. The resulting
new signals represent new or different information.
In order to clearly differentiate these signals and their associated equipment from
the related direct process signals, the data character in position A1 will be assigned
*F* (indirect loop) instead of *C*. The data character 2 will be assigned a letter
according to its physical value (DIN 19227), as for the direct loops.
Example 3.12.2/1: Pressure and temperature compensated flow measurement
using the original measured value
CP011
CF009
CT015
Compensation
CF009
FF009
Example 3.12.2/2: Temperature compensated flow measurement using multiple
measurements in a 2 out of 3 configuration
CT001
CT002
2 of 3
CT901
CT003
Compensation
FF...
CF001
CF002
2 of 3
CF003
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CF901
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Measured value processing of signals of different physical values will be assigned
*U* (gating of differing physical values) to data character A2.
Example 3.12.2/3: Calculation of a value from 2 different physical values
e.g. enthalpy.
CP001
Y=
f(T&P)
FU001
CT001
Example 3.12.2/4: Calculation of a value from changing physical values
e.g. limiting curve
Y=
f(P)
CP001
FP001
CP001
Example 3.12.2/5: Calculation of a value from 2 different physical values, whereby
one is a calculated value and the other a direct measurement.
e.g. flow with mass compensation
PD001
CF001
Y=
f(б x Q)
AT-DE / H. Eder
erstellt am / created
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FF001
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Example 3.12.2/6: Calculation of 2 output signals using a maximum selection from
2 groups of 3 measured values, which are obtained from a
selection gate e.g. dual line HP-steam system
...
10CP001
...
10CP002
...
10CP003
...
20CP001
...
20CP002
...
20CP003
2 out
of 3
2 out
of 3
2 out
of 3
2 out
of 3
AT-DE / H. Eder
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gedruckt am / printed 2006-11-27
...
10CP901A
MAX
... 00CP901A
MAX
... 00CP901B
...
20CP901A
...
10CP901B
...
20CP901B
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Example 3.12.2/7: Calculation of an output signal using a selection, where a sum of signals
takes place beforehand. Each system contains a flow measurement with
3 transmitters at one measurement point, with separate compensations,
for the protection criteria for the HP-steam flow of a dual line steam
system.
MEX 10CT001
MEX10CF001A
Compen- MEX10FF001A
sation
∑
MEX00FF001A
∑
MEX00FF001B
MEX10CT002
MEX10CF001B
Compen- MEX10FF001B
sation
MEX 10CT003
MEX10CF001C
Compen- MEX10FF001C
sation
MEX20CT001
MEX20CF001A
2 MEX00FF901
out
of 3
Compen- MEX20FF001A
sation
MEX20CT001
MEX20CF001B
Compen- MEX20FF001B
sation
MEX20CT001
MEX20CF001C
Compen- MEX20FF001C
sation
AT-DE / H. Eder
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∑
MEX00FF001C
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4
STANDARD
LH-DE011017-REV02
EXTENDED KKS – KEY (STANDARD)
Breakdown Level 2
Example: Control element with limit switch for intermediate position
1.
Identification for regulating actuator signals:
in breakdown level 2 (equipment unit key), numbering according to list, signal number
(not indicated on P&I-diagram)
2.
Identification for external signals:
a) in breakdown level 2, numbering as for the valve, with supplementary data char. (A3):
A
open (100%)
B
closed (0%)
C
1. Intermediate position (e.g. 30%)
D
2. Intermediate position (etc.)
(The advantage here is, that the external limit switches can be easier referred to the valve,
and if there are more valves in the same system, no problems with numbering will occur.
b) or with individual KKS-identification, as below mentioned (standard solution):
1MEA10AA101
-M01
“Matic”-type actuator,
“inching controlled”
M~
Feedback signals & 1st actuator control
commands
(actuator internal signals)
Limit switch 100%
Limit switch 0%
Torque switch open
Torque switch close
Remote/Local
Common fault
Command “open”
Command “close”
1MEA10AA101 XB01
1MEA10AA101 XB02
1MEA10AA101 XB27
1MEA10AA101 XB28
1MEA10AA101 XB22/23
1MEA10AA101 XB07
1MEA10AA101 YB01
1MEA10AA101 YB02
2nd external signal
(ext. field instruments)
G
analog 0¸100%
1MEA10CG001 XQ01
G
Limit switch 100%
G
Limit switch 30%
G
Limit switch 0%
1MEA10CG301 XG01
(or 1MEA10CG101A)
1MEA10CG303 XG03
(or 1MEA10CG101C)
1MEA10CG302 XG02
(or 1MEA10CG101B)
1MEA10AA101
AT-DE / H. Eder
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STANDARD
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BREAKDOWN LEVEL 2 [AN/AN/AN]
Loop Numbering Assignment for Electrical Equipment:
Example: Generator leads
BAA10CE211A – voltage L1 – core 1
BAA10CE212A – voltage L2 – core 1
BAA10CE213A – voltage L3 – core 1
BAA10CE214B – voltage L1/L2 – core 2
BAA10CE215B – voltage L2/L3 – core 2
BAA10CE216B – voltage L3/L1 – core 2
2
A/B
BAA10CE111A – current L1 – core 1
BAA10CE113A – current L3 – core 1
BAA10CE111B – current L1 – core 2
BAA10CE112B – current L2 – core 2
BAA10CE113B – current L3 – core 2
G
2
A/B
BAB10CE111A – current L1 – core 1
BAB10CE112A – current L2 – core 1
BAB10CE113A – current L3 – core 1
BAB10CE111B – current L1 – core 2
BAB10CE112B – current L2 – core 2
BAB10CE113B – current L3 – core 2
BAB10CE210 – voltage star point
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5
STANDARD
LH-DE011017-REV02
IDENTIFICATION OF C&I COMPONENTS
5.1
Signal identification
5.1.1 General Signal Identification
The component key is used to differentiate the various signals that are part of a
given system or piece of equipment.
Breakdown level
Title of breakdown level
Designation of data characters
Type of data characters
0
Total Plant
1
Function
2
Equipment
3
Component
B1
B2 BN
A
A NN
Prefix X, Y or Z
Signal range
Signal-No.
The letters X, Y and Z have the following meaning:
X
Y
Z
Signal origins
Application signals
Gated signals
The signal ranges and applications are designated in the 2nd alphabetical data
character. The individual signal types and applications are designated in the
following 2 numerical data characters.
Seeing that the required guidelines for the signal designations of the equipment and
the application data characters are also dependent on the related documentation
technology, the following examples do not show signal designations that are valid
generally for all projects, but can be used basically or shall be used if there is no
other standard available. The manufacturer-specific guidelines must be referred to,
and implemented for each project individually.
The signal designation of the individual derived process values and C&I signals are
fixed by the VA TECH HYDRO Standard. Exceptions allowed only by permission of
VA TECH HYDRO.
The following examples illustrate the VA TECH HYDRO Standard guidelines.
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5.1.2 Designation letter for the signal range/application (Standard / Overview)
Signal
B1+B2
XA/YA
XB/YB
XC/YC
XD
XE
XF
XG/YG
XH
XJ/YJ
XK
XL/YL
XM
XN
XP/YP
XQ/YQ
XR/YR
XS
XT
XU
XV/ZV
XW
_X
_Y
_Z
Definition
Functional group control and/or subloop control
Open-loop control for drive & breaker interfaces
Closed loop control, controller feedback (no field) signals
Free for use by VA TECH HYDRO
Free for use by VA TECH HYDRO
Free for use by VA TECH HYDRO
Binary process signals (incl. conditioning if necessary)
Binary limit signals derived from analog process signals
Black-Box signals or signals from non-standard areas
Equipment unit & component protection
Control room & operator desk signals (e.g. push-button)
Static individual & group process alarm signals
Criteria computer system signals (please do not use)
Process computer system signals (joint control)
Analog process signals (XQ from field, YQ to field)
Closed loop control, controller signals (no field signals)
Sequence steps (no field signals)
Special signals from turbine control
Dynamic individual & group alarm signals
Gated signals for protective logic & alarm logic
Hardwired alarm annunciation system (please do not use)
Blocked
Blocked
Free for use by VA TECH HYDRO
binary
analog
binary
binary
binary
X
Y
Z
XA YA
XB YB
XC YC
binary
binary
anlg/bin
binary
binary
binary
anlg/bin
anlg/bin
analog
analog
binary
binary
binary
binary
binary
XG YG
XH
XJ YJ
XK
XL YL
XM
XN
XP YP
XQ YQ
XR YR
XS
XT YT
XU
XV YV ZV
XW YW
binary
XZ YZ ZZ
Blocked = for future uniform guidelines
Caution: Manufacturer hardware-related deviations are permitted
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5.2
STANDARD
LH-DE011017-REV02
Binary signals (contacts) and limit values from signal conditioning
5.2.1 Designation letter (signal range)
G
H
=
=
contact
limit value
(binary process signal incl. conditioning for contacts)
(derived from analog measurement signals)
5.2.2 Signal numbers for binary process signals (contacts)
Most of the binary process signals (contacts) are signals from field instruments as
follows:
-limit switches
-pressure switches
-temperature switches
-level switches
with only one contact. Each instrument will have an individual KKS-Number.
The contact/signal from each field instrument will get therefore the same signal
code:
XG01 for “normally open”-contact, and
XG51 for “normally close”-contact.
For field instruments with tandem (or triple) switches with same limit value, we
recommend:
XG01/51
for the first switch
XG11/61
for the second switch
XG21/71
for the third switch
For field instruments with two (or more) switches with individual limit value, we
recommend
“odd”-numbers for “high”-limit values, “even”-numbers for “low”-limit values:
XG01/51
for the “high”-limit value
XG02/52
for the “low”-limit value
XG03/53
for the “high/high”-limit value
XG04/54
for the “low/low”-limit value
XG05/55
for the “high/high/high”-limit value
XG06/56
for the “low/low/low”-limit value
5.2.3 Signal numbers for limit values derived from analog process signals
The analog process signal will have normally the signal code XQ01 for standard
transmitters.
The derived binary limit values will be produced internal in the DCS/PLC, standard
as follows:
“odd”-numbers for “high”-limit values, “even”-numbers for “low”-limit values:
XH01/51
for the “high”-limit value
XH02/52
for the “low”-limit value
XH03/53
for the “high/high”-limit value
XH04/54
for the “low/low”-limit value
XH05/55
for the “high/high/high”-limit value
XH06/56
for the “low/low/low”-limit value
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STANDARD
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Example 5.1.1/1: Signal designation for a ultrasonic level sensor with signal converter
LA2H
LSH
normal
level
NO/NC
contacts
DCS
input
card
LSL
LSA2L
XG03 >10m
>high/high
XG53 <10m
<high/high
XG01 >8m
>high
XG51 <8m
<high
signal code
limit value
XG02 <3m
<low
XG52 >3m
>low
XG04 <1m
<low/low
XG54 >1m
>low/low
Level
Example 5.1.1/2: Level signals derived from an analog level transmitter signal:
XH03 >10m
XH53 <10m
XH01 >8m
XH51 <8m
L
>high/high
<high/high
>high
<high
XQ01
I
XH02 <3m
XH52 >3m
XH04 <1m
XH54 >1m
AT-DE / H. Eder
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<low
>low
<low/low
>low/low
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6 EXPLANATIONS FOR HYDRO POWER PLANTS FROM VGB-D1
In this section in the special hydro-electric power plants are processed.
It is dealt with the different machine types and their demarcations, as well as on their auxiliaries.
These suggestions can deviate however from the VATECH standard slightly.
6.1 Identification of breakdown level 1
6.1.1 Identification mechanical
Identification of machine sets (M _ _ )
·
Water turbine plants
(ME_)
Kaplan turbine
(ME_)
o
MEA10
MEA20
MEA30
MEA40
MEA50
MED10
MED20
MKA10
Spiral case, draft tube including stay vanes
Wicket gate including all operating mechanisms
Runner including all operating mechanisms
Shaft
Turbine brake system
Turbine thrust bearing or combined thrust guide bearing
Turbine guide bearing
Generator
If there is a common oil supply system for generator and turbine bearings must it with
MV_ be designated.
The shaft can be assigned to the turbine or the generator, whereby the coupling
makes a demarcation possible. In addition, it is to be taken on the structural condition
consideration.
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Identification of non-electric control and protection equipment (MEX)
A separate scheme for this system is established in the number sequence since a
Kaplan turbine with runner and wicket gate requires many identification details.
MEX10
MEX20
MEX30
MEX50
MEX60
MEX70
Pressure oil supply system for runner and wicket gate control
Wicket gate control
Runner blade control
Brake control
Pressure oil generation and control of upper water stop valve
Safety equipment for the turbine and emergency shutdown equipment
The connecting flanges to the servomotor constitute the interfaces between the
control and governor system MEX and the turbine MEA or the upper water stop valve
MEB.
Identification of electric control and protection equipment (MEY)
Also is here the identification in the number sequence.
MEY10
MEY20
MEY40
MEY70
Turbine governor
Automatic start and stop sequence
Separate speed detection and evaluation
Turbine protection (such as emergency shutdown sequence)
Identification as “C _ _” can also be selected where an overall control task is
concerned which contains a number of individual tasks.
The electric connection to the servo valve constitutes the interface between the
control and protection equipment MEY and the turbine MEA or its hydraulic governor
system MEX. The identification of the coil is therefore MEX.
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Francis turbine
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(ME_)
Because the constructional structure differs to the Kaplan turbine strongly, its own
number structuring is specified.
MEA10
MEA20
MEA30
MEA40
MEA50
MEB10
MEB20
MED10
MED20
MKA40
Turbine inlet and outlet, spiral case including drainage system (Where
a distinction is to be made between the inlet end and outlet end,
MEA11 is used for the inlet and MEA15 for the draft tube selection).
Wicket gate
Runner
Turbine shaft
Turbine brake system
Main inlet valve in turbine inlet including bypass
Shutoff valve in turbine outlet
Turbine thrust bearing or combined thrust guide bearing
Turbine guide bearing
Generator shaft
Identification of non-electric control and protection equipment (MEX)
A identification scheme for the control and governor equipment for Francis turbines is
analogous to that of Kaplan turbines.
MEX10
MEX20
MEX50
MEX60
MEX70
Pressure oil supply system for wicket gate control
Wicket gate control
Brake control
Pressure oil generation and control of upper water stop valve
Safety equipment for the turbine and emergency shutdown equipment
The connecting flanges to the servomotor constitute the interfaces between the
control and governor system MEX and the turbine MEA or the upper water stop valve
MEB.
AT-DE / H. Eder
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2001-10-17
geändert am / modified 2006-11-27
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o
Pelton turbine
STANDARD
LH-DE011017-REV02
(ME_)
Also for the Pelton turbine its own number structuring is specified.
MEA10
MEA20
MEA30
MEA40
MEA50
MEB10
MED10
Turbine inlet manifold and housing (Where a distinction is to be made
between the inlet end and outlet end, MEA11 is used for the inlet and
MEA15 for the outlet).
Injectors and deflectors
Runner
Turbine shaft
Turbine brake system
Main inlet valve (spherical valve) including bypass
Turbine thrust bearing
Identification of non-electric control and protection equipment (MEX)
A identification scheme for the control and governor equipment for Pelton turbines is
analogous to that of Kaplan turbines.
MEX10
MEX20
MEX30
MEX50
MEX60
MEX70
Pressure oil supply system for injector and deflector control
Injector control
Deflector control
Brake control
Pressure oil generation and control of upper water stop valve
Safety equipment for the turbine and emergency shutdown equipment
The connecting flanges to the servomotor constitute the interfaces between the
control and governor system MEX and the turbine MEA or the upper water stop valve
MEB.
AT-DE / H. Eder
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2001-10-17
geändert am / modified 2006-11-27
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·
Pump turbine plants
STANDARD
LH-DE011017-REV02
(MF_)
In pump turbine plants one runner combines the functions of pump and turbine.
MFA10
MFA20
MFA30
MFA40
MFA50
MFB10
MFD10
MFD20
MFM10
Turbine inlet and outlet, spiral case including drainage system (Where a
distinction is to be made between the inlet end and outlet end, MFA11 is used
for the inlet and MFA15 for the draft tube selection).
Wicket gate
Runner
Turbine shaft
Turbine brake system
Main inlet valve (spherical valve) inlet including bypass
Turbine thrust bearing or combined thrust guide bearing
Turbine guide bearing
Starting device (starting turbine or electric starting device)
Identification of non-electric control and protection equipment (MFX)
A identification scheme for the control and governor equipment for Pump turbines is
analogous to that of Francis turbines.
MFX10
Pressure oil supply system for wicket gate control
MFX20
Wicket gate control
MFX50
Brake control
MFX60
Pressure oil generation and control of upper water stop valve
MFX70
Safety equipment for the turbine and emergency shutdown equipment
The connecting flanges to the servomotor constitute the interfaces between the control and
governor system MFX and the turbine MFA or the upper water stop valve MFB.
Identification of electric control and protection equipment (MFY)
Also is here the identification in the number sequence.
MFY10
Pump turbine governor
MFY20
Automatic start and stop sequence
MFY40
Speed detection mounted on the shaft
MFY70
Turbine protection (such as emergency shutdown sequence)
Identification as “C _ _” can also be selected where an overall control task is concerned
which contains a number of individual tasks.
The electric connection to the servo valve constitutes the interface between the control and
protection equipment MFY and the turbine MFA or its hydraulic governor system MFX. The
identification of the coil is therefore MFX.
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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·
Storage pump plant
STANDARD
LH-DE011017-REV02
(MG_)
Storage pumps in storage pump plants serve to pump the water from the lower reservoir of
the plant back to the upper reservoir or to the water impounding system.
Pumping stations and admixture equipment are classified as “LNF”
MGA10
MGA20
MGA30
MGA40
MGA50
MGB10
MGB20
MGD10
MGD20
MGK10
MGM10
Pump inlet, housing and pump outlet (Where a distinction is to be made
between the inlet end and outlet end, MGA11 is used for the inlet and MGA15
for the draft tube selection).
Wicket gate
Runner
Shaft
Mechanical brake system for the pump
Main inlet valve in upperwater system
Main inlet valve in underwater system (draft tube valve)
Thrust bearing or combined thrust guide bearing
Guide bearing
Hydraulic converter
Starting device (starting turbine or electric starting device)
The numbering of MGK and MGM shall have the same systematic of identification as for the
associated main machine set.
AT-DE / H. Eder
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2001-10-17
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Identification of non-electric control and protection equipment (MGX)
A identification scheme for the control and governor equipment for Storage pump is
analogous to that of Francis turbines.
MGX10
MGX20
MGX50
MGX60
MGX70
MGX80
Pressure oil supply system for wicket gate control
Wicket gate control
Brake control
Pressure oil generation and control of upper water stop valve and draft
tube valve
Safety equipment for the turbine and emergency shutdown equipment
Converter control
The connecting flanges to the servomotor constitute the interfaces between the control
system MGX and the pump MGA or the upper water stop valve MGB.
Identification of electric control and protection equipment (MGY)
Also is here the identification in the number sequence.
MGY10
MGY20
MGY40
MGY70
Storage pump control
Automatic start and stop sequence
Speed detection mounted on the shaft
Storage pump protection (such as emergency shutdown sequence)
Identification as “C _ _” can also be selected where an overall control task is concerned
which contains a number of individual tasks.
The electric connection to the servo valve constitutes the interface between the control and
protection equipment MGY and the pump MGA or its hydraulic control system MGX. The
identification of the coil is therefore MFX.
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
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·
Generator system
STANDARD
LH-DE011017-REV02
(MK_)
The generator is identified as a functionally independent entity. The interface between
generator and turbine cannot be established unequivocally since it is in turn governed by the
physical configuration of the machine set.
The VATECH standard deviates here from the VGB Guideline.
The reason is a standardisation of many years in the generator division.
The VGB Guideline identify as follows:
MKA10 Generator frame with stator
MKA20 Generator rotor
MKA30 All integral air cooling equipment
MKA40 Shaft
MKA50 Mechanical brake system
MKA60 Brush dust removal system
MKB10
MKC10
MKD10
MKD20
MKF10
MKG10
Electrical brake system
Excitation system
Generator thrust bearing or combined thrust guide bearing
Generator guide bearing
Generator cooling system – water
Generator cooling system – gas
The VATECH standard identify as follows:
MKA10
Generator rotor
MKA20
Stator winding
MKA30
Stator core
MKA40
Shaft
MKA60
Brush dust removal system
MKA80
Stator Cooling
MKA81
Stator Hot Air
MKA82
Stator Cold Air
MKA90
Brake / Lifting system
MKA91
Braking
MKA92
Lifting
MKC10
Excitation system
MKD20
Upper bearing
MKD30
Lower bearing
MKF10
Generator cooling system - Water
MKF20
Cooling water Upper Bearing
MKF30
Cooling water Lower Bearing
·
Motor generator system (ML_)
For identification of motor generators the same identification scheme is used as for the
generator, only the letter “_K_” is changed to “_L_”.
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Identification of hydraulic main systems (L _ _ )
·
Water impounding works
(LN_)
The following equipment and systems that serve to collect and store water are part of the
water impound works.
These cover:
Water intake, small water inflows, ponds, reservoirs, associated trash/fish barriers, pump
systems, dams with spillway and drainage systems, weir systems including auxiliary systems
and fluid supply systems for control and protection equipment.
·
Intake and headwater system
(LP_)
All equipment and systems for shutting off and conducting the headwater from including the
intake rake to excluding the main inlet valve of the main machine set.
These cover:
Trash rack and rack cleaning system, gates, shut off valves and butterfly valves, piping and
penstock system systems including auxiliary systems and fluid supply systems for control
and protection equipment.
·
Tail race and tail water system (LQ_)
All equipment and systems for shutting off and conducting the tailwater from including the
tube valves of the machine set or including the outlet from the turbine to excluding the
underwater impound works or subsequent barrage.
These cover:
Sluice gate flaps, cleaning systems for pump operation, culvert systems and surge tanks
including auxiliary systems and fluid supply systems for control and protection equipment.
·
Combined systems
(LS_)
In addition belongs to the Penstock drain system and the machine drain system.
Remark: The leakage water collection and drainage system is identified as “GM_”
LNA
LNC
LPA
LPB
LPC
LQA
LQC
MEA
MKA
SHA
SHB
SHC
SHE
SHF
Headrace system
Dam, weir system
Rake and rake cleaning system
Isolating equipment
Piping and penstock system
Tailwater piping system
Isolating equipment
Water turbine
Generator plant
Upstream canal
Lock chamber
Upper lock chamber gate
Lower lock chamber gate
Downstream canal
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2001-10-17
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STANDARD
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Identification of cooling water systems (P _ _ )
·
Main cooling system
(PA_)
For the entire cooling water system of a hydroelectric power plant the designation scheme is
used according the type of cooling water supply.
The individual systems are differentiated again in the number sequence, whereby a
partitioning in the last character of the number sequence can be done.
PAA10
PAB00
PAB10
PAB20
PAB30
PAB40
PAC10
Extraction, supply and cleaning
Piping system to excl. branch off other systems
Individual system transformer
Individual system generator
Individual system turbine/pump-turbine
Individual system storage pump
Pump system
The limit is the inlet / outlet of the cooler of the respective cooling system. Thus the cooler is
assigned to the transformer for example.
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Identification of auxiliary systems (Q _ _ )
The air production divides into the group of compressed air and control air.
Compressed air serves the out blowing of the turbine and draft tube for the condenser
operation and control air for control of various components.
·
·
Compressed Air
Control Air
(QE_)
(QF_)
Where only one air compressor system is used for more than one task in a power plant, it is
identified as “QE_”.
Where a common compressor generates the control air and stationary compressed air (SC_)
it is identified as “QF_”
The compressed air system encompasses the connection to the user or his fitting.
The compressors for air replenishment of air-oil pressure tanks in governor oil systems are
identified as “MEX”, “MFX” and “MGX” according to the originator principle.
QEA10
QEB00
QEB10
QEB20
QFA10
QFA00
QFB10
QFB20
SCA10
SCB00
SCB10
SCB20
MEG10
MEL10
MFG10
MFL10
MGG10
MGL10
Central water depression (blow down) air generation
Central water depression (blow down) air distribution
Individual system 1
Individual system 2
Central air generation
Central air distribution
Individual system 1
Individual system 2
Stationary compressed air generation (tool)
Stationary compressed air distribution (tool)
Individual system 1
Individual system 2
Turbine stabilized air system from incl. air compressor to incl. outlet to turbine
Turbine water depression (blow down) air supply system from incl. air
compressor to incl. outlet to turbine
Pump turbine stabilized air system from incl. air compressor to incl. outlet to
turbine
Pump turbine water depression (blow down) air supply system from incl. air
compressor to incl. outlet to turbine
Storage pump stabilized air system from incl. air compressor to incl. outlet to
turbine
Storage pump water depression (blow down) air supply system from incl. air
compressor to incl. outlet to turbine
The compressed air systems are in the power plants very differently developed however
should this numbering system be kept.
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STANDARD
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Identification of water supply and disposal systems (G _ _ )
·
·
·
·
Raw water supply
Drinking water supply
Process drainage system
Process drains treatment system
(GA_)
(GK_)
(GM_)
(GN_)
Here will given by the VGB the only following marking, all other ranges are projectspecifically after the KKS key to be specified.
GML10
GMM10
GNB10
Dam seepage (leakage) water system
Turbine building seepage (leakage) water system
Filtering and cleaning system
The drainage systems for headrace tunnel (penstock) and machine set are identified
as LSL and LSM respectively.
Identification of ancillary systems (S _ _ )
Ancillary systems are not direct service to the process in hydro power plants and by the VGB
are not continued to give. They are sufficiently defined in the KKS key.
·
·
·
·
·
·
·
Heating, ventilation air conditioning system (SA_)
Stationary air supply
(SC_)
Fire protection systems
(SG_)
Waterway facilities
(SH_)
Cranes
(SM_)
Elevators
(SN_)
Workshop, stores, laboratory equipment and staff amenities
(ST_)
Identification of heavy machinery(X _ _ )
·
·
Emergency diesel engine plant
Emergency generator plant
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
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(XJ_)
(XK_)
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STANDARD
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6.1.2 Identification electrical
Identification of grid and distribution systems (A _ _ )
Grid and distribution systems are switchyards which transmit the electric power supplied by the
power plant to the grid. They start from the high voltage side of the machine transformer and
contain circuit breakers, disconnectors, earthing switches, surge voltage protectors, installation
units as well as transformers and inductors including the auxiliary systems such as compressed
air supply, protection and control systems.
The following rules and recommendations have to observed for this purpose.
· The process related sections of high voltage switchgear are identical to the switchgear
cubicles.
· Bus couplers and busbar metering panels should be identified in the numbering section
as “00”.
· If distinctions necessarily for busbar systems (double busbar) are like that should these
done in the number block.
1ADA10
2ADA10
0ADA21
0ADA22
0ADA00
0ADA01
0ADA02
0ADA30
0AFA31
0AFA32
1BAT10
2BAT10
0BCT30
0BFT32
230kV system section machine 1
230kV system section machine 2
230kV system section line 1
230kV system section line 2
230kV system busbar coupling
230kV system busbar system 1
230kV system busbar system 2
230kV system section 66kV supply
66kV system section line 3
66kV system section station service
Main transformer unit 1
Main transformer unit 2
Start up transformer
Main auxiliary transformer
AT-DE / H. Eder
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2001-10-17
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Identification of power transmission (BA _ )
All installations from excluding the generator terminal to excluding the high voltage side of the
generator transformer are part of the power transmission.
These cover:
· Generator leads including neutral, earthing switch, brake disconnector, surge voltage
protector, measuring transducer, earth fault reactors and auxiliary cabinets.
· Generator circuit breaker including auxiliary systems and cabinets.
· Generator transformer including cooling unit and cabinets
The VATECH standard deviates here from the VGB Guideline.
The reason is a standardisation of many years in the generator division.
The VGB Guideline identify as follows:
·
The generator leads should be subdivided into subsystems and a decadic numbering in ascending order
should be used from excluding the neutral in direction of the generator transformer.
·
With single pole leads the outer contactor may be identified in the units place.
·
The interfaces between subsystems should be established according to the devices installed in the leads.
The VATECH standard identify as follows:
1BAA10
1BAB10
1BAC10
1BAT10
1MKA10
1MKC10
Generator busduct
Generator neutral
Generator switchgear
Generator transformer
Generator
Excitation
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2001-10-17
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Identification of low voltage distributions (BF_ till BR_ )
These function levels are not described in the VGB 106 D1.
The KKS standard key is to be used as already shown in the example 3.8/10.
Identification of battery systems (BT_ )
The VGB does without this function level. This is explained in the next paragraph. VATECH uses
however these, because it does not follow the recommendation of the VGB but follows the KKS
key (see example 3.8/10).
Identification of DC systems (BU_, BV_ )
The VATECH standard deviates here from the VGB Guideline.
The VGB Guideline identify as follows:
·
A separate function level BT_ for batteries and battery chargers is not included. An interdisciplinary code
BU_ for the 220VDC system and BV_ for the 24VDC system is recommended so that the functional
correlation of the components of a grid system becomes apparent in the identifier, too.
Due to use of many years of standard KKS key with VATECH extensions for further voltage
levels (110VDC and 48VDC) is not converted this recommendation. (see example 3.8/10)
Identification of protection equipment
The individual protective functions are generally assigned to the unit which can be protected.
Where a higher level protection equipment, which encompasses various units, is to be identified,
the classification may be selected from key part “C_ _”.
“CH_” generally identifies cubicles for protection equipment.
MKY, MLY
MKC, MLC
B_T
A_ _
MY_, CHA
U_ _
CYE
SG_
Generator protection (e.g. over current, over voltage, impedance, earth fault)
Excitation protection (e.g. over excitation, under excitation)
Transformer protection (e.g. differential protection, Buchholz protector)
Busbar differential protection
Unit differential protection
Security services (e.g. burglary)
Fire alarm system
Stationary fire protection system
Identification of phase switches
The phase switch is classified as BAC in the same manner as the generator circuit breaker.
BAC10
BAC20
Generator circuit breaker
Phase switch
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2001-10-17
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STANDARD
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Identification control and engineering equipment (C_ _ )
Only superordinated systems or several systems are grouped in the function level of "C _ _". If it
is a single function control than it is denominated according to their function.
Typical are:
MEY10DG100
MEY10DE100
MEY10DS100
LNY10DF100
MYB10EY100
BYA10
CBP10
LNA10DL100
Opening control
Load control
Speed control
Discharge control
Protective functions (turbine and generator on mechanical failures)
Open loop control for auxiliary power supply and emergency power supply
Synchronization
Level control
The control is usually realized over programmable systems, which contain more than one
function. Further belong to also diagnostic and monitoring systems as well as operating and
monitoring functions.
It is to differentiate whether the control is cabinet-oriented or bus-oriented denominated. The
VATECH used so far the cabinet-oriented denominating. In the VGB D1 guideline now also the
bus-oriented denominating is recommended ("CR_"). This function level is at the moment not in
the VATECH KKS key available and if necessary to be inquired. This denomination is often not
clearly to be classified due to the multiple functions.
The function levels are documented in the VATECH KKS sufficiently.
AT-DE / H. Eder
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STANDARD
LH-DE011017-REV02
6.2 Identification of breakdown level 2
The technical equipment e.g. aggregates are classified and numbered here.
Identification of subassemblies of the machinery (H_ )
·
·
The wicket gates are subassemblies of the turbine casing and are identified as “HA”
The runner blades are assigned to the runner and therefore they are classified as “HB”
MEA20HA010 – MEA20HA180
MEA20AS010 – MEA20AS020
MEA20AS100
Guide vanes
Servomotor
Operating ring
The runner is identified in the same manner as the wicket gate.
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2001-10-17
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STANDARD
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Identification of valves (AA) and pipings (BR)
There are different starting points possible.
The VATECH standard committed itself to the equipment structure and have these very exactly
standardized. The VGB guideline however classify it on a functional structure. Thus this structure
cannot be converted.
The VATECH standard deviates here from the VGB Guideline.
The VGB Guideline identify as follows:
AA
001…199
Valves in pipings
AA
301…399
Valves in measuring circuits (if an identification is required)
AA
401…499
Valves in drainage, discharge and flushing pipings
AA
501…599
Valves in vent pipings
AA
601…699
Valves in sampling pipes
AA
701…799
Safety valves
BR
001…199
Pipings in general
BR
301…399
Measuring pipings (if an identification is required)
BR
401…499
Drainage, discharge and flushing pipings
BR
501…599
Vent pipings
BR
601…699
Sampling pipes
BR
701…799
Safety valve pipings
The VATECH numberings are shown in the breakdown level 2.
Main pipings including the associated valves are numbered in decadic steps.
Decade steps take places if the functional group is changed. See example 3.8/6
Secondary pipings are numbered sequentially to the main devices (decade). If subordinated
devices are present such as pilot valves, these can be denominated also after the main
aggregate with an additional letter such as AA011A.
Identification of electrical equipment (G_ )
·
Switchgear assemblies
The denomination is here aligned to the function of the switchgears.
The VATECH standard partly deviates here from the VGB Guideline.
VATECH uses for a group only the third digit during the VGB all three digits use.
The VGB Guideline identify as follows:
GS 0
0 Low voltage switching device
1 Circuit breaker
2 Disconnector
3 Load switch
6 Earthing switch
8 Converter switch
0
1 Busbar 1
2 Busbar 2
3 Busbar 3
4 Busbar 4
6 Bypass busbar
7 Auxiliary busbar
9 Line
0
Number of poles
The VATECH numberings are shown in the breakdown level 2.
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STANDARD
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The single line shall once again clarify the VATECH standard.
·
Transformation equipment (transformer winding)
The following numbering system is only important if the transformer windings are to be
differentiated. The transformer is according to standard with GT 100 to denominate.
If differentiated between higher and lower voltage side the higher voltage side with 100 and the
lower voltage side with 200 are to be denominated.
Is it however a multi-winding transformer with same voltage level by 210 and 220, with different
by 200 and 300 are to be denominated.
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STANDARD
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Identification of not electrical measuring circuits (C_ )
Here is also a difference to the VGB guideline
VATECH Standard
001 ff analog
301 ff binary
401 ff testing
501 ff local
901 ff virtual
VGB guideline
001…099 analog
101…199 binary
301…399
901…999
local
virtual
See also in breakdown level 2
Multiple tapping points of measuring circuits is shown in example 3.10
Identification of electrical measuring circuits (CE)
The numbering system is alike up to the frequency measuring (VGB 401-499).
001…099
101…199
201…299
301…399
501…599
601…699
900…999
Combined measuring
Current measuring
Voltage measuring
Power, resistance, impedance, etc.
Frequency measuring
Earth fault, phase failure
combined calculated measurements
See also in breakdown level 2
6.3 Identification of breakdown level 3
Component code
The identification divides between electrical and non electric components. Electrical components
have a minus in the first digit.
Normally two digits for the numbering are used. If necessary it can extended however by one
digit.
The remaining defaults are sufficiently described in the breakdown level 3.
Signal code
The structure of the signal code is in chapter 3.5, the exact explanation and the VATECH
standard is represented with examples in chapter 5.
The letter combinations (chapter 5.1.2) of the VATECH standard deviate not from the VGB
guideline, but are only partly more detailed. Likewise the number block in chapter 5.2 respectively
in the breakdown level 3.
AT-DE / H. Eder
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STANDARD
LH-DE011017-REV02
7 INTEGRATION OF GE (GENERAL ELECTRICS) IDENTIFICATION
SYSTEM IN KKS
General Electrics, a partner of VA TECH Hydro, uses ANSI (American National Standard
Institute) as identification system for power plant components. ANSI is a common used
identification system in the United States. To define control and instrumentation interfaces
between GE scope of supply and VA TECH HYDRO the GE-identification code is integrated.
Consumer and signal codes are integrated as follows:
KKS
ANSI
Breakdown level 0
1
Type of
(A) (N)
data character
(N)
_
(A) (A) (A) (A) (A) (A) (A) (A) (A) (A)
(N) (N) (N) (N) (N) (N) (N) (N) (N) (N)
Here breakdown level 0 and breakdown level 1 with the numbering of units, main group and
group are indicated. The GE-ANSI code (maximum 10 characters), which is split by an
underscore, is added to the KKS.
Example:
Consumer
WT1 Governor oil pump
KKS
Breakdown level
Type of
data character
ANSI
0
1
1
1
_
8
8
H
Q
-
1
Signal code
WT1 Governor oil pump running
KKS
Breakdown level
Type of
data character
ANSI
0
1
1
1
_
8
8
AT-DE / H. Eder
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H
Q
-
1
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Part II: KKS – Master List
Function Key (Breakdown level 1)
66
Main Groups:
A
B
C
G
L
M
P
Q
S
U
X
Z
Grid and distribution systems
Power transmission and auxiliary power supply
Instrumentation and control equipment
Water supply and disposal
Steam, water, gas cycles
Main machine sets
Cooling water systems
Auxiliary systems
Ancillary systems
Structures
Heavy machinery (not main machine sets)
Workshop and office equipment
100
Equipment Unit Key (Breakdown level 2)
Main Groups:
A
B
C
D
E
F
G
H
Mechanical equipment
Mechanical equipment
Direct measuring circuits
Closed loop control circuits
Analog and binary signal conditioning
Indirect measuring circuits
Electrical, Instruments and Control equipment
Subassemblies of main and heavy machinery
Component Key (Breakdown level 3)
112
Main Groups:
K
M
Q
X
Y
Z
Electrical components
Mechanical components
Mechanical components
Instrumentation and control components
Signal origins
Signal applications
Gated signals
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STANDARD
LH-DE011017-REV02
Function Key (Breakdown level 1)
KKSCode
Text
Remark
A
GRID AND DISTRIBUTION SYSTEMS GRID AND DISTRIBUTION SYSTEMS
AB
ABA
ABB
AC
ACA
> 420 kV-Systems
> 420 kV-System
> 420 kV-System
380 (-420) kV-Systems
380 kV-System
420 kV-System
380 kV-System
420 kV-System
220 (-245) kV-Systems
220 kV-System
245 kV-System
220 kV-System
245 kV-System
110 (-150) kV-Systems
110 kV-System
150 kV-System
110 kV-System
150 kV-System
60 (-72) kV-Systems
60 kV-System
72 kV-System
60 kV-System
72 kV-System
45 (-50) kV-Systems
45 kV-System
50 kV-System
45 kV-System
50 kV-System
30 (-35) kV-Systems
30 kV-System
35 kV-System
30 kV-System
35 kV-System
20 (-25) kV-Systems
20 kV-System
25 kV-System
20 kV-System
25 kV-System
10 (-15) kV-Systems
10 kV-System
15 kV-System
10 kV-System
15 kV-System
6 (5) kV-Systems
5 kV-System
6 kV-System
5 kV-System
6 kV-System
ACB
AD
ADA
ADB
AE
AEA
AEB
AF
AFA
AFB
AG
AGA
AGB
AH
AHA
AHB
AJ
AJA
AJB
AK
AKA
AKB
AL
ALA
ALB
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
> 420 kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
380 (-420) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
220 (-245) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
110 (-150) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
60 (-72) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
45 (-50) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
30 (-35) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
20 (-25) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
10 (-15) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
6 (5) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
Dokumentenart / Documenttype: EN-DOC
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Project:
Document No.:
KKS - MASTERLIST
AM
AMA
ANE
1-(3) kV-Systems
1 kV-System
3 kV-System
1 kV-System
3 kV-System
< 1 kV-Systems
500V Three-phase-system
660V Three-phase-system
400V Three-phase-system
380V Three-phase-system
220V Alternative voltage switchgear
ANF
110V Alternative voltage switchgear
ANK
ANM
220V Direct voltage switchgear
110V Direct voltage switchgear
125V Direct voltage switchgear
60V Direct voltage switchgear
48V Direct voltage switchgear
24V Direct voltage switchgear
12V Direct voltage switchgear
Desk
Desk
Control desk
Main control desk
Desk
Control desk
Main control desk
Measuring and metering equipment
Measuring equipment
Metering equipment
Measuring equipment
Metering equipment
Protection equipment
Protection equipment
Protection equipment
Board
Circuit breaker control board
Transducer appurtenances
Control board for compressed air
Control board for hydraulics
Automatic board
Control board
Cabinet for measuring
Auxiliary power supply
Recording board
Metering board
Cabinet for protection
Cabinet for synchronization
Transformation
Auxiliary cubicle
Indication, manual operation, monitoring
Alarm annunciation
AMB
AN
ANA
ANB
ANQ
ANU
AP
APA
APB
AQ
AQA
AQB
AR
ARA
ARB
AS
ASA
ASC
ASD
ASJ
ASM
ASN
ASP
ASQ
ASR
ASS
AST
ASU
ASW
ASX
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
STANDARD
LH-DE011017-REV02
1-(3) kV-Systems
Unit 1, busbar 1
Unit 2, busbar 2
< 1 kV-Systems
Low voltage switchgear 500-1000V, Three-phase
alternating current
Low voltage switchgear <500V, Three-phase
alternating current
Low voltage switchgear 220V, single phase
alternating current
Low voltage switchgear 110V, single phase
alternating current
Direct voltage switchgear 220V
Direct voltage switchgear 110 / or 125V
Direct voltage switchgear 60 / or 48V
Direct voltage switchgear 24 / or 12V
Desks
Desk 1
Desk 2
Measuring and metering equipment
Equipment for measuring, metering 1
Equipment for measuring, metering 2
Protection equipment
Protection equipment (free for use)
Protection equipment (free for use)
Board and cabinets decentral
Circuit breaker appurtenances
Transducer appurtenances
Compressed air, hydraulics
Automatic, control
Measuring
Auxiliary power supply
Recording
Metering
Protection
Synchronization
Transformation
Panels and cabinets for auxiliary equipment
Indication, manual operation, monitoring
Alarm annunciation
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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AV
AVA
AVB
AY
AYA
AYB
AYC
Marshalling racks
Marshalling rack
Marshalling rack
Communication equipment
Telephone system
Control console telephone system
Alarm system
AYD
Alarm system
AYE
AYF
AYG
AYH
AYJ
AYK
AYP
AYQ
Fire alarm system
Clock system
Remote control system
Telemetry system
Remote metering system
HF carrier telephone system
Optical monitoring system
General gas alarm system (if not assigned to
specific system)
Radiotelephone system
AYS
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Marshalling racks
Marshalling racks (free for use)
Marshalling racks (free for use)
Communication equipment
Telephone system (PABX)
Control console telephone system
Alarm system (acoustic) (Separate systems in
nuclear power plants as stipulated by KTA
(Nuclear Safety Standards Committee))
Alarm system (optical) (Separate systems in
nuclear power plants as stipulated by KTA
(Nuclear Safety Standards Committee))
Fire alarm system
Clock system
Remote control system
Telemetry system
Remote metering system
HF carrier telephone system
Optical monitoring system
General gas alarm system (if not assigned to
specific system)
Radiotelephone system
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
Dokumentenart / Documenttype: EN-DOC
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B
POWER TRANSMISSION AND
AUXILIARY POWER SUPPLY
BA
BAA
Power transmission
Generator leads
BAB
BAC
Generator star point
Generator circuit breaker
BAT
BAU
BAX
Generator transformer
Earthing and lightning protection equipment
Fluid supply system for control and protection
equipment
Protection
Medium-voltage distribution
BAY
BB
BBA
BBB
BBC
BBD
BBT
BBX
BBY
BC
BCA
BCT
BCX
BCY
BF
BFA
BFB
BFC
BFD
BFT
BFX
BFY
.kV Medium voltage distribution
.kV Medium voltage distribution
.kV Medium voltage distribution
.kV Medium voltage distribution
Unit transformer (or Auxiliary power
transformers)
Fluid supply system for control and protection
equipment
Protection
Medium voltage distribution boards and
transformers, general-purpose
Start-up distribution
Start-up transformer
Fluid supply system for control and protection
equipment
Protection
Low voltage main distribution
0, .kV Low voltage main distribution
0, .kV Low voltage main distribution
0, .kV Low voltage main distribution
0, .kV Low voltage main distribution
0, .kV Auxiliary transformer
Fluid supply system for control and protection
equipment
Protection
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
POWER TRANSMISSION AND AUXILIARY
POWER SUPPLY
Power transmission
Generator leads
from excl. generator bushings,
incl. current- and voltage transformers, cooling
and ventilation systems
to excl. generator transformer low side bushings or
to excl. auxiliary power transformer high side
bushings test
Foundation cabinets
Generator circuit breaker, also commutating pole
circuit breaker, incl. cooling system
Generator transformers, including cooling system
Earthing and lightning protection equipment
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
Medium-voltage distribution boards and
transformers, normal system
Medium voltage distribution 1 normal system
Medium voltage distribution 2 normal system
Medium voltage distribution 3 normal system
Medium voltage distribution 4 normal system
Medium voltage auxiliary power transformers
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
Medium voltage distribution boards and
transformers, general-purpose
Medium voltage start-up, offsite, general-purpose
distribution
Start-up, offsite, general-purpose transformers
Fluid supply system for control and protection
equipment
Protection
Low voltage main distribution boards and
transformers, normal system
Low voltage main distribution 1, normal system
Low voltage main distribution 2, normal system
Low voltage main distribution 3, normal system
Low voltage main distribution 4, normal system
Low voltage auxiliary power transformers
Fluid supply system for control and protection
equipment
Protection
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
Dokumentenart / Documenttype: EN-DOC
geprüft von/am / checked by/on: Dendl / 2006-11-27
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BH
BHA
BHB
BHC
BHD
BHT
BHX
BHY
BJ
BJA
BJB
BJC
BJD
BJT
BJX
BJY
BL
BLA
BLB
BLC
BLH
BLT
BLX
BLY
BM
BMA
BMH
BMT
BMX
BMY
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Low voltage main distribution
Low voltage main distribution boards and
transformers, general-purpose
0, .kV Low voltage main distribution
Low voltage main distribution 1 general purpose
0, .kV Low voltage main distribution
Low voltage main distribution 2 general purpose
0, .kV Low voltage main distribution
Low voltage main distribution 3 general purpose
0, .kV Low voltage main distribution
Low voltage main distribution 4 general purpose
Low voltage auxiliary power transformers
Low voltage auxiliary power transformers
Fluid supply system for control and protection Fluid supply system for control and protection
equipment
equipment
Protection
Electrical control and protection equipment
Low voltage subdistribution
Low voltage subdistribution boards and
transformers, normal system
0, .kV Low voltage subdistribution
Low voltage subdistribution 1 normal system
Water turbine
0, .kV Low voltage subdistribution
Low voltage subdistribution 2 normal system
0, .kV Low voltage subdistribution
Low voltage subdistribution 3 normal system
0, .kV Low voltage subdistribution
Low voltage subdistribution 4 normal system
Low voltage auxiliary power transformers
Low voltage auxiliary power transformers
Fluid supply system for control and protection Fluid supply system for control and protection
equipment
equipment
Protection
Electrical control and protection equipment
Low voltage subdistribution
Low voltage subdistribution boards and
transformers, general-purpose
0, .kV Low voltage subdistribution
Low voltage subdistribution 1 general purpose
Lightning
0, .kV Low voltage subdistribution
Low voltage subdistribution 2 general purpose
0, .kV Low voltage subdistribution
Low voltage subdistribution 3 general purpose
0,. kV subdistribution boards
Low voltage subdistribution boards, generalpurpose (free for use)
Low voltage auxiliary power transformers
Low voltage auxiliary power transformers
Fluid supply system for control and protection Fluid supply system for control and protection
equipment
equipment
Protection
Electrical control and protection equipment
Low voltage distribution (diesel) emergency Low voltage distribution boards and
power system
transformers, (diesel) emergency power
system 1
Low voltage emergency distribution board
Low voltage emergency distribution boards
(emergency diesel)
Low voltage emergency distribution board
Emergency lightning and emergency distribution
Low voltage emergency power transformers
Low voltage emergency power transformers
Fluid supply system for control and protection Fluid supply system for control and protection
equipment
equipment
Protection
Electrical control and protection equipment
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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KKS - MASTERLIST
BP
Power installations for electrical variablespeed drives
BPA
Frequency converter
BPT
Excitation transformer
BPX
BRY
BT
BTA
BTB
BTC
BTD
BTE
BTF
BTL
Fluid supply system for control and protection
equipment
Protection
Low voltage distribution, uninterruptible
power supply
230V UPS-Emergency current distribution 1
230V AC Safe busbar
230V UPS-Emergency current distribution 2
230V AC Safe busbar
AC-Converter
Fluid supply system for control and protection
equipment
Protection
Battery system
220V Battery 1
220V Battery 2
110/125V Battery 1
110/125V Battery 2
24/48V Battery 1
24/48V Battery 2
220V Battery charger 1
BTM
220V Battery charger 2
BTN
110/125V Battery charger 1
BTP
110/125V Battery charger 2
BTQ
24/48V Battery charger
BTR
24/48V Battery charger
BU
Direct voltage distribution, normal system
BUA
BUB
BUC
220V Direct current distribution board 1
220V Direct current distribution board 2
110/125V Direct current distribution board,
common part
110/125V Direct current distribution board,
common part, fail safe
24/48V Direct current distribution board 1
24/48V Direct current distribution board 2
24/48V Direct current distribution board,
common part
Fluid supply system for control and protection
equipment
Protection
BPY
BR
BRA
BRB
BRU
BRX
BUD
BUE
BUF
BUH
BUX
BUY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Power installations for variable-speed drives
(e.g. for feedwater pump, excitation equipment,
not power adjusters in switchgear)
Power installations for variable-speed drives (free
for use)
Power installations for variable-speed drives (free
for use)
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
Low voltage distribution boards,
uninterruptible (converter) power supply
Low voltage distribution boards, uninterruptible
(converter) power supply
Low voltage distribution boards, uninterruptible
(converter) power supply
Converter (static), inverter
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
Battery system
Batteries (free for use according to voltage level)
Batteries (free for use according to voltage level)
Batteries (free for use according to voltage level)
Batteries (free for use according to voltage level)
Batteries (free for use according to voltage level)
Batteries (free for use according to voltage level)
Rectifiers, battery chargers (free for use according
to voltage level)
Rectifiers, battery chargers (free for use according
to voltage level)
Rectifiers, battery chargers (free for use according
to voltage level)
Rectifiers, battery chargers (free for use according
to voltage level)
Rectifiers, battery chargers (free for use according
to voltage level)
Rectifiers, battery chargers (free for use according
to voltage level)
Direct voltage distribution boards, normal
system
Direct voltage distribution boards, normal system
Direct voltage distribution boards, normal system
110V Direct current distribution board, common
part
110V Direct current distribution board, common
part, fail safe
24V Direct current distribution board 1
24V Direct current distribution board 2
24V Direct current distribution board, common part
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
Dokumentenart / Documenttype: EN-DOC
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C
Project:
Document No.:
STANDARD
LH-DE011017-REV02
INSTRUMENTATION AND CONTROL INSTRUMENTATION AND CONTROL
EQUIPMENT (Identification on a priority basis
EQUIPMENT
CA
CAA
CAB
CAC
CAD
CAE
CB
CBA
CBB
CBC
CBD
CBE
CBF
CBP
CBQ
CE
CEJ
CF
CFA
CFB
CFC
CFD
CFQ
CG
CGA
CGB
CH
CHA
Protective interlock
Cabinet for protective interlock
Cabinet for protective interlock
Cabinet for protective interlock
Cabinet for protective interlock
Cabinet for protective interlock
Functional group control, Subloop control
Turbine control cabinet
Generator control cabinet
Auxiliary control cabinet
Control cabinet 4
Control cabinet 5
Control cabinet 6
Cabinet for synchronization
Cabinet for auxiliary power changeover
Annunciation
Fault recording
Measurement, recording
Cabinet 1 for measurement
Cabinet 2 for measurement
Cabinet 3 for measurement
Cabinet 4 for measurement
Cabinet for metering
Closed-loop control
Closed-loop control cabinet
Closed-loop control cabinet
Protection
Cabinets for protection system 1
CHB
Cabinets for protection system 2
CHC
Cabinets for protection system 3
CHD
Cabinets for protection system 4
CHY
Protection
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
according to main instrumentation and control
function also acceptable in composite
structure hardware packaging systems.)
Protective interlock
Cabinets for protective interlocks (free for use)
Cabinets for protective interlocks (free for use)
Cabinets for protective interlocks (free for use)
Cabinets for protective interlocks (free for use)
Cabinets for protective interlocks (free for use)
Functional group control, Subloop control
Cabinets for functional group control (free for use)
Cabinets for functional group control (free for use)
Cabinets for functional group control (free for use)
Cabinets for functional group control (free for use)
Cabinets for functional group control (free for use)
Cabinets for functional group control (free for use)
Cabinets for synchronization
Cabinets for auxiliary power changeover
Annunciation
Fault recording, recorder
Measurement, recording
Cabinets for measurement (free for use)
Cabinets for measurement (free for use)
Cabinets for measurement (free for use)
Cabinets for measurement (free for use)
Cabinets for recording (meters, pen recorders)
Closed-loop control (excl. power section)
Cabinets for closed-loop control (free for use)
Cabinets for closed-loop control (free for use)
Protection (excl. reactor protection)
Cabinets for generator and transformer protection
(free for use)
Cabinets for generator and transformer protection
(free for use)
Cabinets for generator and transformer protection
(free for use)
Cabinets for generator and transformer protection
(free for use)
Protection, emergency stop cabinet
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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CJ
CJA
CJD
Unit coordination level
Unit control system
Start-up control, setpoint control
CK
CKA
Process computer system
Supervisory and diagnostic computer 1
CKB
Supervisory and diagnostic computer 2
CKC
Supervisory and diagnostic computer 3
CKF
CKM
CKN
CKP
CKQ
CM
Process computer joint control
Patrol monitoring system
Process computer system 1
Process computer system 2
Process computer system 3
Instrumentation and control equipment
CMA
Instrumentation and control system 1
CMB
Instrumentation and control system 2
CMC
Instrumentation and control system 3
CMD
Instrumentation and control system 4
CV
Marshalling rack
CVA
CVB
CVC
CVD
CVG
CVM
CVP
CVQ
CW
CWA
CWB
CWC
CWD
CWF
Marshalling rack, system 1
Marshalling rack, system 2
Marshalling rack, system 3
Marshalling rack, system 4
Marshalling rack
Marshalling rack
Marshalling rack
Marshalling rack
Control room
Main control console 1
Main control console 2
Main control console 3
Plotter table
Main control panels 1
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Unit coordination level
Unit control system (including cabinets)
Start-up control, setpoint control (unit)
(incl. cabinet)
Process computer system
Online supervisory and diagnostic computer (free
for use)
Online supervisory and diagnostic computer (free
for use)
Online supervisory and diagnostic computer (free
for use)
Process computer joint control
Access control computer (free for use)
Process computer system (free for use)
Process computer system (free for use)
Process computer system (free for use)
Instrumentation and control equipment (free
for use for system combination)
Note: control stations has to be defined by the
counting Nos., the marshalling racks shall fit
to these Nos.
e.g. 01CMA01GS001-5 and 01CVA01GS…
Instrumentation and control equipment (free for
use for system combination)
Instrumentation and control equipment (free for
use for system combination)
Instrumentation and control equipment (free for
use for system combination)
Instrumentation and control equipment (free for
use for system combination)
Marshalling racks (cabinet);
the marshalling racks shall fit to control
station Nos., e.g. 01CMA01GS001-5 and
01CVA01GS…
Marshalling racks (cabinets)
Marshalling racks (cabinets)
Marshalling racks (cabinets)
Marshalling racks (cabinets)
Marshalling rack water treatment system
Marshalling rack heavy machinery, generator
Marshalling rack cooling water system
Marshalling rack auxiliary plant
Control rooms
Main control consoles fits to *CMA* and *CVA*
Main control console fits to *CMB* and *CVB*
Main control console fits to *CMC* and *CVC*
Main control console for matrix, plotter, hardcopy
Main control panels (screens), fits to *CMA/CVA*
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
Dokumentenart / Documenttype: EN-DOC
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CX
CXA
CXC
CXD
CXG
CXM
CXP
CY
CYA
CYB
CYC
CYD
CYE
CYF
CYG
CYH
CYJ
CYK
CYL
CYP
CYQ
CYR
CYS
CYT
CYU
CYV
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Local control station
Local control stations (e.g. for coal handling
plants, ash handling plants, cooling water
systems, diesel units, supervision of generator
cooling, remote shutdown station)
Local control station turbine
Local control station, locally, turbine terminal box
Local control station water treatment system
Local control station
Local control station diesel engine plant
Local control station
Local control station process drainage system Local control station
Local control station generator
Local control station, locally
Local control station cooling water system
Local control station, locally
Communication equipment
Communication equipment
Telephone system (PABX)
Telephone system (PABX)
Control console telephone system
in the unit control room
Alarm system (acoustic)
Alarm system (acoustic)
Alarm system (optical)
Alarm system (optical)
Fire alarm system
Fire alarm system
Clock system
Radio-, satellite clock system
Remote control system
Remote control system
Telemetry system
Telemetry system
Remote metering system
Remote metering system
HF carrier telephone system
HF carrier telephone system
Staff paging system
Staff paging system
Optical monitoring system
for outdoor structures
Gas detection system
Gas detection system
Pneumatic tube conveyor
Pneumatic tube conveyor
Radiotelephone system
Radiotelephone system
Intrusion detection system
Intrusion detection system
Access control system
Access control system
Plant and production management system
Plant and production management system
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
Dokumentenart / Documenttype: EN-DOC
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G
WATER SUPPLY AND DISPOSAL
GA
GAA
Raw water supply
Extraction, mechanical cleaning
GAC
Piping and channel system
GAD
Storage system
GAF
Pump system
GAV
GAX
Lubricant supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
GAY
GH
GHC
GHD
GK
GKA
GKB
GKC
GKD
Distribution systems (not drinking water)
Distribution systems after treatment
(demineralization)
Distribution systems after treatment (others)
Drinking water supply
Receiving point
Storage, forwarding, distribution system
Drinking water supply
Drinking water distribution
GKE
Drinking water supply
GKF
Drinking water supply
GKG
Drinking water supply
GKH
Drinking water supply
GKJ
Drinking water supply
GKX
Fluid supply system for control and protection
equipment
Protection
GKY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
WATER SUPPLY AND DISPOSAL
Raw water supply
Extraction, mechanical cleaning
from incl. intake
to incl. mechanical cleaning system outlet
Piping and channel system
from excl. intake or
from excl. outlet of other system
to excl. inlet to other system
Storage system
from incl. storage system inlet
to incl. storage system outlet,
incl. intake and outfall
Pump system
from incl. pump system suction nozzle
to incl. pump system discharge nozzle
Lubricant supply system
Fluid supply system for control and protection
equipment
Control and protection equipment. Only for
mechanical equipment (pneumatic or hydraulic)
Distribution systems (not drinking water)
tanks
Distribution systems after treatment (others)
Drinking water supply
Receiving point
Storage, forwarding, distribution system
Drinking water supply
Drinking water supply (free for use e.g. buildingspecific)
Drinking water supply (free for use e.g. buildingspecific)
Drinking water supply (free for use e.g. buildingspecific)
Drinking water supply (free for use e.g. buildingspecific)
Drinking water supply (free for use e.g. buildingspecific)
Drinking water supply (free for use e.g. buildingspecific)
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
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KKS - MASTERLIST
GM
GMA
Process drainage system
Process drainage system
GMB
Process drainage system
GMC
Process drainage system
GMD
Process drainage system
GME
Process drainage system
GMF
Process drainage system
GMG
GMH
GML
GMM
GMP
GMT
GMX
Process drainage system
Process drainage system
Process drainage system
Process drainage system
Process drainage system
Process drainage system
Fluid supply system for control and protection
equipment
Protection
Process drains treatment system
Filtering, mechanical cleaning system
Lubricant supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
GMY
GN
GNB
GNV
GNX
GNY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Process drainage system
Process drainage system (free for use e.g.
building-specific)
Process drainage system (free for use e.g.
building-specific)
Process drainage system (free for use e.g.
building-specific)
Process drainage system (free for use e.g.
building-specific)
Process drainage system (free for use e.g.
building-specific)
Process drainage system (free for use e.g.
building-specific)
GT wash water
Boiler house
Dam
Power house
Pump house
Sprinkler system
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
Process drains treatment system
Filtering, mechanical cleaning system
Lubricant supply system
Fluid supply system for control and protection
equipment
Control and protection equipment. Only for
mechanical equipment (pneumatic or hydraulic)
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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KKS - MASTERLIST
L
STEAM, WATER, GAS CYCLES
LN
LNA
Water impounding works for hydroelectric
power plant
Water level metering
LNB
LNC
LND
LNE
LNF
Trash rack, trash/fish barrier
Dam, weir system
Spillway
Drainage system
Pump system
LNV
LNW
Lubricant supply system
Sealing water supply system
LNX
LPA
Fluid supply system for control and protection
equipment
Protection
Intake system, upperwater system for
hydroelectric powerplant
Rake and rake cleaning system
LPB
LPC
Isolating equipment
Piping and penstock system
LPE
LPV
LPW
Surge tank
Lubricant supply system
Sealing water supply system
LPX
Fluid supply system for control and protection
equipment
Protection
Tail race system, underwater system for
hydroelectric power plant
Underwater piping and culvert system
Surge tank
Isolating equipment
Rake and rake cleaning system for pumpedstorage operation
Lubricant supply system
Sealing water supply system
LNY
LP
LPY
LQ
LQA
LQB
LQC
LQE
LQV
LQW
LQX
LQY
LS
LSL
Fluid supply system for control and protection
equipment
Protection
Common installations for hydroelectric
power plant
Drainage system
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
STEAM, WATER, GAS CYCLES
Water impounding works for hydroelectric
power plant
Water level metering at the water impounding
work
Trash rack, trash/fish barrier
Dam, weir system
Spillway
Drainage system
Pump system within the storage system (upper
water)
Lubricant supply system
from incl. sealing water supply main isolating valve
to excl. casing nozzle of sealing water user
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
Intake system, upperwater system for
hydroelectric powerplant
Separate out and collect floating matter from
headrace
Isolating equipment
from incl. receiving point to incl. discharge into
turbine system, incl., connecting piping for pump
system
Surge tank
Lubricant supply system
from incl. sealing water supply main isolating valve
to excl. casing nozzle of sealing water user
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
Tail race system, underwater system for
hydroelectric power plant
Underwater piping and culvert system
Surge tank
Isolating equipment
Rake and rake cleaning system for pumpedstorage operation
Lubricant supply system
from incl. sealing water supply main isolating valve
to excl. casing nozzle of sealing water user
Fluid supply system for control and protection
equipment
Electrical control and protection equipment
Common installations for hydroelectric power
plant
Drainage system
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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KKS - MASTERLIST
M
ME
MEA
MEB
MED
MEG
MEK
MEL
MES
MEV
MEW
MEX
MEY
MF
MFA
MFB
MFD
MFG
MFK
MFL
MFM
MFS
MFV
MFW
MFX
MFY
Project:
Document No.:
STANDARD
LH-DE011017-REV02
MAIN MACHINE SETS
MAIN MACHINE SETS
Hydraulic turbine plant
Hydraulic turbine plant
Turbine (casing, shaft, runner etc.)
Turbine from excl. turbine inlet or from excl. inlet
valve to incl. turbine outlet or to excl. isolating
valve, incl. draft tube
Isolating valve
blocking headwater before turbine MEA and/or
setting headwater for turbine MEA
Bearings
Bearings
Stabilizing air system
Stabilizing air system from incl. air compressor to
incl. outlet to turbine
Gear
Transmission gear between prime mover and
driven machine, incl. turning gear, barring gear
Water depression air supply system
from incl. air compressor to incl. outlet to turbine
Shaft gland cooling water system
Shaft gland cooling water system
Lubricant supply system
from incl. lubricant tank to excl. user and from
excl. user
Sealing water supply system
from incl. sealing water supply main isolating valve
to excl. casing nozzle of sealing water user
Hydraulic oil
Non-electric control and protection equipment,
incl. fluid supply system
Protection
Electrical control and protection equipment
Pumping turbine plant in pumped-storage Pumping turbine plant in pumped-storage
power plants
power plants
Pumping turbine, pump and turbine as integral Pumping turbine, pump and turbine as integral unit
unit
Isolating valve
blocking water before turbine MFA and/or setting
water for turbine MFA
Bearings
Bearings
Stabilizing air system
Stabilizing air system from incl. air compressor to
incl. outlet to turbine
Gear
Transmission gear between motor generator set
and pumping turbine
Water depression air supply system
from incl. air compressor to incl. outlet to turbine
Start-up unit
Start-up unit
Shaft gland cooling water system
Shaft gland cooling water system
Lubricant oil supply
Lubricant supply system
from incl. dedicated lubricant tank or coon
lubricant and control fluid tank or
from excl. branch off control fluid supply system
to excl. user from excl. user
Sealing fluid system
Sealing fluid supply system
Control oil
Fluid supply system for control and protection
equipment
Control and protection equipment
Control and protection equipment. Only for
mechanical equipment (pneumatic or hydraulic)
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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KKS - MASTERLIST
MG
MGA
MGB
Pumped-storage plant
Storage pump (casing, shaft, runner etc.)
Isolating valve
MGD
MGG
MGK
Bearings
Stabilizing air system
Gear
MGL
MGM
MGS
MGV
Water depression air supply system
Start-up unit
Shaft gland cooling water system
Lubricant oil supply
MGW
MGX
Sealing fluid system
Control oil
MGY
Control and protection equipment
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Pumped-storage plant
Storage pump (casing, shaft, runner etc.)
blocking water before storage pump MGA and/or
setting water for storage pump MGA
Bearings
Stabilizing air system
Transmission gear between motor generator set
and storage pump
from incl. air compressor to incl. outlet to turbine
Start-up unit
Shaft gland cooling water system
Lubricant supply system
from incl. dedicated lubricant tank or coon
lubricant and control fluid tank or
from excl. branch off control fluid supply system
to excl. user from excl. user
Sealing fluid supply system
Fluid supply system for control and protection
equipment
Control and protection equipment. Only for
mechanical equipment (pneumatic or hydraulic)
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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KKS - MASTERLIST
MJ
MJA
Diesel engine plant
Engine
MJB
Turbocharger, blower
MJG
Liquid cooling system
MJH
Air intercooling system
MJK
Gear
MJN
Fuel system
MJP
MJQ
Start-up unit
Air intake system
MJR
Exhaust gas system
MJV
Lubricant oil supply
MJW
MJX
Sealing fluid system
Control oil
MJY
Control and protection equipment
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Diesel engine plant
Engine
from incl. fuel injection nozzle inlet or
from incl. air intake nozzles or
from incl. cooling water inlet nozzles
to incl. exhaust nozzle outlet or
to incl. cooling water nozzle outlet, incl. engineinternal systems
Turbocharger, blower
from incl. turbocharger or blower inlet
to incl. turbocharger or blower outlet
Liquid cooling system
from excl. engine cooling water nozzle outlet or
from incl. turbocharger air cooling system inlet
to excl. engine cooling water nozzle inlet or
to incl. turbocharger air cooler outlet
Air intercooling system
from incl. intercooler inlet
to incl. intercooler outlet
to excl. outlet to other cooling systems
Transmission gear between prime mover and
driven machine
Fuel systems
from incl. temporary (day) tank or
from excl. branch off piping system
to excl. fuel injection nozzle inlet
Start-up unit (incl. flywheel)
Air intake system
from excl. atmosphere
to excl. turbocharger or
to excl. engine air intake nozzles
Exhaust gas system
from excl. engine exhaust nozzle outlet
to excl. discharge into atmosphere
Lubricant supply system
from incl. dedicated lubricant tank or coon
lubricant and control fluid tank or
from excl. branch off control fluid supply system
to excl. user from excl. user
Sealing fluid supply system
Fluid supply system for control and protection
equipment
Control and protection equipment. Only for
mechanical equipment (pneumatic or hydraulic)
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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KKS - MASTERLIST
MK
MKA
Generator plant
Generator casing
MKB
Excitation
MKC
Excitation
MKD
Bearings
Bearing pedestal
Thrust bearing
MKF
Stator/rotor cooling system
MKG
Stator/rotor cooling system
MKH
Stator/rotor cooling system
MKJ
Stator/rotor cooling system
MKQ
Exhaust gas system
MKU
Stator/rotor cooling system
MKV
Lubricant supply system
MKW
Sealing fluid supply
MKX
Control air
Control oil
Control and protection equipment
MKY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Generator plant
Generator, complete, incl. stator, rotor and all
integral cooling equipment to incl. generator
bushing
Generator exciter set, even with electric generatorbrake (use only if *MKC* is not sufficient for
identification)
Generator exciter set, even with electric generatorbrake
Bearings
Standard application is:
MKD10 = bearing pedestal driven end (DE)
MKD20 = bearing pedestal excitation end (EE)
Stator/rotor liquid cooling system, incl. coolant
supply system (Note: for cooling oil see *MKU*)
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor hydrogen cooling system, incl. coolant
supply system
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor nitrogen / carbon dioxide cooling
system, incl. coolant supply system
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor air cooling system, incl. coolant supply
system
Task: dissipate heat produced by stator/rotor to
coolant from excl. stator/rotor outlet
to excl. stator/rotor inlet
Exhaust gas system (if separate from *MKG* and
*MKH*)
Stator/rotor cooling oil cooling system, incl. coolant
supply system (Note: for other liquid cooling see
*MKF*)
Task: dissipate heat produced by stator/rotor to
coolant from excl. stator/rotor outlet
to excl. stator/rotor inlet
Lubricant supply system (if separate system for
generator)
Sealing fluid supply system (Sealing oil system,
incl. supply and treatment)
from excl. branch off sealing oil supply system
to excl. stator inlet and
from excl. stator outlet
to excl. inlet to other system or in closed systems
from excl. stator outlet
Fluid supply system for control and protection
equipment
Control and protection equipment
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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KKS - MASTERLIST
ML
MLA
Electro-motive plant
Motor generator, complete, incl. stator, rotor
and all integral cooling equipment
MLC
Excitation
MLD
Bearings
Bearing pedestal
Thrust bearing
MLF
Stator/rotor cooling system
MLG
Stator/rotor cooling system
MLH
Stator/rotor cooling system
MLJ
Stator/rotor cooling system
MLQ
Exhaust gas system
MLU
Stator/rotor cooling system
MLV
Lubricant supply system
MLW
Sealing fluid supply
MLX
Control air
Control oil
Control and protection equipment
MLY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Motor generator plant
Motor generator, complete, incl. stator, rotor and
all integral cooling equipment to incl. generator
bushing
Motor generator exciter set, even with electric
generator-brake
Bearings
Standard application is:
MLD10 = bearing pedestal driven end (DE)
MLD20 = bearing pedestal excitation end (EE)
Stator/rotor liquid cooling system, incl. coolant
supply system (Note: for cooling oil see *MLU*)
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor hydrogen cooling system, incl. coolant
supply system
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor nitrogen / carbon dioxide cooling
system, incl. coolant supply system
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor air cooling system, incl. coolant supply
system
Task: dissipate heat produced by stator/rotor to
coolant from excl. stator/rotor outlet
to excl. stator/rotor inlet
Exhaust gas system (if separate from *MLG* and
*MLH*)
Stator/rotor cooling oil cooling system, incl. coolant
supply system (Note: for other liquid cooling see
*MLF*)
Task: dissipate heat produced by stator/rotor to
coolant from excl. stator/rotor outlet
to excl. stator/rotor inlet
Lubricant supply system (if separate system for
generator)
Sealing fluid supply system (Sealing oil system,
incl. supply and treatment)
from excl. branch off sealing oil supply system
to excl. stator inlet and
from excl. stator outlet
to excl. inlet to other system or in closed systems
from excl. stator outlet
Fluid supply system for control and protection
equipment
Control and protection equipment
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
Dokumentenart / Documenttype: EN-DOC
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KKS - MASTERLIST
MM
MMA
MMC
MMD
MME
MMF
MMG
MMH
MMV
MMW
MMX
MMY
MP
MPA
MPB
MPG
MPR
MPS
MV
MVA
MVB
MVC
MX
MXA
MXB
MXC
MY
MYA
MYB
MYC
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Compressor plant
Compressor
Compressor plant
Compressor incl. internal systems
from incl. air, cooling fluid inlet
to incl. air, cooling fluid outlet
Air intake piping system
Air intake piping system
Air intake
from excl. atmosphere
Air intake piping
to excl. compressor inlet
Bearings
Bearings
Intercooling system
Intercooling system
Recooling system (After cooling)
After cooling system
Final cooling system
Final cooling system
Discharge piping system
Discharge piping system
from excl. compressor outlet
to excl. inlet to other system
Lubricant oil, Lubricant oil supply
Lubricant supply system
Sealing oil, Sealing oil supply
Sealing fluid supply system
Control air, Control oil
Fluid supply system for control and protection
equipment
Control and protection equipment
Control and protection equipment
Common installations for main machine set Common installations for main machine sets
Foundation
Foundation
Casing
Casing, Cover
Frame, support structure
Frame, support structure
Forced cooling system
Forced cooling system
Drying and conservation system
Drying and conservation system
Lubricant oil, Lubricant oil supply
Lubricant supply system
Lubricant oil, Lubricant oil supply
Lubricant supply system (free for use)
Lubricant oil, Lubricant oil supply
Lubricant supply system (free for use)
Lubricant oil, Lubricant oil supply
Lubricant supply system. (free for use)
Control air, Control oil
Fluid supply system for control and protection
equipment
Control air, Control oil
Fluid supply system for control and protection
equipment (free for use)
Control air, Control oil
Fluid supply system for control and protection
equipment (free for use)
Control air, Control oil
Fluid supply system for control and protection
equipment (free for use)
Control and protection equipment
Control and protection equipment
Control and protection equipment
Control and protection equipment (free for use)
Control and protection equipment
Control and protection equipment (free for use)
Control and protection equipment
Control and protection equipment. (free for use)
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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KKS - MASTERLIST
P
COOLING WATER SYSTEMS
PA
PAA
Main cooling water system
Extraction, mechanical cleaning for direct
cooling
Raw water intake
Raw water screening
Main cooling water piping and culvert
system
PAB
PAC
Main cooling water pump system
PAD
Cooling tower
PAE
PAH
PAR
Cooling tower pumps
Condenser cleaning system
Condenser tube cleaning system
Make-up water piping system
PAS
Make-up water pump system
PAV
PAX
Lubricant oil, Lubricant oil supply
Control air, Control oil
PAY
PB
PC
Control and protection equipment
Main cooling water treatment system
Secondary cooling water system,
conventional area
Extraction, mechanical cleaning for direct
cooling
PCA
PCB
Piping and culvert system
Canal (Culvert)
PCC
Pump system
Secondary cooling water pumps
PCD
PCM
CCCW cooler
Service (secondary cooling) water system
for generator, motor generator cooling
PCV
PCX
Lubricant oil, Lubricant oil supply
Control air,
Control oil
Control and protection equipment
PCY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
COOLING WATER SYSTEMS
Circulating (main cooling) water system
Extraction, mechanical cleaning for direct cooling
from incl. intake system
to incl. mechanical cleaning system outlet
Circulating (main cooling) water piping and culvert
system from excl. outlet of circulating (main cooling)
water extraction system (excl. any user)
to incl. Outfall in direct cooling system or
from excl. cooling tower outlet
to excl. cooling tower inlet
Circulating (main cooling) water pump system
from incl. pump system suction nozzle
to incl. pump system discharge nozzle
Recirculating cooling system, outfall cooling system
from incl. hot water riser to incl. basin outlet
Cooling tower pump system (if separate)
Condenser cleaning system, incl. all appurtenances
Make-up water piping system
from excl. intake to excl. inlet to other system
Make-up water pump system
from incl. pump system suction nozzle
to incl. pump system discharge nozzle
Lubricant supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
Main cooling water treatment system
Service (secondary cooling) water system,
conventional area
Extraction, mechanical cleaning for direct cooling
from incl. intake system
to incl. Mechanical cleaning system outlet
Piping and culvert system
from excl. outlet of service (secondary cooling)
extraction system or from excl. branch off circulating
water system to excl. inlet to other system, excl.
respective user and
from excl. make-up water treatment and distribution
Pump system
from incl. pump system suction nozzle
to incl. pump system discharge nozzle
Recirculation cooling system, outfall cooling system
Secondary cooling water system for generator, motor
generator cooling from excl. branch off *PCB* to excl.
generator cooler and from excl. generator cooler
to excl. inlet to *PCB* or other systems
Lubricant supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
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Sprache / Language: EN
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KKS - MASTERLIST
PG
PGA
PGB
PGC
Closed cooling water system
Filter
Mechanical cleaning
Piping
Distribution system
Closed cooling water pumping system
PGM
Cooling water system (CCCW) for generator,
motor generator cooling
PGY
PU
PUA
Protection
Common equipment for cooling water
system
Common equipment for cooling water system
PUB
Common equipment for cooling water system
PUC
Common equipment for cooling water system
PUK
PUN
Neutralization
Proportioning system
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
for conventional area
Closed cooling water system for conventional area
(free for use)
Closed cooling water system for conventional area
(free for use)
Closed cooling water system for conventional area
(free for use)
Secondary cooling water system for generator,
motor generator cooling
from excl. branch off *PGB*
to excl. generator cooler and
from excl. generator cooler
to excl. inlet to *PGB* or other systems
If not *PCM*!
Electrical control and protection equipment
Common equipment for cooling water systems
Common equipment for cooling water systems
(free for use)
Common equipment for cooling water systems
(free for use)
Common equipment for cooling water systems
(free for use)
Neutralization
Proportioning system
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KKS - MASTERLIST
Q
AUXILIARY SYSTEMS
QC
QCA
Central chemicals supply
Central chemicals supply
QCB
Central chemicals supply
QCD
Central chemicals supply
QCF
Central chemicals supply
QE
General compressed air and carrier air
supply
Central compressed air and carrier air
generation system
Central compressed air and carrier air
distribution system
General compressed air and carrier air supply
(free for use)
General compressed air and carrier air supply
(free for use)
Lube oil, Lube oil supply
Fluid supply system for control and protection
equipment
Control and protection equipment
General control air supply
Central control air generation system
General control air supply, Compressed air
Instrument air
Receiver, storage
Adsorbtion Dryer
Lube oil, Lube oil supply
Fluid supply system for control and protection
equipment
Control and protection equipment
Central oil supply and disposal system
Oil regeneration system
QEA
QEB
QEC
QED
QEV
QEX
QEY
QF
QFA
QFB
QFC
QFD
QFV
QFX
QFY
QS
QSA
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
AUXILIARY SYSTEMS
Central chemicals supply
Central chemicals supply (free for use e.g. building
specific)
Central chemicals supply (free for use e.g. building
specific)
Central chemicals supply (free for use e.g. building
specific)
Central chemicals supply (free for use e.g. building
specific)
General compressed air and carrier air supply
Central compressed air and carrier air generation
system
Central compressed air and carrier air distribution
system
General compressed air and carrier air supply
(free for use)
General compressed air and carrier air supply
(free for use)
Lubricant supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
General control air supply
Central control air generation system
Central control air distribution system
General control air supply (free for use)
General control air supply (free for use)
Lubricant supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
Central oil supply and disposal system
Oil regeneration system
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KKS - MASTERLIST
S
SA
SAB
SAC
SAG
SAH
SAL
SAM
ANCILLARY SYSTEMS
Heating, ventilation, air-conditioning
(HVAC) systems for conventional area
Heating, ventilation, air-conditioning (HVAC)
systems for conventional area
Heating, ventilation, air-conditioning (HVAC)
systems for conventional area
Heating, ventilation, air-conditioning (HVAC)
systems for conventional area
Heating, ventilation, air-conditioning (HVAC)
systems for conventional area
Heating, ventilation, air-conditioning (HVAC)
systems for conventional area
SB
SBA
SBB
Heating, ventilation, air-conditioning (HVAC)
systems for conventional area
Heating, ventilation, air-conditioning (HVAC)
systems for conventional area
Space heating systems
Space heating system
Space heating system
SBE
Space heating system
SBL
Space heating system
SC
Stationary compressed air supplies
SCA
Compressed air generation system
SCB
Compressed air distribution system
SCC
SCD
SD
Vessel for compressed air
Dryer
Stationary cleaning systems
SDA
Stationary cleaning system
SDD
GT Washwater system
GT Washwater skid
GT Washwater unit
SAP
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
ANCILLARY SYSTEMS
Room ventilation
Heating, ventilation, air-conditioning (HVAC)
systems
Heating, ventilation, air-conditioning (HVAC)
systems
Heating, ventilation, air-conditioning (HVAC)
systems
Heating, ventilation, air-conditioning (HVAC)
systems (boiler house)
Heating, ventilation, air-conditioning (HVAC)
systems acoustical enclosure (off base enclosure)
intake air, Exhaust air antiicing air
Heating, ventilation, air-conditioning (HVAC)
systems (machine hall)
Heating, ventilation, air-conditioning (HVAC)
systems (cooling water system)
Space heating systems
Heating system (heating control room)
Space heating systems (free for use e.g. building
specific)
Space heating systems (internal heating system,
district heating)
Space heating systems (internal heating system,
district heating)
Note: only if separate service air exist to the
instrument-air
Note: only if separate service air compressor plant
to the I-air compressor plant exist. If only one
common compressor plant exist, then the KKS for
the I-air is valid.
Starts with branch of air compressor
plant/distribution
Vessel for compressed service air
Dryer for service air
Stationary cleaning systems (see *FK* for
decontamination systems)
Stationary cleaning systems (see *FK* for
decontamination systems)
(Wash water, rotary air preheater)
Stationary cleaning systems (see *FK* for
decontamination systems)
(GT Wash water unit)
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KKS - MASTERLIST
SG
SGA
SGC
SGE
SGF
SGG
SGH
SGJ
SGK
Stationary fire protection systems
Fire water system, conventional area
Spray deluge systems, conventional area
Sprinkler systems
Foam fire-fighting systems
Tank roof, tank shell cooling systems
Nitrogen fire-fighting system
CO2 fire-fighting systems
Halon fire-fighting systems
SGL
SGX
SGY
Powder fire-fighting systems
Fluid supply system for control and protection
equipment
Control and protection equipment
SH
SHA
Waterway facilities
Intake system
SHB
Lock chamber
SHC
SHD
SHE
SHF
SHJ
SHK
SHL
SHM
SHS
SHT
SHU
SHV
SHW
SHX
Lock chamber gate (upstream)
Lock chamber gate (intermediate)
Lock chamber gate (downstream)
Discharge system (lower pound)
Anti-icing system
Ship impact system
Leakage drainage system
Rest evacuation system
Minimum water system
Fish ladder
Wood raft canal
Lubricant supply system
Sealing fluid supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
SHY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Stationary fire protection systems
Fire water system, conventional area
Spray deluge systems, conventional area
Sprinkler systems
Foam fire-fighting systems e.g. for oil tank
Tank roof, tank shell cooling systems
Nitrogen fire-fighting systems e.g. for transformer
CO2 fire-fighting systems e.g. for GT
Halon fire-fighting systems (FM 200 also InergenSystems)
Portable fire extinguisher
Fluid supply system for control and protection
equipment
Alarm and detection system of stationary fire
protection system
e.g. control panel/cabinet = 01SGY10GH001
Waterway facilities
Intake system (upper pound) to excl. lock chamber
lock furniture
Lock chamber incl. chamber filling and emptying
system
Lock chamber gate (upstream)
Lock chamber gate (intermediate)
Lock chamber gate (downstream)
Discharge system (lower pound)
Anti-icing system
Ship impact system
Leakage drainage system
Rest evacuation system
Minimum water system
Fish ladder
Wood raft canal
Lubricant supply system
Sealing fluid supply system
Fluid supply system for control and protection
equipment
Alarm and detection system of stationary fire
protection system
e.g. control panel/cabinet = 01SHY10GH001
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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KKS - MASTERLIST
SM
Cranes, stationary hoists and conveying
appliances
SMA
Cranes, stationary hoists, conveying
appliances
Cranes, stationary hoists, conveying
appliances
Cranes, stationary hoists, conveying
appliances
Cranes, stationary hoists, conveying
appliances
Cranes, stationary hoists, conveying
appliances
SMB
SMC
SMD
SMG
SMH
Cranes, stationary hoists, conveying
appliances
SMM
Cranes, stationary hoists, conveying
appliances
SMP
Cranes, stationary hoists, conveying
appliances
SN
SNA
SNB
SNC
SQ
SQA
SQB
SQC
SQD
SQE
ST
Elevators
Elevators
Elevators
Elevators
Road installations
Road installation
Road installation
Road installation
Road installation
Road installation
Workshop, stores, laboratory equipment
and staff amenities
Workshop equipment
Maintenance areas
Stores and filling station equipment
Laboratory equipment
Staff amenities
Control and protection equipment
STA
STC
STE
STG
STP
STY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Cranes, stationary hoists and conveying
appliances; e.g. hoist for transformer of
electrostatic-precipitator
Cranes, stationary hoists and conveying
appliances (free for use e.g. building specific)
Cranes, stationary hoists and conveying
appliances (free for use e.g. building specific)
Cranes, stationary hoists and conveying
appliances (free for use e.g. building specific)
Cranes, stationary hoists and conveying
appliances (free for use e.g. building specific)
Cranes, stationary hoists and conveying
appliances
Water treatment
Cranes, stationary hoists and conveying
appliances
Boiler house
Cranes, stationary hoists and conveying
appliances
Machine hall
Cranes, stationary hoists and conveying
appliances
Cooling water
Elevators
Elevators (free for use e.g. building specific)
Elevators (free for use e.g. building specific)
Elevators (free for use e.g. building specific)
Road installations
Road installations (free for use)
Road installations (free for use)
Road installations (free for use)
Road installations (free for use)
Road installations (free for use)
Workshop, stores, laboratory equipment and
staff amenities outside controlled area
Workshop equipment outside controlled area
Maintenance areas
Stores and filling station equipment
Laboratory equipment
Staff amenities
Control and protection equipment
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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KKS - MASTERLIST
U
UA
UAA
UAB
UAC
UAD
UAE
UAF
UAG
UAH
UB
UBA
UBB
UBC
UBD
UBE
UBF
UBG
UBH
UBJ
UBK
UBL
UBM
UBN
UBP
UBQ
UC
UCA
UCB
UCC
UCD
UCE
UCF
Project:
Document No.:
STANDARD
LH-DE011017-REV02
STRUCTURES
STRUCTURES
Structures for grid and distribution systems Structures for grid and distribution systems
No binding stipulation of F3 subdivision.
Those given herein are simply
recommendations.
Switchyard structure
Switchyard structure
Grid systems switchgear building
Grid systems switchgear building
Grid systems control building
Grid systems control building
Structures for grid and distribution system
Structures for grid and distribution systems (free
for use)
Structure for pneumatic control system
Structure for pneumatic control system
Structures for grid and distribution system
Structures for grid and distribution systems (free
for use)
Structure for transformer
Structure for transformers
Structure for supports and equipment
Structure for supports and equipment
Structures for power transmission and
Structures for power transmission and
auxiliary power supply
auxiliary power supplyNo binding stipulation
of F3 subdivision. Those given herein are
simply recommendations.
Switchgear building
Switchgear building
Structure for power transmission and auxiliary Structure for power transmission and auxiliary
power supply
power supply (free for use)
Structure for offsite system transformers
Structure for offsite system transformers
Structure for low-voltage auxiliary power
Structure for low-voltage auxiliary power
transformers
transformers
Structure for medium-voltage auxiliary power Structure for medium-voltage auxiliary power
transformers
transformers
Structure for generator transformers
Structure for generator transformers
Structure for start-up transformers
Structure for start-up transformers
Structure for oil collecting pits
Structure for oil collecting pits
Structure for transformer track
Structure for transformer tracks
Transformer assembly building
Transformer assembly building
Structure for busbars
Structure for busbars
Structure for transformer cooling system
Structure for transformer cooling systems
Structure for emergency power generating set Structure for emergency power generating sets
(without central water chiller)
Emergency power generating and central water Emergency power generating and central water
chiller building
chiller building
Structure for emergency power generator fuel Structure for emergency power generator fuel
supply system
supply system
Structures for instrumentation and control Structures for instrumentation and control No
binding stipulation of F3 subdivision. Those
given herein are simply recommendations.
Unit control room building
Unit control room building
Control station building
Control station building
Structure for control and instrumentation
Structure for instrumentation and control (free for
use)
Structure for control and instrumentation
Structure for instrumentation and control (free for
use)
Structure for control and instrumentation
Structure for instrumentation and control (free for
use)
Structure for control and instrumentation
Structure for instrumentation and control (free for
use)
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
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KKS - MASTERLIST
UG
UGA
UGD
UGE
UGF
UGG
UGH
UGK
UGL
UGN
UGP
UGQ
UGR
UGU
UGV
UL
ULN
ULP
ULQ
UM
UME
UMG
UMJ
UMM
UMR
UP
UPA
UPB
UPC
UPD
UPH
UPJ
UPN
UPP
UPQ
UPS
UPT
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Structures for water supply and disposal
Structures for water supply and disposal No
binding stipulation of F3 subdivision. Those
given herein are simply recommendations.
Structure for raw water supply
Structure for raw water supply
Structure for demineralization system
Structure for demineralization system
Structure for neutralization system
Structure for neutralization system
Structure for fire water supply
Structure for fire water supply
Structure for drinking water supply
Structure for drinking water supply
Structure for rainwater
Structure for rainwater
Flocculant mixing chamber
Flocculant mixing chamber
Flocculator structure, flocculator
Flocculator structure, flocculator
Treated water basin
Treated water basin
Sludge thickener
Sludge thickener
Sludge dewatering building
Sludge dewatering building
Sludge storage structure
Sludge storage structure
Structure for effluent disposal
Structure for effluent disposal
Structure for sewerage plant
Structure for sewerage plant
Structures for steam-, water-, gas-cycles
Structures for steam-, water-, gas-cycles No
binding stipulation of F3 subdivision. Those
given herein are simply recommendations.
Structure for hydroelectric power plant water
Structure for hydroelectric power plant water
impounding works
impounding works
Structure for hydroelectric power plant intake Structure for hydroelectric power plant intake
systems
systems
Structure for hydroelectric power plant tail-race Structure for hydroelectric power plant tail-race
systems
systems
Structures for main machine sets
Structures for main machine sets No binding
stipulation of F3 subdivision. Those given
herein are simply recommendations.
Hydraulic turbine building
Hydraulic turbine building
Pumped storage turbine building
Pumped storage turbine building
Diesel engine building
Diesel engine building
Compressor system building
Compressor system building
Gas engine plant building
Gas engine plant building
Structures for circulating (cooling) water
Structures for circulating (cooling) water
systems
systems (e.g. circulating water intake) No
binding stipulation of F3 subdivision. Those
given herein are simply recommendations.
Cooling water intake culvert
Cooling water intake culvert
Secondary cooling water intake culvert
Secondary cooling water intake culvert
Cooling water intake structure
Cooling water intake structure
Secondary cooling water intake structure
Secondary cooling water intake structure
Structure for cooling water treatment
Cooling water treatment structure
Structure for secondary cooling water
Secondary cooling water treatment structure
treatment
Cooling water inlet culvert
Cooling water inlet culvert
Secondary cooling water inlet culvert
Secondary cooling water inlet culvert
Biocide treatment building
Biocide treatment building
Debris trough
Debris trough
Screen wash water cleaning structure
Screen wash water cleaning structure
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
Sprache / Language: EN
Dokumentenart / Documenttype: EN-DOC
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KKS - MASTERLIST
UQ
UQA
UQB
UQG
UQH
UQJ
UQK
UQL
UQM
UQN
UQP
UQQ
UQR
UQS
UQT
UQU
UQV
UQW
UR
URA
URB
URC
URD
URE
URF
URG
URH
URJ
URK
URL
URM
URN
URP
URQ
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Structures for circulating (cooling) water
systems
Structures for circulating (cooling) water
systems (e.g. circulating water pumps and
outfall) No binding stipulation of F3
subdivision. Those given herein are simply
recommendations.
Cooling water pump building
Cooling water pump building
Secondary cooling water pump building
Secondary cooling water pump building
Cooling water overflow structure, surge tank
Cooling water overflow structure, surge tank
Screen wash water discharge culvert
Screen wash water discharge culvert
Cooling water seal pit
Cooling water seal pit, incl. cooling water aeration
structure
Cooling water venting structure
Cooling water venting structure
Secondary cooling water surge pond
Secondary cooling water surge pond
Secondary cooling water collecting pond
Secondary cooling water collecting pond
Cooling water outfall culvert
Cooling water outfall culvert
Secondary cooling water outfall culvert
Secondary cooling water outfall culvert
Cooling water outfall structure
Cooling water outfall structure
Secondary cooling water outfall structure
Secondary cooling water outfall structure
Cooling water discharge culvert
Cooling water discharge culvert
Secondary cooling water discharge culvert
Secondary cooling water discharge culvert
Cooling water spillway structure
Cooling water spillway structure, incl. cooling
water aeration structure
Structure for artificial cooling water aeration
Structure for artificial cooling water aeration
Routing structure for cooling water discharge Routing structure for cooling water discharge
Structures for circulating (cooling) water
Structures for circulating (cooling) water
systems
systems (e.g. recirculation cooling) No binding
stipulation of F3 subdivision. Those given
herein are simply recommendations.
Cooling tower structure
Cooling tower structure (main cooling water)
Cooling tower structure
Cooling tower structure (secondary cooling water)
Structure for cooling water system (secondary Structure for cooling water systems (e.g.
cooling water)
recirculation cooling) (free for use)
Cooling tower pump building
Cooling tower pump building (main cooling water)
Cooling tower pump building (secondary
Cooling tower pump building (secondary cooling
cooling water)
water)
Structure for cooling water system
Structure for cooling water systems (e.g.
recirculation cooling) (free for use)
Cooling tower connecting structure
Cooling tower connecting structure
Cooling tower outlet structure
Cooling tower outlet structure
Cooling tower outfall culvert
Cooling tower outfall culvert
Cooling tower return structure
Cooling tower return structure
Cooling tower return culvert
Cooling tower return culvert
Cooling water distribution building
Circulating (cooling) water distribution building
Cooling tower bypass structure
Cooling tower bypass structure
Cooling tower blowdown structure
Cooling tower blowdown structure
Cooling tower blowdown culvert
Cooling tower blowdown culvert
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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KKS - MASTERLIST
US
USA
USB
USC
USG
USH
UST
USU
USV
USX
UT
UTF
UY
UYA
UYB
UYC
UYD
UYE
UYF
UYG
UYH
UYJ
UYP
UYQ
UYR
UYS
UZ
UZA
UZC
UZD
UZE
UZF
UZJ
UZK
UZL
UZM
UZN
UZP
UZQ
UZR
UZS
UZT
UZU
UZW
UZX
UZY
UZZ
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Structures for ancillary systems
Structures for ancillary systems No binding
stipulation of F3 subdivision. Those given
herein are simply recommendations.
Structure for heating, ventilation, airStructure for heating, ventilation, air-conditioning
conditioning (HVAC) systems
(HVAC) systems
Structure for space heating systems
Structure for space heating systems
Structure for stationary compressed air supply Structure for stationary compressed air supply
system
system
Fire pump house
Fire pump house
Structure for waterway facilities
Structure for waterway facilities
Workshop
Workshop
Storage building
Storage building
Laboratory building
Laboratory building
Special structure (plant-specific)
Oil/water separators incl. Drainage
Structures for auxiliary systems
Structures for auxiliary systems No binding
stipulation of F3 subdivision. Those given
herein are simply recommendations.
Compressed air system building
Compressed air system building
General service structures
General service structures (These F3
subdivisions are binding.)
Office and staff amenities building
Office and staff amenities building
Staff amenities building
Staff amenities building
Administration building
Administration building
Canteen
Canteen
Gate house
Gate house
Security gate house
Security gate house
Information centre
Information centre
Training facilities
Training facilities
Medical centre
Medical centre
Structure for fire station
Fire station
Garage
Garage
Automobile workshop
Automobile workshop
Filling station
Filling station
Structures for transport, traffic, fencing,
Structures for transport, traffic, fencing,
gardens and other purposes
gardens and other purposes These F3
subdivisions are binding.
Roads
Works roadways, paths, incl. associated structures
Yards
Yards
Parking areas, incl. associated structures
Parking areas, incl. associated structures
Railway structures
Railway structures
Lifting gear structures
Lifting gear structures
Fencing and gates
Fencing and gates
Gardens, incl. structures
Gardens, incl. structures
Noise abatement structures
Noise abatement structures
Protective structures against external impact
Protective structures against external impact
Structure for flood protection
Structure for flood protection
Structure for bank/shoreline stabilization
Structure for bank/shoreline stabilization
Structure for river regulation
Structure for river regulation
Jetty, quay
Jetty, quay
Breakwaters
Breakwaters
Outdoor area, plots of land and land rights
Outdoor area, plots of land and land rights
Site security structure
Site security structure
Residential buildings, residential area
Residential buildings, residential area
Special structure (plant-specific)
Special structure (plant-specific)
Bridge structure
Bridge structure
Ducting structure
Storm water drainage system
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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Dokumentenart / Documenttype: EN-DOC
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KKS - MASTERLIST
W
WA
Project:
Document No.:
STANDARD
LH-DE011017-REV02
RENEWABLE ENERGY PLANTS
RENEWABLE ENERGY PLANTS
Solar systems (free for use for coordinates) Solar systems (free for use for coordinates)
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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Sprache / Language: EN
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KKS - MASTERLIST
X
HEAVY MACHINERY
XE
XEA
Hydraulic turbine plant
Turbine (casing, shaft, runner etc.)
XEB
Isolating valve
XED
XEG
Bearings
Stabilizing air system
XEK
Gear
XEL
XES
XEV
Water depression air supply system
Shaft gland cooling water system
Lubricant supply system
XEW
Sealing water supply system
XEX
Hydraulic oil
XEY
XG
XGA
XGB
Protection
Pumped-storage plant
Storage pump (casing, shaft, runner etc.)
Isolating valve
XGD
XGK
Bearings
Gear
XGL
XGM
XGS
XGV
Water depression air supply system
Start-up unit
Shaft gland cooling water system
Lubricant oil supply
XGW
XGX
Sealing fluid system
Control oil
XGY
Control and protection equipment
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
HEAVY MACHINERY
Hydraulic turbine plant
Turbine from excl. turbine inlet or from excl. inlet
valve to incl. turbine outlet or to excl. isolating
valve, incl. draft tube
blocking headwater before turbine XEA and/or
setting headwater for turbine XEA
Bearings
Stabilizing air system from incl. air compressor to
incl. outlet to turbine
Transmission gear between prime mover and
driven machine, incl. turning gear, barring gear
from incl. air compressor to incl. outlet to turbine
Shaft gland cooling water system
from incl. lubricant tank to excl. user and from
excl. user
from incl. sealing water supply main isolating valve
to excl. casing nozzle of sealing water user
Non-electric control and protection equipment,
incl. fluid supply system
Electrical control and protection equipment
Pumped-storage plant
Storage pump (casing, shaft, runner etc.)
blocking water before storage pump XGA and/or
setting water for storage pump XGA
Bearings
Transmission gear between motor generator set
and storage pump
from incl. air compressor to incl. outlet to pump
Start-up unit
Shaft gland cooling water system
Lubricant supply system
from incl. dedicated lubricant tank or coon
lubricant and control fluid tank or
from excl. branch off control fluid supply system
to excl. user from excl. user
Sealing fluid supply system
Fluid supply system for control and protection
equipment
Control and protection equipment. Only for
mechanical equipment (pneumatic or hydraulic)
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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XJ
XJA
Diesel engine plant
Engine
XJB
Turbocharger, blower
XJG
Liquid cooling system
XJH
Air intercooling system
XJK
Gear
XJN
Fuel system
XJP
XJQ
Start-up unit
Air intake system
XJR
Exhaust gas system
XJV
Lubricant supply system
XJW
XJX
Sealing fluid supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
XJY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Diesel engine plant
Engine
from incl. fuel injection nozzle inlet or
from incl. air intake nozzles or
from incl. cooling water inlet nozzles
to incl. exhaust nozzle outlet or
to incl. cooling water nozzle outlet, incl. engineinternal systems
Turbocharger, blower
from incl. turbocharger or blower inlet
to incl. turbocharger or blower outlet
Liquid cooling system
from excl. engine cooling water nozzle outlet or
from incl. turbocharger air cooling system inlet
to excl. engine cooling water nozzle inlet or
to incl. turbocharger air cooler outlet
Air intercooling system
from incl. intercooler inlet
to incl. intercooler outlet
to excl. outlet to other cooling systems
Transmission gear between prime mover and
driven machine
Fuel systems
from incl. temporary (day) tank or
from excl. branch off piping system
to excl. fuel injection nozzle inlet
Start-up unit, (incl. flywheel)
Air intake system
from excl. atmosphere
to excl. turbocharger or
to excl. engine air intake nozzles
Exhaust gas system
from excl. engine exhaust nozzle outlet
to excl. discharge to atmosphere
Lubricant supply system
from incl. dedicated lubricant tank or coon
lubricant and control fluid tank or
from excl. branch off control fluid supply system
to excl. user
from excl. user
Sealing fluid supply system
Fluid supply system for control and protection
equipment
Control and protection equipment
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XK
XKA
Generator plant
Generator, complete, incl. stator, rotor and all
integral cooling equipment
XKB
Excitation
XKC
Excitation
XKD
Bearings
Bearing pedestal
Thrust bearing
XKF
Stator/rotor cooling system
XKG
Stator/rotor cooling system
XKH
Stator/rotor cooling system
XKJ
Stator/rotor cooling system
XKQ
Exhaust gas system
XKU
Stator/rotor cooling system
XKV
Lubricant supply system
XKW
Sealing fluid supply system
XKX
Fluid supply system for control and protection
equipment
Control and protection equipment
XKY
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Generator plant
Generator, complete, incl. stator, rotor and all
integral cooling equipment
to incl. generator bushing
Generator exciter set (use only if *XKC* is not
sufficient for identification)
Generator exciter set, even with electric generator
brake
Bearings
Standard application is:
XKD10 = bearing pedestal driven end (DE)
XKD20 = bearing pedestal excitation end (EE)
Stator/rotor liquid cooling system, incl. coolant
supply system (Note: for cooling oil see *XKU*)
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor hydrogen cooling system, incl. coolant
supply system
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor nitrogen / carbon dioxide cooling
system, incl. coolant supply system
Task: dissipate heat produced by stator/rotor to
coolant, from excl. stator/rotor outlet
to excl. stator/rotor inlet
Stator/rotor air cooling system, incl. coolant supply
system
Task: dissipate heat produced by stator/rotor to
coolant from excl. stator/rotor outlet
to excl. stator/rotor inlet
Exhaust gas system (if separate from *XKG* and
*XKH*)
Stator/rotor cooling oil cooling system, incl. coolant
supply system (Note: for other liquid cooling see
*XKF*)
Task: dissipate heat produced by stator/rotor to
coolant
from excl. stator/rotor outlet
to excl. stator/rotor inlet
Lubricant supply system (if separate system for
generator)
Sealing fluid supply system (Sealing oil system,
incl. supply and treatment)
from excl. branch off sealing oil supply system
to excl. stator inlet and
from excl. stator outlet
to excl. inlet to other system or in closed systems
from excl. stator outlet
Fluid supply system for control and protection
equipment
Control and protection equipment
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XP
XPA
XPB
XPG
XPR
XPS
Common installations for heavy machinery
Foundation
Casing
Frame, support structure
Forced cooling system
Drying and conservation system
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Common installations for heavy machinery
Foundation
Casing, Cover
Frame, support structure
Forced cooling system
Drying and conservation system
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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Z
WORKSHOP AND OFFICE
EQUIPMENT
ZC
Workshop and office equipment (free for
use)
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
WORKSHOP AND OFFICE EQUIPMENT
Workshop and office equipment (free for use)
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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Document No.:
KKS - MASTERLIST
STANDARD
LH-DE011017-REV02
Equipment Unit Key (Breakdown level 2)
A
Mechanical equipment (Unit)
AA
Valve (Fitting)
Valve
Gate valve
Globe valve
Flap (Damper)
Condensate trap
Rupture disc
Control valve
Reducing valve
Control flap (damper)
Bleeder control valve
Bypass control valve
Bypass control flap (damper)
Reducing station
Butterfly control valve
Shut-off valve
Shut-off valve
Gate valve
Stopcock (Globe valve)
Shut-off flap (damper)
Shut-off equipment
Bleeder Shut-off valve
Drain valve
Valve
Flap (Damper)
Safety valve
Safety flap (damper)
Rupture disc
Test valve
Shut-off valve
Stopcock
Valve
Flap (Damper)
Gate valve
Stopcock (Globe valve)
3-Way cock
3-Way valve
Drainage valve
Drainage valve
Vent valve
AA001
AA101
AA201
AA301
AA401
AA501
AA601
AA701
AA801
AA901
Check valve
Non-return valve
Condensat trap
Mechanical equipment
Valves, dampers, etc., incl. actuators, also
manual; rupture disc equipment
Counting-No 100-position : 0, starts with 001
The 2nd position of the counting No indicates
the kind of actuation:
001 up to 049 with remote actuator
051 up to 099 with manual actuator or with
process-media
Counting-No 100-position : 0, starts with 101
Generally all Shut-off valves with remote
actuator
Open/Close-Valves with actuators (electr.
pneum., hydr.), solenoid valves (even pilot
valves).
151 up to 199 only for vent/drain purpose
Counting-No 100-position : 0, starts with 201
Valves specially for steam turbine control
Counting-No 100-position : 0, starts with 301
Generally all safety valves (spring-, weight-, or
aux. media supported)
Counting-No 100-position : 0, starts with 401
Only for testing or acceptance test (not for
operational measurements!)
Counting-No 100-position : 0, starts with 501
Manually actuated process shut-off valves,
even for dosing valves to process branches.
Counting-No 100-position : 0, starts with 601
Generally only for manually actuated shut-off
valves, valves with remote actuator see
*AA101*)
Counting-No 100-position : 0, starts with 701
Counting-No 100-position : 0, starts with 801
Condensate trap
Counting-No 100-position : 0, starts with 901
Isolating valves for operational measurements,
e.g. for:
pressure-, differential pressure-, level-, flow-,
and even for tappings of analysing
measurements
Isolating valve
Shut-off valve
Stopcock
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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AB
AC
Lock (sluice, gate)
Heat exchangers
AE
Turning gear
Driving gear
Lifting gear
Slewing gear
Feeder
Cell wheel
Conveyor
Belt conveyor
Generator
Heater
Cooler
Air conditioning unit
Crusher
Mill
Compacting equipment
AF
AG
AH
AJ
AK
AM
AN
AP
AS
AT
AU
AV
AX
Agitator
Mixer
Worm (Screw)
Compressor
Compressor unit
Blower
Fan
Pump
Speed adjusting unit
Filter
Soot blower
Dryer
Brake
Gearbox
Coupling
Burner
Igniter
Ignition burner
Test and monitoring equipment
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Isolating elements, air locks
Heat exchangers, heat transfer surfaces. Only
for media/media (not for electrical heaters, see
*AH*).
Turning, driving, lifting and slewing gear (also
manipulators)
Continuous conveyors, feeders (escalators)
Note: mixer/agitators see *AM*
Generator units
Heating, cooling and air conditioning units
Size reduction equipment, only as part of
process
Compacting and packaging equipment, only as
part of process
Mixers, agitators
Note: conveyors see *AF*; if both, then *AM*
Compressor units, fans
Pump units
Adjusting and tension equipment for nonelectric variables
Cleaning, drying, filtering and separating
equipment, excl. *BT*
Braking, gearbox, coupling equipment, nonelectrical converters
Combustion equipment
Test and monitoring equipment for plant
maintenance
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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B
Mechanical equipment (Apparatus)
BB
Tank
Vessel
Container
basin (pit)
Shafts
Foundation
Jet pump
Injector
Ejector (Nozzle)
Flow restrictor
Throttle (Throttle orifice)
Hangers
Supports
Racks
Piping penetrations
Pipeline
Pipe
Chute
Silencer
Flue gas catalytic converter module
Insulation, sheathing
Enclosure (off base enclosure)
BE
BF
BN
BP
BQ
BR
BS
BT
BU
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Apparatus
Storage equipment (tanks)
Shafts (for erection and maintenance only)
Foundations
Jet pumps, ejectors, injectors, Nozzles for
distinguishing systems
Flow restrictor, limiters, orifices (not metering
orifices)
Hangers, supports, racks, piping penetrations
Piping, ductwork, chutes
Silencers
Flue gas catalytic converter modules
Insulation, sheathing (please do not use)
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C
Direct measuring circuits
CB
Radiation values
CD
CE
Density
Current
Voltage
Power
Frequency
Resistance
Impedance
Current
Voltage
Power
CE001
CE100
Current Measuring
CE111
Current Phase L1
CE111A Current L1 transformer core 1
CE111B Current L1 transformer core 2
CE111C Current L1 transformer core 3
CE112
Current Phase L2
CE112A Current L2 transformer core 1
CE112B Current L2 transformer core 2
CE112C Current L2 transformer core 3
CE113
Current Phase L3
CE113A Current L3 transformer core 1
CE113B Current L3 transformer core 2
CE113C Current L3 transformer core 3
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Direct measuring circuits (Data char. A2
following DIN 19227, part 1, Sept. 1973 edit.,
tab.1, init. letter)
Take care of counting system, valid is:
analog =001 ff binary = 301 ff
testing =401 ff local = 501 ff
virtual =901 ff
Deviations as indicated
in VGB blocked (please do not use, use
instead of *CR* and *CQ* if possible)
Density measurements
Electrical variables (e.g. current, voltage,
power, electr. Frequency)
Note different kind of counting to process
relevant measurement variables!
Counting No. 100-position: 0=electrical analog
measuring value, only for aggregates
e.g. current governor oil-pump motor counting
no.1-position: starts with 001
Counting No. 100-position: 1=current analog
measuring value
Counting No. 1-position: 1=current phase L1
analog measuring value
Counting No. 1-position: 1=current phase L1
transformer core 1 analog measuring CH A
Counting No. 1-position: 1=current phase L1
transformer core 2 analog measuring CH B
Counting No. 1-position: 1=current phase L1
transformer core 3 analog measuring CH C
Counting No. 1-position: 2=current phase L2
analog measuring value
Counting No. 1-position: 2=current phase L2
transformer core 1 analog measuring CH A
Counting No. 1-position: 2=current phase L2
transformer core 2 analog measuring CH B
Counting No. 1-position: 2=current phase L2
transformer core 3 analog measuring CH C
Counting No. 1-position: 3=current phase L3
analog measuring value
Counting No. 1-position: 3=current phase L3
transformer core 1 analog measuring CH A
Counting No. 1-position: 3=current phase L3
transformer core 2 analog measuring CH B
Counting No. 1-position: 3=current phase L3
transformer core 3 analog measuring CH C
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CE200
Voltage measuring
CE210
CE211
Voltage star point
Voltage L1 Phase
CE212
Voltage L2 Phase
CE213
Voltage L3 Phase
CE214
Voltage L1-L2 phase to phase
CE215
Voltage L2-L3 phase to phase
CE216
Voltage L3-L1 phase to phase
CE300
Power
Resistance
Impedance
Frequency
CE500
CE600
Earth fault (Ground fault)
Phase failure
CE900
combined, calculated measuring circuits
CF
Flow Measurement
CG
Position
Distance
Length
Direction of rotation
CG301
Position opened
CG301A Position opened
CG301B Position closed
CG302
Position closed
CH
Hand actuated
Manual
CK
Time
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Counting No. 100-position: 2=voltage analog
measuring value
Counting No. 1-position: 0=voltage starpoint
Counting No. 1-position: 1=voltage phase L1
analog measuring value
Counting No. 1-position: 2=voltage phase L2
analog measuring value
Counting No. 1-position: 3=voltage phase L3
analog measuring value
Counting No. 1-position: 4=voltage phase L1 to
phase L2
analog measuring value
Counting No. 1-position: 5=voltage phase L2 to
phase L3
analog measuring value
Counting No. 1-position: 6=voltage phase L3 to
phase L1
analog measuring value
Counting No. 100-position: 3=power
analog measuring value
Counting No. 100-position: 5=frequency
analog measuring value
Counting No. 100-position: 6=special
measurement
e.g. earth fault, phase
failure
Counting No. 100-position: 9=combined,
calculated measuring circuits
Orifice plate and diff.-pressure transmitter,
inductive mass flow, ultrasonic mass flow, oil
counters, flow switches
Position transmitter, limit switch (Pls note: for
easier coordination, the counting No. of the
position X´ter can be identical to the valve
counting No., take care of deviation to the
existing counting rule for measurements)
e.g. limit switch:
valve OPEN
Note: alternative see *CG301A*
e.g. Limit switch valve:
OPEN
Note: alternative to *CG301*, here better
coordination with the valve-No.!
e.g. Limit switch valve:
CLOSE
Note: alternative to *CG302*, here better
coordination with the valve-No.!
e.g. limit switch:
valve CLOSE
Note: alternative see *CG301B*
Manual input as manually operated sensor
(e.g. fire detector, emergency stop wire for belt
conveyors, escape route push button. Skewing
switch for belt conveyors see *CY*)
Time
e.g. external clock to DCS, PLC etc.
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CL
CM
Level
Dividing line
Moisture measurement
CP
Pressure measurement
Diff. pressure measurement
CQ
Analysis
Quality variable
Conductivity
PH-value
O2-content
SiO2-content
NH3-content
Analysis
Radiation variable
UV-Radiation
Infra red radiation
Fire
Flame intensity
Revolution (Speed)
Frequency
Speed, Velocity
Acceleration
Temperature measuring
Diff. temperature measurement
CQ801
CR
CS
CT
CT001A Temperature measuring circuit 1 of 2
CT001B Temperature measuring circuit 2 of 2
CT601
CT801
CU
CV
CW
CY
Metal temperature (white metal)
Wall temperature (drum-, superheater-)
Temperature
Dewpoint
Heat quantity
and others variables
Viscosity
Weight
Mass
Vibration
Expansion
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Level (also for dividing line)
e.g. air humidity measurement in air cooler
system of generator
Pressure X´ter, diff. pressure X´ter, pressure
switch, pressure gauge, pressure gauge with
contact
Quality variables (analysis, material
properties), other than *CD*, *CM*, *CV*
Counting No. 100-position: 8=gas detection
Radiation variable
e.g. flame scanner with UV-sensor (analog or
binary output)
Velocity, speed, frequency (mechanical),
acceleration
Thermometer, remote thermometer (RTD, TC)
with and w/o T-X´ter, contact thermometer,
thermostat & temperature switch
first temperature measuring circuit from a
double-element (double TC or RTD)
second temperature measuring circuit from a
double-element (double TC or RTD)
White-metal-temperature
Wall-temperature (drum-, superheater-)
Counting No. 100-position: 8=fire detection
Combined and other variables (ie. Dewpoint)
Viscosity
Weight, mass; measurement with weighing
device/load cell
e.g. weighing measurement for CO2 bottles
e.g. turbine shaft vibration, shaft expansion
(relative or absolute), skewing switch for belt
conveyors.
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D
Closed loop control circuits
DD
DE
Density
Voltage control
DF
Flow control
DG
DK
DL
Position control
Time control
Level control
DM
DP
Moisture, humidity
Pressure control
DQ
DR
DS
Conductivity control
PH-Control
O2-Control
NOx-Control
Radiation
Speed (revolution) control
DT
Temperature control
DU
DV
Combined and other variables
Viscosity control
DW
DY
Weight force control
Vibration control
Expansion control
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Closed loop control circuit (Data char. A2
following DIN 19227, part 1, Sept. 1973 edit.,
tab.1, init. letter)
Only for complete loop in loop diagram; not
for use in P&I-diagrams!
Counting system see (C)
Density
Electrical values (e.g. voltage, current, power,
frequency)
e.g. 01BBA01DE001 voltage control
Flow, mass flow
e.g. 01PAC10DF001 maincoolingwater flow
control
Distance, length, position, direction of rotation
Time
Level (also for dividing line)
e.g. 01MEX10DL001 Governor oil level control
Moisture, humidity
Pressure
e.g. 01MEX10DP001 governor oil pressure
control
Quality variables (analysis, material
properties), other than *DD*, *DM*, *DV*
Radiation variables
Velocity, speed, frequency (mechanical),
acceleration
Temperature
e.g. 01MEX10DT001 governor oil temperature
control
Combined and other variables
Viscosity
e.g. 00MEX01DV001 oil viscosity control
Weight, mass
Vibration, expansion
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E
Analog and binary signal
conditioning
EA
Basic open loop control
EB
Functional-/Group control
EC
Sub functional group
ED
EE
EG
EJ
EK
EM
Sub functional group
Sub loop control
Alarms
Annunciations
Alarms
Annunciations
Report printer
Logic
Process computer
EN
EP
EQ
EU
Process computer
Process computer
Process computer
Logic
EW
EX
EX001
EX002
EY
EZ
EZ041
EZ042
EZ043
EZ044
EZ045
EZ046
EZ047
EZ050
EZ051
EZ052
EZ053
EZ054
EZ055
EZ056
Protection
Protection
Protection release 1
Protection release 2
Protection
Protection
Auxiliary voltage disturbed/missing
Fault MCB
Fault fuse
Fault distributor
Fault breaker
Fault rectifier
Fault battery
Fault common protective relay
Fault overcurrent relay
Fault overvoltage relay
Fault earth leakage relay
Fault switchgear
Fault auxiliary voltage
Fault frequency converter common
EH
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Measurement-, Signal conditioning
(conditioning e.g. in DCS, hand over to
other systems, e.g. from DCS to steam
turbine control system or reverse)
Note: only for logics conditioned in
systems, do not mistake with *C_* !
Basic open loop control
(basic operation/control from a power plant,
e.g. load control and start-up/stop sequences)
Functional-/Group control
e.g. start-up/stop sequences of plant sections
(ST, GT, HRSG)
Sub functional-/group control
e.g. change-over automatic for 2x100% pump
drives
Sub functional-/group control like as *EC*
Sub loop control
Annunciation logic
Annunciation conventional
Report printer
Combined logic
Special computer (e.g. for personnel access
control)
Criteria computer
Process computer
Process computer
Combined measurement value-, signal
conditioning,
e.g. 2/3-selection or signal average of grid
measurements
Protection
Protection
Protection
Protection
Protection
Protection
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
Alarm electric
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KKS - MASTERLIST
F
Indirect measuring circuits
FD
FE
Density
Electrical variable
FF
Flow, rate
FG
FK
FL
Length
Time
Level
FM
FP
FQ
Moisture, humidity
Pressure
Analysis
FS
Revolution
FT
FU
FV
FW
Temperature
Dewpoint
Viscosity
Weight
Mass
FY
Vibration
Expansion
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Indirect measuring circuits (Data character
A2 following DIN 19227, part 1, Sept. 1993
edit., table 1, initial letter)
Note: these circuits will be calculated from
different physically direct measurements
Density
Electrical variables (e.g. electr. efficiency,
power)
Flow, rate
e.g. Flow measurement with P- & T-correction.
01MEX10CF001, 01MEX10CP001,
01MEX10CT001 = 01MEX10FF001 or 901.
Note: counting No. is 901 if calculated in DCS,
respective 001 if calculated local with CorrX´ter.
Distance, length, position, direction of rotation
Time
Level (also for dividing line)
e.g. level measurement with P-correction
01MEX10CL001, 01MEX10CP001 =
01MEX10FL001 or 901
Moisture, humidity
Pressure
Quality variables (analysis, material
properties), other than *FD*, *FM*, *FV*
Velocity, speed, frequency (mechanical),
acceleration
Temperature
Combined and other variables
Viscosity
Weight, mass; measurement with weighing
device/load cell
e.g. weighing measurement for CO2 bottles
Vibration, expansion
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KKS - MASTERLIST
G
GA
GB
GC
GD
GE
GF
GG
GH
GJ
GK
GK101
GK201
GK301
GK401
GK501
GK701
GK801
GM
GN
GP
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Electrical, Instrumentation and Control
equipment
Cabinets, Junction boxes, Penetrations
Junction boxes/penetrations for binary sensors Junction boxes and cable/bus bar penetrations
for binary sensors (free for use)
Junction boxes/penetrations for binary sensors Junction boxes and cable/bus bar penetrations
for binary sensors (free for use)
Junction boxes/penetrations for analog sensors Junction boxes and cable/bus bar penetrations
for analog sensors (free for use)
Junction boxes/penetrations for power cables
Junction boxes and cable/bus bar penetrations
> 1 kV
for power cables > 1 kV
Junction boxes/penetrations for power cables
Junction boxes and cable/bus penetrations < 1
< 1 kV
kV
e.g. JB on aggregate from subsupplier,
process relevant/technological identification
01MEX10GE001 = JB electrical heaters GOP1
Junction boxes/penetrations for C&I-cables
Junction boxes for C&I-equipment
e.g. JB on aggregate from subsupplier,
process relevant/technological identification
01MEX10GF001 = JB bearing temp. GOP1
Junction boxes and cable/bus bar penetrations Junction boxes and cable/bus bar penetrations
(free for use)
Switch board (Control cabinet)
Electrical and instrumentation and control
Switch box (Control box)
installation units identified as per process
Panel (Control panel)
system (e.g. cubicles, boxes)
Cabinet
e.g. local control cabinet for hydraulic system
of coal bunkers
Processing and storage equipment for automatic Processing and storage equipment for
systems
automatic systems
Information
Information display and operator control
Operation
equipment for process computers and
automation systems
e.g. monitors, keyboards, printers for the DCS
Note: counting system as follows
Monitor
Counting No. 100-position: 1
Screen
Keyboard
Counting No. 100-position: 2
Mouse
Counting No. 100-position: 3
Trackball
Light pen
CD-Rom drive
Counting No. 100-position: 4
Streamer
Counting No. 100-position: 5
Printer
Counting No. 100-position: 7
Copy machine
Disc drive, Floppy disc station
Counting No. 100-position: 8
Subdistribution/junction box for telephone
Junction boxes for light-current systems of
national telecommunication services (nonnational see *GY*)
Network equipment
Network equipment
Subdistribution/junction box for lighting
Subdistribution/junction boxes for lighting
e.g. 01UMJ00GP100 = distribution board
diesel engine house UMJ
Electrical, Instrumentation and
Control equipment
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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KKS - MASTERLIST
GQ
Subdistribution/junction box for Power sockets
GR
DC generating equipment, battery
GS
Switch
Switch gear equipment
Switch gear truck
Motor control centre
Cabinet partition
Motor control centre (MCC/PDC)
GS001
GS100
Circuit breaker
GS101
GS110
Switch gear truck
Disconnector 1
GS120
Disconnector 2
GS190
Cable disconnector
GS191
Earthing disconnector
GT
Transformer
GU
Converter
GV
Surge arrestor
GW
Power supply
GX
Frequency converter
GY
Junction boxes for light-current systems (not of
national telecommunication services)
GZ
Transmitter rack
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Subdistribution/junction boxes for sockets
e.g. 01UMJ11GQ051 = first UPS-power socket
board on elevation 11m in diesel engine house
DC generating equipment, batteries if as an
external, stationary equipment
Switchgear equipment if not identified under
process equipment (see then *GH*)
Note: it is possible to give each
partition/cabinet one separate No, or (for
smaller units) the complete unit one No.
Counting No. 100-position: 1, first No. 0
Circuit breaker
Counting No. 100-position: 1, first No. 1
Counting No. 100-position: 1, second No. 1
Disconnector 1
Counting No. 100-position: 1, second No. 2
Disconnector 2
Counting No. 100-position: 1, second No. 9
Cable disconnector
Counting No. 100-position: 1, second No. 9,
first No. 1
Earthing disconnector
Transformer equipment if as an external,
stationary equipment
Note: normally, the internal cabinet equipment
will be identified with *-_*, in that case with *T01*
Converter equipment
e.g. DC/DC-converter and battery power
supply if as an external, stationary equipment
Note: normally, the internal cabinet equipment
will be identified with *-_*, in that case with *U01*
Structure-related earthing and lightning
protection equipment, surge arrestors
Cabinet power supply equipment if as an
external, stationary equipment
Note: normally, the internal cabinet equipment
will be identified with *-_*, in that case with *U01*
Actuating equipment for electrical variables
e.g. frequency converter if as an external,
stationary equipment
Note: normally, the internal cabinet equipment
will be identified with *-_*, in that case with *U01*
Junction boxes for light-current systems (not of
national telecommunication services) e.g.
Intercom
Hangers, supports and racks for electrical,
instrumentation and control equipment
e.g. 01UMJ17GZ001 (first rack on elevation
17m in diesel engine house UMJ)
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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H
Subassemblies of main and heavy
machinery
HA
HB
HD
Casing, housing
Rotor
Bearing
Bearing pedestal
Axial bearing
Thrust bearing
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Subassemblies of main and heavy
machinery (only to be used in conjunction
with *M* = Main machine sets and *X* =
Heavy machinery)
Machine stationary assembly
Machine rotating assembly
Bearing assembly
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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Project:
Document No.:
KKS - MASTERLIST
STANDARD
LH-DE011017-REV02
Component Key (Breakdown level 3)
-
Electrotechnical Components
-A
Subassembly (Module)
Subrack (Mounting rack/rail)
Plug-in module/card
Plug-in module/card/rack
Printed circuit board/module
Unit/device combination
Strain gage
Density probe
Speed sensor
Transmitter (Transducer)
Pressure transmitter
Mass transducer
Flow transmitter
Level transmitter
Temperature sensor
Thermocouple (TC)
Resistance therm. (RTD)
Vibration sensor
Loudspeaker
I/P-Positioner
Capacitor
Binary element
Recorder tape
Recorder tape memory
Memory
Memory
Memory device
Logic device
Timer
Delay device
Lighting
Electrical fence
Heating
Trace heating
Infeeding
-B
-C
-D
-E
-F
-G
Shutter release, trigger
Bimetal
Buchholz protector/relay
Centrifugal switch
Fuse
Expulsion fuse
Surge arrester
Battery
Generator
Power supply unit
Static converter
Electrical power supply
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Electrotechnical Components
Assemblies and subassemblies
Transducers for non-electrical to electrical
variable and vica-versa
Note: for electrical to electrical see *-U*
Capacitors
Binary element, delay devices, memory devices
Special components but also for cabinet
infeedings
Note: a differentiation with the counting-No. is
useful, dependent from kind of infeeding, e.g.:
01,02,03 main infeedings
21,22 control voltage DC
51,52 UPS
Protective devices
Generators, power supplies
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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Project:
Document No.:
KKS - MASTERLIST
-H
-K
-L
-M
-N
-P
-Q
-R
-S
Drop indicator
Annunciation unit
Annunciator
Bell
Horn
Illuminated indicator
Detector/Indicator/Annunciator
Signal lamp (pilot lamp)
Flasher relay
Main contactor
Contactor relay
Auxiliary relay
Power contactor
Relay
Contactor
Inductor
Choke coil
Wave lock
Motor (also actuator)
High voltage motor
Low voltage motor
Controller
Master controller
Cascade controller
Master controller
Positioner
Amplifier
Impedance transformer
Video display terminal (VDT)
Visual display unit (VDU)
Pulse counter
Measuring instrument
Oscilloscope
Testing equipment
Simulator
Clock
Counter
Installation switch
Load disconnector (isolator)
Circuit breaker
Motor protection switch
Disconnecting switch
Disconnector (isolator)
Starter
Potentiometer
Shunt
Resistor
Pushbutton
Limit switch
Illuminated pushbutton
Acknowledgement switch
Pushbutton
Selector switch
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
STANDARD
LH-DE011017-REV02
Signalling device
Relays, contactors
Inductor
E-Motors
Amplifiers, controllers
Measuring instruments, testing equipment
Power switchgear
Resistors
Switches, selectors
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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Project:
Document No.:
KKS - MASTERLIST
-T
-U
-V
-W
-X
-Y
-Z
Potential transformer
Current transformer
Transformer
Isolation transformer
Analog-digital converter
Digital-analog converter
Demodulator
Telecontrol unit
Frequency converter
Direct current transducer
Modulator
Optocoupler
Temperature transmitter
Converter
Isolating amplifier
I/I-Positioner
Nixi-tube
Diode
Rectifier
Tube (cathode-ray)
Zener diode
Aerial
Cable
Coaxial-cable
Optical fibre, Optical waveguide
Busbar
Jack
Terminal
Terminal strip
Crossbar distributor
Coaxial connector/jack
Solder tag strip
Test jack
Plug
Socket
Brake
Brake fan
Clutch, coupling
Magnetic valve
Motor potentiometer
Control drive (solenoid, coil)
Limiter
Equalizer
Filter
RC-Filter
Cross over network
Cable termination
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
STANDARD
LH-DE011017-REV02
Transformers
Modulators, converters from electrical to other
electrical variables
Tubes, semiconductors
Transmission path, waveguides, aerials
Terminals, plugs, sockets
Electrical positioners, e.g. Solenoids (not
motors)
Termination, balancing equipment, filters,
limiters, cable terminations, equalizers, hybrid
transformers
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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Project:
Document No.:
STANDARD
LH-DE011017-REV02
K
Mechanical components
Mechanical components
KA
Gate valve
Valve (Globe valve)
Flap (Damper)
Cock
Bursting disc
Throttle plate
Manifold
Blank (Figure-eight blank)
Gate
Door
Dam board
Heat exchangers
Cooler
Vessel, tank
Basin (pit)
Surge tank
Turning gear
Driving gear
Lifting gear
Slewing gear
Belt conveyor
Conveyor
Screw conveyor
Conveying line
Feeder
Size reduction machines
Compacting equipment
Packaging machine
Mixers
Agitators
Compressor
Blower
Fan
Pump
Cleaning machine
Soot blower
Dryer
Separator
Filter
Burner
Firing grate
Grate
Ash grate
Stationary tooling and treatment machines for
maintenance
Gate valves, globe valves, dampers, cocks,
rupture disks, orifices
(typical: manifold for dP-X´ter)
KB
KC
KD
KE
KF
KJ
KK
KM
KN
KP
KT
KV
KW
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Gates, doors, dam boards
Heat exchangers, coolers
Vessel,basin (pit), surge tank (fluid systems)
Turning, driving, lifting and slewing gear
Continuous conveyors, feeders
Size reduction machines
Compacting, packaging machine
Mixers, agitators
Compressors, blowers, fans
Pump
Cleaning machines, dryers, separators, filters
Burners, grates
Stationary tooling and treatment machines for
maintenance
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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M
Mechanical components
MB
MF
MG
MK
MM
MR
Brake
Foundation
Gearbox
Clutch, coupling
Engine, not electrical
Pipe
Chute
Positioner
Turbine
Transmission gear
Booster
MS
MT
MU
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Mechanical components
Brakes
Foundations
Gearboxes
Clutches, couplings
Engines, not electrical
Piping components, ductwork components
Positioners, not electrical
Turbines
Transmission gear, non electrical, converters
and boosters other than couplings and
gearboxes
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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Project:
Document No.:
KKS - MASTERLIST
Q
Instrumentation and control
components
QB
Sensor
QH
Signalling device
Annunciation device/unit
Controller
Flybolt governor
Measuring instrument
Testing equipment
Measurement piping
QN
QP
QR
QS
QT
QU
Expansion tank
Condensate pot
Thermowell
Protective well
Pockets
-blocked-
STANDARD
LH-DE011017-REV02
Instrumentation and control components
(non electrical)
Sensors if not structurally integrally with *QP*,
metering orifice
Signalling device
Controller
Flybolt governor
Measuring instrument
Testing equipment
Measurement piping
Instrument piping
Condensation chambers (datum reservoir) in
measuring circuits
Thermowells and pockets for protection of
sensors
-blocked-
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
C:\temp\KKS-MasterList-Hydro-english-REV02.doc
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KKS - MASTERLIST
X
Signal origins
XA
Binary signals (from group control)
XB
Binary signals (from drive control)
XB01
On
Opened
Off
Closed
Ready
Test position
Fault
XB02
XB03
XB04
XB07
XB08
XB09
XB10
XB11
XB12
XB13
XB19
XB41
XB42
XB48
Service position
Earthing switch closed
Earth fault
Under voltage
Under voltage
Under voltage
Trip
Emergency stop
Status remote
Status Local
Spring drive charged
Torque switch for open
Torque switch for close
Motor protection
Thermistor unit pre-alarm
Motor protection
Thermistor unit trip
Breaker tripping signal
Reset
Status Automatic
XB49
Status Manual
XB51
XB57
Not switched on
Not opened
Not switched off
Not closed
No faults
XB58
XB72
XB73
XB91
XB92
no underload
Not remote
Not local
Breaker not tripped
Not reseted
XB22
XB23
XB25
XB27
XB28
XB38
XB39
XB52
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Signal origins
Note: these signals are system specific and
has to be fixed individually to the project,
standard as follows
Functional group control
Subloop control
Open loop drive control
Control interface
Feedback drive, solenoid valve, circuit breaker
Feedback position
Feedback drive, solenoid valve, circuit breaker
Feedback position
Feedback drive, circuit breaker
Feedback drive, circuit breaker
Feedback drive, actuator, solenoid valve, circuit
breaker
Feedback switch gear (field locked)
Feedback switch gear
Feedback switch gear
Feedback busbar
Feedback incoming
Feedback battery
Feedback drive, actuator
Feedback plant, drive, actuator
Feedback plant, drive, actuator
Feedback MCC, circuit breaker
Feedback actuator
Feedback actuator
Feedback MCC
Feedback MCC
Feedback circuit breaker
Feedback MCC, plant
Feedback control block
e.g. drive, actuator, solenoid valve
Feedback control block
e.g. drive, actuator, solenoid valve
Feedback drive, solenoid valve, circuit breaker
Feedback position
Feedback drive, solenoid valve, circuit breaker
Feedback position
Feedback drive, actuator, solenoid valve, circuit
breaker
Feedback from switchgear (MCC)
Feedback plant, drive, actuator
Feedback plant, drive, actuator
Feedback MCC, circuit breaker
Feedback plant
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XC
Binary signals (feedback from controllers)
XC01
XC02
XC03
XC04
XC07
XC57
XG
(free for use)
(free for use)
Control automatic
Control manual
Control disturbance
No control disturbance
Binary signals (from field/process)
XG01
Switched on
Opened/open
Limit setpoint >max 1
Switched off
Closed/close
Limit setpoint <min 1
Limit setpoint >max 2
Limit setpoint <min 2
Limit setpoint >max 3
Limit setpoint <min 3
Limit setpoint >max 4
Limit setpoint <min 4
Limit setpoint >max 5
Limit setpoint <min 5
Limit setpoint <max 1
Switched on
Opened/open
Switched off
Closed/close
Limit setpoint >min 1
Limit setpoint <max 2
Limit setpoint >min 2
Limit setpoint <max 3
Limit setpoint >min 3
Limit setpoint <max 4
Limit setpoint >min 4
Limit setpoint <max 5
Limit setpoint >min 5
XG02
XG03
XG04
XG05
XG06
XG07
XG08
XG09
XG10
XG51
XG52
XG53
XG54
XG55
XG56
XG57
XG58
XG59
XG60
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Closed-loop control signals (binary feedback,
only used internally from system as local tag, not
for signals from/to field).
Rem.: will be not shown normally!
Feedback controller
Feedback controller
Feedback controller
Feedback controller
Feedback controller
Feedback controller
Binary process signals (even conditioned by
binary condit. modules)
e.g. all typical field signals (pressure switch, limit
switch …)
Feedback NO-contact
Feedback NO-contact
Feedback NO-contact
Feedback NO-contact
Feedback NO-contact
Feedback NO-contact
Feedback NO-contact
Feedback NO-contact
Feedback NO-contact
Feedback NO-contact
Feedback NC-contact
Feedback NC-contact
Feedback NC-contact
Feedback NC-contact
Feedback NC-contact
Feedback NC-contact
Feedback NC-contact
Feedback NC-contact
Feedback NC-contact
Feedback NC-contact
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KKS - MASTERLIST
XH
Binary limit signals
XH01
XH02
XH03
XH04
XH05
XH06
XH07
XH08
XH09
XH10
XH51
XH52
XH53
XH54
XH55
XH56
XH57
XH58
XH59
XH60
XJ
Limit setpoint >max 1
Limit setpoint <min 1
Limit setpoint >max 2
Limit setpoint <min 2
Limit setpoint >max 3
Limit setpoint <min 3
Limit setpoint >max 4
Limit setpoint <min 4
Limit setpoint >max 5
Limit setpoint <min 5
Limit setpoint <max 1
Limit setpoint >min 1
Limit setpoint <max 2
Limit setpoint >min 2
Limit setpoint <max 3
Limit setpoint >min 3
Limit setpoint <max 4
Limit setpoint >min 4
Limit setpoint <max 5
Limit setpoint >min 5
Black box signals
XJ01
switched-on
in operation
switched-off
not in operation
Ready
Status remote
Status local
Binary signals
Protection signal
no protection signal
Binary signals (from control rooms and PBstations/panels)
XJ02
XJ03
XJ22
XJ23
XK
XK01
XK51
XL
XL01
XL02
XL04
XL15
XL16
XL21
XL22
XL41
XL42
Control on
Control off
Acknowledge
Automatic on
Automatic off
Preselection 1 on
Preselection 2 on
Open
Start-up
Close
Shut-down
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Binary limit signals derived from analog process
signals
Positive logic (log=1)
Positive logic (log=1)
Positive logic (log=1)
Positive logic (log=1)
Positive logic (log=1)
Positive logic (log=1)
Positive logic (log=1)
Positive logic (log=1)
Positive logic (log=1)
Positive logic (log=1)
Negative logic (log=0)
Negative logic (log=0)
Negative logic (log=0)
Negative logic (log=0)
Negative logic (log=0)
Negative logic (log=0)
Negative logic (log=0)
Negative logic (log=0)
Negative logic (log=0)
Negative logic (log=0)
Signals from non-standard areas (e.g. black
box), (shall be fixed individually), but alarms
shall be defined under *XM*.
Feedback from black-box
Feedback from black-box
Feedback from black-box
Feedback from black-box
Feedback from black-box
Equipment unit/component protection
e.g. Generator protection (log=1)
e.g. Generator protection (log=0)
Control room and control stations, signals not
assigned to specific control systems (e.g. control
interface tiles, PB-stations will be identified by
the drive-No.)
Start commands for subloop control
Stop commands for subloop control
Acknowledging signal
Start command automatic
Stop command automatic
Cmd-On preselection 1
Cmd-On preselection 2
Command for the System
Command for the System
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
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XM
Common alarms/faults (binary)
XM01
XM02
XM03
XM04
XM05
XM06
XM07
XM08
XM09
XM10
XM11
XM12
XM13
XM14
XM21
XM22
XM23
XM24
XM33
XM41
XM42
XM49
XM51
XM52
XM53
XM54
XM55
XM56
XM79
XM80
XM90
XN
Fault 1
Fault 2
Fault 3
Fault 4
Fault 5
Fault 6
Fault 7
Fault 8
Fault 9
Fault 10
Disturbance measurement
Fault 2 v 3 common
Fault 2 v 3 analog
Fault 2 v 3 binary
Fault plant
Breaker tripping signal
Non-equivalence
Run time error
Sensor fault (analog/binary)
Message
Message
Fault switch-over activated
Voltage 0.4kV fault
Voltage 220/240V AC fault
Voltage 110/220V DC fault
Voltage 24/48V AC fault
Voltage 24/48V DC fault
Signal voltage fault
Under voltage (common)
Common alarm/fault black box
Device fault (common fault)
Binary signals
XP
Binary signals
XQ
XQ01
Analog signals (from field/process)
Analog value 1
XQ02
XQ03
XR
Analog value 2
Analog value 3
Analog signals (internal controller signals)
XR01
XR02
XR03
XR07
XR11
Control deviation
Setpoint 1
Setpoint 2
Disturbance signal
Adjustment command
Control command
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Higher-level static individual and group alarm
e.g. common alarms from black boxes
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Control system
Control system
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Fault, alarm
Status-display computer
(please do not use)
Supervisory computer
(please do not use)
Process signal (analog)
Analog input signal (from Transmitter to DCS or
PLC)
If transmitter has two analog outputs
If transmitter has three analog outputs
Closed loop control (analog signals, only used
internally from system as local tag, not for
signals from/to field).
Rem.: will be not shown normally!
Closed loop control
Referent input variable 1
Referent input variable 2
Closed loop control
Closed loop control, from controller to controller
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XS
XS01
XT
XU
Binary signals
Start sequence
step 1 On
Start sequence
step 2 On
Start sequence
step 3 On
Start sequence
step 4 On
Start sequence
step 5 On
Stop sequence
step 1 On
Stop sequence
step 2 On
Stop sequence
step 3 On
Stop sequence
step 4 On
Stop sequence
step 5 On
Binary signals from DCS Turbine-Generator
Higher-level signals from DCS
XU11
XU12
XU13
XU14
XU15
XU16
XU17
XU21
XU22
XV
XW
Control available
Control not available
Control in operation
Control not in operation
Control automatic
Control manual
Control stop
Preselection 1 selected
Preselection 2 selected
Signal gating protective logics
Binary signals
XS02
XS03
XS04
XS05
XS51
XS52
XS53
XS54
XS55
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Functional group control step signal
Functional group control step signal
Functional group control step signal
Functional group control step signal
Functional group control step signal
Functional group control step signal
Functional group control step signal
Functional group control step signal
Functional group control step signal
Functional group control step signal
Functional group control step signal
Binary signals from DCS Turbine-Generator
Higher-level dynamic individual and group alarm
(from DCS)
Feedback signal
Feedback signal
Feedback signal
Feedback signal
Feedback signal
Feedback signal
Feedback signal
Feedback signal
Feedback signal
Signal gating (protective logic, alarm logic, etc.)
Hardwired annunciation systems (please do not
use)
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Project:
Document No.:
KKS - MASTERLIST
Y
Signal applications
YA
Binary signals (output signals)
YB
Binary signals (output signals)
YB01
Switch on
Open
Switch off
close
Hold
Stop
Protection off
Emergency stop
Forced open
Forced close
Time synchronisation
Binary signals (from control system)
Analog signals (from control system)
Adjustment command
Control command
Analog signals internal
YB02
YB03
YB31
YB32
YB41
YB42
YM01
YP
YQ
YQ01
YR
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
STANDARD
LH-DE011017-REV02
Identification of type of action by the use of
the control signal (eg. Output signal of
control block to field/MCC)
Note: these signals are system specific and
has to be fixed individually to the project,
standard as follows
Functional group control
Subloop control
Open loop drive control
Control interface
Output command
Output command
Output command
Trip input command
Trip command
Command
Command
Sync-signal
Joint control computer
Setpoints (output signal)
Control signal to actuator
Controller
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Z
Gated signals
ZB01
ZB07
Binary signals
Fault
ZB08
ZB57
Underload
no fault
ZB58
no underload
ZV
Signal gating protective logics
AT-DE / H. Eder
erstellt am / created
2001-10-17
geändert am / modified 2006-11-27
gedruckt am / printed 2006-11-27
Project:
Document No.:
STANDARD
LH-DE011017-REV02
Subgroups are established as appropriate to
the type of instrumentation and control
system and are therefore subject to
agreement between the parties to the project
Combined feedback signal
Combined feedback signal
drive, actuator, solenoid valve, circuit breaker
Feedback from switchgear (MCC)
Combined feedback signal
drive, actuator, solenoid valve, circuit breaker
(Note: for new plants please use *XB57*)
Feedback from switchgear (MCC)
(Note: for new plants please use *XB58*)
Signal gating protective logics
(shall be fixed individually)
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