Single-chain, double-chain and transition reinforced concrete supports VLI 0.38 kV with SIP-2 with linear reinforcement LLC "MZVA"
- Added: 26.11.2021
- Size: 21 MB
- Downloads: 0
Description
Typical album, cipher 26-0085. The design of reinforced concrete supports of the VLI 0.38 kV with self-supporting insulated wires PIP-2 developed in accordance with the requirements of the 7th edition PUE .
Project's Content
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000 Титульный лист.dwg
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001 Титульный лист.dwg
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002 Содержание.dwg
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047 Номенклатура опор-1.dwg
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048 Номенклатура опор-2.dwg
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049 Номенклатура опор-3.dwg
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050 Номенклатура опор-4.dwg
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051 Номенклатура опор-5.dwg
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052 Номенклатура опор-6.dwg
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053 П29.dwg
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054 П29.dwg
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055 П30.dwg
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056 П30.dwg
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057 ПП29.dwg
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058 ПП29.dwg
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059 ПП30.dwg
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060 ПП30.dwg
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061 УП29.dwg
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062 УП29.dwg
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063 УП30.dwg
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064 УП30.dwg
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065 А29.dwg
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066 А29.dwg
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067 А30.dwg
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068 А30.dwg
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069 ПА29.dwg
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070 ПА29.dwg
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071 ПА30.dwg
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072 ПА30.dwg
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073 УА29.dwg
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074 УА29.dwg
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075 УА30.dwg
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076 УА30.dwg
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077 ПУА29.dwg
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078 ПУА29.dwg
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079 ПУА30.dwg
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080 ПУА30.dwg
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081 АО29.dwg
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082 АО29.dwg
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083 АО30.dwg
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084 АО30.dwg
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085 ПОА29.dwg
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086 ПОА29.dwg
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087 ПОА30.dwg
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088 ПОА30.dwg
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089 УПС29.dwg
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090 УПС29.dwg
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091 УПС29.dwg
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092 Угловое анкерное крепление.dwg
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093 Анкерное крепление.dwg
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094 Концевое крепление.dwg
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095 Установка светильника.dwg
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096 Ответвление СИП от ВЛН.dwg
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097 Соединение СИП в пролете.dwg
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098 Установка переносного заземления.dwg
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099 Установка предохранителя на ответвлении.dwg
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100 Прокладка СИП по стенам.dwg
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101 Вводы в здание.dwg
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102 Анкер АВ-1.dwg
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103 Плита МУ103.dwg
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104 Плита МУ104.dwg
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105 Кронштейн У1.dwg
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106 Кронштейн У4.dwg
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107 Кронштейн КС2.dwg
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108 Оттяжка ОТ19.dwg
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109 Оттяжка ОТ20.dwg
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110 Анкерный болт ОТ21.dwg
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111 Кронштейн ОТ22.dwg
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112 Заземляющие проводники ЗП1М, ЗП2М.DWG
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113 Установка ОПН на промежуточной опоре.dwg
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114 Установка ОПН на ответвительной анкерной опоре.dwg
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115 Установка ОПН на ответвлении.dwg
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116 Установка стационарного заземления.dwg
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117 Установка шкафа учета на опоре.dwg
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118 Установка шкафа учета на опоре.dwg
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119 Установка сплит-счетчика.dwg
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120 Линейная арматура фирмы МЗВА.dwg
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121 Линейная арматура фирмы МЗВА.dwg
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122 Линейная арматура фирмы МЗВА.dwg
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123 Линейная арматура фирмы МЗВА.dwg
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124 Линейная арматура фирмы МЗВА.dwg
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125 Линейная арматура фирмы МЗВА.dwg
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126 Линейная арматура фирмы МЗВА.dwg
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01_Общая часть.doc
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02_Расчетные пролеты.doc
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03_Несущая способность.doc
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04_Монтажные таблицы СИП-2.doc
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Additional information
General part
1.1. The design of 0.38 kV VLI reinforced concrete supports with self-supporting insulated wires PIP-2 was developed under contract No. 942 dated 03.11.2006 with ZAO MZVA in accordance with the requirements of the 7th edition PUE.
In 2017, the standard project was adjusted.
1.2. As part of this project, single-chain, double-chain and transitional reinforced concrete supports of the VLI of 0.38 kV with SIP-2 with linear reinforcement of MZVA LLC with attachment of brackets using stainless steel tape were developed.
1.3. Single-chain and double-chain supports VL 0.38 kV were developed on the basis of reinforced concrete posts SV953 and SV953s with a length of 9.5 m with a design bending moment of 30 kN⋅m.
VL adapter supports of 0.38 kV of increased size for intersection with engineering structures are developed on the basis of typical reinforced concrete posts SV1053.6 (5) and SV1103.5 (5) with a design bending moment of 35 to 50 kN⋅m.
1.4. The following types of supports are presented in the project:
- single-chain:
1) intermediate P29;
2) angular intermediate UP29;
3) anchor (end) A29;
4) angular anchor AA29;
5) anchor branch AO29;
6) special angular support UPS29;
- double-chain:
1) intermediate P30;
2) angular intermediate UP30;
3) anchor (end) A30;
4) angular anchor UA30;
5) anchor branch AO30;
- single-chain adapter supports:
1) intermediate PP29;
2) anchor (end) PA29;
3) angular anchor PUA29;
4) anchor branch PAA29;
- double-chain adapter supports:
1) intermediate STP 30;
2) anchor (end) PA30;
3) angular anchor PUA30;
4) anchor branch PAA30.
In the designation of supports, letters indicate the type of support, and numbers indicate the serial number of the design of the support.
1.5. Intermediate supports are developed of single-strut structure, anchor-type supports are made of strut structure using steel plates (girders), special angular support - with bracing.
One-chain and double-circuit P29, UP29, A29, UA29, AO29, P30, UP30, A30, UA30, AO30 support on the basis of racks of CB953 and SV953s can be applied in IIV areas downwind and IIV areas to ice.
One-chain transitional PP29, PA29, PUA29, POA29 and UPS29 support on racks of CB1053,6 (5) and CB1103,5 (5) can be applied in IIV areas downwind and IIV areas to ice.
Double-circuit transitional PP30, PA30, PUA30, POA30 support :
- on stands SV1053.6 and SV1103.5 can be used in III areas in wind and IIV areas in ice;
- on stands SV1055 and SV1105 can be used in IIV areas in wind and IIV areas in ice.
Supports are intended for use in undeveloped (A) and built (B) areas.
1.6. On all types of supports, it is possible to branch to the inputs to the buildings on one or two sides from the VLI.
1.7. The specifications of the supports take into account the suspension of the PIS, which includes three phase cores, one core for external lighting and a load-bearing zero core.
Wires
2.1 Self-supporting insulated wires SIP2 manufactured according to GOST 3194612 (Change No. 1) are suspended on supports developed in this project.
SIP4, SIPn-4 can also be used to connect individual consumers, including branches from the line.
For laying on the walls of buildings and structures, self-supporting insulated wire that does not spread combustion is used.
2.2. Self-supporting insulated wire PIP-2 - multi-stranded wire for overhead power transmission lines, containing insulated cores and zero bearing insulated core, designed for wire attachment or suspension.
The PIP-2 wire may additionally comprise auxiliary conductive conductors for connection of external lighting or monitoring circuits.
The number of auxiliary conductive conductors in wires with zero bearing core of nominal section 50 mm2 or more is set from the row: 1, 2, 3. Nominal cross-section of auxiliary conductive conductors for external lighting circuits - 16, 25 or 35 mm2, for control circuits - 1.5; 2.5 or 4 mm2.
Self-supporting insulated wire PIP-4 - multi-core wire for overhead power lines with insulated cores without a load-bearing core.
Self-supporting insulated wire SIPn4 is a multi-core wire for overhead power lines that does not spread combustion, with isolated cores without a supporting core.
2.3. PIP-2 phase cores are made of aluminum; bearing zero core - from aluminum alloy with temporary resistance of wires to twisting into the core of at least 295 MPa, relative elongation at break of at least 4%, modulus of elasticity of at least 62 × 103 N/mm2, coefficient of linear expansion of at most 23 × 106 C-1.
2.4. The insulating sheath of the PIS cores is resistant to environmental influences and is made of cross-linked cross-linked polyethylene and contains carbon black in its structure to ensure long service life.
2.5. The PIS differs from non-insulated wires in the following properties:
- versatility of reinforcement;
- ease of installation;
- safety for consumers and installers;
- reliability in operation;
- tightness of connections.\
Line fittings for pin-2 wires
3.1. Supporting, tensioning, branching and connecting clamps and other elements of linear reinforcement for attachment of STIP-2 to supports are made with reinforcement of LLC "MZVA."
Specific types of linear reinforcement are given in the specifications on the drawings of 0.4 kV VLI supports and in this section.
The following are the main types of linear reinforcement, with the help of which the SIP-2 is attached to the VLI supports (see para. 3.2 sound 3.13).
3.2. For attachment of PIP-2 wires of 0.4 kV VLI line on intermediate supports set of ES 1500 intermediate suspension is provided (for section of zero bearing core up to 120 mm2, destructive load - at least 15 kN). The kit consists of a PS 1500 universal support clamp and a CS 1500 bracket. The bracket is attached to the support using stainless steel tape type F20.
3.3 Connection of main wires on anchor type supports is provided by means of anchor clamps PA 1500 (for zero bearing core section from 35 to 70 mm2, breaking load - not less than 15 kN), PA 2200 (for the section of zero bearing core PIP-2 from 95 to 120 mm2, destructive load - at least 20 kN), which are installed on the anchor bracket CA 2000.1 (CA 2000). The bracket is attached to the support using stainless steel tape type F20. Anchor clamps are made of aluminum alloy and are resistant to corrosion. The clamps may be provided in molded case or extruded profile case versions.
Attachment of branch wires to building inputs on all supports presented in the typical design is performed by PA 25x100 anchor clamps for 2 or 4 wires of SIPn4 type with a section of 16 or 25 mm2 and PA 1500 clamps for wires of PIP-2 type with a section of 35 to 70 mm2. Anchoring of PA 25x100 anchorages is done with CA 25 brackets, anchorage of PA 1500 anchorages and PA 25x100 anchorages (two branches in one direction) are done with CA 2000.1 brackets (CA 2000). The brackets are attached to the support using stainless steel tape type F20.
3.4. Stainless steel band F20 is used for attachment of anchor and suspension brackets on VL supports. The steel strip F20 is made of corrosion resistant steel with a treated edge, the increased flexibility of which greatly simplifies the fixing of the tape on the support using the clamp C20.
3.5. To perform a branch from the main, use the clamps:
OP616 (OP616M) (section lived 6150/1.516 mm2) - to conductors of lamps of external lighting or to conductors of inputs to buildings, tight;
OP6 (OP6M) (section lived 6150/1.510 mm2) to conductors of lamps of external lighting or to conductors of inputs to buildings, tight;
OP645 (OP645M) (section of veins of 16150/450 mm2) - to conductors of inputs to buildings, tight;
OP95 (OP95M) (section of veins of 16150/16150 mm2) - to conductors of a linear branch or to conductors of inputs to buildings, tight ;
OP71B (section lived 16150/1.595 mm2) - to conductors of inputs to the buildings allowing repeated application from a branch moisture-proof, for one branch;
OP72B (section lived 16150/1.595 mm2) - to conductors of inputs to the buildings allowing repeated application from a branch moisture-proof, for two branches from one clip;
OP72 (OP72M) (section lived 16150/1.535 mm2) - to conductors of inputs to buildings, the allowing repeated application from a branch, tight, for one or two branches.
To ensure the reliability of the sealed clamps, the connection of the PIS cores for the branch must be carried out without tension (with the formation of loops).
3.6. The connection of the zero bearing core in the span shall be made with MJPT N coupling clamps providing mechanical strength of at least 90% of the breaking force of the bearing core. No more than one connection of the load-bearing zero core in the span is allowed.
Connecting clamps of MJPT type are used to connect the main conductive conductors in the span.
Connection clamps of MJPB type are used for connection of external lighting strands in the span.
Connection of wires of different sections is allowed only in hinges of anchor supports.
3.7. To connect the non-insulated grounding conductor to the zero bearing core of PIP-2, ZPV clamps are used, connection of the non-insulated grounding conductors to each other can be carried out using the PS-1-1A clamp.
3.8. CA 600B and CA600T brackets, PA 1500 and PA 2200 anchor clamps are used to anchor the PIS of the main when laying along the walls of buildings and structures.
For intermediate attachment of PIS of the main line along the walls of buildings, BRPF6 facade attachments (BRPF6.1 for installation on wooden surfaces) are used.
3.9. To branch the PIS from uninsulated VL wires with a cross section of 16-120 mm2, the transition clamps OH 640 (OH 640M) should be used for the branch core with a section of 4-50 mm2 and ZPV (ZPVM) for the branch core with a section of 16-120 mm2.
3.10. Clamps of modification "M" have metal tear heads.
3.11. Special piercing clamps with stationary connectors shall be provided for the purpose of organization of safe performance of work on the WFD in accordance with the Rules on Labor Protection during Operation of Electrical Installations, to check the absence of voltage and perform grounding (adapters) on the first supports, on the end supports, on the anchor supports (provided there is no fixed connector (adapter) on adjacent support), on branch supports (provided that there is no fixed connector (adapter) on the adjacent support), on intermediate supports limiting sections of the IDL not more than 2 km .
When designing lines in order to ensure safety requirements during maintenance, it is necessary to provide for the installation of stationary closure and grounding devices (HUD WL) equipped with a separate grounding descent. The devices are installed during the construction (reconstruction) of the VLI for the entire service life .
ZVZ 481 terminals are allowed for connection of voltage control devices, portable shorting and grounding devices.
Temporary grounding clamps ZVZ 481 complete with insulated AIZZ adapters are installed on current-conducting and zero PIS cores for the entire service life of the line.
During operation, UZK (closure device) is connected to the ZVZ 481 clamp adapter, then a portable UZM grounding is connected using a plug to connect to the UZK plug cartridge.
It is not recommended to install other clamps on the PIS to connect the portable grounding, and even more so remove them from the WFD this will lead to corrosion of the line.
3.12. To protect consumers, equipment and linear isolation of 0.4 kV networks from overvoltage, it is necessary to provide for the installation of overvoltage protection devices of the LVA type.
To limit consumer power and protect the VLI line from short circuit, it is allowed to use safety inserts of PV type with replaceable fuses P2D A P63D for permissible current 2A A A 63A.
3.13 It is recommended to install a splitter meter or a remote metering cabinet on the support to account for electricity at the network interface (according to the balance sheet) of the power supply organization and the consumer.
000 Титульный лист.dwg
001 Титульный лист.dwg
002 Содержание.dwg
047 Номенклатура опор-1.dwg
048 Номенклатура опор-2.dwg
049 Номенклатура опор-3.dwg
050 Номенклатура опор-4.dwg
051 Номенклатура опор-5.dwg
052 Номенклатура опор-6.dwg
053 П29.dwg
054 П29.dwg
055 П30.dwg
056 П30.dwg
057 ПП29.dwg
058 ПП29.dwg
059 ПП30.dwg
060 ПП30.dwg
061 УП29.dwg
062 УП29.dwg
063 УП30.dwg
064 УП30.dwg
065 А29.dwg
066 А29.dwg
067 А30.dwg
068 А30.dwg
069 ПА29.dwg
070 ПА29.dwg
071 ПА30.dwg
072 ПА30.dwg
073 УА29.dwg
074 УА29.dwg
075 УА30.dwg
076 УА30.dwg
077 ПУА29.dwg
078 ПУА29.dwg
079 ПУА30.dwg
080 ПУА30.dwg
081 АО29.dwg
082 АО29.dwg
083 АО30.dwg
084 АО30.dwg
085 ПОА29.dwg
086 ПОА29.dwg
087 ПОА30.dwg
088 ПОА30.dwg
089 УПС29.dwg
090 УПС29.dwg
091 УПС29.dwg
092 Угловое анкерное крепление.dwg
093 Анкерное крепление.dwg
094 Концевое крепление.dwg
095 Установка светильника.dwg
096 Ответвление СИП от ВЛН.dwg
097 Соединение СИП в пролете.dwg
098 Установка переносного заземления.dwg
099 Установка предохранителя на ответвлении.dwg
100 Прокладка СИП по стенам.dwg
101 Вводы в здание.dwg
102 Анкер АВ-1.dwg
103 Плита МУ103.dwg
104 Плита МУ104.dwg
105 Кронштейн У1.dwg
106 Кронштейн У4.dwg
107 Кронштейн КС2.dwg
108 Оттяжка ОТ19.dwg
109 Оттяжка ОТ20.dwg
110 Анкерный болт ОТ21.dwg
111 Кронштейн ОТ22.dwg
112 Заземляющие проводники ЗП1М, ЗП2М.DWG
113 Установка ОПН на промежуточной опоре.dwg
114 Установка ОПН на ответвительной анкерной опоре.dwg
115 Установка ОПН на ответвлении.dwg
116 Установка стационарного заземления.dwg
117 Установка шкафа учета на опоре.dwg
118 Установка шкафа учета на опоре.dwg
119 Установка сплит-счетчика.dwg
120 Линейная арматура фирмы МЗВА.dwg
121 Линейная арматура фирмы МЗВА.dwg
122 Линейная арматура фирмы МЗВА.dwg
123 Линейная арматура фирмы МЗВА.dwg
124 Линейная арматура фирмы МЗВА.dwg
125 Линейная арматура фирмы МЗВА.dwg
126 Линейная арматура фирмы МЗВА.dwg
