Technical description

Development of application software

the controller and the operator panel

Technical task

NUMBER OF PROJECT

2015


ANNOTATION
This document contains the program and test procedure application
software for DC boards in the series production of the “Customer”, installed in power plants.
Technical description defines the technical requirements, steps and stages of development, composition operational documentation, as well as procedures for monitoring and acceptance of the program software for DC boards.

CONTENT

1. INTRODUCTION

1.1. Name Development

1.2. Application area

2. REASONS FOR THE DEVELOPMENT

2.1. Company name of the Contractor and its details

2.2. Name of the company and the customer details

2.3. The documents, based on which creates a program software

3. PURPOSE OF THE DEVELOPMENT

4. Requirements for the program

4.1. General requirements for software

4.1.1. Requirements for the software tools of the information panel

4.1.2. Requirements for application software PLC

4.1.3. Requirements for application software to obtain data on Modbus RTU

4.2. Requirements for the functional characteristics of PPO

4.2.1. General requirements

4.2.2. Requirements for displaying information and signaling

4.2.3. Requirements for archiving information

4.2.4. Requirements for speed

4.2.5. Requirements for diagnostics functions

4.3. The requirements for the composition and parameters of technical means

4.4. Requirements to information and software compatibility

4.5. Requirements for networking

5. REQUIREMENTS FOR DOCUMENTATION

5.1. The requirements for compliance with standards and regulations

5.2. Requirements to the documentation

6. STAGES OF THE DEVELOPMENT STAGE AND OPS

7. PROCEDURE FOR ACCEPTANCE AND CONTROL

7.1. Conducting preliminary tests

7.2. The sequence of start-up activities for each of the systems

7.3. The equipment that will be necessary for Poland, but is not part of the system components

ANNEX 1

Table IO system

LIST OF ABBREVIATIONS

 


1. INTRODUCTION

1.1. Name Development

Full name of development – development of application software

Software for DC boards.

The abbreviated name of development – PPO

1.2. Application area

Scope – modernization of DC boards

Shields DC designed to provide a DC power

emergency power systems, the diesel generator, obscheblochnoy

system, control systems protection system, an open distributed device,

systems ensure the safety of the main equipment, control

Computing Systems.

2. REASONS FOR THE DEVELOPMENT
PPR is developed on the basis of contract No 01.02.2015.
2.1. Company name of the Contractor and its details “Contractor”
Location address:
2.2. Name of the company and the customer details “Customer”
Legal address:
2.3. The documents, based on which creates to develop as input data are used
the following documents:

– Terms of Reference for the PP.
– ANNEX 1 Table IO system
– ANNEX 2 List of events
– APPENDIX 3 Block diagram
Contractor shall be entitled to request from the Customer other IDs not listed in this
list, the need for which may arise in the course of development.
3. PURPOSE OF THE DEVELOPMENT
PPO is a part of the system, which serves as the display and archiving
part of the system information from the signal input-output and output of messages
the operator of the events with a time stamp.
The aim is to ensure the work performed:
– Registration of the events on the boards DC depth of no more than
500 messages in a circular buffer;

– The formation of a warning or alarm in case of violation (current, voltage, insulation resistance) routine or emergency borders;

– Processing the input digital signals representative of the work and protection switchgear panels DC;

– Diagnostic hardware controller communication diagnostics hardware network CanOpen.

4. Requirements for the program

4.1. General requirements for software

Software should be developed in the tool environment and Unity XL v6.0 package
Vijeo-Designer Lite company Schneider Electric V1.3.
The structure of the software should include:
– The basic system software, hardware compatibility
means;
– PPO, which should be developed to implement the functions of control and
control of technological equipment.
PPO must be subdivided into PPO PPO PLC and operator panel.
All software products supplied by the developer of middleware for
enable support should have open source code. Developer should be delivered corresponding software (firmware) keys, providing the ability to support the software controllers and panels.

4.1.1. Requirements for software tools panel

providing information

4.1.1.1. Tool software panel should represent

a package of Vijeo-DesignerLite company Schneider Electric V1.3

4.1.1.2. Interfaces PC software should be performed in Russian.

4.1.1.3. Software panel must be adapted and

optimized to run on a particular object in view of the technological process.

4.1.1.4. Software panel should be intuitive and

have the following functions:
– Operating system of real vremenizh
– Output with the possibility of paging archived events;

– Displays the current state of the input signals and output to video frames.

4.1.2. Requirements for application software PLC

4.1.2.1. Software PLC should be developed using

tool system UNITY PRO XL version 6.0 or later, the company Schneider Electric in the languages ​​of the International Electrotechnical Commission standard IEC 61131-3.

4.1.2.2. Software PLC must be adapted and optimized to run on a particular object in view of the technological process. Feature Requirements algorithms implemented in applications PLC must be defined by this TK.

4.1.2.3. Software PLC must ensure the implementation of the following

features:

– Exchange of information on communication channels;

– I / O digital and analog channels;

– Data collection and management of lighting board;

– Configuration of system software for a specific object;

– Diagnosing software and hardware;

4.1.3. Requirements for Application Software for Data Modbus RTU

The software should allow, by the operator, to receive a the controller information in the form of a “section” (buffer exchange) as a file to 500 XLS rows of posts.

4.2.Requrements functional characteristics of program software

4.2.1. General requirements

4.2.1.1. PPO must provide the following functions:

– Control of process parameters (current, voltage, resistance,

insulation), the state switching devices;

– Conversion of units of measurement in the physical dimension;

– Smoothing (filtering) of measurements;

– Formation and issuing commands to the external light indication;

– Display the status of switching devices and process values

parameters in the form of mimic diagrams (single-line diagrams);

– Check the events: change of state switching devices,

violation of technological parameters of warning and alarm values;

4.2.1.2. It shall be possible to change the authorized values warning and alarm. Access to change these parameters should be limited on the basis of organizational measures (limited access to the premises).

4.2.2. Requirements for displaying information and signaling

Showing information organized in the form of video frames and tables, sufficient for the transmission of current and historical information.

In the body of the video frame have to be given the location of the displayed items, single-line diagram with symbols of the equipment.

Sheet output messages should carry information about the exact time and date

an event, a text description in Russian.

4.2.3. Requirements for archiving information

4.2.3.1. It shall be capable of conducting the following files:

– Archive of registered events in chronological order on the project

management and control system, up to 500 recent messages. Storing

messages to be formed as a circular buffer.

The archive must be recorded the following events:

– Violations of the technological parameters of warning and alarm limits;

– Fault protection devices and switching devices;

– Faults and failures in software and hardware systems scheduling.

4.2.4. Requirements for speed

4.2.4.1. The period of updating information on the panel reporting

shall be not more than 1 second.

4.2.4.2. The frequency of the survey parameters must match the cycle of the survey

and a controller to be not more than 200 ms.

4.2.5. Requirements for diagnostics functions

4.2.5.1. PPO must perform the following diagnostic functions:

– Check for an open or short circuit of sensors for current channels 4 … 20 mA;

– Validation (going beyond the measuring range);

– Diagnostics of network connections on the bus CanOpen checking for open communication.

4.3.Trebovaniya to the composition and parameters of technical means

CPUs must be of type BMXP3420302. The composition of the IO moduls is listed in Annex 9 and 10 of this Terms of Reference.

4.4.Rrequrements to information and software compatibility of current board should be built in a modular fashion, which ensures autonomous creation of separate program modules (PM) on the basis of the standard
library of function blocks (FB) toolkit Unity Pro XL V.6.
Interaction of operational staff with the software must be on an external (user) level interface without support and maintenance programs.
4.5.Trebovaniya to networking
4.5.1.1. Interaction Network Level Ethernet TCP / IP
The system should provide the ability to retrieve the current state of signals
IO in a secure enterprise network. Addresses and addresses of network devices
variables specified during commissioning.

4.5.1.2. Interaction on the level of a Modbus RTU network

Customer will be sent an application that allows you to receive data from the ring buffer, and view messages in the format of MS OFFICE EXCEL. Customer will need to provide your computer with pre-installed Windows XP SP3.

5.1. The requirements for compliance with standards and regulations

Development and documentation PPO should be in accordance with the requirements of:

– ESPD standards;

Documentation should be designed for the following series of direct-current boards – 4EA, 4EB, 4EC and 4ED separately.

5.2. Requirements to the documentation

The software documentation should include the following program softwere documentation:

– Terms of Reference for the development of the TCO.

– Specification.

– Program description.

– Operator’s Manual.

– Programmer’s Guide.

– Program and methods of testing at the site of the Contractor.

– Program and methods of acceptance tests at the site of operation ().

6. STAGES OF THE DEVELOPMENT STAGE AND OPS

In developing the middleware must be carried out the following work:

-Development And the harmonization of technical requirements on development of middleware shields direct current.

-Correction of Software in accordance with the requirements of this specification.
-Development Of technical documentation in accordance with the Schedule (Table 6.1).
Carrying out of preliminary tests of PPO at the site of the Contractor to
using a software simulator of the lower level signals.
The planned schedule of work is given in Table 6.1.
Table 6.1 – The planned schedule of works

Number of stages

Name of works

Deadlines Deliverables
1 Development of system software scheduling
1. The technical specification for the PLC software and the panel software.
2. Description of the program.
3. Program and methods of testing.
4. Programmer’s Guide.
5. Operator’s Manual.
6. The software product (CD) with the form of the acceptance and transfer certificate.
7. Minutes of preliminary tests.
8. Work acceptance protocol.
*There is a discrepancy under paragraph 6.
At the time of delivery of the program due to the lack of physical memory PPO will be transferred to other media.

7.1. Conducting preliminary tests

The purpose of preliminary tests PPO is testing for compliance

the present terms of reference. Tests are carried out according to the procedure of acceptance tests.

Preliminary tests should be carried out by PPO agreed

Software + methodology and acceptance test (MIT) at the stand of the Contractor

If unsatisfactory results of preliminary tests

The Contractor shall carry out analysis of the causes of reported faults, take

the necessary measures to eliminate them. Repeated preliminary testing allowed

carry only those claims for which were obtained unsatisfactory

results.

By preliminary tests should be submitted to:

– PPO;

– Program and methods of testing.

Acceptance by the Commission, which includes representatives

Customer and the Contractor.

As a result of the acceptance act is signed by preliminary tests.

7.2. The sequence of start-up activities for each

Systems of

– Download new system software (firmware) to ensure

hardware compatibility;

– Checking and adjustment of the PPO in the field of reception of signals on the bus

CanOpen. Adjusting tire CanOpen;

– Download the PPO to the system controller;

– Download PPO panel visualization;

– Setting up and removal of the deficiencies identified.

7.3. The equipment that will be necessary for Poland, but that does not

a part of the components of the system

Personal portable computer with the operating system

Windows XP SP3, as well as the office package MS OFFICE 2007 (10).

ANNEX 1

Input-output tables for the 4EA System

 

#

I/O Encoding Signal Name Model


1 DI HV_ED_4EA High voltage on ED 4ЕА BMXDDI1602 2 2 1
2 DI LV_ED_4EA Low voltage on ED 4ЕА BMXDDI1602 2 2 2
3 DI IS20_ED_4EA Rиз<20кОм on ED 4ЕА BMXDDI1602 2 2 3
4 DI IS30_ED_4EA Rиз<30кОм on ED 4ЕА BMXDDI1602 2 2 4
5 DI DISR_DCI_ED_4EA Falure УКИ ED 4ЕА BMXDDI1602 2 2 5
6 DI SWN_Q10_R4EE01 Switched on Q10 Rразр 4EE01 BMXDDI1602 2 2 6
7 DI ETR_Q10_R4EE01 Emergency off Q10 Rразр 4EE01 BMXDDI1602 2 2 7
8 DI SWN_4EE01 Switched on 4ЕЕ01-А-4EA BMXDDI1602 2 2 8
9 DI ETR_4EE01 Emergency off 4ЕЕ01-А-4EA BMXDDI1602 2 2 9
10 DI LC_4EE01 The current charging 4EE01 below normal BMXDDI1602 2 2 10
11 DI SWF_4EE01 Switched off 4ЕЕ01-А-4EA BMXDDI1602 2 2 11
12 DI Spare4 Spare4 BMXDDI1602 2 2 12
13 DI SWF_4EQ01 Switched off 4Е0Q1-А-4EA BMXDDI1602 2 2 13
14 DI SWF_Q13_4EA3 Switched off Q13 4EA-A-4ED BMXDDI1602 2 2 14
15 DI Spare1 Spare1 BMXDDI1602 2 2 15
16 DI Spare2 Spare2 BMXDDI1602 2 2 16
17 AI V_ED_4EA U bus ED 4EA BMXAMI0410 2 3 1
18 AI IS_ED_4EA Rиз bus ED 4EA BMXAMI0410 2 3 2
19 AI I_4EE01 Current 4ЕЕ01 BMXAMI0410 2 3 3
20 AI  Spare3  Spare3  BMXAMI0410 2 3  4
21 DI  IS_F11_25_4EA1  Rиз<20кОм feeder 11-25 4EAN01



22 DI  IS_F26_38_4EA1  Rиз<20кОм feeder 26-38 4EAN01



23 DI  FU_F11_4EA1 Emergency feeder off 11 4EAN01



24 DI  FU_F12_4EA1 Emergency feeder off 12 4EAN01



25 DI  FU_F13_4EA1 Emergency feeder off 13 4EAN01



26 DI  FU_F14_4EA1 Emergency feeder off 14 4EAN01



27 DI  FU_F15_4EA1 Emergency feeder off 15 4EAN01



28 DI  FU_F16_4EA1 Emergency feeder off 16 4EAN01



29 DI  FU_F17_4EA1 Emergency feeder off 17 4EAN01



30 DI  FU_F21_4EA1 Emergency feeder off 21 4EAN01



31 DI  FU_F22_4EA1 Emergency feeder off 22 4EAN01



32 DI  FU_F23_4EA1  Emergency feeder off 23 4EAN01



33 DO  MAIN_SPT_4EA1 Falure on 4EAN01



34 DO  FAIL_SPT_4EA1  Internal falure on 4EAN01



35 DO  DESINC_U_ED_4EA Decrease / increase U ED 4EA



36 DO  DES_IS_4EA Decrease Rиз on ED 4EA



37 DO  INC_I_4EE01 increase of current 4EE01



38 DO  Spare7  Spare7



39 DO  Spare8  Spare8



40 DO  Spare9  Spare9



41 DI  FU_F24_4EA1 Emergency feeder off 24 4EAN01



42 DI  FU_F25_4EA1 Emergency feeder off 25 4EAN01



43 DI  FU_F26_4EA1 Emergency feeder off 26 4EAN01



44 DI  FU_F27_4EA1 Emergency feeder off 27 4EAN01



45 DI  FU_F28_4EA1 Emergency feeder off 28 4EAN01



46 DI  FU_F31_4EA1 Emergency feeder off 31 4EAN01



47 DI  FU_F32_4EA1 Emergency feeder off 32 4EAN01



48 DI  FU_F33_4EA1 Emergency feeder off 33 4EAN01



49 DI  FU_F34_4EA1 Emergency feeder off 34 4EAN01



50 DI  FU_F35_4EA1 Emergency feeder off 35 4EAN01



51 DI  FU_F36_4EA1 Emergency feeder off 36 4EAN01



52 DI  FU_F37_4EA1 Emergency feeder off 37 4EAN01



53 DI  FU_F38_4EA1 Emergency feeder off 38 4EAN01



54 DI  Spare5  Spare5



55 DI  Spare10  Spare10



56 DI  Spare11  Spare11



57 DI  IS_F11_32_4EA3  Rиз<20кОм feeder 11-32 4EAN03



58 DI  SWN_Q11_4EA3 Switched in Q11 ШП 4BV



59 DI  ETR_Q11_4EA3 Emergency off Q11 ШП 4BV



60 DI  SWN_Q12_4EA3 Switched in Q12 ШП 4BV



61 DI  ETR_Q12_4EA3 Emergency off Q12 ШП 4BV



62 DI  SWN_Q13_4EA3 Switched in Q13 4EA-A-4ED



63 DI  ETR_Q13_4EA3 Emergency off Q13 4EA-A-4ED



64 DI  SWN_Q14_4EA3 Switched in Q14 4EAN03



65 DI  ETR_Q14_4EA3 Emergency off Q14 4EAN03



66 DI  SWN_4EQ01 Switched in 4EQ01-A-4EA



67 DI  ETR_4EQ01 Emergency off 4EQ01-A-4EA



68 DI  DISR_4EQ01 Falure on 4EQ01



69 DO  MAIN_SPT_4EA3 Falure on 4EAN03



70 DO  FAIL_SPT_4EA3 Inside falure on 4EAN03



71 DO  INC_I_4EQ01 Increasing current 4EQ01



72 DO  Spare13  Spare13



73 DO  Spare14  Spare14



74 DO  Spare15  Spare15



75 DO Spare16  Spare16



76 DO  Spare17  Spare17



77 DI  DISR_G11_4EA Falure of converter G11 4EA



78 DI  DISR_G12_4EA Falure of converter G12 4EA



79 DI  DISR_G21_4EA Falure of converter G21 4EA



80 DI  DISR_G22_4EA Falure of converter G22 4EA



81 DI  DISR_DBL_ED_4EA Falure УМС ED 4ЕА



82 DI  DISR_DBL_ES_4EA Falure УМС ES 4ЕА



83 DI  DISR_AC_4EA Falure of alternating current 4EA



84 DI  Spare6  Spare6



85 AI  I_4EQ01 Current 4EQ01



86 AI  Spare18  Spare18



87 DI  PRLOSE_4EA4




88 DI  HV_ES_4EA




89 DI  LV_ES_4EA




90 DI IS20_ES_4EA




91 DI  SWN_ED_B_ES_4EA




92 DI  SWN_ED_B_ES_4EA




93 DI  SWN_4EP01




94 DI  ETR_4EP01




95 DI  DISR_4EP01




96 DI  SWN_4EP11




97 DI   ETR_4EP11




98 DI  DISR_4EP11




99 DO  MAIN_SPT_4EA4




100 DO  FAIL_SPT_4EA4




101 DO  DESINC_U_ES_4EA




102 DO  Spare20




103 DO  Spare21




104 DO  Spare22




105 DO  Spare23




106 DO  Spare24




107 DI  DISR_CONV_4EA




108 DI  Spare12




109 DI   SWF_AB_4EP01




 

110 DI SWF_AB_4EP11




111 DI Spare25




112 DI Spare26




113 DI Spare27




114 DI Spare28




115 AI V_ES_4EA




116 AI Spare29




117 DI IS_F11_25_4EA5




118 DI IS_F26_38_4EA5




119 DI FU_F11_4EA5




120 DI FU_F12_4EA5




121 DI FU_F13_4EA5




122 DI FU_F14_4EA5




123 DI FU_F15_4EA5




124 DI FU_F16_4EA5




125 DI FU_F17_4EA5




126 DI FU_F21_4EA5




127 DI FU_F22_4EA5




128 DI FU_F23_4EA5




129 DO MAIN_SPT_4EA5




130 DO FAIL_SPT_4EA5




131 DO Spare30




132 DO Spare31




133 DO Spare32




134 DO Spare33




135 DO Spare34




136 DO Spare35




137 DI FU_F24_4EA5




138 DI  FU_F25_4EA5




139 DI  FU_F26_4EA5




140 DI  FU_F27_4EA5




141 DI  FU_F28_4EA5




142 DI  FU_F31_4EA5




143 DI  FU_F32_4EA5




144 DI  FU_F33_4EA5




145 DI  FU_F34_4EA5




146 DI  FU_F35_4EA5




147 DI  FU_F36_4EA5




148 DI  FU_F37_4EA5




149 DI  FU_F38_4EA5




150 DI  Spare19




151 DI  Spare36




152 DI  Spare37




153






 

 

 

ANNEX 5

HMI design 4EA

cbdbed815dHMI screen #1 «The navigation bar»

5eda7021d2

HMI screen #2 «The list of violations»

a9e4768c91

HMI screen #3 «4EAN01_1»

2233e771b3

HMI screen #4 «4EAN01_2»

cb7a6004a3

HMI screen #5 «4EAN01_3»

c786734029

HMI screen #6 «4EAN02»

89449d352c

HMI screen #7 «4EAN03»

2d02033279

HMI screen #8 «4EAN04»

b0b819acee

HMI screen #9 «4EAN05_1»

d77abd6cf3

HMI screen #10 «4EAN05_2»

f49c36747e

HMI screen #11 «4EAN05_3»

3f6b199b40

HMI screen #12 «Setpoint V_ED_4EA»

98f634ada3

HMI screen #13 «Setpoint IS_ED_4EA»

98f634ada3

HMI screen #14 «Setpoint I_4EE01»

ba0faf1a02

HMI screen #15 «Setpoint I_4EQ01»

22913047e8

HMI screen #16 «Setpoint V_ES_4ED»

190120bac4

HMI screen #17 «Time controller setpoints»

c2f4a65674

HMI screen #18 «Enter the value from the screen»

ANNEX 6

HMI design 4ED

b4ebe33219

HMI screen #1 «The navigation bar»

5b7aebaa6d

HMI screen #2 «The list of violations»

852befb215

HMI screen #3 «4EDN01_1»

eb0bc01bbb

HMI screen #4 «4EDN01_2»

9a77e311de

HMI screen #5 «4EDN01_3»

8a64ab3627

HMI screen #6 «4EDN02_1»

cd531390b5

HMI screen #7 «4EDN02_2»

2aab18fe86

HMI screen #8 «4EDN02_3»

f5b0334434

HMI screen #9 «4EDN03»

94e532af7b

HMI screen #10 «4EDN04»

c9ed6ba019

HMI screen #11 «4EDN05»

35e66be2e9

HMI screen #12 «4EDN06»

e5f78511f9

HMI screen #13 «4EDN07»

3212b36d09

HMI screen #14 «4EDN08»

643ef3a8f9

HMI screen #15 «4EDN09»

5da4f1a486

HMI screen #16 «4EDN10_1»

3a3f789d38

HMI screen #17 «4EDN10_2»

2c07b72a45

HMI screen #18 «4EDN10_3»

9b21e0c822

HMI screen #19 «4EDN11_1»

d8a28d81e1

HMI screen #20 «4EDN11_2»

b9dbb4c6bc

HMI screen #21 «4EDN11_3»

60393ffb25

HMI screen #22 «Setpoints – V_ED1_4ED»

9feed6bcee

HMI screen #23 «Setpoints – IS_ED_4ED»

19ebb28697

HMI screen #24 «Setpoints – I_4EE04»

09169c607c

HMI screen #25 «Setpoints – I_4EQ04»

ca63eaeb01

HMI screen #26 «Setpoints – V_ES1_4ED»

e8638fb166

HMI screen #27 «Setpoints – V_ED2_4ED»

abd0b0c9c1

HMI screen #28 «Setpoints – V_ES2_4ED»

84c1948800

HMI screen #29 «Changing the PLC»

16ef67305d

HMI screen #30 «Enter the value from the screen»

ANNEX 7

The list of events for the 4EA

No

п.п

Сообщение, выводимое на лист нарушений
1 Высокое˽˽˽ напряжение 37˽
2 Низкое˽˽˽˽ напряжение 38˽
3 Rиз<30кОм˽ ˽˽˽˽˽˽˽˽˽˽  ˽˽˽
4 Rиз<30кОм˽ ˽˽˽˽˽˽˽˽˽˽  ˽˽˽
5 Неисправн˽ УКИ˽˽˽˽˽˽˽

6 Авар откл˽ Q10 Rразр˽

7 Авар откл˽ 4ЕЕ01-А-˽˽

8 Ток подзар 4EE01˽˽˽˽˽

9 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

10 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

11 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

12 Rиз<20кОм˽ фид 11-25˽

13 Rиз<20кОм˽ фид 26-38˽

14 Авар откл˽ фидера˽˽˽˽

15 Авар откл˽ фидера˽˽˽˽

16 Авар откл˽ фидера˽˽˽˽

17 Авар откл˽ фидера˽˽˽˽

18 Авар откл˽ фидера˽˽˽˽

19 Авар откл˽ фидера˽˽˽˽

20 Авар откл˽ фидера˽˽˽˽

21 Авар откл˽ фидера˽˽˽˽

22 Авар откл˽ фидера˽˽˽˽

23 Авар откл˽ фидера˽˽˽˽

24 Неисправн˽ ˽˽˽˽˽˽˽˽˽˽

25 Внутренняя неисправн˽

26 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

27 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

28 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

29 Авар откл˽ фидера˽˽˽˽

30 Авар откл˽ фидера˽˽˽˽

31 Авар откл˽ фидера˽˽˽˽

32 Авар откл˽ фидера˽˽˽˽

33 Авар откл˽ фидера˽˽˽˽

34 Авар откл˽ фидера˽˽˽˽

35 Авар откл˽ фидера˽˽˽˽

36 Авар откл˽ фидера˽˽˽˽

37 Авар откл˽ фидера˽˽˽˽

38 Авар откл˽ фидера˽˽˽˽

39 Авар откл˽ фидера˽˽˽˽

40 Авар откл˽ фидера˽˽˽˽

41 Авар откл˽ фидера˽˽˽˽

42 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

43 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

44 ˽˽˽˽˽˽˽˽˽˽ Spare˽˽˽˽˽

45 Rиз<20кОм˽ фид 11-32˽

46 Авар откл˽ Q11˽˽˽˽˽˽˽

47 Авар откл˽ Q12˽˽˽˽˽˽˽

48 Авар откл˽ Q13 4EA-A-

49 Авар откл˽ Q14˽˽˽˽˽˽˽

50 Авар откл˽ 4EQ01-A-˽˽

51 Неисправн˽  ˽˽˽˽˽˽˽˽˽˽

52 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

53 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

54 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

55 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

56 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

57 Неисправн˽  преобразов

58 Неисправн˽  преобразов

59 Неисправн˽  преобразов

60 Неисправн˽  преобразов

61 Неисправн˽ УМС˽˽˽˽˽˽˽

62 Неисправн˽ УМС˽˽˽˽˽˽˽

63 Неисправн˽ перем тока

64 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

65 Нет питан˽  цеп защиты

66 Высокое˽˽˽  напряжение

67 Низкое˽˽˽˽  напряжение

68 Rиз<30кОм˽  на˽˽˽˽˽˽˽˽

69 Rиз<30кОм˽  на˽˽˽˽˽˽˽˽

70 Авар откл˽  4ЕР01-А-˽˽

71 Неисправн˽  ˽˽˽˽˽˽˽˽˽˽

72 Авар откл˽  4ЕР11-А-˽˽

73 Неисправн˽  ˽˽˽˽˽˽˽˽˽˽

74 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

75 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

76 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

77 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

78 ˽˽˽˽˽˽˽˽˽˽  Spare˽˽˽˽˽

79 Неисправн˽  конG10/G20


80 ˽˽˽˽˽˽˽˽˽˽


81 ˽˽˽˽˽˽˽˽˽˽


82 ˽˽˽˽˽˽˽˽˽˽


83 ˽˽˽˽˽˽˽˽˽˽


84 ˽˽˽˽˽˽˽˽˽˽


85 Rиз<20кОм˽


86 Rиз<20кОм˽


87 Авар откл˽


88 Авар откл˽


89 Авар откл˽


90 Авар откл˽


91 Авар откл˽


92 Авар откл˽


93 Авар откл˽


94 Авар откл˽


95 Авар откл˽


96 Авар откл˽


97 ˽˽˽˽˽˽˽˽˽˽


98 ˽˽˽˽˽˽˽˽˽˽


99 ˽˽˽˽˽˽˽˽˽˽


100 ˽˽˽˽˽˽˽˽˽˽



ab94cf4be4о

ПРИЛОЖЕНИЕ 10

Структурная схема 4ED

ab94cf4be4

#Technical, #description, #defines,#steps,#stages,#development, #composition, #operational, #documentation,#boards


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