YD/T 5087-2005 Acceptance specification for intelligent network equipment installation project
Some standard content:
Communication Industry Standard of the People's Republic of China
YD/T5087—2005
Acceptance Specificatien of Intelligent Network Engineerin2005-10-08Published
Implemented on 2006-01-01
Ministry of Information Industry of the People's Republic of China
Communication Industry Standard of the People's Republic of China
Acceptance Specification of Intelligent Network Equipment Installation Project
Acceptance Specification of Intelligent Network Equipment Installation Project FnginecringYD/T5087—2HIS
Main department: Comprehensive Planning Department of Ministry of Information Industry Approval department: Ministry of Information Industry of the People's Republic of China Accompanying date: January 1, 2006 H
Guangdong issued the "Notice on the Acceptance Specification of Intelligent Network Equipment Installation Engineering" [No. 20051471] of the Ministry of Information Industry. Autonomous regions, municipal communication management stores, China Xinxin case Gongzhou, Zhongwei Network China Telecom Group Co., Ltd., China Mobile Communications Corporation, China Unicom Co., Ltd., China Satellite Communications Group Co., Ltd., China Railway Communications Corporation, China Telecom Group Co., Ltd., China Telecom Corporation Limited, and China Telecom Corporation have completed the consultation and the following:
The Intelligent Network Equipment Installation Project Acceptance Specification (No.: YITS7-2005) is now released and will be implemented from January 1, 2006: The original 6 Intelligent Network Project SSP Acceptance Interim Standard (No.: YD/T5087-2000) will be implemented from January 1, 2006. This specification is interpreted and supervised by the Ministry of Information Industry of the People's Republic of China. This specification is published by Beijing University of Posts and Telecommunications Press and was issued by the Ministry of Information Industry of the People's Republic of China on October 8, 2004. This specification is based on the requirements of the Ministry of Information Industry's "Notice on the Establishment and Formulation of Standards for Communication Engineering Installation" (Ministry of Industry and Information Technology 2004 No. 508), and is a revision of the original People's Republic of China Communication Industry Standard YTD/TS0S-2000 Interim Provisions for Acceptance of Intelligent Network Equipment Installation Projects. This specification mainly stipulates the pre-inspection, test items and requirements of the intelligent network equipment installation project, the initial inspection, the trial operation, and the final inspection. The provisions marked in bold in this specification are mandatory. The Ministry of Information Industry shall be responsible for the interpretation and supervision of the implementation of the plan. If there is any need to supplement or revise the content during the use of the plan, please contact the Ministry and send the supplementary or revised opinions to the Ministry. The original editor is: Beijing Post and Telecommunications Design Institute, Ministry of Information Industry, and the revised editor is: Beijing Mobile Communication Design Institute Co., Ltd. (formerly Beijing Institute of Information Industry). The main drafters are: Shang Ziwang, Sun Sheng, Zhang Hongzhi 1 General Principles 2 Training before project acceptance 2.1: Check before construction 1 Valve installation 1 Mangge inspection 1 System inspection and testing 31. Inspection 1 Initial test 1 7.2KS equipment initial monitoring testwwW.bzxz.Net
3.3 Equipment initial acceptance test
3.4SMF equipment cutting and finishing test
Project operation
Project final acceptance
Technical documents
Acceptance requirements and contents
SSP modification and reduction test list
SCP equipment test list
SMP equipment test items
Non-standard wording
The text is listed
1.U.1 In order to meet the needs of the completion of the energy network project, strengthen project management, do a good job in the project completion work, ensure the quality of the next process, correct the small specification, 1.0.2 This specification is for the intelligent network equipment data list project to achieve the third quality inspection stage of the stolen effect installation completion and other work as the basis for the connection technology, suitable for the strong solid intelligent The expansion project and the reconstruction project refer to the implementation of the acceptance method of post and telecommunications construction project line project acceptance method 1.0.3, and the acceptance items and requirements shall not be carried out in accordance with the standard. 1.4 The equipment designed in the project shall meet the network equipment standards of the Ministry of Information Industry and the equipment that has not obtained the telecommunications equipment network license issued by the Ministry of Information Industry shall not be used in the project.
1.0.2 During the acceptance test of the second project, make sure to keep all original records, prepare various test forms, and prepare for future work verification, and prepare for the handling of acceptance documents.
1.0. Special project acceptance index requirements that are not covered by the standard can be carried out according to the technical specifications and non-documentary requirements of the existing project. 1.0.! The service and technical specifications shall be implemented according to the requirements of the technical specifications. The revised specifications formulated by the relevant departments shall not conflict with this specification. The contents of this specification shall not be contradictory.
1. If there are any conflicts between the specifications and relevant standards, the national standards shall prevail: If there are any differences in the specifications, they shall be issued and approved by the relevant departments:
2.1.1 Pre-construction inspection
2 Inspection before project acceptance
2.1 Inspection before construction
1. Before the acceptance of the installation work of the energy network equipment, the equipment must be inspected. The specific requirements are as follows: 1) All the projects in the computer room and related areas have been completed, and the computer room is exposed! 1) The width and size of the room should meet the design requirements, and the door locks and accessories should be complete:
2) The lighting of the computer room should be designed and configured in accordance with the corresponding number and capacity, and the installation process should be good, and the requirements should be used regularly:
3) The ventilation ducts in the room should be clean and airtight, and the air noise equipment should be well planned, and the noise prevention, limit and lighting should meet the design requirements: 4) The temperature of the computer room should meet the design requirements; when there is no activity in the computer room, the door should be checked to avoid active activities, and the laying of new boards should meet the design requirements. 3. The newly built exchange room should not be installed with suspended ceilings and movable floors: 2.1.2 Full inspection
1. The construction of communication rooms at all levels must comply with the relevant provisions of Y152-25 Post and Telecommunications Building Fire Protection Design Standard\.
2. The machine room must be equipped with effective fire-fighting equipment: All fire alarm systems and fire-fighting systems required to be installed must maintain good performance. 3. The interior decoration materials of the machine room should be non-flammable materials. 4. The holes in the piles should be equipped with safety covers made of non-flammable materials, and the holes for wiring of used electrical equipment should be sealed with non-flammable materials. 5. Inflammable, explosive and other dangerous goods should not be stored in the machine room. 2.2 Hard-position installation process inspection
2.2.1 The number of machine channels and equipment should be accurate and meet the requirements of the design plan of the installation.
2. Use a hanging ball to measure each rack installation end. The deviation should not exceed 3mm3. The sides of the rows and aisles must be aligned in a straight line, and the error should not be greater than 5m. The racks of the corresponding parts should be close and not interfered with. The machine surfaces should be on the same plane without protrusions: 4. 5. The various parts on the frame should not fall off or touch. If the paint surface is peeled off, the paint should be repainted. The characters and symbols should be correct and complete. 6. The channel must be reinforced according to the anti-exposure requirements of the color drawing. ? . The alarm display unit should be installed on the receiving end. The sales must be clearly marked. 2.2.2 Machines and equipment for the whole end
1: The machine position is installed correctly, the machine rows are installed neatly, the machine edges form a straight line, the relative machine grids are well matched, the table tops are relatively level, and there is no obvious height difference at the joints.
2. The whole end equipment should be fully equipped and installed in place: the equipment should be complete and correct: 2.2.7 Be careful and shoot the specifications
1. The electric aisle and the loading and unloading production should be designed according to the specifications of the production drawings, and the right-hand end difference of the car should not exceed 50mm
2. The installation of the aisle should meet the following requirements:
1 The horizontal aisle should be parallel to or perpendicular to the rack, and the horizontal table should be correct per meter. 1
2; There is no tilt due to the opening, and the straightness does not exceed 3mm
3 The corridor should be neatly installed, vertical and without any crooked material. 3.
3. The power supply channel passes through the floor hole, and the cable should be tied in place, and there should be no blocking material. 4.When installing along a single-sided or double-sided walkway, the cultural relics installed on the wall should be stable and the grooves in the direction should be spaced apart. The walkway after installation should be neat and consistent, without any unevenness or slant. 5. The installation of climbing plants should comply with the following regulations:
1! 2.2.2.4 Cable laying
1. The layout, cross-section and placement of the cable shall comply with the specifications of the engineering drawing. The cable must be designed in detail and the outer skin loss shall not exceed 3mm. 2. The AC and gravity power supplies must be laid separately; the cable conductors must be arranged in a unified manner.
3. The bending radius of the cable must be greater than 4mm. The power supply must be tightly connected and straight. The buckle spacing is even, the gasket is appropriate, and the cable holes must be equipped with grease. 5. The cables should be tied when laying out the tunnel. The cables should be straight. There should be no crossover, no electrical relay, and no jamming. 5. Pay attention to the smoothness of the cable layout. Avoid the load as much as possible. No additional wind tunnels should be added.
2.2.5 Power supply line installation
1. The installation route, number of routes and placement position of the power supply line in the machine room should comply with the requirements of the construction drawing 1. The wire grid should be in accordance with the requirements of the design. 2. The power supply must be a whole strand without joints in the middle. 3. The AC power supply line should not be grounded.
4. The self-contained power line should be connected according to the design requirements: the distance is firm and the contact is good. The grounding index and the grounding potential should also be fully designed.
5. Each DC feeder in the machine room should be connected to the power supply rack. 4
The two ends of the line are empty, and the insulation resistance of the positive and negative lines and the negative line to the ground is about 1:
. When the two ends of the AC power line are empty, use a non-ohm test core line and core relay to the ground. The insulation resistance is 1M:7. When the micro-center line between the columns is empty, the copper (i.e. the residual square rate) is produced. If there is no obvious unevenness or chain marks, the small line is fixed according to the law and requirements and meets the current requirements of the cross-work drawing. 5. Pot (aluminum) strip feeding In addition to the red mark on the positive line, other different voltage sources are marked with different colors. The neutral line should be marked with red and blue marks at both ends of the negative line. The ends of the installed power lines must be sealed with tape or other insulating materials, and the ends must also be sealed with tape and sleeves. 7.7.6 Cable core wire installation: When connecting the cable core wires, etc. 2. For the lower cable core, the position and length of the lower line should be the same. A. 3 wires are not allowed to be twisted quickly within the visible range of the cutting hole. When making the cable, the grounding network must be guaranteed to ensure that the electrical connection is good: the electrical connection is reliable. It is strictly forbidden to see. 2.2.7 Install the optical valley 1. When laying the optical product, it must not be damaged. The optical fiber cannot be folded into a right angle. When it needs to be bent, it should be: the arc diameter is not less than 8, the optical fiber When laying optical fiber, make as few turns as possible and do not tighten it when laying. When laying, use plastic protective cover: 3. When laying new optical fiber, use sheath to cover the unused parts. Wind them neatly. Use wide plastic cover to cover the optical cable junction box:
2.2.8 Grounding inspection
1. The rack should be grounded, and the protective grounding should be from the grounding sink. 1. The wiring and movable floor should be grounded effectively. Protection technology: 3. All communication equipment in the machine room shall not be connected to the building through the installation: 1 solid combustion equipment, etc.
4, to the rack, the machine and each induction rack are well connected, and the grounding wire area meets the design requirements.
2.3 System inspection and test
2,3,1 Before the initial inspection, the system inspection and test must be carried out to verify whether the system and related equipment meet the operation requirements. 2.3.2 Power on Inspection before testing
1. Requirements for power supply lubrication and power supply voltage in the equipment room: 1) Temperature: 18T~28t
2) Temperature change rate: <1) No-current power supply quality requirements:
Non-state voltage deviation: 2%
Non-state voltage deviation: 3%~5%
Standard current: -18 The allowable change range of V is 40.-57V2. The replacement inspection should include the following:
1) The equipment specifications are correct;
2) The number, specifications and installation of the equipment and printed circuit boards are consistent with the construction documents; 3 The supporting road plate is not blocked;
4; The various selection switches of the equipment should be set to the designated position; 5; The various specifications of the equipment meet the price requirements;
6; The racks are well dug into the ground;
|) There is no shaking phenomenon in the power wiring of the equipment: 3. Before the equipment is installed, measure the main power supply voltage on the distribution rack. After confirming that it is normal, the power-on test can be carried out.
2.3.3 Hardware test points
1. Various hardware equipment must be operated according to the operation procedures provided by the manufacturer, and the level must be the same. 6.
2. Various external terminal equipment must be fully tested, and the fan device in the equipment should be in good condition.
3. Various alarm devices should work normally. 4. The clock device should work properly and meet the requirements. 5. Use the system test tool to test the equipment, confirm that the hardware system voltage is normal, and provide a test report
2.3.4 System test
1. The system inspection test should include the following main functions: 1) System establishment function: System initialization: 7) System relay establishment and transfer function: 3) System N.7 signaling link establishment verification; 4) System maintenance and expansion management and defense function: One-stop life verification: Alarm system test; Signaling business observation and statistics; Routine test: All central maintenance terminals are tested on the DDF frame; Verification of local data; Terminal mode :
Fault diagnosis;
Random sampling test of redundant distribution units according to control unit type: Manual/automatic switching of hot standby equipment:
Input and output equipment performance test:
5) Joint test: Intercommunication test with other bureau and billing equipment interfaces; 6 System network synchronization and time synchronization can be tested, 2. After strict system adjustment, the performance and specifications of the equipment have been determined to meet the initial test requirements, and the system test requirements are adjusted, and the acceptance test is requested.6. When installing the cable core wire, the cable core wires must be tightly connected and must not be seen. 2. For the lower connection, the position and length of the lower wires should be the same. The A and B wires are not allowed to be quickly twisted within the visible range of the cutting hole. When making the cables, the grounding network must be guaranteed to ensure that the electrical connections are good and the electrical connections are reliable. It is strictly forbidden to identify or twist the optical fiber. 2.2.7. When laying the optical fiber, you must not be exposed to the wind. The optical fiber cannot be folded into right angles. When it needs to be bent, the diameter of the arc should be no less than 8. How to form the optical fiber? When laying optical fiber, make as few turns as possible and do not tighten it forcefully. When laying, use plastic protective sheath: 3. New and unused optical fiber parts should be covered with sheath. Wind them neatly. Use wide plastic cable to install on optical cable junction box:
2.2.8 Grounding inspection
1. The rack should be grounded. The protective grounding should be drawn from the grounding hub. 2. The wiring and movable floor should be effectively grounded. 3. All communication equipment in the computer room shall not be connected to the building through the installation: 1. The rack should be well connected to each rack, and the space between the grounding wires should meet the design requirements.
2.3 System inspection test
2,3,1 Before the initial inspection, a system inspection test must be carried out to verify whether the system and related equipment meet the operation requirements. 2.3.2 Inspection before power-on test 1. Requirements for power supply lubrication and power supply voltage in the equipment room: 1) Temperature: 18T~28T 2) Temperature change rate: <10°C 1) No-load power supply quality requirements: Ground voltage deviation: 2%~2% Ground voltage deviation: 2Hs Voltage change rate: 3%~5% Standby current: -18V Allowable change range: 40-57V 2. Replacement inspection should include the following: 1) Equipment specifications are correct; 2) Equipment and printed circuit board quantity, specifications, installation location and The construction documents are in accordance with the requirements; 3. The road plate is not blocked; 4. The various selector switches of the equipment should be set to the designated position; 5. The various functions of the equipment meet the requirements of the specifications; 6. The racks are well dug; 7. The power wiring inside the equipment is not shaken; 8. Before the equipment is connected, measure the main power supply voltage on the distribution rack. Only after it is confirmed to be normal can the power-on test be carried out. 2.3.3 Requirements for component test points 1. Various hardware equipment must be operated according to the operating procedures provided by the manufacturer, and the level must also be checked. 2. Various external terminal equipment must be fully tested, and the fan device inside the equipment should be in good working order. 3. Various alarm devices should work normally. 4. The clock device should work properly and the level should meet the requirements. 5. Use the system test tool to test the equipment, confirm the system is stable, and provide a test report. 2.3.4 System Test 1. The system test should include the following main functions: 1) System establishment function: System initialization: 7) System relay establishment and transfer function: 3) System N.7 signaling link establishment verification; 4) System maintenance and protection function: 5) One-stop life verification: Alarm system test; 6) Signaling service observation and statistics; 7) Routine test: All maintenance terminals are tested on the DDF frame; Verification of local data; 8) Terminal mode verification: 9) System maintenance and protection function: 10) System maintenance and protection function: 11) System maintenance and protection function: 12) System maintenance and protection function: 13) System maintenance and protection function: 14) System maintenance and protection function: 15) System maintenance and protection function: 16) System maintenance and protection function: 17) System maintenance and protection function: 18) System maintenance and protection function: 19) System maintenance and protection function: 20) System maintenance and protection function: 21) System maintenance and protection function: 22) System maintenance and protection function: 23) System maintenance and protection function: 24) System maintenance and protection function: 25) System maintenance and protection function: 26) System maintenance and protection function: 27) System maintenance and protection function: 28) System maintenance and protection function: 29) System maintenance and protection function: 30) System maintenance and protection function: 31) System maintenance and protection function: 32) System maintenance and protection function: 33) System maintenance and protection function: 34) System maintenance and protection function: 35) System maintenance and protection function: 36) System maintenance and protection function: 37) System maintenance and protection function: 38) System maintenance and protection function: 39) System maintenance and protection function: 40) System maintenance and protection function: 41) System maintenance and protection function: 42) System maintenance and protection function: 43) System maintenance and protection function: :
Fault diagnosis;
Random sampling test of redundant distribution units according to control unit type: Manual/automatic switching of hot standby equipment:
Input and output equipment performance test:
5) Joint test: Intercommunication test with other bureau and billing equipment interfaces; 6 System network synchronization and time synchronization can be tested, 2. After strict system adjustment, the performance and specifications of the equipment have been determined to meet the initial test requirements, and the system test requirements are adjusted, and the acceptance test is requested.6. When installing the cable core wire, the cable core wires must be tightly connected and must not be seen. 2. For the lower connection, the position and length of the lower wires should be the same. The A and B wires are not allowed to be quickly twisted within the visible range of the cutting hole. When making the cables, the grounding network must be guaranteed to ensure that the electrical connections are good and the electrical connections are reliable. It is strictly forbidden to identify or twist the optical fiber. 2.2.7. When laying the optical fiber, you must not be exposed to the wind. The optical fiber cannot be folded into right angles. When it needs to be bent, the diameter of the arc should be no less than 8. How to form the optical fiber? When laying optical fiber, make as few turns as possible and do not tighten it forcefully. When laying, use plastic protective sheath: 3. New and unused optical fiber parts should be covered with sheath. Wind them neatly. Use wide plastic cable to install on optical cable junction box:
2.2.8 Grounding inspection
1. The rack should be grounded. The protective grounding should be drawn from the grounding hub. 2. The wiring and movable floor should be effectively grounded. 3. All communication equipment in the computer room shall not be connected to the building through the installation: 1. The rack should be well connected to each rack, and the space between the grounding wires should meet the design requirements.
2.3 System inspection test
2,3,1 Before the initial inspection, a system inspection test must be carried out to verify whether the system and related equipment meet the operation requirements. 2.3.2 Inspection before power-on test 1. Requirements for power supply lubrication and power supply voltage in the equipment room: 1) Temperature: 18T~28T 2) Temperature change rate: <10°C 1) No-load power supply quality requirements: Ground voltage deviation: 2%~2% Ground voltage deviation: 2Hs Voltage change rate: 3%~5% Standby current: -18V Allowable change range: 40-57V 2. Replacement inspection should include the following: 1) Equipment specifications are correct; 2) Equipment and printed circuit board quantity, specifications, installation location and The construction documents are in accordance with the requirements; 3. The road plate is not blocked; 4. The various selector switches of the equipment should be set to the designated position; 5. The various functions of the equipment meet the requirements of the specifications; 6. The racks are well dug; 7. The power wiring inside the equipment is not shaken; 8. Before the equipment is connected, measure the main power supply voltage on the distribution rack. Only after it is confirmed to be normal can the power-on test be carried out. 2.3.3 Requirements for component test points 1. Various hardware equipment must be operated according to the operating procedures provided by the manufacturer, and the level must also be checked. 2. Various external terminal equipment must be fully tested, and the fan device inside the equipment should be in good working order. 3. Various alarm devices should work normally. 4. The clock device should work properly and the level should meet the requirements. 5. Use the system test tool to test the equipment, confirm the system is stable, and provide a test report. 2.3.4 System Test 1. The system test should include the following main functions: 1) System establishment function: System initialization: 7) System relay establishment and transfer function: 3) System N.7 signaling link establishment verification; 4) System maintenance and protection function: 5) One-stop life verification: Alarm system test; 6) Signaling service observation and statistics; 7) Routine test: All maintenance terminals are tested on the DDF frame; Verification of local data; 8) Terminal mode verification: 9) System maintenance and protection function: 10) System maintenance and protection function: 11) System maintenance and protection function: 12) System maintenance and protection function: 13) System maintenance and protection function: 14) System maintenance and protection function: 15) System maintenance and protection function: 16) System maintenance and protection function: 17) System maintenance and protection function: 18) System maintenance and protection function: 19) System maintenance and protection function: 20) System maintenance and protection function: 21) System maintenance and protection function: 22) System maintenance and protection function: 23) System maintenance and protection function: 24) System maintenance and protection function: 25) System maintenance and protection function: 26) System maintenance and protection function: 27) System maintenance and protection function: 28) System maintenance and protection function: 29) System maintenance and protection function: 30) System maintenance and protection function: 31) System maintenance and protection function: 32) System maintenance and protection function: 33) System maintenance and protection function: 34) System maintenance and protection function: 35) System maintenance and protection function: 36) System maintenance and protection function: 37) System maintenance and protection function: 38) System maintenance and protection function: 39) System maintenance and protection function: 40) System maintenance and protection function: 41) System maintenance and protection function: 42) System maintenance and protection function: 43) System maintenance and protection function: :
Fault diagnosis;
Random sampling test of redundant distribution units according to control unit type: Manual/automatic switching of hot standby equipment:
Input and output equipment performance test:
5) Joint test: Intercommunication test with other bureau and billing equipment interfaces; 6 System network synchronization and time synchronization can be tested, 2. After strict system adjustment, the performance and specifications of the equipment have been determined to meet the initial test requirements, and the system test requirements are adjusted, and the acceptance test is requested.
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