Cabinet of Ministers Regulations No. 328 in 2015 (30 June. No 30 46) provisions on the Latvian et seq of the LBN 262-15 "electronic communications networks" Issued in accordance with article 5 of the law on construction of the first part of paragraph 3 of rule 1 et seq of Latvia confirmed the LBN 262-15 "electronic communications networks". 2. Projects which are developed in accordance with the procedure laid down in these provisions and agreed upon before the entry into force of the corresponding period in the normative requirements need not be processed according to the Latvian et seq LBN 262-05 "electronic communications networks". Projects that are developed based on the planning and architectural tasks, issued until 2014 October 1, may not be processed according to the requirements of this regulation. The Prime Minister is the Rapidity of the Newsletters instead of Minister of Economics, Minister of health of the Ministry of economy Guntis Belēvič submitted version of the approved by the Cabinet of Ministers of 30 June 2015 regulations No 328 Latvian et seq of the LBN 262-15 "electronic communications networks" 1. General questions et seq 1 lays down the requirements to be observed when designing, installing, building, remodeling and improvement of the electronic communication networks, as well as breaking down the existing electronic communications networks. 2. the following terms used in et seq: 2.1 external cables, installation cables and wires that are assembled outside the premises; 2.2 hardware closet – electronic communications network equipment for the electronic hardware (with mains connection); 2.3. support to the construction design of the antenna, fixed overhead or hanging cable reinforcement; 2.4. internal cables, installation cables and wires, which are assembled in the Interior; 2.5. internal switchboard installation box or box-switchboard, box or a box, which is mounted indoors; 2.6. the electronic communications network (hereinafter referred to as the cable line)-cables or wires that connect the electronic communication network equipment and has invested in land, sea or in the ducts or attached to buildings, structures, stand, supports or pillars; 2.7. cables in sewers-a constructive element which provides cable electrification/iepūšan, Cap, as well as the existing cable network maintenance work; 2.8. the available capacity of the ducts-the cable diameter in mm (with an accuracy of one decimal decimal place), which can draw a blank or partially busy sewer or cable ducts blocks the channel; 2.9. the cables volume – the number of strands over metallic cable or optical fiber count optical fiber cable; 2.10. switching points – equipment vājstrāv electronic communications networks of the chains of closing, their parts, and power off switch or switch; 2.11. mast-engineering construction with basic, brace is an antenna or other electronic communication equipment placement; 2.12. Assembly-cable, wire and equipment Assembly and installation, installing or constructing electronic communications network; 2.13. the optical box-fiber-optic network components, optical cable line access point for a small number (12) of the tubular fibre connection (optical connectors and plug-ins) for the stowage and protection; 2.14. optical coupling-sealed optical cable network, provided by the port of the coupling housing entered to connect optical cable Fiber tubular connection (welding) and optical fibres for the stowage and protection; 2.15. the distribution box-electronic communications network distribution equipment for the metal cable distribution, of capacity from 21 to 100 pairs, or optical fibre cable distribution with box-mounted optical plug-ins; 2.16. the distribution box-electronic communications network distribution equipment for the metal cable distribution, with a capacity from 5 up to 20 pairs, or small number (up to 12) optical fibre distribution; 2.17. switchboard-electronic communications network distribution equipment for the copper cables for distribution, of capacity and more over, 101 or optical fibre cable (20 ÷ 200 optical fibres) distribution with Cabinet-mounted optical plug-ins; 2.18. column-ground construction fixed vertically for the antenna, or hanging overhead cables and the fixing of the distribution box; 2.19. strut – mechanical structures for electronic communication network, cable or antenna to strengthen the walls of buildings or on rooftops; 2.20. Tower-pašstāvoš engineering construction, which is a basic antenna or other electronic communication equipment placement. 2. General requirements for electronic communication network design 3. Electronic communications networks designed to: 3.1 be guaranteed access to the existing electronic communications networks, serve them or demolition; 3.2. have enough space for electronic communications networks for initial deployments, construction, conversion and later a separate electronic communication network element service or demolition. The minimum distance between the inženiertīkl of this annex 2 et seq; 3.3. project drawings for use in a specific pattern of graphical symbols (annex 1). 4. electronic communications networks dismantled parts, the element represents the sign of the cross over the two dragging (annex 1). 5. the project drawings graphic signs uses the following line thickness: 5.1 mm 0.25 existing elements (such as Visio computer program according to 0.72 pt); 5.2. the design elements of 0.7 mm (such as Visio computer program according to pt 2.16). 3. the minimum requirements for materials and components, installing and building communications networks 6. If installing and building communications networks choose steel components and materials, then they must be with the anticorrosion coating to guard against corrosion, – not less than 15 years indoors, outdoors-not less than 10 years. 7. Indoor use cables that are not distributed by shell fire and toxic substances. 8. Installing the cable line inside, provides solutions that prevent the spread of fire through the cable line route. 9. The cables used, taking into account the cable manufacturer's specified functional applications (external or internal installation installation cables). 4. General requirements for the installation of cable lines the cable line 10, shall be subject to the laws and regulations in certain fire safety requirements. 11. fit the cables, subject to the applicable regulations and standards, as well as the manufacturer's instructions pertaining to the relevant cables (for example, the minimum radius of curvature of the cable, etc.). 12. Cable manufacturer: 12.1. the minimum radius of curvature of the cable; 12.2. the minimum air temperature, which allowed mounting cables; 12.3. the maximum tensile force; 12.4. compressive force (load). 13. the Assembly work, it should be noted that the external installation cables with internal installation cables connect the input places or provide external installation cables with additional protection to the buildings internal cabling distribution node, or use indoor/external installation cable. 14. Utilities projects be made objects safe and suitable for service access. 15. a mark that identifies the electronic communications network infrastructure owner, is resistant to environmental impact and clearly legible. 5. Internal cable line Assembly 16. Internal cable line all available places hidden places: 16.1. building cellars, attic and underfloor cable insert the aizsargcaurul mines or placed on mechanical structures for strengthening the cables attached to the building structures; 16.2. building stairwells, corridors and other places all the cables insert the riser (cable closets and vertical channels that connect them). 17. The Riser pipe or used other hidden structures that put hidden in walls or openly on the wall. 18. the floors on the riser, niches or openly on the wall cabinets can be installed hardware. 19. The cables pulled parallel to the ceiling (floor) or slope of the stairs, or perpendicular to the ceiling (floor). 20. All available places cable mounted lower than 2.2 m above the floor, insert additional tubes or other hidden structures. 21. When mounting the cables in existing buildings in mines (channels), provides the rest of the cable. Cable cabinets and cable distribution cables, installation cables secured to the rack load-bearing structures or building structures, maintaining the existing, previously secured electronic communications network cables and elements. 22. the cable line route chosen by the most direct route, creating a straight angles, avoiding power lines, communications lines, plumbing, gas, and other utilities siltumvad crossing. 23. If you drag multiple cables, using the same route and ensure they snugly against the wall and do not intersect. 24. The crossing places cable that has a smaller external diameter, placed perpendicular to the top of the cable, which has a larger outside diameter, or put under it in the grooves carved in plaster, putting it more aizsargcaurul. 25. If the cables are assembled through walls or between floors, place them in a aizsargcaurul. The cables may not be building could wall. 26. in order to identify the owner of the cable, the cable line marked. 27. The cable line marked in the buildings vertical riser on each floor, each room and at each distribution point. 28. Highlight all the equipment, including radio equipment, antennas, mounted on the walls of the pipe riser, hardware and cable distribution cabinets, boxes, distribution boxes, amplification and switching points, which set up the electronic communications network. 29. the riser pipe ends are immersed in anticipation of some divisions, cable electrification of the open. 30. the riser pipe shall be on the walls of the room according to the technical project. 31. Plastic pipe shall be on the walls of the room the same distance (up to 0.5 m) from each other. The first flap is not more than 0.15 m from the pipe end. 32. Hardware cabinets, switchboards, distribution boxes, or boxes, cable television network sazarotāj that deploys open stairwells, installed not less than 2.2 m above the floor. 33. Cable Distribution cabinets, boxes or boxes, cable television network sazarotāj and vertical riser pipes fitted so as not to interfere with the movement of people and the door opening. 34. Box, boxes, switchboards and equipment cabinets are lockable. 35. If the cables housed in open type, all available locations, horizontal steps on the walls strengthened cable not less than 2.2 m above the floor. 36. The cables with other cables crossing perpendicular to, putting it in an additional aizsargcaurul. 37. Electronic communication network active equipment electrical connection provided: 37.1. from building main leadwire switchboard, installed in a separate fuse (automatic or melting) in accordance with the requirements of the elektropiegādātāj; 37.2. the electricity supply of the apartment (the apartment's electricity need the written consent of subscribers); 37.3. from building power supply sharing (requires the building owner or his authorized person's written consent). 38. The cables that pulled alongside the electric cables, attach lower than the electrical. Minimum permissible distances between cables are the following: 38.1. elektrokabel shielded and will not not shielded electronic cable – 200 mm; not shielded 38.2. elektrokabel and shielded communications cable-50 mm shielded elektrokabel and 38.3. not shielded electronic cable-30 mm and 23.9. elektrokabel shielded shielded electronic cable – 0 mm and optical elektrokabel 38.5. electronic communications cable – 0 mm. 39. Horizontal stages cable strengthens at least every meter of three points , vertical stages – at least two points of each meter. 40. various utilities pipeline junction places of plaster under the cables put in grooves carved into the utilities. 41. To cross the wall, through the door and window box, allowed only in exceptional cases, with the written consent of the owner of the building or its authorized person. 42. When crossing the door, guarding and fire alarm cables, fortified wall, close to the electronic communication cable strengthens above them. 43. Bore and Groove walls and some of the divisions after Cable Assembly, aizblīv not to reduce the fire resistance of the structure and prevent smoke, gas and fire spread. 44. the cable must not be twisted relative to the longitudinal axis. 45. The internal electronic communications network active equipment connected to the electricity grid, deploys a specially designed premises, hardware cabinets or metal container outside cable distribution cabinets or floor sharing switchboard to be separated from those cables and passive cable distribution facilities that are not connected to the electrical connection. 6. Outdoor cable line and equipment Assembly 46. If electronic communication network equipment in accordance with the requirements of technology may not be combined with building metal structures, these devices placed in closed cabinets to insulating material (gaskets). 47. The electronic communications network underground ducts and cable line installation and construction of city streets and the street infrastructure objects or, in exceptional cases, other common utilities corridors and their structures, where streets and street infrastructure or utilities corridors already exist. 48. to identify the owner of the cable, cable lines marked in each of the distribution points of the cables in sewers and building ievado. 49. Highlights all open stand-alone electronic communications network distribution, amplification and switching points, as well as cable hatch sewers and other equipment installed by electronic communications network. The marker must reflect only the technical details and name. 50. Maximum use of load-bearing structures and in the light of the operational capabilities of the cables, the cable entry to the building in a way that the building would be inside the smallest cable length and permissible radius of curvature. 51. All entries sealed buildings. 52. in order to prevent the spread of fire through the cable if it ignites, building ievado, provides additional protection measures. Additional protection measures are not necessary if the external installation cable entry building hosted the special cable enters the room, or the length of the cable to the connection with internal cable installation in the building does not exceed 5 metres. 53. The antenna shall be so arranged that they do not interfere with the existing antenna and radio equipment. 54. The antenna supports installed to it-not coming into contact with already existing antennas or their attachment structures. 55. The cable drain channels (pipes) are numbered from left to right, starting from the bottom line, the direction set in the project documentation. 56. The cable leads into the sewer to the upper tube to be located not less than 0.4 m depth below the ground or 0.6 m depth in other places. Cable makes 0.8 m depth in the soil, if the project is not otherwise specified. 57. the cable ducts must be drawn in mechanically damaged, must not damage also if the cables before ielikto. 58. the hiring line for other electronic communications operators, cable electrification options the theoretical blank or partially busy sewer or cable channel assessed in accordance with the available capacity of the ducts detection methodology (annex 4). 59. Dragging cable through several stages of ducts, ensure the cable protection from mechanical damage the Canal entrance and exit in each well. 60. Dragging cable ducts, you need to observe and control the nostiepum force, so that it does not exceed the size specified by the manufacturer. 61. Above the ground cables or cables laid sewer 0.4 m depth below the surface of a polymer material put inside made the highlight warning tape. If the cable or the cable drain is below the sidewalk, warning tape must be located not less than 0.2 m above the cables or ducts. 62. The cables placed on the walls of buildings in an open or a hidden manner in accordance with local building regulations. 63. By placing the cables hidden inside walls, cables especially prepare for channels or aizsargcaurul. 64. The cable lines on walls placed horizontally or vertically. 65. Secure cables to the walls, all cable lines the cable length strengthen close to the wall (without the nokārum). 66. the cable to the external wall of the building horizontally mounted not less than 2.5 m. 67. Horizontal stages cable strengthens at least three points for each metre, vertical stages – at least two points of each meter. 68. the stages of Horizontal cable, which has a larger diameter, placed higher than the cable that has a smaller diameter. 69. where the cable passes through other utilities, cable pull the insulating tube. 70. the Vertical stages, which are located below the cable 2.5 m cable deploys hidden. 71. Overhead and hanging cable line runs in a rack placed in a way that does not interfere with access to the flue for the exit hatches, Windows and external evacuation stairs, as well as the smooth operation of the roof construction (snow and ice clearing, etc.). 72. If hanging overhead and cable lines located under the roof of the building, they strengthen not closer than 0.5 m from the roof. 73. New overhead and hanging cable line to strengthen the ban at the existing electronic communications network masts and base, as well as to residential building chimneys. 74. the hanging cable line transitions between two buildings arranged so as to avoid one set of parallel cable. 75. the hanging cable lines must not be closer than three feet from the nearest window top edge. 76. Building overhead and hanging cable line are designed to enter buildings not get precipitation water. 77. Building overhead or hanging cable line parallel to existing overhead or hanging cable lines, the distance between the lines of protection. Protection distance of not less than two adjacent line summary catenary distance when the written consent by the owner of the existing cable line is not for less distance. 78. Among the buildings overhead and hanging cable line assembled by using a rack on the roofs of buildings or fixtures at kapitālaj of structures and building walls, if warranted by the municipal building. 79. The maximum cable length between the line of posts determined according to the cable, rope and pole motor parameters. 80. Through the power line, choose about 90 ° wide angle crossing exceptionally permissible angle of not less than 45 °. 81. Electric vehicles cross the contact wire using the minimum length of the cable. The distance between the posts may not exceed 75 m. If the distance exceeds 75 m, cable lines placed in underground pipes. 82. The electronic communications network overhead cable line wire crossings over the electrified the contact wires must not be connected. 83. The electronic communications network overhead and hanging cable line to the pillars, which restricts the Powerline crossing, provided with zibensnovedēj. 84. Crossing lines, digital network lines located below the lines, except the batteries in the catenary. In some cases, the electronic communications network line can be placed over 380/220 V lines distance, which shall not be less than 1.25 m. 85. Through the power line, use a cable with a load-bearing element (rope or wire) is isolated with additional cover, which Nevada power. 86. The electronic communication network lines to be crossed lines in isolation from that voltage is up to 380/220 V, uses external shell providing dual protection against the current. 87. the distance between the electronic communications network lines and lines horizontal direction approximations (parallel) determines, based on the laws regulating construction requirements, and not to exceed the permissible margin of interference of the switchyard to the electronic communications networks. 88. Installing or constructing electronic communications networks, utilities or object owner (or authorized person) comply with the minimum distances between the electronic communications network for metallic cable line and other objects external dimensions (annex 2 and other legislation on the placement of external utilities) and cross the line. The minimum distance between the electronic communications network for optical cable line and other objects external dimensions can be less than that laid down in annex 2, where the owners of the mutually agreed. 89. If the electronic communication network line placement is not possible given distances, reducing the distance with utilities or the object owner or their authorized persons. 90. The electronic communications operator, installing, constructing or altering an underground electronic communication network, where the backup infrastructure construction is physically impossible or economically inefficient (where after installation, construction or rebuilding work is required to restore the road carriageways or sidewalks pavement, where asfaltē or planned to pave the future two years or places where the strip along their electronic communications networks will make it impossible for the electronic communications operator to parallel lines) underground electronic communication network shall be provided in the ducts. 7. Internal electronic communication networks the dismantling of 91. If the Subscriber refuses from electronic communications services, cable disconnected from the electronic communications network, subject to the following conditions: 91.1. disconnected cable end isolates; 91.2. If the Subscriber requests, dismantling the operator removes the work cable (wired) to the Subscriber's premises, or the front door to the living area. In that case, the dismantling work performer restored building of the cable and aizblīv the drilling site. 8. Outdoor cable line 92. Before dismantling any type of electronic communication network cable dismantling cable ends identify disconnected and isolated. 93. The cables dismantled, without damaging the other existing cables. 94. The ground laid cable may be dismantled only after the construction coordination with other utilities. 95. After the cable dismantling remove all markings on the drilling site and aizblīv restores the State according to the laws governing construction requirements. 9. Electronic communications networks and electronic communications services at the 96. Electronic communication network property frontier post and electronic communication services can be located at one site () or in different places. In each case the management may be referred to in sections in a public electronic communications network operator and customer agreement. 97. the public electronic communications network termination point may be the electronic communications network and service separation frontier post or just the electronic communications network or service management division. 98. one of the possible locations of the toll plaza is the cable of the sewers. A public electronic communications network operator determines whether frontier can be in the public electronic communications network operator cables in sewers or need to install another cable sewers. 99. in the light of the particular situation and the relevant technical rules, several frontier construction (annex 3). Other acceptable solutions. In place of the Minister of Economics, Minister of health of the Ministry of economy Guntis Belēvič submitted version of annex 1 to the Latvian et seq LBN 262-15 "electronic communications networks" (approved by Cabinet of Ministers of 30 June 2015 regulations No 328) electronic communications networks used for the graphic design legend 1. Cables lines table 1 the name label graphic sign notes the current projected 1. Cable ducts in a sloping forward slash indicates the location of cable wells. To specify the existing cable Oh and distances between wells, using Arabic numerals, the number of those Oh-Roman numerals 2. Switching from cable to cable ducts ground cable the ground 3 specify cable stamps and/or cable volume 4. Wall mounted cable specify cable stamps and/or cable volume 5. Transition from cable ground to cable to the wall 6. Transition from cable to cable ducts to the wall 7. Hanging cable specify cable stamps and/or cable volume At 8 posts hanging cable specify cable stamps and/or cable volume 9. submarine cable specify cable stamps and/or cable volume 10. Cable loop cable assembly 11 reserve 12. Removable cable line 2. Cable coupler 2. table name label graphic sign notes the current projected 1. Connecting coupling (optical and copper cables) 2. Split Sleeve 3. transition coupling cable shaft (optical and copper cables) 4. Parallel (temporary) coupling (only copper cables) Sprostuzmav 5 (copper cables) 6. Simetrizējoš coupler (copper cables) with Socket 7. left over reserve Cap (copper cables) the CAP, which has been left over the reserve, at the graphic symbol must specify a reserve left over, the number of the cable sleeve with 8 left over reserve outside sleeve (copper cables) 3. Copper and optical cable distribution cabinets, boxes and boxes table 3 name label graphic sign notes the current projected distribution box 1 column 2. Cable distribution box with the buried base 3. Internal cable distribution in the closet, the optical connection, optical Panel wardrobe internal and outdoor optical connection Cabinet above the legend graphic symbol specifies the connection of the OS, but the optical Panel cabinets-OPS designation. For example: 4. Outdoor cable distribution Cabinet or optical connection in the closet, or the optical Panel wardrobe 5. internal cables in switchboards, optical, optical connection Panel wardrobe changes of volume 6. Outdoor cable distribution cabinets, optical, optical connection Panel wardrobe changes of volume 7. Internal or outdoor electronic communications equipment closet 8. Outdoor electronic equipment container 9. Optical Cross-country rack of 10. Optical distribution panel on the wall 11. Distribution box (optical and copper cable network) 12. Parallel connected to the distribution box (cable network)   13. Open connection (open joint) closet 14. Open connection-sharing box (attached to) 15. Open connection-sharing box (mounted on Wall) 4.4 ducts the table name label graphic sign notes the current projected 1. Cable drain sewers existing cables used for numbering the Arabic digits and Latin letters, but projected the UK numbering-Roman numerals 2. enlargement of ducts ducts 3 aka 4. profile (ducts from the main Profile designation in the horizontal line represents the basis for the ducts. Under construction and reconstruction in accordance with drawing indicating the profile number 5. enlargement of ducts 6. Cable drain elbow-branch 5. Amplifiers and regenerator in table 5 the name label graphic sign notes the current projected 1. starppastiprinātāj dual-band (vienkabeļ) 2. starppastiprinātāj dual-band (so far) IKM equipment 3 regenerator (vienkabeļ, double) regenerator equipment IKM 4 (so, two-way) 5. xDSL regenerator (vienpār) 6. xDSL regenerator (divpār) 6 other cable network elements in table 6 the name label graphic sign notes the current projected 1. Distribution element (boxing or terminator) transition 2. adapter column 3 column 4-column 5 with one suffix tree 6. Column with two wooden Poles with thymus 7. one concrete pillar 8. suffix with two reinforced concrete pillar with the suffix-9.10. Šķiedroptisk support in zarotājierīc (English-splitter) n-output (port) number 11. Electrical connection block 12. Optical/electrical converter 13. Line the Strip/atzarotāj 14. Connector (a generic term) 15. Connector cable connection socket 16. cable television and FM radio connection 7. Electronic communications networks dismantled part of the representation of the Dismantled Interior cable distribution Cabinet or box: 8. Optical fibre distribution scheme 7. table name label graphic sign notes the current projected 1. Optical connector 2. Continuous optical fiber 3. Tubular connected fibre optical fiber Tip 4 (for example, optical connection plate) 5. Optical cable lines, fiber or fiber cable in the group stage. Below the drawing indicates the number of fibre cable optical cable 6 spare loop optical cable to which the access point of the fibre bundles are cut in aizsargcaurulīt, cut beams indicate numbers. For example: do not cut the beam: 1.2.7. Optical cable sleeve 8. Optical Kross (ODF) 9. Optical connection closet (OS) Sķiedroptisk zarotājierīc 10 a (u. s.-splitter) n-output (port) number in place of the Minister of Economics, Minister of health of the Ministry of economy Guntis Belēvič submitted version of annex 2 to the Latvian et seq LBN 262-15 "electronic communications networks" (approved by Cabinet of Ministers of 30 June 2015 regulations No 328) minimum distances between electronic communications networks, and other objects for external dimensions No. PO box Conditions for the minimum distance (m) 1 2 3 i. Distance vertically 1. Crossings between the above ground utilities and other objects: 1.1. electronic communications network line distance from the Earth, crossing roads and streets 6.0 1.2. the distance between the vertical direction of electronic communication networks and rail crossing the tram lines 8.0 1.3. electronic communication networks the distance from the surface of the road, crossing the trolleybus Powerline 9.0 1.4. electronic communications network line distance from the track, passing through the electrified rail line 7.5 1.5. the distance between the line of electronic communication networks and railway lines in the load-bearing rope 2.0 1.6. the subscriber enters the distance to the curb or ground greenery area 3.0 1.7. electronic communication networks the distance from the surface of the water, the crossing, such as not navigable river channel 2.5 1.8. the distance between the electronic communications networks top cord or hanging cable and overhead power lines the lower cord or hanging cable maximum catenary: 1.8.1. up to 1 kV 1.0 0.5 (1) (2) 1.8.2. 6-20 kV 2.0 remarks crossings: electronic communications networks must always be under power lines or hanging cable (except that referred to in paragraph 80 et seq,) (1) overhead power line can cross all kinds of electronic communications network and based in the flap line (kailvad electronic communication network line crossings in support is not permitted) (2) if there is a kailvad of electronic communication networks, the minimum distance must be 1.0 m 1.9. the distance between the electronic communications network lines 0.5 2. Crossings between the underground utilities: 2.1. the distance between the protected or unprotected electronic communications networks cable and indoor plumbing, and the faecal waste water sewage, drainage and rainwater sewerage 0.2 2.2. the distance between the protected or unprotected electronic communications networks cable and elektrokabel (including batteries and lighting network cable): 2.2.1.2.2.2. protected electronic communications networks cable unprotected electronic communications networks cable Note: by mutual consent determine which cable above which placed 0, 150,25 2.3. the distance between the protect communications networks cable and notekgrāvj the pamatniPiezīm path: if not, the distance of the ditch must be 1.2 m from the road surface 0.7 2.4. the distance between the protect communications networks and the cable railway notekgrāvj base 0.7 2.5.2.5.1. 2.5.2. the distance between the protect communications networks and the cable railway (1520 mm) tracks: intersecting with the ground penetration across a public way Note: railroad tracks to cross the 90 ° angle, and cable protection must continue on both sides not less than 2.0 m from the outer edge of the notekgrāvj, 3.0 m from the slope of the embankment, 5.0 m from the side rails 2, 51.5 2.6. the distance between the protect communications networks and cable tramway Rails sleeper bottom edge of 1.5 2.7. the distance between the protected or unprotected electronic communications networks cable and of 0.2 siltumvad 2.8. the distance between the protected or unprotected electronic communications networks cable and pipeline 0.15 2.9. the distance between the protected or unprotected electronic communications network line cables 0.15 3. Other distance in the vertical direction 3.1. electronic communications networks, if the distance from the Earth is not cross roads or street 4.5 3.2. the distance between the electronic communications networks and power lines hanging wire or cable, if electronic communications network is mounted low voltage (up to 1 kV) power lines in balstosPiezīm: 1) kailvad electronic communications networks must not be mounted power lines balsto 2) electronic communications networks should be located under suspended or kailvad 3) electrical power lines hanging in the wire or cable and electronic communications networks should be mounted based on opposite sides of 0.5 (flap and support) 3.3. electronic communication networks the distance to the roof ridge or the design of the elements above the roof (except for the hard-to-reach places) 0.8 3.4. the distance between the electronic communications networks and power line (380/220 V) for buildings 0.5 3.5. distance to trees II. 1.0 distances horizontally 4. Underground crossings: 4.1. the distance between the protect communications networks cable and railway structures (bridges, crossings of the border, the catenary strut) 10.0 4.2. the distance between the protected or unprotected electronic communication networks and rail traffic signal cable, it supports external lighting fixture 5.0 4.3. the distance between the protected or unprotected electronic communications networks and electronic communications cable networks post 1.0 4.4. the distance between the protected or unprotected electronic communications networks cable and contact wire tram or bus based asiPiezīm: Distance varies depending on the build type 0.6-1.0 4.5. the distance between the line of electronic communication network cable (protected or unprotected) and overhead power lines built structures or basis in a built-up area: 4.5.1. 4.5.2 4.5.3. up to 1 kV 6-20 kV kV, 110 kV 330 (3) in some cases, the allowable distance is 1.0 m cable insert the insulating material tube, length not less than 3.0 m on each side of base 1, 02, 0 (3) 10.0 4.6. the distance between the line of electronic communication network cable (protected or unprotected) and overhead power lines built structures or the Foundation for rural area: 4.6.1. 4.6.2 4.6.3. up to 1 kV 6-20 kV kV, 110 kV 330, 5 2 05 .0 50.0. Crossings between the above-ground or underground utilities: 5.1. the distance between the electronic communications networks and support structures for overhead power lines nearest side cord or hanging cable maximum deviation: 5.1.1. 5.1.2 5.1.3. up to 1 kV 6-20 kV kV, 110 kV 330 Note: H-power line support height (4) If the crossings used in buried in electronic communications networks, cable distance is > 1.3 H (5) crosses through the buried electronic communications networks cable 2 (4) (5) (4) (5) H 1.3 5.2. the distance between the electronic communications network of closest marginal line cord or hanging cable and overhead power lines built structures or basic: 5.2.1. 5.2.2. to 1 kV to 20 kV, 6 2 02 .0 5.3. the distance between the electronic communications network of closest marginal line cord or hanging cable and electronic communications networks 1.0 support structures (iii). other distances horizontally 6. The distance between the electronic communications network of closest marginal line cord or hanging cable and building construction, the roof edge, balcony (except for the foundations of buildings) 1.5 7. The distance between the electronic communications network of closest marginal line cord or hanging cable and mast mast height 8. The distance between the electronic communications network of closest marginal line cord or hanging cable and a Bush or tree canopy 1.5 projection 9. Distance between underground electronic communication network, and Bush. Limited circumstances, if using a gentle method of digging or invest with no pipe method do not damage the root system, the specified distance allowed reduced to 0.5 m, if the law does not provide otherwise. 10 1.0. Distance between underground electronic communication network and tree trunk, except for parks and alleys protect the cultural monuments of the country, which according to the cultural monuments protection requirements may determine a different distance. Limited circumstances for deployment of inženiertīkl in cities and villages, where construction for inženiertīkl with no or horizontal guided drilling allowable distance to save the tree trunk to reduce to 1 m, if the law does not provide otherwise. Note: protected 1.5 cable, cable, who is protected from possible external (for example, cable with protective armor, pipe inserted into the cable). In place of the Minister of Economics, Minister of health of the Ministry of economy Guntis Belēvič submitted version of annex 3 to the Latvian et seq LBN 262-15 "electronic communications networks" (approved by Cabinet of Ministers of 30 June 2015 regulations No 328) for electronic communications networks and electronic communications services at 1. this annex provides for electronic communications networks and electronic communications services in the management of construction. 1. the first sample 2. First sample provides a variety of management options, on the basis of the private apartment house, which also contains office space. 3. the owner of the House is built by your electronic communication network, which is possible in the management of property in one of the following: 3.1 cable sewers (12); 3.2. coupling or cable loop, which is sufficiently long to be assembled into the sleeve (13), if necessary. 4. service frontier post between electronic communications services or of public electronic communication (PES) operator (or the providers of electronic communications services) according to the specific situation can be point 1, 2, 3, 4, 5, 6, 10, 13.

2. the second sample second sample 5 different reference points provided in the variations, where land ownership has built more buildings. 6. property management is possible in one of the following: 6.1 cable sewers (5); 6.2. the sleeve or cable loop, which is sufficiently long to allow the assembled CAP, if it is required (6). 7. service frontier post between users of electronic communications services and pest operator (or the providers of electronic communications services) according to the specific situation can be point 1, 2, 3, 5, 6.

3. the third model of the third model provides 8 different variants of the frontier, if more land is built on shipbuilding, which access is provided to the public electronic communications network, using pest operator ducts. 9. property management is possible in one of the following: 9.1 cable sewers (4); 9.2. the sleeve or cable loop, which is sufficiently long to allow the assembled CAP, if it is necessary. 10. service frontier post between users of electronic communications services and pest operator (or the providers of electronic communications services) according to the specific situation in point can be 2, 3, 4, 7.

4. the fourth sample 11. Fourth, various reference points provided in the sample choices, if more land is built on shipbuilding, which access is provided to the public electronic communications network, using pest operator hanging cable line. 12. property management is external distribution box (1) or an external installation cable closet (4). 13. service frontier post between users of electronic communications services and pest operator (or the providers of electronic communications services) according to the specific situation can be point 1, 2, 3, 4.

5. The fifth sample 14. Fifth sample provides various exit options, unless the land is built more buildings, which access is provided to the public electronic communications network, using wireless transmission system of subscribers. 15. property management is an external or an indoor distribution box (3). 16. service frontier post between users of electronic communications services and pest operator (or the providers of electronic communications services) according to the specific situation in paragraph 2 may be, 3. The Minister of economy in place, Minister of health of the Ministry of economy Guntis Belēvič submitted version of annex 4 to the Latvian et seq LBN 262-15 "electronic communication networks (approved by Cabinet of Ministers of 30 June 2015 regulations No 328) cable sewer available capacity determination methodology set out in this annex 1. How to calculate the available capacity of the ducts.
2. the available capacity of the ducts of the dp is calculated by the following formulas1: where D is the cable drain pipes internal diameter, someone needs to pull the cable with diameter dp, if there are n cables with diameters from d1 to DNA; K is a coefficient that is chosen according to table 1 of this annex the conditions shown. Mathematically transforming the cable drain available capacity the dp calculation formula gives a formula for the calculation of cable sewer pipe inner diameter (D), someone needs to pull the cable with diameter dp, if there are n cables with diameters of up to dn: where D is the cable drain pipes internal diameter, someone needs to pull the cable with diameter dp, if there are n cables with diameters from d1 to DNA; K is a coefficient that is chosen according to table 1 of this annex the conditions shown. 3. in paragraph 2 of this annex that calculations do not apply as criteria for cables of cable electrification sewerage stage with the bend, the branches and the pipe where the cables put with iepūšan technology. Note the. 1Vis diameter of the formulas in mm with an accuracy of one decimal decimal place; n is a natural number. table 1.
Cable sewer, which plans to retract the cable, length (L) in the calculation of cable number cable planned drainage tube coefficient (K) If the cable drain pipe inside diameter ≤ 40 mm If the cable drain pipe inner diameter of cable 41mm to 53mm if the sewer is from 54 mm internal diameter up to 60 mm If the cable drain pipe inside diameter ≥ 61 mm L ≤ m 1 or 2 3 or more 1.5 1.4 1.3 1.25 1.5 1.45 1.45 1.45 m