General description of design solutions. Poles of overhead power lines. Their device and main types Classification by purpose

VL-6kV. Project 2013 Double/single chain. AS, SIP. Racks for 10 and 35 kV. Passed all approvals in IDGC, SSK, Russian Railways. More or less normal.

general description design solutions

For power supply to consumers compressor station at the Gorbatovskoye field, the project provides for:

Construction of a single-circuit overhead line-6kV, made on racks SV105-5 from switchgear-6kV of the substation 35 / 6kV "Gorbatovskaya-2", then transition to a double-circuit overhead line-6kV, made on racks SK-22.1-1.1 with power supply of the second line from the support of the additional support of the installed between support 86 and 87 of feeder 5 to ZRU-6kV (with package transformer substation) at the compressor station site.

Branch device from feeder 5 "Gorbatovskaya-1"

The AC95/16 wire is suspended on the projected single-circuit VL-6 kV. Permissible voltage in the wire is st=svg=64MPa ssg=45MPa.

The project adopted reinforced concrete supports according to standard project 3.407.1-143, developed by the Selenergoproekt Institute.

The supports are made on the basis of racks SV105-5-IVA (TU5863-007-00113557-94) according to the standard project Arch.N LEP00.10.

The suspension of the double-circuit line is provided using intermediate supports PB35-4.1 according to the standard design 3.407.1-164 on reinforced concrete racks SK22.1-1.1 and angle-angle steel U35-2 according to the standard design 5736tm. At the intersections of a double-circuit line, supports PB110-8 are used according to a standard project 3082tm on racks SK26.1-6.1

Part of the line is carried out with SIP wire according to the L56-97 standard project using SV105-5-IVA racks.

At intersections with engineering communications supports PS10-2, PP10-5 are used.

P.S. I did it a long time ago, so there may be kosyachki. But overall a good project. Yes, if something is not clear - write, I will help as much as I have free time.

A complete list of overhead line supports presented on our website can be found on the tabs below. First select the material from which the support is made, and then the voltage rating of the line. After that, go to the page with a list of overhead lines. Please note that the list of supports is constantly updated.

Power transmission towers are perhaps one of the most complex elements power lines. When designing and building these structures, it is necessary to take into account both climatic and soil characteristics of the area. Currently, manufacturers of supports are striving to reduce the cost of production and increase the strength characteristics of products.

In view of this, they are developing various designs, allowing to reduce the load on the foundation and ensure stable operation in various operating modes.

On our site you can get acquainted with both old and new developments of Russian engineers.

Classification by purpose

Each brand of supports is designed to perform its specific function. That is why designs are divided into main types depending on the purpose:

intermediate supports- the most common type of supports, designed for vertical loads from the weight of the wires, they are installed only on straight sections of the line;
anchor supports- also installed on straight sections of the route, however, the wires are anchored to them. Thus, the supports are designed for longitudinal loads from the tension of the wires;
corner supports- installed at the corners of the track. The fastening of wires on them is also in most cases anchored, however, there are exceptions in the form of intermediate corner supports;
end supports- are usually mounted in front of substations. Loads act on them mainly from one side of the line;
transpositional- designed to perform the transposition of overhead lines;
branch- are installed in places of branches of the line to an adjacent direction;
transitional- to ensure clearance over an engineering structure or a natural barrier.

Classification by materials of manufacture

Structures are installed in various climatic, geoseismic conditions. At the same time, it should be noted that many types of supports are designed for operation in urban areas. Thus, in each case, it is required to use suitable material for making racks.

wooden supports

Wooden power transmission poles are widespread in rural areas, but do not forget that the corresponding wooden structures are also used on lines up to 220kV.

Wooden structures are most often used on low voltage lines, while they have a number of advantages:

relative durability (up to 50 years with appropriate impregnation);
light weight;
ease of construction and transportation;
low cost.

Reinforced concrete supports

Reinforced concrete supports installed on lines with voltage less than 500 kV. Basically, these are intermediate supports that do not take on the load from the tension of wires and cables. In the case of using reinforced concrete racks as anchor supports, they are strengthened with slopes or braces.

Reinforced concrete supports are made from prestressed reinforced concrete and have a number of advantages:

simple design features;
do not require complex additional assembly;
not subject to decay, like wooden supports;
in some cases, installation directly into the ground is possible;
relatively simple line construction.

Steel supports

Steel supports on lines of 0.4-10 kV are extremely rare. Their prerogative is the lines of medium voltage and above. Metal poles are mainly used as anchor poles, however, with a network voltage of more than 110 kV, intermediate steel poles are also used.

Structures can be made both from a profile and corners, and by rolling, since metal supports based on pipes are often used in lighting. Among the advantages of supports of this type, one can note their wear resistance and durability, as well as the possibility of manufacturing very high construction to ensure safe passage through engineering structures and natural barriers.

Typical designs are presented for each type of support. As a result, you will be confident in your choice, as you will familiarize yourself with all the necessary documentation.

When laying overhead lines power lines, in addition to the choice of cable, it is also necessary to carry out the choice of supports on which it will be fixed, as well as insulators. We will devote this article to the supports of overhead power lines.

For the installation of overhead lines, metal, reinforced concrete and wood are used, as they are often called in ordinary life, electrical poles.

wooden supports

They are made, as a rule, from pine logs with the bark removed. For power lines with a supply voltage of up to 1000 V, other tree species are also allowed, for example, fir, oak, cedar, spruce, larch. Logs, which subsequently will have to become supports for power lines, must comply with certain technical requirements. The natural taper of the trunk, in other words, the change in its diameter from the thick lower end (butt) to the upper cut should not exceed 8 mm per 1 meter of log length. The diameter of the log on the upper cut for lines with voltage up to 1000 V is taken at least 12 cm, for lines with voltage above 1000 V, but not more than 35 kV - 16 cm, and for lines with more high voltage at least 18 cm.

Wooden poles can be used for the construction of overhead lines with a voltage not exceeding 110 kV inclusive. Wooden poles are most widely used in overhead lines with voltage up to 1000 V, as well as in communication lines. plus wooden poles There are relatively low cost and ease of manufacture. However, there is a minus, a significant minus - they are subject to decay and the service life of pine supports is about 4-5 years. To protect wood from decay, it is impregnated with special antiseptics against decay, such as anthracene or creosote oil. Especially careful processing lends itself to those parts that will be dug into the ground, as well as cutting ends, braces and traverses. Thanks to antiseptics, the service life is increased by about 2-3 times. For the same purpose, quite often the legs of a wooden electric pole are made of two parts - the main stand and the chair (stepson):

Where - 1) the main stand, and 2) a chair (stepson)

With a strong decay of the lower part, it is enough to change only the stepson.

Metal supports

Plus - durable and reliable in operation. Minus - a large consumption of metal is required, which entails a significant increase in cost (in comparison with wooden ones). Metal poles of overhead power lines are used, as a rule, at voltages from 110 kV, since operation metal supports caused at great expense by the very laborious and costly work of periodical painting to prevent corrosion.

Reinforced concrete supports

In the industrial manufacturing process are the most the best option for overhead lines both up to 1000 V and above 1000 V. The use of reinforced concrete supports dramatically reduces operating costs, since they practically do not require repair. At present, almost everywhere, in the construction of overhead lines of 6-10 kV and up to 110 kV, reinforced concrete supports are used. They are especially widespread in urban networks up to and above 1000 V. Reinforced concrete supports can be made both monolithic (cast) and in the form of assemblies that are assembled directly at the installation site. Their strength depends on the method of concrete compaction, of which there are two - centrifugation and vibration. When using the centrifugation method, a good concrete density is obtained, which subsequently has a good effect on the finished product.

On overhead power lines, special, anchor, corner, end, intermediate supports are used.

Their purpose is to rigidly fasten wires and lines to them. Places for their installation are determined by the project. By design, the anchor support must be strong, since if the wire breaks on one side, it must withstand the mechanical load of the wires on the other side of the line.

Anchor spans are the distance between anchor supports. On straight sections (depending on the cross section of the wires), anchor spans have a length of up to 10 km.

intermediate supports

They serve only to support wires on straight sections of the line between the anchor supports. Of the total number of electrical poles installed on the line, intermediate ones occupy about 80-90%.

Angle supports

Are intended for installation in places of turn of a route of a power line. If the angle of rotation of the line is up to 20 0, then the electric pole can be made as an intermediate one, and if the angle is about 20-90 0, then as an anchor.

They have an anchor type and are installed at the beginning and at the end of the lines. If in anchor electric supports the force of one-sided tension of wires can occur only in an emergency, when the wire breaks, then in end electric supports it always acts.

Special supports

They are electrical poles of increased height and are used at the intersection of power lines of power lines with highways and railways, rivers, crossing between power lines themselves and in other cases when standard height the electric support is not enough to provide the necessary distance to the wires. Intermediate electrical supports of lines with voltage up to 10 kV are single-column (candle-shaped). In low-voltage networks, single-column supports perform the functions of corner or end supports, and are additionally equipped with guy wires attached to the side opposite to the wire tension, or with struts (supports) that are installed on the side of the wire tension:

For lines with a voltage of 6-10 kV, electrical poles are A-shaped:

Air lines and main dimensions and dimensions are also characterized.

Overhead line gauge - the vertical distance from the lowest point of the wire to land or water.

The sag is the distance between an imaginary straight line between the wire attachment points on the support and the lowest point of the wire in the span:

All dimensions of power lines are strictly regulated by the PUE and directly depend on the magnitude of the supply voltage, as well as the terrain along which the route passes.

The PUE also regulates other dimensions when crossing and approaching power lines, both among themselves and between communication lines, highways and railways, air pipelines, cable cars.

To check the designed power line requirements of the PUE calculations are made for mechanical strength, methods of which are given in special courses of electrical networks.

Installation of a fuse-switch disconnector type PVR-0, 38 U1 on wooden and reinforced concrete supports of 0.38 kW ROSEP overhead lines. Code 22.0041
Technical solutions on the use of insulated wires SAXKA on 10 kV overhead lines. Code 22.0076
Single-circuit, double-circuit and transitional reinforced concrete supports VLI 0.38 kV with wires of the SIP-2A type with linear fittings of SIKAM LLC. Code 26.0008
Supports for 6-10 kV overhead lines of increased reliability. Code 28.0006
Outdoor lighting poles and contact networks urban transport. Issue 1. Materials for design. Series 3.320-1
Poles for outdoor lighting and contact networks of urban transport. Issue 2. Reinforced concrete racks and foundations. Series 3.320-1
Poles for outdoor lighting and contact networks of urban transport. Issue 3. Metal brackets. Series 3.320-1
Elements of outdoor lighting installations populated areas. Reference materials for design. Series 3.320-3 issue 0
Series 3.407.1-136
Reinforced concrete supports VL 10 kV. Issue 0. Instructions for use. Series 3.407.1-143
Catalog. Unified designs of anchor-angle reinforced concrete supports of 35-220 kV overhead lines. Series 3.407.1-151
Unified reinforced concrete normal supports of 110-330 kV overhead lines. Working drawings. Volume 1. Series 407-4-20/75
Supports of 10 kV overhead lines based on reinforced concrete centrifuged racks 12 m long. Working drawings. Ukrselenergoproekt. Arch. No. 8n/1
Reinforced concrete supports of 10 kV overhead lines for non-aggressive and aggressive environments. Working drawings. JSC "ROSEP". Arch. No. LEP98.02
Typical technological map. Assembly of reinforced concrete supports for overhead lines 0.4 kV. TTC
Reinforced concrete supports VLZ 6-10 Kv with insulators and reinforced concrete structures produced by INSTA and linear fittings MZVA. Working drawings and instructions for use. Special design engineering. Code 1.10.MI.08
Overhead lines and power transmission lines with voltage up to 1 KV with self-supporting insulated wires. Arch. No. 1.103.99.TM
Reinforced concrete supports VL 10 KV with pin insulators. Materials for design. Selenergoproekt. Arch. No. 10.0173 (additional to series 3.407.1-143)
Single-circuit reinforced concrete supports VL 6-10 and 20 KV based on racks SV 110-1(2-3)a. Working drawings of supports. Selenergoproekt. Arch.№11.0463
Transitional reinforced concrete supports VLI 0.4 KV with self-supporting insulated wires. Arch. No. 19.0022.1
Reinforced concrete supports for joint suspension of protected wires of 10 kV overhead lines and self-supporting insulated wires of a 0.4 kV double-circuit overhead line. Working drawings. ROSEP. Arch. No. 20.0027
Transitional reinforced concrete supports for joint suspension of self-supporting insulated wires VLI 0.4 kV and SIP for lighting. ROSEP. Archive №20.0096
Suspension of self-supporting insulated wires VLI 0.4 KV on existing reinforced concrete supports VL 0.4 KV with bare wires. ROSEP. Archive №21.0003
Four-circuit reinforced concrete supports VLI 0.4 KV with self-supporting insulated wires. ROSEP. Code 21.0045
Transitional reinforced concrete supports VL 10 KV with wires. ROSEP. Code 21.0050
Angular supports VLI 0.4 KV single-column design on racks such as SV 105, SV 110. ROSEP. Code 21.0112
The device of branches to the inputs to buildings with self-supporting insulated wires from reinforced concrete supports of 0.4 Kv overhead lines with uninsulated wires. ROSEP. Archive №21.7722
Reinforced concrete supports for joint suspension of VL 10 KV and VLI 0.38. Code 22.0100
Reinforced concrete supports VL 6-20 KV based on centrifuged racks SK22 with protected wires. Code 23.0016
Installation of long-spark arresters of the RDIP-10 type on poles of 10 kV overhead lines with protected wires. ROSEP. Code 23.0067
Fixing reinforced concrete intermediate supports VL 10 KV in swampy soils. Code 23.0087
Reinforced concrete poles VL 6-10 KV with protected wires with suspension insulators. Code 25.0016
Single-circuit, double-circuit and transitional reinforced concrete supports VLI 0.38 KV with SIP 2A with linear fittings NILED. ROSEP. Code 25.0017
Single-circuit, double-circuit and transitional reinforced concrete supports VLI 038 KV and SIP-2 with MZVA linear fittings and INSTA lead-in insulators. Album 1. Code 26.0085
Single-circuit, double-circuit and transitional reinforced concrete supports VLI 038 KV and SIP-2 with MZVA linear fittings and INSTA lead-in insulators. Album 2. Code 26.0085
Single-circuit, double-circuit and transitional reinforced concrete supports VLI 038 KV and SIP-2 with linear fittings from TycoElectronics Simel. Code 26.0086
Single-circuit reinforced concrete supports VL 6-20KV with protected wires with linear fittings NILED-TD. Code 27.0002
Unified reinforced concrete supports normal and special supports VL 35Kv. Issue 2. Series 3.407-107 (5384Tm-t2)
Unified reinforced concrete supports normal and special supports VL 35Kv. Issue 3. Series 3.407-107 (5384Tm-t3)
Reinforced concrete supports with posts 22.6 and 22.0, made in a unified formwork with a diameter of 650/410 mm. length 26.0 m. Issue 1. Series 3.407-131 (9495Tm-t1)
Reinforced concrete poles of 0.38 kV overhead lines, issue 5. Poles for rural outdoor lighting settlements. materials for design and working drawings. Series 3.407.1-136
Reinforced concrete supports VL 0.38Kv. Issue 1. Materials for design. Working drawings. Selenergoproekt. Series 3.407.1-136
Reinforced concrete supports VL 0.38Kv. Issue 2. Maps of the technical level and product quality for reinforced concrete racks SV 95-2, SV 105. Selenergoproekt. Series 3.407.1-136
Reinforced concrete supports VL 0.38Kv. Issue 3. Supports based on racks SV 95-2 SV110-3.5. Materials for design. Working drawings. Selenergoproekt. Series 3.407.1-136
Reinforced concrete supports VL 0.38Kv. Issue 4. Materials for designing supports in soils. Selenergoproekt. Series 3.407.1-136
Reinforced concrete supports VL 10 kV. Issue 1. Supports based on reinforced concrete racks 10.5 m long. Working drawings. Selenergoproekt. Series 3.407.1-143
Reinforced concrete supports VL 10 kV. Issue 2. Supports based on reinforced concrete pillars 11 m long. Working drawings. Selenergoproekt. Series 3.407.1-143
Reinforced concrete supports VL 10 kV. Issue 3. Supports based on reinforced concrete pillars 13 m long. Working drawings. Selenergoproekt. Series 3.407.1-143
Reinforced concrete supports VL 10 kV. Issue 4. Supports based on reinforced concrete pillars 16.4 m long. Working drawings. Selenergoproekt. Series 3.407.1-143
Reinforced concrete supports VL 10 kV. Issue 5. Reinforced concrete supports for crossing with engineering structures. Working drawings. Selenergoproekt. Series 3.407.1-143
Reinforced concrete supports VL 10 kV. Issue 6. Double-circuit reinforced concrete supports. Working drawings. Selenergoproekt. Series 3.407.1-143
Reinforced concrete supports VL 10 kV. Issue 7. Reinforced concrete elements of supports. Working drawings. Selenergoproekt. Series 3.407.1-143
Reinforced concrete supports VL 10 kV. Issue 8. Steel structures of supports. Working drawings. Selenergoproekt. Series 3.407.1-143
Catalog sheet. Reinforced concrete supports VL 10 KV. Series 3.407.1-143
Unified designs of anchor-angle reinforced concrete supports VL 35-220 KV. Issue 0. Materials for design. Energosetproekt. Series 3.407.1-151
Unified designs of anchor-angle reinforced concrete supports VL 35-220 KV. Issue 1. Schemes of arrangement of elements. Energosetproekt. Series 3.407.1-151
Unified designs of anchor-angle reinforced concrete supports VL 35-220 KV. Issue 2, part 1. Steel structures. working drawings. Energosetproekt. Series 3.407.1-151
Unified designs of anchor-angle reinforced concrete supports VL 35-220 KV. Issue 2, part 2. Steel structures. Working drawings. Energosetproekt. Series 3.407.1-151
Unified designs of anchor-angle reinforced concrete supports VL 35-220 KV. Release 3. Reinforced concrete structures. Working drawings. Energosetproekt. Series 3.407.1-151
Unified structures of intermediate two-column reinforced concrete supports VL 35-500 KV. Issue 0. Materials for design. Energosetproekt. Series 3.407.1-152
Unified structures of intermediate two-column reinforced concrete supports VL 35-500 KV. Layouts of elements. Energosetproekt. Series 3.407.1-152 Issue 1
Unified structures of intermediate two-column reinforced concrete supports VL 35-500 KV. Metal structures. Working drawings. Energosetproekt. Series 3.407.1-152 Issue 2
Unified structures of intermediate two-column reinforced concrete supports VL 35-500 KV. Reinforced concrete structures. Working drawings. Energosetproekt. Series 3.407.1-152 Issue 3
Fixing in the ground of reinforced concrete pillars of supports VL 35-750 Kv. Fastening racks in accordance with GOST 22687.0-85-22685.3-85. Materials for design. Energosetproekt. Series 3.407.1-154 (13039 ТМ-Т0) Release 0
Unified reinforced concrete supports VL 35 KV on vibrated racks. Materials for design. Selenergoproekt. Series 3.407.1-163 Issue 0
Unified reinforced concrete supports VL 35 KV on vibrated racks. Working drawings. Selenergoproekt. Series 3.407.1-163 Issue 1
Unified reinforced concrete supports VL 35 KV on centrifuged racks. Intermediate, angular, end, intermediate-angular supports. Working drawings. Selenergoproekt. Series 3.407.1-164 Issue 1
Unified designs of anchor-angle reinforced concrete supports VL 330-500 Kv. Materials for design. Energosetproekt. Series 3.407.1-167 Issue 0
Unified designs of anchor-angle reinforced concrete supports VL 330-500 Kv. Layouts of elements. Energosetproekt. Series 3.407.1-167 Issue 1
Unified designs of anchor-angle reinforced concrete supports VL 330-500 Kv. Metal products. Working drawings. Energosetproekt. Series 3.407.1-167 Issue 2 Part 1
Unified designs of anchor-angle reinforced concrete supports VL 330-500 Kv. Metal products. Energosetproekt. Series 3.407.1-167 Issue 2 Part 2
Unified designs of anchor-angle reinforced concrete supports VL 330-500 Kv. Reinforced concrete products. Working drawings. Energosetproekt. Series 3.407.1-167 Issue 3
Reinforced concrete supports for joint suspension of wires of overhead lines 0.38 and 10 Kv. Application instructions and working drawings. Series 3.407.1-173 Issue 1
Reinforced concrete supports for joint suspension of wires of overhead lines 0.38 and 10 Kv. Series 3.407.1-173 Catalog sheet
Unified structures of intermediate single-column reinforced concrete supports VL 35-220 sq. Design materials. Sevzapenergosetproekt. Series 3.407.1-175 Issue 0
Unified structures of intermediate single-column reinforced concrete supports VL 35-220 sq. Layouts of elements. Sevzapenergosetproekt. Series 3.407.1-175 Issue 1
Unified structures of intermediate single-column reinforced concrete supports VL 35-220 sq. Metal products. Working drawings. Sevzapenergosetproekt. Series 3.407.1-175 Issue 2
Unified structures of intermediate single-column reinforced concrete supports VL 35-220 sq. Reinforced concrete products. Working drawings. Sevzapenergosetproekt. Series 3.407.1-175 Issue 3
Unified structures of intermediate single-column reinforced concrete supports VL 35-220 sq. Sevzapenergosetproekt. Series 3.407.1-175 Catalog sheet
Fixing reinforced concrete supports and wooden supports in soils on reinforced concrete attachments VL 0.4-20 sq. Selenergoproekt. Series 4.407-253
Unified reinforced concrete normal supports VL 110-330 sq. Volume 2. Working drawings of intermediate supports VL 110-150 sq. Energosetproekt. Series 407-4-20/75 (3082TM-T2)
Unified reinforced concrete normal supports VL 110-330 sq. Volume 3. Working drawings of intermediate supports VL 220-330 sq. Energosetproekt. Series 407-4-20/75 (3082TM-T3)
Unified reinforced concrete normal supports VL 110-330 sq. Volume 4. Working drawings of anchor-angle supports VL 110 sq. Energosetproekt. Series 407-4-20/75 (3082TM-T4)
Unified reinforced concrete normal supports VL 110-330 sq. Volume 6. Calculation of intermediate supports of overhead lines 220-330 kt. Energosetproekt. Series 407-4-20/75 (3082TM-T6)
Unified reinforced concrete normal supports VL 110-330 sq. Volume 7. Calculation of anchor-angle supports VL 110 sq. Energosetproekt. Series 407-4-20/75 (3082TM-T7)
Unified reinforced concrete special supports VL 110-220 sq. Working drawings. Volume 1. Explanatory note. Energosetproekt. Series 407- 4-25/75 (3082TM-T1)
Unified reinforced concrete special supports VL 110-220 sq. Working drawings. Volume 2. Working drawings of intermediate and intermediate-angle supports VL 110-220 KV. Energosetproekt. Series 407- 4-25/75 (3082TM-T2)
Unified reinforced concrete special supports VL 110-220 sq. Working drawings. Volume 3. Working drawings of anchor-angle supports VL 110 sq. Energosetproekt. Series 407- 4-25/75 (3082TM-T3)
Unified reinforced concrete special supports VL 110-220 sq. Working drawings. Volume 4. Calculation of intermediate and intermediate-angle supports VL 110 sq. Energosetproekt. Series 407- 4-25/75 (3082TM-T4)
Unified reinforced concrete special supports VL 110-220 sq. Working drawings. Volume 5. Calculation of anchor-angle supports VL 110 sq. Energosetproekt. Series 407- 4-25/75 (3082TM-T5)
Reinforced concrete poles of anchor-angle type with struts for overhead power lines 6-10kv. Working drawings. VNIPISELELECTRO. Addition to the project 4-07-912
Installation of long-spark modular arresters RDIM-10-1.5 on reinforced concrete supports of 10 kV overhead lines type series 3.407.1-143.NPO Steamer. Code 685179
Development of reinforced concrete supports for 0.38 kV overhead lines with insulated wires. Selenergoproekt. Arch.№9.0915
Structures of reinforced concrete supports of 6-10 kV overhead lines for areas Western Siberia. Reinforced concrete structures of supports. Seleneogoproekt. Arch.№9015 Album 3
Structures of reinforced concrete supports of 6-10 kV overhead lines for regions of Western Siberia. Metal constructions supports. Seleneogoproekt. Arch.№9015 Album 4
Single-circuit reinforced concrete poles with posts SV 110, SV112, SV105 VL 10 kV with protected wires. ROSEP. Arch. No. L56-97
Album standard solutions. Single-circuit and reinforced concrete poles of VL 10 kV with racks SV 110, SV112, SV105 with protected wires based on rod linear silicone insulators of the OLK type. Arch. No. L56-97 AIZ
Double-circuit reinforced concrete poles with racks SV110, S112, SV164 VL 110 kV with protected wires. ROSEP. Arch. No. L57-97
Reinforced concrete supports of 10 kV overhead lines with pin insulators. Materials for design. ROSEP. Arch. No. LEP98.01
Single-circuit reinforced concrete poles VL 0.4 kV with self-supporting insulated wires. Arch. No. LEP98.08
Double-circuit reinforced concrete poles VL 0.4 kV with self-supporting insulated wires. ROSEP. Arch. No. LEP98.10
Installation of electrical equipment for a voltage of 6-10 kV on high-reliability supports with SV 115 racks. Working drawings and instructions for use. Special design engineering. SP/08-003
VLI designs 0.38 kV for insulated wires from Nokia cables. Code E201
Structures of reinforced concrete supports for joint suspension of VLZ 10 kV and VLI 0.38 kV. Working drawings. Zapadselenergoproekt. Code E202
Designs of reinforced concrete supports VLZ 10 kV for protected wires. Variant with shortened traverses on struts CB 110-3.5. Working drawings. Zapadselenergoproekt. Code E-207
Installation of long-spark gaps of the loop type RDIP-10-4-UHL1 on supports of 10kV overhead lines. Zapadselenergoproekt. Code E-211
Album of low voltage overhead lines with self-supporting insulated wires SIP4 25x120 mm2. HUBIX
Unified steel normal supports VL 35.110 and 150 sq. Working drawings. Volume 1. Explanatory note. Energosetproekt. Series 3.407-68/73 (3078tm-t1)
Unified steel normal supports VL 35.110 and 150 sq. Working drawings. Volume 10. Working drawings of anchor-angle supports 110150 sq. Energosetproekt. Series 3.407-68/73 (3078tm-t10)
Unified steel normal supports VL 35.110 and 150 sq. Working drawings. Volume 11. Loads on foundations. Energosetproekt. Series 3.407-68/73 (3078tm-t11)
Unified steel normal supports VL 35.110 and 150 sq. Working drawings. Volume 7. Working drawings of intermediate supports VL 35 sq. Energosetproekt. Series 3.407-68/73 (3078tm-t7)
Unified steel normal supports VL 35.110 and 150 sq. Working drawings. Volume 8. Working drawings of anchor-angle supports 35 sq. Energosetproekt. Series 3.407-68/73 (3078tm-t8)
Unified steel normal supports VL 35.110 and 150 sq. Working drawings. Volume 9. working drawings of intermediate supports of overhead lines 110 and 150 sq. Energosetproekt. Series 3.407-68/73 (3078tm-t9)
Unified steel special supports VL 35.110 and 150 sq. Working drawings. Volume 4. working drawings of lowered intermediate supports, supports and anchor-corner support with horizontal wires. Energosetproekt. Series 3.407-94 (3079tm-t4)
Unified steel special supports VL 35.110 and 150 sq. Working drawings. Volume 6. Working drawings of supports for mountainous areas. Series 3.407-94 (3079tm-t6)
Unified end supports for large transitions 35-330 sq. Album 1. Explanatory note. working drawings of supports. Series 3.407-95
Unified end supports for large transitions 35-330 sq. Series 3.407-95 Catalog sheet
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume1. Explanatory note. Series 3.407-100 (3080 tm-t1)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume10. Foundation loads. Series 3.407-100 (3080 tm-t10)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume11. Loads on foundations with inclined posts. Series 3.407-100 (3080 tm-t11)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume2. Calculations of intermediate supports VL 220kv. Energosetproekt. Series 3.407-100 (3080 tm-t2)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume3. Calculations of anchor-angle supports VL 220 sq. Energosetproekt. Series 3.407-100 (3080 tm-t3)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume4. Calculations of intermediate supports VL 330 sq. Energosetproekt. Series 3.407-100 (3080 tm-t4)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume 6. working drawings of intermediate supports VL 220 sq. Series 3.407-100 (3080 tm-t6)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume 7. Working drawings of anchor-angle supports VL 220 sq. Series 3.407-100 (3080 tm-t7)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume 8. Working drawings of intermediate supports VL 330 sq. Series 3.407-100 (3080 tm-t8)
Unified steel normal supports VL 220 and 330 sq. Working drawings. Volume 9. Working drawings of anchor-angle supports VL 330 sq. Series 3.407-100 (3080 tm-t9)
Steel supports VL 500 sq. Volume 1. Explanatory note. Energosetproekt. Series 3.407-106 (3539 tm-t1)
Unified supports VL 220-330 kV using hot-rolled thin-walled corner profiles. Issue 1. Explanatory note. Energosetproekt. Series 3.407-117 (9206 tm-t1)
Unified supports VL 220-330 kV using hot-rolled thin-walled corner profiles. Issue 2. Working drawings of VL supports 220 sq. Energosetproekt. Series 3.407-117 (9206 tm-t2)
Unified supports VL 220-330 kV using hot-rolled thin-walled corner profiles. Issue 3. Working drawings of supports VL 330 sq. Energosetproekt. Series 3.407-117 (9206 tm-t3)
Unified supports VL 220-330 kV using hot-rolled thin-walled corner profiles. Energosetproekt. Series 3.407-117 Catalog sheet
Unified supports VL 35-150 kV using hot-rolled thin-walled corner profiles. Issue 1. Explanatory note. Energosetproekt. Series 3.407-119 (9411 tm-t1)
Unified supports VL 35-150 kV using hot-rolled thin-walled corner profiles. Issue 2. Working drawings of VL supports 35 sq. Energosetproekt. Series 3.407-119 (9411 tm-t2)
Unified supports VL 35-150 kV using hot-rolled thin-walled corner profiles. Issue 3. Working drawings of supports VL 110.150 sq. Energosetproekt. Series 3.407-119 (9411 tm-t3)
Metal poles of overhead power lines with a voltage of 6-10 and 35 kV with a small wire section for crossings through engineering structures. Bolted supports for hot-dip galvanizing. Selenergoproekt. Series 3.407.2-132 Issue 1
Metal poles of overhead power lines with a voltage of 6-10 and 35 kV with a small wire section for crossings through engineering structures. Welded non-galvanized supports. Selenergoproekt. Series 3.407.2-132 Issue 2
Metal poles of overhead power lines with a voltage of 6-10 and 35 kV with a small wire section for crossings through engineering structures. Selenergoproekt. Series 3.407.2-132 Catalog sheet
Steel supports VL 750 sq. Issue 0. Materials for design. Series 3.407.2-134 (10224tm-t0)
Steel supports VL 750 sq. Issue 1. Intermediate portal supports on guys. KM drawings. Series 3.407.2-134 (10224tm-t1)
Steel supports VL 750 sq. Issue 2. Intermediate V-shaped support on guy wires Nabla. KM drawings. Series 3.407.2-134 (10224tm-t2)
Steel supports VL 750 sq. Issue 3. Intermediate portal free-standing supports. KM drawings. Series 3.407.2-134 (10224tm-t3)
Steel supports VL 750 sq. Issue 4. Anchor-angle three-layer free-standing supports. KM drawings. Series 3.407.2-134 (10224tm-t4)
Steel supports VL 750 sq. Series 3.407.2-134 Catalog sheet
Unified structures of intermediate and anchor-angle supports of overhead lines 220 and 330 sq. Materials for design. Energosetproekt. Series 3.407.2-145 Issue 0
Unified structures of intermediate and anchor-angle supports of overhead lines 220 and 330 sq. Intermediate supports 220 sq. Working drawings. Energosetproekt. Series 3.407.2-145 Issue 1
Unified structures of intermediate and anchor-angle supports of overhead lines 220 and 330 sq. Intermediate supports 330 sq. Working drawings KM. Energosetproekt. Series 3.407.2-145 Issue 2
Unified structures of intermediate and anchor-angle supports of overhead lines 220 and 330 sq. Anchor-angle supports 220-330 sq. Working drawings KM. Energosetproekt. Series 3.407.2-145 Issue 3
Unified structures of intermediate and anchor-angle supports of overhead lines 220 and 330 sq. Series 3.407.2-145 Catalog sheet
Unified structures of intermediate and anchor-angle steel supports VL 500 for normal conditions. Energosetproekt. Series 3.407.2-155 Catalog sheet
Unified structures of intermediate and anchor-angle steel supports VL 500 for normal conditions. Issue 0. Materials for design. Energosetproekt. Series 3.407.2-155 (3604tm-t0)
Unified structures of intermediate and anchor-angle steel supports VL 500 for normal conditions. Issue 1. Intermediate supports. KM drawings. Energosetproekt. Series 3.407.2-155 (3604tm-t1)
Unified structures of intermediate and anchor-angle steel supports VL 500 for normal conditions. Issue 2. Anchor-angle and intermediate-angle supports. KM drawings. Energosetproekt. Series 3.407.2-155 (3604tm-t2)
Unified structures of intermediate and anchor-angle steel supports of 110-130 kV overhead lines for areas with polluted atmosphere. Issue 0. Materials for design. Energosetproekt. Series 3.407.2-156 Issue 0
Unified structures of intermediate and anchor-angle steel supports of 110-130 kV overhead lines for areas with polluted atmosphere. Issue 1. Intermediate supports 110 sq. Working drawings KM. Energosetproekt. Series 3.407.2-156 issue 1
Unified structures of intermediate and anchor-angle steel supports of 110-130 kV overhead lines for areas with polluted atmosphere. Issue 2. Intermediate supports 220-330 sq. Working drawings KM. Energosetproekt. Series 3.407.2-156 issue 2
Unified structures of intermediate and anchor-angle steel supports of 110-130 kV overhead lines for areas with polluted atmosphere. Issue 3. Anchor-angle supports 110-330 kV with horizontal wires. Working drawings KM. Energosetproekt. Series 3.407.2-156 issue 3
Unified structures of intermediate and anchor-angle steel supports of 110-130 kV overhead lines for areas with polluted atmosphere. Energosetproekt. Series 3.407.2-156 Catalog sheet
Unified structures of intermediate and anchor-angle steel supports of 500 kV overhead lines for areas with polluted atmosphere and mountainous areas. Energosetproekt. Series 3.407.2-160 catalog sheet
Unified structures of intermediate and anchor-angle steel supports of 500 kV overhead lines for areas with a polluted atmosphere in mountainous areas. Issue 0. Materials for design. Energosetproekt. Series 3.407.2-160 (12106tm-t0)
Unified structures of intermediate and anchor-angle steel supports of 500 kV overhead lines for areas with polluted atmosphere and mountainous areas. Issue 1. Intermediate supports. Working drawings KM. Energosetproekt. Series 3.407.2-160 (12106tm-t1)
Unified structures of intermediate and anchor-angle steel supports of 500 kV overhead lines for areas with polluted atmosphere and mountainous areas. Issue 2. Anchor-angle supports. Working drawings KM. Energosetproekt. Series 3.407.2-160 (12106tm-t2)
Unified structures of steel intermediate single-column supports for overhead lines 110, 220 and 330 kV on guys for normal conditions. Materials for design. Energosetproekt. Series 3.407.2-165 Issue 0
Unified structures of steel intermediate single-column supports for overhead lines 110, 220 and 330 kV on guys for normal conditions. Supports. Working drawings KM. Energosetproekt. Series 3.407.2-165 Issue 1
Unified designs of special steel supports for overhead lines 35, 110, 220 and 330 sq. Materials for design. Energosetproekt. Series 3.407.2-166 Issue 0
Unified designs of special steel supports for overhead lines 35, 110, 220 and 330 sq. Special double-chain supports VL 330 sq. Working drawings KM. Energosetproekt. Series 3.407.2-166 Issue 1
Unified designs of special steel supports for overhead lines 35, 110, 220 and 330 sq. Additional elements to supports VL 35, 110, 220 and 330 kV special conditions applications. Working drawings KM. Energosetproekt. Series 3.407.2-166 Issue 2
Unified designs of special steel supports for overhead lines 35, 110, 220 and 330 sq. Energosetproekt. Series 3.407.2-166 catalog sheet
Unified structures of free-standing transitional supports VL 35-330 kV up to 100 m high. Issue 0. Materials for design. Energosetproekt. Series 3.407.2-168 (13143tm-t0)
Unified structures of free-standing transitional supports VL 35-330 kV up to 100 m high. Issue 1. Transitional supports 35-330 sq. working drawings KM. Energosetproekt. Series 3.407.2-168 (13143tm-t1)
Unified structures of free-standing transitional supports VL 35-330 kV up to 100 m high. Issue 2. Transitional supports 220 sq. Working drawings KM. Energosetproekt. Series 3.407.2-168 (13143tm-t2)
Unified structures of free-standing transitional supports VL 35-330 kV up to 100 m high. Issue 3. Transitional supports 330 sq. working drawings KM. Energosetproekt. Series 3.407.2-168 (13143tm-t3)
Unified steel structures intermediate and anchor-angle supports VL 35-110 kV for normal conditions. Materials for design. Energosetproekt. Series 3.407.2-170 Issue 0
Unified steel structures of intermediate and anchor-angle supports VL 35-110 kV for normal conditions. Intermediate double-chain supports 35-110 sq. Working drawings KM. Energosetproekt. Series 3.407.2-170 Issue 2
Unified steel structures of intermediate and anchor-angle supports VL 35-110 kV for normal conditions. Anchor-angle supports 35-110 sq. Working drawings KM. Energosetproekt. Series 3.407.2-170 Issue 3
Album of unified supports VL 35-500 KV. Volume 5. Modernized welded metal supports of overhead lines 220 and 330 kv. Energosetproekt. 3852TM-T5
Unified steel special supports VL 35, 110.150KV. Volume 8. Working drawings. Branching supports and schemes of transpositions. Energosetproekt. 407-4-19 (3079tm-t8)
Unified steel special supports VL 220 and 330 KV. Volume 4. 407-4-30 (3081tm-t4)
Unified steel special supports VL 35-330 KV. Volume 1. Working drawings. Explanatory note. Series 5736 tm-t1
Unified steel special supports VL 220 and 330 KV. Volume 3. Working drawings of supports. Series 5736 T3
Unified steel special supports VL 220 and 330 KV. Anchor-angle supports VL 220-330 KV with traverses having parallel belts. Energosetproekt. Series 5736 Volume 4
Working drawings of structures for power lines in areas of spring-frozen soils and the Far North. Working drawings of supports and their fastenings for zone B. Issue 4. Book 1 for VL 35-110 sq. Series 7079 Volume 12 Book 1
Working drawings of structures for power lines in areas of spring-frozen soils and the Far North. Working drawings of supports and their fastenings for zone B. Issue 4. Book 2 for VL 220 sq. Series 7079 Volume 12 Book 2
Unified stands for anchor-angle supports 220-330 sq. Issue 1. Explanatory note and working drawings of stands. Energosetproekt. Series 9253tm-t1
Transitional supports VL 500 Kv up to 100 m high. Volume 10. Test prototypes transitional supports VL 500 kV up to 100 m high. Energosetproekt. Series 9674tm-t10
Transitional supports VL 500 Kv up to 100 m high. Volume 2. Technical project. Explanatory note Energosetproekt. Series 9674tm-t2
Transitional supports VL 500 Kv up to 100 m high. Volume 3. Technical design. Support drawings. Energosetproekt. Series 9674tm-t3
Transitional supports VL 500 Kv up to 100 m high. Volume 5. KM working drawings. Explanatory note. Energosetproekt. Series 9674tm-t5
Transitional supports VL 500 Kv up to 100 m high. Volume 6. Working drawings of KM transitional supports. Energosetproekt. Series 9674tm-t6
Transitional supports VL 500 Kv up to 100 m high. Volume 7. Working drawings of the KM end support. Energosetproekt. Series 9674tm-t7
Steel supports 35 KV. Issue 0. Materials for design. VNPO ROSLEP. RL 373-224
Typical technological maps for the assembly and installation of metal intermediate supports VL 35 Kv. Project RL 373-224. VNPO ROSLEP. TTK RL 373-224
Typical technological maps. Installation of intermediate supports on braces PP750, PN750-1 and anchor-angle supports US 750 (normal and elevated). Collection K-3-34
VL 500 KV Kurgan-Ishim. Support PMG 500.7-221. working documentation. KM drawings. 12/08-08-RO-KM7.221
Series 20017tm-t22
Development of support structures, production of prototypes and testing of steel multifaceted single-circuit intermediate, anchor and end supports for 500KV overhead lines. Series 20017tm-t8
Development of designs of single-chain two-column intermediate polyhedral supports for 500KV overhead line "Krasnoarmeiskaya-Gazovaya". Series 20033tm-t1
Steel multifaceted single-circuit supports VLI 0.38 KV. ROSEP. Code 21.0112 Album 2
Steel multifaceted supports VL 6-10 KV. ROSEP. Code 22.0028
Steel multifaceted supports VL 110 KV. ROSEP. Code 22.0099
A set of design documentation with the letter 01 for steel multifaceted racks for single-circuit supports of 220 kV overhead lines. For manufacturers (racks for supports PM 220-1, PM 220-3, PM-220-5. ROSEP. Code 26.0033 Album 1
A set of design documentation with the letter 01 for steel multifaceted intermediate supports of 220 kV overhead lines. For designers (PM 220-1, PM 220-3, PM-220-5). ROSEP. Code 26.0069 Album 2
Code 27.0003 Album 1
A set of design documentation with the letter 01 for single-chain anchor-angle steel polyhedral supports. (UM 220-1, KM-220-1, AM 220-1, UM-220-3). ROSEP. Code 27.0003 Album 2
A set of design documentation with the letter 01 on a steel multifaceted intermediate support VL 220 kV (PM 220-2). ROSEP. Code 27.0009
Steel multifaceted supports of 6-10 kV overhead lines. Issue 0. Materials for design. Series 3.407.2-181.09
Steel multifaceted supports of 6-10 kV overhead lines. VNPO ROSLEP. Series 3.407.2-181.09 Catalog sheet
Steel multifaceted poles for 110 kV transmission lines. Materials for design. VNPO ROSLEP. Series 3.407.2-182.09 Issue 0
Steel multifaceted anchor-angle supports 220 kV with extended base. Materials for design. VNPO ROSLEP. Series 3.407.2-183.12 Issue 0
Double-circuit intermediate multifaceted support PM35-2FT. Working documentation. KM drawings. VNPO ROSLEP. RL-T1-35.2FT
Installation of electrical equipment for a voltage of 6-10 kV on multifaceted steel supports of increased reliability. SP/08-004
Steel multifaceted poles for power transmission lines 35 kV. DZMK METACO. TSK.35.01
RL/99-373 Issue 0
Metal supports VL 6 (10) kV from bent profile for wires of AC type and SIP Z SAX, SIP 3+N Torsada. RL/99-373 Issue 1
Metal supports of 6 (10) kV overhead lines from a bent profile for wires of the AC and SIP Z SAX types. RL/99-373 Issue 2
Metal supports of 6 (10) kV overhead lines from a bent profile for wires of the AS and SIP Z (SAX) types. RL/299-373
SP/08-001
Installation of electrical equipment for a voltage of 6-10 kV on high-reliability supports on racks of variable section. SP/08-005
Supports for 6-10 kV overhead lines of increased reliability on racks of variable section. SP/09-001
Transition supports for 6-10 kV overhead lines of increased reliability on racks of variable section. SP/09-002
Technological maps for the construction of 6-10 kV overhead lines on metal poles made of bent profile projects RL / 99-373 for wires of the AC and SIP-3 (SAX) types, RL / 299-373 for wires of the (SAX) type. TTK RL/99-373
Metal supports of 6-10 kV overhead lines from a bent profile for wires of the AC and SIP-3 (SAX) types. EGI.OP10.002 Issue 1
Metal poles of 6-10 kV overhead lines from a bent profile for wires of the AC and SIP-3 (SAX) types Issue 2. Steel elements of the poles. Working drawings. Electrogas. EGI.OP10.002 Issue 2
Steel supports from a bent profile of the S10P series for overhead lines with bare wires. ELSIE. Series EL-TP.010.05
Steel supports from a bent profile of the S10P series for overhead lines with insulated wires. ELSIE. Series EL-TP.010.06
Bent profile steel poles for 10 kV overhead transmission lines with bare wires. ELSIE. Series EL-TP.010.07
Steel multifaceted lightweight poles for overhead power lines 35, 110 and 220 kV. ELSIE. Series EL-TP.35/110/220.02
Wooden antiseptic all-rack, strut-free supports VLI 0.4 kV. Archive №20.0148
Wooden poles with protected wires VL 10 kV. ROSEP. Code 22.0012
Wooden poles of 6-10 kV overhead lines with protected wires with anchor-angle poles with guy wires. ROSEP. Code 26.0004
Single-circuit and double-circuit wooden poles of VLZ 6-20 kV with horizontal and vertical arrangement of wires with linear fittings from ENSTO. Code 26.0077
Unified wooden poles of overhead power lines with a voltage of 0.4; 6-10 and 20 kV. Wooden supports VL 0.4 kV for 5-8 wires. Selenergoproekt. Series 3.407-85 Album 1
Unified wooden poles of overhead power lines with a voltage of 0.4; 6-10 and 20 kV. Wooden supports VL 0.4 kV for 8-12 wires with a traverse. Selenergoproekt. Series 3.407-85 Album 2
Unified wooden poles of overhead power lines with a voltage of 0.4; 6-10 and 20 kV. Wooden poles VL 6-10 and 20 kV. Selenergoproekt. Series 3.407-85 Album 3
Unified wooden poles of overhead power lines with a voltage of 0.4; 6-10 and 20 kV. Wooden supports of 6-10 kV overhead lines for urban networks. Selenergoproekt. Series 3.407-85 Album 4
Unified wooden poles of overhead power lines with a voltage of 0.4; 6-10 and 20 kV. Wooden poles of 6-10 and 20 kV overhead lines for crossings through engineering structures. Selenergoproekt. Series 3.407-85 Album 5
Unified wooden poles of overhead power lines with a voltage of 0.4; 6-10 and 20 kV. wooden elements VL supports 0.4-20 kV. Selenergoproekt. Series 3.407-85 Album 6
Unified wooden poles of overhead power lines with a voltage of 0.4; 6-10 and 20 kV. Metal elements of supports for overhead lines 0.4-20 kV. Selenergoproekt. Series 3.407-85 Album 7
Unified wooden poles of overhead power lines with a voltage of 0.4; 6-10 and 20 kV. Selenergoproekt. Series 3.407-85 Catalog sheet
Wooden supports VL 6-10 for crossings through engineering structures in the regions permafrost. Elevated supports of 6-10 kV overhead lines for permafrost areas. Series 3.407-88m Album 1
Unified wooden poles of overhead power lines of joint suspension of wires with a voltage of 0.4; 6-10 kV. Series 3.407-92
Unified wooden supports VL 0.4; 6-10 kV for special ice areas and areas with increased speeds wind. Supports VL 0.4; 6-10 kV. Series 3.407-118 Issue 2
Wooden poles of 0.38 kV overhead lines for street lighting in rural areas. Series 3.407-125 catalog sheet
Wooden poles VL 0.38 kV. Working drawings. Selenergoproekt. Series 3.407.5-141
Fixing wooden poles of overhead power lines 6-10, 20 and 35 kV in swamps and in soft soils. Wiring diagrams fixing wooden poles of 6-20 kV overhead lines. Selenergoproekt. Series 4.407-59/71 Album 1
Fixing wooden poles of overhead power lines 6-10, 20 and 35 kV in swamps and in soft soils. Mounting schemes for fixing wooden poles of 35 kV overhead lines. Selenergoproekt. Series 4.407-59/71 Album 2
floodlight poles portable type for lighting quarries and dumps. Explanatory note, estimates, working drawings. Giproruda. Series 3-403-7 (Inv. No. 6941/1) Album 1
Mobile supports for low-voltage (up to 1 kV) overhead power lines of mining enterprises. Giproruda. Series 3.407-96 Catalog sheet
Mobile supports for low-voltage (up to 1 kV) overhead power lines of mining enterprises. Explanatory note, estimates, working drawings. (For areas with ice wall thickness up to 5 mm). Giproruda. Series 3.407-96 Album 1
Mobile supports for low-voltage (up to 1 kV) overhead power lines of mining enterprises. Explanatory note, estimates, working drawings. (For areas with ice wall thickness up to 15 mm). Giproruda. Series 3.407-96 Album 2
Movable supports of power lines 6-35 kV for quarries. Materials for design. Giproruda. Series 3.407.9-180 Issue 1
Movable supports of power lines 6-35 kV for quarries. Wooden supports for power lines 6-35 kV. Giproruda. Series 3.407.9-180 Issue 2
Mobile pylons for power lines 6-35 kV. for quarries. Wooden supports for power lines 6-35 kV. Giproruda. Series 3.407.9-180 Issue 3
Mobile pylons for power lines 6-35 kV. for quarries. supports and structural elements supports for special occasions. Working drawings. Giproruda. Series 3.407.9-180 Issue 4
Movable supports of power lines 6-35 kV for quarries. Series 3.407.9-180 Catalog sheet
Foundations for the installation of transformers with a voltage of 35-500 kV without carriages (rollers) and rails. Explanatory note and working drawings. Sevzapenergosetproekt. 13362tm Album 1
Foundations for earthquake-resistant transformers with a voltage of 110-500 kV. General explanatory note. Dalenergosetproekt. 13517tm Album 1
Foundations for earthquake-resistant transformers with a voltage of 110-500 kV. Dalenergosetproekt. 13517tm Album 2
Reinforced concrete attachments for overhead power lines with voltage up to 35 kV and communications. Working drawings. Selenergoproekt. Series 3.407-57/87
Unified foundation structures for 35-500 kV overhead lines. Explanatory note, review sheets. Energosetproekt. Series 3.407-115 (7271tm-t1) Issue 1
Unified foundation structures for 35-500 kV overhead lines. Issue 2. Foundations for unified metal supports of 35-330 kV overhead lines. Energosetproject. Series 3.407-115 (7271tm-t2)
Unified foundation structures for 35-500 kV overhead lines. Issue 3. Foundations for unified metal supports of 500 kV overhead lines. Energosetproekt. Series 3.407-115 (7271tm-t3)
Unified foundation structures for 35-500 kV overhead lines. Issue 4. Vibrated and centrifuged piles for foundations of 35-500 kV overhead lines. Energosetproekt. Series 3.407-115 (7271tm-t4)
Unified foundation structures for 35-500 kV overhead lines. Issue 5. Plates, crossbars and metal parts for fixing supports of overhead lines 35-500 kV. Energosetproekt. Series 3.407-115 (7271tm-t5)
Unified foundation structures for 35-500 kV overhead lines. Issue 6. Pile foundations and metal grillages. Energosetproekt. Series 3.407-115 (7271tm-t6)
Foundations for unified supports of 35-500 kV overhead lines for special soil conditions. Energosetproekt. Series 3.407-123 Catalog sheet
Foundations for unified supports of 35-500 kV overhead lines for special soil conditions. Issue 1. Bored and round foundations. Energosetproekt. Series 3.407-123 (9432tm-t1)
Foundations for unified supports of 35-500 kV overhead lines for special soil conditions. Issue 2. New designs of piles, special designs for fixing reinforced concrete supports. Energosetproekt. Series 3.407-123 (9432tm-t2)
Foundations for unified supports of 35-500 kV overhead lines for special soil conditions. Issue 3. Fixing supports on the rock. Energosetproekt. Series 3.407-123 (9432tm-t3)
Foundations for unified supports of 35-500 kV overhead lines for special soil conditions. Issue 4. Anchoring and box foundations. Energosetproekt. Series 3.407-123 (9432tm-t4)
Foundations for unified supports of 35-500 kV overhead lines for special soil conditions. Issue 5. Surface and floating foundations. Energosetproekt. Series 3.407-123 (9432tm-t5)
Unified foundation structures for steel supports of 35-500 kV overhead lines. Materials for design. Energosetproekt. Series 3.407.1-144 Issue 0
Unified foundation structures for steel supports of 35-500 kV overhead lines. Working drawings. Energosetproekt. Series 3.407.1-144 Issue 1
Unified foundation structures for steel supports of 35-500 kV overhead lines. Energosetproekt. Series 3.407.1-144 Catalog sheet
Unified foundations for transformers. Issue 0. Materials for design. Energosetproekt. Series 3.407.1-148 (12967tm-t0)
Unified foundations for transformers. Issue 1. Structures of foundations for transformers and anchor devices. Working drawings. Energosetproekt. Series 3.407.1-148 (12967tm-t1)
Unified foundations for transformers. Release 2. building products. Working drawings. Energosetproekt. Series 3.407.1-148 (12967tm-t2)
Unified foundations for transformers. Energosetproekt. Series 3.407.1-148 Catalog sheet
Unified structures of shallow foundations for steel poles of 35-500 kV overhead lines. Materials for design. Energosetproekt. Series 3.407.1-159 Issue 0
Unified structures of shallow foundations for steel poles of 35-500 kV overhead lines. Shallow foundations. Working drawings. Energosetproekt. Series 3.407.1-159 Issue 1
Unified designs pile foundations for steel poles of overhead lines 35-500 kV. Issue 0. Materials for design. Energosetproekt. Series 3.407.9-146 (12943tm-t0)
Unified designs of pile foundations for steel supports of 35-500 kV overhead lines. Issue 1. Pile foundations. Working drawings. Energosetproekt. Series 3.407.9-146 (12943tm-t1)
Unified designs of pile foundations for steel supports of 35-500 kV overhead lines. Issue 2. Vibrated and centrifuged piles. Working drawings. Energosetproekt. Series 3.407.9-146 (12943tm-t2)
Unified designs of pile foundations for steel supports of 35-500 kV overhead lines. Issue 3. Metal elements. KM drawings. Energosetproekt. Series 3.407.9-146 (12943tm-t3)
Unified structures for fixing supports of overhead lines and outdoor switchgear of substations. Materials for the design and selection of reinforced concrete products. Energosetproekt. Series 3.407.9-158 Issue 0-1
Unified structures for fixing supports of overhead lines and outdoor switchgear of substations. Selection materials screw piles and anchors. Energosetproekt. Series 3.407.9-158 Issue 0-2
Unified structures for fixing supports of overhead lines and outdoor switchgear of substations. Reinforced concrete products and fasteners. Working drawings. Energosetproekt. Series 3.407.9-158 Issue 1
Unified structures for fixing supports of overhead lines and outdoor switchgear of substations. Screw anchors and piles. KM stage. Energosetproekt. Series 3.407.9-158 Issue 2
Unified structures for fixing supports of overhead lines and outdoor switchgear of substations. Screw pile foundations. Working drawings. Energosetproekt. Series 3.407.9-158 Issue 3
Insulating hangers for overhead lines 35-750 kV from insulators with articulated interface according to ST SEV 170-85 and unified design of fittings. Album 1. Explanatory note. Energosetproekt. 12276tm-t1
Insulating hangers for overhead lines 35-750 kV from insulators with articulated interface according to ST SEV 170-85 and unified design of fittings. Album 2. Insulating hangers for steel and reinforced concrete supports of 35-150 kV overhead lines. 12276tm-t2
Insulating hangers for overhead lines 35-750 kV from insulators with articulated interface according to ST SEV 170-85 and unified design of fittings. Album 3. Insulating hangers for steel and reinforced concrete supports of 220-330 kV overhead lines. 12276tm-t3
Insulating hangers for overhead lines 35-750 kV from insulators with hinged interface according to ST SEV 170-85 and unified reinforcement designs. Album 4. IP 3 Insulating hangers for steel and reinforced concrete supports of 500 kV overhead lines. Energosetproekt. 12276tm t4
Insulating hangers for overhead lines 35-750 kV from insulators with articulated interface according to ST SEV 170-85 and unified design of fittings. Album 5. Insulating hangers for steel and reinforced concrete poles 750 kV. Energosetproekt. 12276tm-t5
Insulating hangers for overhead lines 35-750 kV from insulators with articulated interface according to ST SEV 170-85 and unified design of fittings. Album 6. Insulating hangers for wooden poles 35-220 kV. Energosetproekt. 12276tm-t6
Garland of insulators of unified supports 35-500 kV for polluted environment. Explanatory note and working drawings. Series 4.407-139 Album 1
Typical wire fasteners for overhead lines 0.38-20 kV. Application instructions, working drawings. Series 5.407-145 Issue 1
Typical wire fasteners for overhead lines 0.38-20 kV. Insulating hangers for fastening wires on poles of 10 kV overhead lines. Series 5.407-145 Issue 2 Series 5.407-146 Issue 1
Knots and details of connections of grounding conductors on supports of 0.38-35 kV overhead lines. Cards labor processes. Selenergoproekt. Series 5.407-146 Issue 2
Estimated spans for single-circuit and multi-circuit reinforced concrete poles of 0.38 kV overhead lines with self-supporting insulated wires according to PUE 7th edition. Code 24.0067
Development of design spans for reinforced concrete, wooden and steel polyhedral supports of 0.38-35 kV overhead lines with self-supporting insulated, protected and uninsulated wires in accordance with the seventh edition of the PUE. Code 25.0038
Estimated spans for reinforced concrete poles of 10 kV overhead lines with protected wires according to PUE 7th edition. ROSEP. Code 24.0066
Estimated spans for reinforced concrete poles of 35 kV overhead lines with bare wires according to PUE 7th edition (addition to projects of overhead lines). Code 25.0057
Estimated spans for supports based on reinforced concrete pillars SV 164-20 for 10 kV overhead lines with uninsulated and protected wires according to PUE 7th edition. ROSEP. Code 26.1203
Nomenclature of the main sets of working drawings for power grid construction. Volume 1. 16205tm-t1
Catalog of unified and typical supports(1968-1976). Steel and reinforced concrete supports of 35-500 kV overhead lines. Supports for large crossings of 35-330 kV overhead lines. Energosetproekt. 5713tm-t2
Catalog of unified and standard supports (1968-1984). Steel supports VL 35-750 kV. Reinforced concrete supports of 35-750 kV overhead lines. Supports for large crossings of 35-500 kV overhead lines. Volume 3. 5713tm-t3 Series 5.407-155.94
Typical instruction for the operation of overhead power lines with a voltage of 35 - 800 kV. Soyuztechenergo. RD 34.20.504-94
Typical technological maps (Collection). Installation of intermediate metal supports. K-III-24