The test procedure

ANNOTATION
This document contains the programs and methods of conducting preliminary tests, trial operation and acceptance (acceptance) testing of automated control systems engineering systems of objects CNIIKA at Moscow (set) in accordance with the terms of number of 2 December 2012 and defines: Conditions the organization of the tests; acceptance rules; the composition, the amount of the order and sequence of tests; Methods and means of checking and verification; evaluation of the results of the tests; policies protocols and acts on the results of the tests.
Terms of organization of acceptance tests defined by the complex requirements of para. 4.16.3, item 7, p.8.1.2 Terms of Reference for the establishment of the complex, on which, in accordance with item 1.3 of GOST 34.603-92, GOST 34.601- Section 2.1 90, carrying out acceptance tests carried out after the pre-test and trial operation of the complex. For the planning of the pre-test and trial operation of the complex, according to the requirement p.2.14.16 RD 50-34.698-90, in this “program and test procedure” develop programs and methods of preliminary tests, trial operation program, program and methods of acceptance tests .
Preliminary tests of the complex carried out by the Contractor together with the Client, in accordance with the terms of contract for the supply, installation and commissioning, after notification by the Contractor to the Customer about the readiness of preliminary tests, and after reviewing the customer’s personnel with the operational documentation of the complex. According to the results of preliminary tests shall be composed containing conclusion about the possibility of receiving complex in trial operation.
Before the trial operation Artist conducts training of operating personnel of the Customer. Trial operation of the complex is carried out by the Contractor together with the Client. After the trial operation Contractor shall notify the Customer of readiness for acceptance testing. According to the results of trial operation of the complex decision on the possibility of bringing complex acceptance tests, issued certificate of completion of trial operation and admission to the complex acceptance tests.
Acceptance testing is carried out in accordance with the program and methods of acceptance tests.
CONTENT
1. GENERAL INFORMATION
1.1 ORDER OF TESTS
1.2. PURPOSE OF THE TEST
1.3. GENERAL PROVISIONS
1.4. The test object
1.5. The documentation subted to the test
2. TEST PROGRAM (CHECK LIST)
2.1. GENERAL REQUIREMENTS
2.2. Checking the package, the availability of technical documentation, assembly, marking and sealing .
2.3. CHECK relevant operational documentation
2.4. Check-in time Ready for operation
2.5. Tested for compliance with the basic characteristics
2.6. ALARM TEST NON primary power
2.7. TEST MODE «BYPASS»
2.8. Input / output check
2.9. TEST operation mode
2.10. CHECK FOR ARM DISPLAY OF INFORMATION ON THE STATE OF EQUIPMENT ENGINEERING SYSTEMS
2.11. CHECK visualization of technological parameters of the equipment engineering systems
2.12. CHECK displays information about emergencies
2.13. CHECK printer output EMERGENCY REPORT for the selected time interval
2.14. CHECK MONITORING AND MANAGEMENT engineering systems of
2.15. CHECK archiving data
2.16. Registration check the current operator
2.17. CHECKING THE GRAPHIC INTERFACE ARM
2.18. CHECKING THE IMPLEMENTATION levels
2.19. CHECKING THE INTERACTION OF COMPONENTS workstations with the components of the complex NETWORK INDUSTRIAL ETHERNET
2.20. CHECK server backup
2.21. CHECK restore ties SPTD complex
2.22. VERIFYING COMPLIANCE TK access administrative features of the complex
2.23. VERIFYING COMPLIANCE TK to information protection
3. TEST METHODS
3.1. GENERAL REQUIREMENTS
3.2. Checking the package, AVAILABILITY of technological documentation, assembly, marking and sealing
3.2.1. General provisions
3.2.2. Test Equipment
3.2.3. Test software
3.2.4. Paperwork
3.2.5. Check labeling
3.2.6. Check sealing
3.2.7. Check the installation
3.3. CHECK relevant operational documentation
3.3.1. General provisions
3.3.2. Testing procedure
3.4. Check-in time willingness to work complex
3.4.1. General provisions
3.4.2. The initial state
3.4.3. To enable
3.4.4. Criteria for performance
3.5. Compliance testing the basic characteristics of
3.5.1. General provisions
3.6. ALARM TEST NON primary power
3.6.1. General provisions
3.6.2. Testing procedure
3.7. TEST MODE «BYPASS»
3.7.1. General provisions
3.7.2. Testing procedure
3.7.3. Methods of test mode «Bypass» for the server complex – at para. 3.8.2 in relation to the chassis of the server (before testing the system unit must be switched off)
3.8. Input / output check
3.8.1. General provisions
3.8.2. Testing procedure
3.9. TEST operation mode
3.9.1. General provisions
3.9.2. Testing procedure
3:10. CHECK FOR ARM DISPLAY OF INFORMATION ON THE STATE OF EQUIPMENT
3.10.1. General provisions
3.10.2. Testing procedure
3.11. CHECK visualization of technological parameters of engineering systems
3.11.1. General provisions
3.11.2. Testing procedure
3.12. CHECK displays information about emergencies
3.12.1. General provisions
3.12.2. Testing procedure
3.13. CHECK printer output EMERGENCY REPORT for the selected time interval
3.13.1. General provisions
3.13.2. Testing procedure
3.14. CHECK MONITORING AND MANAGEMENT engineering systems of
3.14.1. General provisions
3.14.2. Testing procedure
3.15. CHECK IMAGING EQUIPMENT NOT INCLUDED The first stage commissioning
3.16. CHECK archiving data
3.16.1. General provisions
3.16.2. Testing procedure
3.17. Registration check the current operator
3.17.1. General provisions
3.17.2. Testing procedure
3.18. CHECKING THE GRAPHIC INTERFACE ARM
3.18.1. General provisions
3.18.2. Testing procedure
3.19. CHECKING THE IMPLEMENTATION levels
3.19.1. General provisions
3.19.2. Testing procedure
3.20. CHECKING THE INTERACTION OF COMPONENTS ARM system components NETWORK ETHERNET
3.20.1. General provisions
3.20.2. Testing procedure
3.21. CHECK server backup
3.21.1. Testing procedure
3.22. Verify that the requirements of TK access administrative features
3.22.1. Testing procedure
4. The trial operation
4.1. PURPOSE OF THE PILOT OPERATION
4.2. METHODS OF EXPERIMENTAL USE
4.3. DURATION OF THE PILOT OPERATION
4.4. VERIFICATION OF CONFORY TO STAFF
4.5. ORDER elimination of defects
5. Acceptance tests
5.1. OBJECTIVE Acceptance tests
5.2. The documentation subted to the test
5.3. Program acceptance tests
5.4. METHODS acceptance tests
6. ORGANIZATION OF WORK AND LOGISTICS
7. REPORTING
7.1. Verification tests
7.2. Trial operation
7.3. Acceptance tests
ANNEX 1
1. GENERAL INFORMATION
eleven. The order of tests
Testing complex consists of three stages:
• Preliminary
• pilot operation;
• Acceptance
12. The purpose of the test
1.2.1 The purpose of the preliminary (complex) test (hereinafter – DWP) is: test performance automated control systems engineering systems of objects CNIIKA at Moscow (complex) and compliance with the technical project on creation of the complex in accordance with the present programs and methods test complex (hereinafter – PMI); Troubleshooting and changes to the documentation set, including operating in accordance with the test report, and in the software industry; the question of the possibility of transferring complex in trial operation and design of the instrument of acceptance of the complex trial operation.
1.2.2 The aim of the pilot operation of the complex (hereinafter – MA) is: the definition of the actual values of quantitative and qualitative characteristics of the complex and the willingness of staff to work in a complex operation in accordance with para. 4 “Trial operation” ; determining the actual effectiveness of the complex; adjustments (if needed), documentation and software system; Additional adjustment (if necessary) of hardware and software complex; In the decision to ask for the possibility of acceptance tests and the issuance of the report of the completion of the trial operation of the complex.
1.2.3 The purpose of acceptance testing (hereinafter – CSTR) is to determine an appropriate set of technical requirements to create a complex (hereinafter – TOR), of technological and operational documentation of the complex, normative and technical documentation, list (specification) of the installed equipment and readiness of the complex to the constant use by the Customer according to claim 5 “Acceptance tests” .
13. General provisions
Programs and methods of testing complex (DWP, MA, ) have been developed in accordance with RD 50-34.698-90, GOST 34.603-92 and the technical requirements to create complex (TOR).
Place the test – CNIIKA at the address: Moscow,
The duration for each type of test is set by agreement between the Contractor and the Customer, and Duration of trial operation of the complex is at least 3 months.
14. Unit under test

The test object for each type of test is a Xia:
1) Automated control system of engineering systems of objects CNIIKA at Moscow (complex);
2) Workstations (AWS) on the basis of personal computers (3 pcs.) In the case of ABA;
3) The components of the complex and the complex subsystem having a separate or independent functionality, including the components listed in the 4.1.3 Terms of Reference for the creation of complex and 3.2 of the Explanatory Note LKZHT P2 and cabinets listed below (sub 4-10 points 1.3 );
4) Built-in a controller (CC-1, CC-2 – 8 pieces);
5) Server Cabinet – 1 pc .;
6) The cabinet remote I/O (SHUVV) – 70 pcs .;
7) Built-in optical channel (SHOK1) – 4 pcs .;
8) Gateway – 3 pcs .;
9) The cabinet optical communication between the body (SHPK) – 6 pcs .;
10) The Executive Cabinets (panels) of control engineering systems:
• power supply system;
• uninterruptible power supply system;
• Uninterruptible power supply system;
• lighting;
• system of “fire pumps”;
• system “substation”;
• system “Individual heater”;
• ventilation system;
• air-conditioning system;
• system of air curtain;
• system “Submersible pumps”;
• system “Treatment facilities storm water RON”;
• automatic fire system;
• system of “elevators”;
• system “cooling station”.
15. The documentation subted to the test
• Program and methods of test
• Terms of reference for the creation of complex
• Description of screens implemented in complex graphics screens
• Technical and operational documentation
• List and the results of previous trials
• workbooks trial operation

2. TEST PROGRAM (CHECK LIST)
2.1. General requirements
In tests must follow the rules and safety requirements in accordance with the provisions in force in the Church of Christ BR.
Tests are carried out under normal climate conditions according to GOST 15150-69 (Cat. 3). Before testing, the complex should be provided by the Contractor to the Customer documents proving tests on the performance of complex equipment designed for use in non-heated room (transformer substation) in special climatic conditions at ambient temperatures from minus 25 to plus 60 C.
The quality of the AC mains power supply equipment must comply with GOST 13109-97.
Equipment used workstations must comply with the requirements of GOST R 50377-92 regarding maintenance of electrical, mechanical and fire safety staff.
Equipment used workstations must comply with the requirements of GOST R 50377-92 (Class I) in terms of the degree of protection against electric shock.
The equipment must be in good condition. All switching operation must be performed before switching equipment. Connecting and disconnecting devices in the process of testing is not perted except as provided PMI (specify types of connections and disconnections).
Allowed to combine testing for individual items on this . By agreement with the customer checking on individual items PMI may be oted.
The fact that each test and its compliance with the TK and test procedures in the test report and stated in the Act of acceptance.
2.2. Checking the package, the availability of technical documentation, construction, marking and sealing .
Checking the package is carried out to establish the confory of the presented for testing complex equipment completeness specified in the forms of equipment and on the form in the complex. On the composition of the documentation check is made by direct presentation of documents. The software (program documentation) shall contain a detailed description of the installation and configuration of each part (component) of the software complex (3.2 ). Configuration software is checked against the list of programs for the complex.
2.3. Checking for compliance with the operational documentation
Checking for compliance with the operational documentation carried out in order to establish compliance with the presented to the test set of operational documentation (section 3.3 ).
2.4. Check-in time ready for operation
Check-in time ready to work carried out in order to determine the time required to bring equipment from the disconnected state to the ready state (Sec. 3.4 ).
2.5. Checking for compliance with the basic characteristics
Checking for compliance with the basic characteristics is conducted in order to establish compliance with the basic characteristics and functions of the complex requirements of TK with reference to paragraph TK (item 3.5 ).
2.6. Check signaling a lack of primary power (Tx And PfP)
Verification is carried out to verify the absence of alarm primary supply cabinets ACS IS A (p.3.7 ).
2.7. Test mode «Bypass»
Test mode «Bypass» carried out to verify that the regime «Bypass» UPS servers and workstations complex (p.3.8 ).
2.8. Checking inputs/outputs
Check the I/O is carried out to verify that the I/O channels (p.3.9 PMI)
2.9. Test modes
Test modes (including continuous and non-stop) of the complex is carried out to establish compliance with the requirements of the implementation modes of TK (3.10 ).
2.10. Check the display on the workstation status information equipment engineering systems
Checking is carried out in order to verify the implementation of the function display information about the status of the equipment and engineering systems complex (3.11 ).
2.11. Check visualize technological parameters of equipment engineering systems
Checking is carried out in order to verify implementation of the measurement functions, centralized control and visualization of process parameters and complex engineering systems.
2.12. Checking display information about emergencies
Checking is carried out in order to verify the implementation of the output function information about the emergency on the workstation, in engineering systems and complexes
2.13. Check printer output report on emergency situations for you-branes time
Checking is carried out in order to verify the implementation of function printer output report on emergency situations for the selected period of time.
2.14. Check the operation of the monitoring and control of engineering systems (Tx And PfP)
Checking is carried out in order to establish compliance with implemented functions of engineering systems requirements TK.
2.15. Test data archiving
Checking is carried out in order to verify the implementation of archiving data on the operation of engineering systems and complex.
2.16. Check the registration of operator actions
Checking is carried out in order to verify the implementation of the functions of registration of operator actions.
2.17. Checking GUI workstation
Checking GUI ARM1 carried out to verify confory with the structure of screens screens of the complex.
2.18. Checking the implementation of access levels
Verification is carried out to verify compliance with valid user permissions for each level of access.
2.19. Checking the interaction of the components of the complex with components of workstations on the network Industrial Ethernet
Verification is carried out to establish the network performance Industrial Ethernet.
2.20. Checking the backup server
Checking is carried out in order to verify the implementation of server redundancy mode to ensure continuous and non-stop operation of ACS. EC B (p.3.21 ).
2.21. Check reconnecting SPTD complex
Checks are made to verify SPTD complex disaster recovery in case of failure of communication lines SPTD complex due to redundant connections HIPER-RING to ensure continuous and non-stop operation of the complex. (p.3.22 PMI)
2.22. Check the requirements of the TOR to the administrative features of the complex
2.23. Check the requirements of the protection of TK information
Checking is made to antivirus workstations and servers (after installation) in the beginning of the test to determine Rabo tiveness workstation and server viruses.
3. TEST METHODS
3.1. General requirements
The list of equipment and devices required for testing are listed in Appendix 1. Equipment and instruments used for testing should be the mark of the periodic inspection of the metrological service or dies OTC.
All the tests are conducted under normal climatic conditions:
• ambient air temperature (298 +/- 10) or K (25 +/- 10) C;
• Relative humidity: 45 to 80%;
• pressure: from 86 to 106.7 kPa (630 to 790 mmHg)
3.2. Checking the package, the availability of technological documentation, installation, marking and sealing
3.2.1. General provisions
3.2.1.1. Checking the package is carried out to establish the conform of the presented to the test equipment (on the basis of the actual installed equipment), completeness, specified in the forms of equipment and specifications of equipment provided to supply the relevant agreement. The customer is entitled to a pro-lime selective or full audit of complex equipment to collate additional confirmation documents (statements and specifications).
3.2.1.2. The result of the completeness check shall be recorded in the minutes of preliminary tests, acceptance tests and is marked in the act of acceptance. If the Gazette is no equipment listed in the specifications of the contract, the Act specifies the methods and deadlines for the correction of the identified non-compliance (but not more than 6 months)
3.2.1.3. Verification of the item is considered to be positive if:
• Do not detected inconsistencies completeness of the equipment;
• all equipment properly;
• licenses and serial numbers correspond to each other;
• There is no comment on the registration documents.
3.2.2. Test Equipment
Checking the package is checked by comparing the composition, quantity, serial numbers with the data specified in the form.
3.2.2.1. Verifying checked during the test.
3.2.3. Test software
3.2.3.1. Verifying Media software by checking “readability” of each carrier to ARM1, ARM2 and ARM3.
3.2.3.2. Check software license compliance by checking serial numbers and codes by serial number and codes specified in the license agreements.
3.2.3.3. Check the composition of the software produced by a direct presentation of documents. The software (program documentation) shall contain a detailed description of the installation and configuration of each part (component) of the software industry. Configuration software is checked against the list of programs for the complex.
3.2.4. Verification of documents
Checking the contents of documentation carried out by a direct presentation of documents and comparing the structure of the documentation “Project Note” 034 TRP. Compliance with the requirements of GOST 34.003-90, RD 50-682-89, RD 50-680-88, GOST 34.601-90, P 50-34.119-90. Fact checking documentation and its compliance with the requirements in the test report and stated in the Act of Acceptance
3.2.5. Check labels.
Checking the labeling and sealing of means and elements of the complex is carried out selectively, choosing the right hardware and components belong to the customer. Checking the quality of marking is performed: visual control of correct (matching) code labeling application by checking the unique determination of the location for applying the code element in the plan of the object (either directly or by means of tables); test the strength of the marking by multiple (up to 5 times) marking wiping clean white calico cloth dampened with clean drinking water. If you follow the above test to determine the correct application of labeling and marking retained unambiguous readability, the quality of marking is considered satisfactory, and the test results are positive.
3.2.6. Check sealing.
Check sealing is performed by selective control of the visual presence and integrity of the seals and special security devices installed by the Contractor on the parts of the elements and facilities of the complex, which had access to its representatives in the performance of commissioning. The test results are recorded in the test report. If you find discrepancies registered in the minutes of remarks to the Act of acceptance with indication of the methods and timing to eliminate the revealed discrepancies.
3.2.7. Check the installation.
Check the integrity and correctness of connections (connections) points dispatching complex and the lines of transmission of process data (SPTD) made by testing with instruments (testers) in accordance with the technological projects (tables connections and connections) and points lists scheduling (Annex 1 to the Terms of Reference ). The results of measurements of lines recorded in the measurement protocols.
3.3. Checking for compliance with the operational documentation
3.3.1. General provisions
Checking for compliance with the operational documentation carried out in order to establish compliance with the presented to the test set of operational documentation.
Verification of this paragraph is considered positive, if not detected inconsistencies between the equipment and the ED.
3.3.2. Testing procedure
The check is done by comparing the complex equipment (as well as all user actions in the complex during its operation, including the preservation and storage of equipment) with operational documentation. By volume – documentation should contain information about all installed and included in the TRP components and subsystems.
Technical passports for foreign equipment (originals) should be complemented by a translation in Russian, certified by the Contractor.
Fact checking documentation and its compliance with the requirements in the test report and stated in the Act of acceptance.
3.4. Check-in time ready to use the complex
3.4.1. General provisions
Check-in time ready to work carried out in order to determine the time required to bring equipment from the disconnected state to the ready state.
Verification of the item is considered to be positive if:
• all equipment complex is ready to work no more than 10 minutes after the start time.
3.4.2. The initial state
In the initial state of the equipment as part of ARM1-ARM3 and cabinets a controller (CC-1, CC-2), wardrobe server cabinets I/O (SHUVV), wardrobes optical channel (SHOK1), gateways, SHPK must be connected to the primary power. Uninterruptible power supplies connected to ARMs must be disabled.
3.4.3. To enable
Equipment complex can include any sequence.
3.4.4. Criteria for performance
Performance criteria are given below:
• UPS operating mode «on-line»;
• on ARM1 ARM3-derived basic technological schemes;
• at the power supply cabinets complex there 24V;
• There are no errors in the equipment sector.
3.5. Checking for compliance with the basic characteristics of
3.5.1. General provisions
Checking for compliance with the basic characteristics is conducted in order to establish compliance with the basic technical characteristics of the equipment requirements of TK. Inspection procedure set out in section 5.4 of this . Links to TK items to the list of test equipment complex and its technical characteristics are given in Appendix 3.
3.6. Check signaling a lack of primary power
3.6.1. General provisions
Checking is carried out in order to verify the absence of the primary signaling complex supply cabinets.
Verification of this paragraph is considered positive, if you disable input voltage 220V AC alarm is issued “no communication with the controller SHK1, SHK2” on ARM1 (ARM2, ARM3).
3.6.2. Testing procedure
• Check the primary voltage supply terminal 220 SHK1, SHK2;
• Disconnect primary power SHK1, SHK2;
• make sure you have an emergency message on ARM1 (ARM2, ARM3);
• restore the primary power;
• Acknowledge the alarm message;
• ensure that no new emergency messages to ARM1 (ARM2, ARM3).
• Turn the system unit APM and APM software download
• translate the UPS switch on the rear panel mode «Bypass»
• Make sure to change the mode of operation of the UPS and in the presence of a sinusoidal voltage of 220 V at the terminals of the power supply circuit, which is supplied from the UPS to a workstation.
• translate the UPS mode «Bypass» in operating mode.
3.7.3. Methods of test mode «Bypass» for the server complex – at para. 3.8.2 in relation to the chassis of the server (before testing the system unit must be turned
3.7. Test mode «Bypass»
3.7.1. General provisions
Test mode «Bypass» carried out in order to check its performance.
Verification of the item is considered to be positive if the presence of the primary power supply of 220V and mode is «Bypass» performance ARM1 (ARM2, ARM3) and server set is saved and preserved sinusoidal voltage workstation and server complex.
3.7.2. Testing procedure
• check the presence of an oscilloscope sinusoidal voltage 220V power supply circuit at the terminals, which are connected to the UPS from the workstation (Warning system unit workstation must be switched off);
• translate the UPS switch on the rear panel mode «Bypass»;
• Make sure to change the mode of operation of the UPS and in the presence of a sinusoidal voltage of 220 V at the terminals of the power supply circuit, which is supplied from the UPS to a workstation.
• translate the UPS mode «Bypass» in operating mode, and make sure there is a sinusoidal voltage of 220 V at the terminals of the power supply circuit, which is supplied from the UPS to a workstation.
3.8. Checking inputs/outputs
3.8.1. General provisions
Check the I/O is carried out to verify that the I/O channels.
Verification of the item is considered to be positive if all inputs/outputs are operational.
3.8.2. Testing procedure
Checking digital inputs.
• Apply supply voltage 24V to the terminal connected to the digital input module.
• Make sure to change the status of the digital input on the I/O module according to the wiring diagram cabinets complex.
Checking digital outputs
• Using the software Unity provides an output signal from the digital output module.
• Ensure triggered relay terminals, according to the wiring diagram cabinets ACS IP.
Calibration of analog inputs for connecting sensors with passive output.
• Using a digital simulator consistently applied to terminal I/O module analog input voltage of 4 mA, 12mA, 20mA.
• Check with the software Unity according to the testimony of the test channel: lower range of the scale, the average value of the range and upper range of the scale.
3.9. Test modes
3.9.1. General provisions
Test modes is carried out in order to establish compliance with the requirements of the implementation modes of TK.
Verification of the item is considered to be positive if implemented the following control modes:
• auto;
• Manual (by the operator);
• local;
This test is recommended to check together with the functioning of the equipment complex (Appendix 3).
3.9.2. Methods of verification
• move to mimic, which provides control of equipment in different modes, for example, the management of one of the zones lighting
• installed on AWS Manual (by the operator) for the selected piece of equipment;
• ensure correct indication of the current mode on the ARM hardware unit;
• send a command to the ON-OFF for a given piece of equipment. Make sure that the command worked properly;
• install on workstations the automatic mode (control program controller) for the selected piece of equipment;
• ensure correct indication of the current mode on the ARM hardware unit;
• make sure that the piece of equipment is functioning in automatic mode and the logic of the work is done correctly;
• set in place on the local workstation mode for the selected piece of equipment;
• ensure correct indication of the current mode on the ARM hardware units. On mimic the local mode to be displayed animation yellow, in addition, this is considered as a warning signal, respectively entry should appear in the Journal of Emergency;
• systems for light and ventilation, providing control of the schedule table to set this mode on the workstation for the current piece of equipment;
• Make sure the correct display on the workstation of the operation of the equipment;
• ensure the proper operation of the regime (the equipment must be included as shown in Table-off schedule).
3:10. Check the display on the workstation status information equipment
3.10.1. General provisions
Checking is carried out in order to verify the implementation of the function display information about the status of process equipment engineering systems and complex (Appendix 3).
Verification of this paragraph is considered positive if APM displayed correctly state equipment engineering systems.
3.10.2. Testing procedure
Check the item is carried out while checking the logic of the pieces of equipment.
For systems that provide remote management of the complex, make sure the correct display of the results of command execution (ON-OFF, regime change).
For systems that do not provide for the control and only the visualization parameters is necessary:
• ensure compliance status of the selected piece of equipment to the current state of his post;
• If you have the technological ability to change the place of the state of the signals from this piece of equipment and to ensure correct display on the workstation;
• if the possibility of changing the state of technological equipment is not available, it is necessary to simulate the change in the signal in the power of software Unity and validate their Otobaya-reflection on the workstation.
3.11. Checking the visualization of process parameters of engineering systems
3.11.1. General provisions
Verification is carried out to verify the implementation of the functions of visualization of process parameters and complex engineering systems (Appendix 3).
Verification of the item is considered to be positive if:
• parameters are displayed without geometric distortion and readable format;
• colors corresponds to the color conventions, according to the statement (para. 6.3.10 TOR);
• is displayed with an accuracy sufficient for the process variable.
3.11.2. Methods of verification
Check the item is carried out while checking the logic of the pieces of equipment.
3.12. Checking display information about emergencies
3.12.1. General provisions
Checking is carried out in order to verify the implementation of the function display information about emergency situations ARM1 (ARM2, ARM3).
Verification of the item is considered to be positive if:
• on ARM1 (ARM2, ARM3) displays all messages about any emergency situations;
• After removal of the emergency situation and its acknowledgment, an emergency message on ARM1 (ARM2, ARM3) is not displayed.
3.12.2. Testing procedure
Check the item is carried out while checking the logic of the pieces of equipment.
3.13. Check printer output report on emergency situations for you-branes time
3.13.1. General provisions
Checking is carried out in order to verify the implementation of function printer output report on emergency situations for the selected period of time.
3.13.2. Testing procedure
Verification of the item is considered to be positive if the list of emergencies stored in the journal Emergency messages ARM1 (ARM2, ARM3) for the selected time interval corresponds to a fully printed.
Check the item is similar to the previous one, but the function is used to print alarm log.
3.14. Check the operation of the monitoring and control systems engineering
3.14.1. General provisions
Checking is carried out in order to establish compliance with implemented lo-geeks working pieces of equipment requirements of the TOR (Annex 3).
Checking should be carried out taking into account the requirements and the methods described in paragraphs. 3.12-3.15 .
Verification of the item is considered to be positive if:
• provides equipment management and emergency lighting operating rooms;
• Control settings of the air conditioning system;
• visualization of the state of the equipment is provided by the ventilation system;
• visualization of the state of the equipment is provided by the system “fire pumps”;
• visualization of the state of the equipment is provided by the system “substation”;
• visualization of the state of the equipment is provided by the system “Individual heater”;
• visualizes the status of the air curtain equipment;
• visualization of the state of the equipment is provided by the system “Submersible pumps”;
• visualization of the state of the equipment is provided by the system “Treatment facilities stormwater RON”;
• visualization of the state of the equipment is provided by the system in Zharno automation;
• provides visualization of the state of the equipment of the “elevators”;
• visualization of the state of the equipment is provided by the system “Cooling Station”;
• provides information on the hardware system for collecting information on energy consumption;
• provides diagnostic and imaging status of other equipment, which has no control signals.
3.14.2. Testing procedure

3.14.2.1. Management of internal lighting and emergency lighting
• verification is carried out for each zone and the emergency interior lighting;
• move to mimic where the displayed area of indoor lighting;
• check compliance with the state of the zone on the plan and on the “remote” control zone of the real state area lighting
• instruct the ON-OFF check response;
• the place of relays to block area and give the command to the ARM ON-OFF check for signal failure;
• Change TIMEOUT non-zero value at the place of a button to turn off the lights, after the timeout zone must turn on automatically;
• change the mode of the control area in the “schedule”;
• check the operation schedule table associated with this zone lighting.
3.14.2.2. Management of outdoor lighting
• verification is carried out for each area of outdoor lighting;
• move to mimic where the displayed area of outdoor lighting;
• check compliance with the state of the zone on the plan and on the “remote” control zone of the real state area lighting
• instruct the ON-OFF check response;
• the place of relays to block area and give the command to the ARM ON-OFF
• change the mode of the control area in the “schedule”;
• check the operation schedule table associated with this zone lighting.
• change the mode of the control area in the “ON light barrier”;
• verify that regime;
3.14.2.3. Power supply scheme (RETA)
• go to mimic the substation;
• Check the display of meter readings and alarm management machines;

3.14.2.4. Office supply systems
• verification is carried out for each air supply systems of buildings ABC, PC, CPM;
• Using the navigation buttons and navigation mimic ventilation systems with plans to move to mimic air supply system;
• Check the display of sensor units and system hardware, system failure;
• check the operation mode by the operator / schedule;
• check the operation of the command ON-OFF;
• For systems where the command is provided ENABLE PUMP IRRIGATION check the work of the team.
• go to mimic the overall navigation of the building and verify “remote” control system on this mimic (status, commands and ON-OFF mode switch)
3.14.2.5. Status doors and air curtains
• verification is carried out for each goal (and stacked them air curtains)
• Using the navigation buttons and navigation mimic ventilation systems with plans to move to mimic gates and curtains;
• Check the status display and gate air curtains;

3.14.2.6. Managing individual exhaust systems
• verification is carried out for each of the exhaust system of buildings ABC, PC, CPM;
• Using the navigation buttons and navigation mimic ventilation systems with plans to move to mimic air supply system;
• Check the display of sensor units and system hardware, system failure;
• check the operation mode by the operator / schedule;
• check the operation of the command ON-OFF;
• go to mimic the overall navigation of the building and verify “remote” control system on this mimic (status, commands and ON-OFF mode switch)

3.14.2.7. Scheme state thermal points
• verification is carried out for each substation;
• Using the navigation buttons and navigation go to mimic mimic substation;
• Check the display of sensor units and system hardware, pieces of equipment failure;

3.14.2.8. Scheme state refrigeration plant
• Using the navigation buttons and navigation go to mimic mimic refrigeration plant;
• Check the display of sensor units and system hardware, pieces of equipment failure;

3.14.2.9. Mimic drainage pumps
• move to mimic drainage pumps;
• Check the display of sensor units and system hardware, pieces of equipment failure, regimes;
• Check the condition of the equipment visualization.
3.15. Check imaging equipment is not entered in the commissioning of the first stage (PRD, )

Verification is carried out to verify that the operation of the simulation of dynamic mapping of existing equipment.

• Shields electrical lighting and power in the structure ABA,
namely Scho-1A Scho-2 Scho-2A, SCHO-3, Scho-3A Scho-4, Scho-5, Scho-8, SCHO-13, Scho-I-40, Scho-1 SHCHO -10, SCHO-11, SCHO-12, MSB-1, MSB-2, MSB-3.
• Shields electrical lighting and power in the structure of the PC, and the names, but: Scho-1, Scho-1A Scho-2 Scho-2A, Scho-3A Scho-4, Scho-5, Scho-7, Scho-9 MSB-4 MSB-4, 5-MSB, MSB-5

Check the functioning of boards of lighting and electricity is considered completed if the video frames of this equipment can be seen alternately change state automata data sheets.
• condition of the air curtain in the structure ABA, namely, U1, U2, U3, U4.
• condition of the air curtain in the structure of the PC, namely, U1, U2, U3, U4, U5, U6.
Checking operation of air curtains is considered completed if the video frames of this equipment can observe the ability to turn on and off the equipment to display the temperature change in the vestibule.

• The status of exhaust systems in the structure ABA, namely B1, B10, B11, B12, B13, B14, B15, B16, B17, B18, B19, B2, B3, B33, B4, B5, B6, B7, B8, B9 .
• condition of exhaust systems in building PC, namely B32, S-B20, S-B21, S-B22, S-B23, S-B24, S-B25, S-B25 ‘, P-B26, P-B3 P-B4, B5-P, P-B6
Check the functioning of exhaust systems is considered completed if the video frames of this equipment can observe the ability to turn on and off the equipment. After turning on the fan visualized delayed the opening of the air valve, and there is a pressure drop on the fan.
• Standing drainage pumps in the structure ABA, namely: 1d-1, 1d-2, 2d-1, 2d-2, 3d-1, 3d-2.
Check the functioning of the drainage pump is complete when the video frames in the system with this equipment can be seen an opportunity to turn on and off the equipment.
• The status of the individual heaters in the structure ABA, namely IP1, IP2, IP3, IP4.
Check the functioning of the drainage pump is complete when the video frames in the system with this equipment can be seen an opportunity to turn on and off the equipment. After switching on the individual heater visualized delayed the appearance of the pressure drop and starts to change the air temperature in the duct and the room.

• condition of air conditioners in the structure ABA, namely, K1, K2, K3, K4, K5, K6 and K7.
• condition of air conditioners in the structure ABA, namely P-K1-K2 n
Checking operation of air conditioners is considered completed if the video frames of this equipment can observe the ability to turn on and off the equipment, as well as to observe the relationship changes the set value of air temperature after the fan with the data of the room temperature. After turning on the air conditioner is visualized with a delay of the opening of the air valve, pump starts with the appearance of the pressure drop on it.
• Condition of air supply systems in the structure of agriculture, namely P1, P2, P3, P4, WP1, WP2, WP3.
• Condition of air supply systems in the structure of the PC, namely: P-P1, P-A2, P-P3, P-P4, P-P-5, P-P6, P-P7, D-P8, P-P9, P-WP1 , P-WP2, WP3-P, P-WP4, WP5-P
Checking operation of air supply systems is considered completed if the video frames of this equipment can observe the ability to turn on and off the equipment, as well as to observe the relationship changes the set value of the room temperature with the air temperature data after the fan. After turning on the air conditioner is visualized with a delay of the opening of the air valve, pump starts with the appearance of a pressure differential, the pressure drop occurs on the fan.
• The status of the temperature controller in the structure ABA, namely PT3.
• The status of the temperature controller in the structure of the PC, namely P-RD2
Check the functioning of the temperature controller is considered completed if the video frames of this equipment can be seen changing the setpoint flow of water with the data from the sensor in the return water piping. Turns on and off the water pump. After switching on the pump registers the appearance of differential pressure.
• The status of the refrigeration plant in the structure ABA, namely cholesterol.
Check the functioning of the refrigeration plant is complete when there is the possibility of switching on and off the station.
State fire pumps in the structure of the PC, namely NPP1, NPP2.
Check the functioning of the fire pumps is considered complete if there is a possibility to turn on and off the past.

• The status of the heating system in the structure of the PC, namely ABB P-RD4, P-RD3, ABB NTS1, NTS2, RD2, PT1 Nz1, Nz2, P-rd5, TSN1, TSN2, WP1 (PDC1 / T), NGV1, NGV2, PT2
Check functioning of the heating system is complete when there is the possibility of switching on and off of the latter.

3.16. Test data archiving
3.16.1. General provisions
Checking is carried out in order to verify the implementation of archiving data.
It is recommended to check on this paragraph when checking the logic of the pieces of equipment.
Verification of the item is considered to be positive if:
• The archive server stored all the events that took place in Ho-de tests;
• All data subted to the simulator, preserved and authentic.
3.16.2. Testing procedure
With the equipment change any analog input signal.
Log mode display of archived data.
Make sure that the historical data of the changes correspond to the input signals.
3.17. Check the registration of operator actions
3.17.1. General provisions
Verification is carried out to determine the functionality ARM1 (ARM2, ARM3) for the implementation of the registration regime.
Verification of this paragraph is considered positive if the log operator actions stored information on all the actions of the operator when checking the item.
3.17.2. Testing procedure
Perform the following steps:
• installed on ARM 1 mode for a piece of equipment;
• to issue a command to the APM 1 piece of equipment;
• Conduct a ARM1 parameterization of the control loop;
• a demonstration of operator entries in the event log.
3.17.2.1. In the event log ARM1 should be recorded all the basic co-being, taking place in the system and operator actions.
Accounting subjected to the following steps:
• Changing the control equipment,
• Changes in state of the equipment,
• commands to start and stop all the pieces of equipment,
• User input and output from the system,
• transfer of control ARM2, ARM3
3.18. Checking GUI workstation
3.18.1. General provisions
Checking GUI 1 ARM (ARM 2, 3 ARM) is carried out to verify compliance with screens aesthetic and ergonomic requirements, as well as the technological scheme.
Verification of the item is considered to be positive if:
• the location of the main elements of the process equipment corresponds to the technological scheme;
• symbols of elements of technological equipment approved by the co-responsible;
• There are no geometric distortion components;
• All operating elements (buttons) control;
• to switch between the different windows of the operator interface;
• Interface ARM1 identical interface ARM2 and ARM3;
• screen forms correspond to the aesthetic and ergonomic requirements.
3.18.2. Testing procedure
Verification is carried out displays of screens ARM1 (ARM2, ARM3) and basic controls.
3.19. Checking the implementation of access levels
3.19.1. General provisions
Verification is carried out to verify compliance with valid authority for each level of access.
Verification of this paragraph is considered positive if at every level of access ARM1 (ARM2, ARM3) perform only those activities which are allowed appropriate access.
SCADA application must have the following access levels:
• «user with the view”;
• “operator”;
• “administrator”.
3.19.2. Testing procedure
3.19.2.1. Log in below the level of access “user with the right view.”
Make sure that:
• allowed only able to view information on the screen
• Control is completely blocked;
• banned the opportunity to acknowledge alarms;
• allowed to view the event log and access to any windows interface.
• Do not switch to the desktop operating system and its other capabilities;
3.19.2.2. Log in at access level “operator”.
Make sure that:
• allowed the opportunity to view the information on the screen
• allowed the opportunity to control the system using the graphical user interface system (on / off equipment)
• allowed to change modes of operation of the equipment;
• allowed to change settings;
• allowed the opportunity to acknowledge alarms;
• allowed the formation and review of reports, journals,
• enabled printing information to the printer
• Do not switch to the desktop operating system and its other capabilities;
3.19.2.3. Log in at access level “administrator”.
Make sure that:
• Allow all activities for the access level “operator”;
• granted the right to change passwords and access rights for the users in the system;
• granted the right to switch to the desktop system;
• granted the right to change the software (GUI system, the addition of new points, modify the parameters and the default settings, the ranges of values for warning and alarm and so on.).
3.20. Checking the interaction of the components with ARM system components over Ethernet
3.20.1. General provisions
Testing conducted in order to establish performance Ethernet network with other system components. Checking is considered positive if ARM1 (ARM2, ARM3) have a connection with all system components and these components come data.
3.20.2. Testing procedure
3.20.2.1. PING command to the operating system to check the availability of Ethernet communication with all components of the system. All systems must respond to the request.
3.20.2.2. Open this page in ARM1 diagnostic equipment, all displayed components of the system should have normal, ie, issue animation green, according to the agreement of colors. In addition, there must be communication with ARM2 and ARM3.
3.20.2.3. Open consistently all basic navigation mimic. It is necessary to check the availability of data from subsystems. The graphic animation should not be purple. If this animation is available, you must make sure that it is not the reason for the lack of communication with system components or incorrect configuration.
3.20.2.4. Select multiple control subsystems and send the command ON-OFF (or change mode). Verify command
3.20.2.5. Disable chain link SPTD between two functionally adjacent cabinets.
Ensure the preservation of the proper functioning of the complex. (Correctly display the parameter of engineering systems, connected to these enclosures).
Run a check for one and one adjacent to the optical segment.
3.20.2.6. Repeat steps. 3.24.2.1-2.24.2.4 for ARM2 and ARM3.
3.21. Checking the backup server
3.21.1. Testing procedure
3.21.1.1. Disable one of the servers from power. Checking is considered positive if the correct functioning of the complex is retained (check selectively two different engineering systems)
3.22. Verify that the requirements of TK access administrative features
3.22.1. Methods of verification
3.22.1.1. Add or remove an item in two different display forms.
Change the corresponding variables in the database.
Checking is considered positive if an item on-screen form to become functional or remove an item does not change the operation of the device.
3.22.1.2. Change the permissions in the complex.
Checking is considered positive if after the entrance of the complex received new user access rights. (Add or reduce the number of available screens).
4. The trial operation
4.1. The purpose of the pilot operation
The aim of the pilot operation is to determine the actual values of the quantitative and qualitative characteristics of the complex and the willingness of staff to work in a complex operation, determine the actual effectiveness of the complex adjustment (if necessary) documents. Trial operation is carried out by the Customer together with the Contractor.
Customer personnel prior to the trial operation must be trained by the Contractor to the corresponding certificates.

4.2. Methods of trial operation
During the pilot operation carried out performance testing of individual subsystems and complex system as a whole.

Checking subsystems conducted in accordance with p.3.15 of this document.
The results are entered in a logbook pilot operation. (Annex 3), which specifies the state of the complex and its availability, information on faults and malfunctions of the complex, with the time and nature of the incident, the measures taken to restore the performance and recommend changes.

4.3. The duration of trial operation
The duration of the pilot operation is not less than three calendar months.
4.4. The compliance to the staff
Check that the personnel operating and maintenance of the complex, there is a resolution of the joint comtee of the Customer and the Contractor on the independent work with the complex.
Check the staff, operates and maintains complex knowledge of operational documentation for the complex and its component parts.
The test result is considered positive if operated and maintained the staff allowed by the joint commission of the Customer and the Contractor to work independently with complex operational documentation studied at the complex and its component parts, it has the skills to work with the complex and its component parts.
4.5. The order of deficiencies
Information about the faults, failures, emergencies are entered in a logbook pilot operation. (Appendix 3).

5. Acceptance tests
5.1. The purpose of the acceptance tests
The goal of acceptance testing is to determine whether the complex technical task.

5.2. The documentation subted to the test
• TK complex;
• Technical and operational documentation
• The act of acceptance into trial operation;
• Workbook pilot operation;
• Act and completion of the trial operation of the complex adtance to the acceptance tests;
• This program and test procedure.
5.3. Program acceptance tests

Acceptance tests should include checking:
• completeness and quality of implementation of the functions in-house, and critical li values of the parameters of the complex;
• implementation of each requirement relating to the interface of the system;
• staff in the dialog;
• means and methods of disaster recovery complex after failure;
• completeness and quality of operational documentation.
5.4. Method of acceptance tests
The reaction of the complex for all critical parameters (temperature setpoint, temperature deviation from the set range, etc. provided by the Client) is checked by logical variation of the input level PLC Scada-system workstations.
Acceptance tests are carried out in the amount of percentage points 3.11, 3.13, 3.18., 3.20., 4.4 .
6. The organization of work and
LOGISTICS

For work, a commission for testing, of which necessarily includes authorized representatives of the Customer and the Contractor.
7. REPORTING

7.1. The tests
According to the results of comprehensive tests under this program shall be composed of complex tests, approved by the authorized representatives of the Customer and the Contractor (see. Appendix 2 to this number ).
The protocol should include a statement about the possibility of receiving complex in trial operation.

7.2. Trial operation
According to the results of the pilot operation carried out by infusion-ing programs contained in the Act on the completion of the trial operation of the complex and admission to the acceptance tests.
7.3. Acceptance tests
According to the results of the acceptance tests under this program shall be composed of acceptance tests, approved by the authorized representatives of the Customer and the Contractor (see. Appendix 2 to this number ).

ANNEX 1
compulsory
The list of equipment required for testing
Designation Measurement range, characteristics Quantity, pcs.
DC power supply B5 – EE3.233.220 49 – 03 TU voltage from 0 to 100V
The load current of 1 A 1
Resistor R33 0.2 grade GOST 7003 – 64 Resistance from 0.1 to 99999.6 ohm 1
Voltmeter digital versatile V7-34A measurement range from 0 to 1000 V.
Resistance from 0 to 10 megohms. Accuracy 0.05% 1
Ammeter M252
Standard 1845 – 52 The current from 0 to 100mA 1
aspiration Psychrometer
VHF-FM Humidity from 10 to 100%. Tempera tour from 242 to 783 degrees. K (from minus 31 to plus 510 deg. C) 1
Aneroid pressure from 85.5 to 105.3 kPa (610 to 790 mm. Hg. Art.) 1
Resistor C1 – 4
OZHO.467173 TU Resistance 2 Ohm 5%
Capacity – 1 watt. 50
S2-93 oscilloscope Waveform 1
Note – You can use other devices and stand equipment with parameters not worse than the above.

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