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GOST 5336-80

GOST R ISO 22034-1-2013 GOST R ISO 22034-2-2013 GOST P 53772-2010 GOST 5468-88 GOST 1579-93 GOST 10447-93 GOST 3187-76 GOST 9870-61 GOST 4034-63 GOST 4032-63 GOST 4028-63 GOST 792-67 GOST 16135-70 GOST 3920-70 GOST 9850-72 GOST 7675-73 GOST 18901-73 GOST 3062-80 GOST 3093-80 GOST 1526-81 GOST 2771-81 GOST 3875-83 GOST 3071-88 GOST R 50575-93 GOST P 50708-94 GOST 4033-63 GOST 13840-68 GOST 15598-70 GOST 3090-73 GOST 3110-74 GOST 3339-74 GOST 3120-75 GOST 283-75 GOST 10505-76 GOST 14963-78 GOST 14081-78 GOST 7372-79 GOST 5663-79 GOST 1545-80 GOST 3092-80 GOST 9161-85 GOST 29121-91 GOST 18143-72 GOST 1668-73 GOST 7480-73 GOST 7676-73 GOST 3193-2015 GOST 2715-75 GOST 10506-76 GOST 7669-80 GOST 2333-80 GOST 7668-80 GOST 3069-80 GOST 7667-80 GOST 2688-80 GOST 3089-80 GOST 3081-80 GOST 6727-80 GOST 3083-80 GOST 3091-80 GOST 7665-80 GOST 3077-80 GOST 2387-80 GOST 3064-80 GOST 3063-80 GOST 7348-81 GOST 5437-85 GOST 14118-85 GOST 23279-2012 GOST 14311-85 GOST 9074-85 GOST 3068-88 GOST 13603-89 GOST P 50566-93 GOST 4030-63 GOST 4035-63 GOST 4029-63 GOST 15892-70 GOST 11850-72 GOST 18899-73 GOST 6750-75 GOST 3088-80 GOST 10446-80 GOST 14954-80 GOST 7681-80 GOST 3079-80 GOST 3066-80 GOST 3097-80 GOST 3085-80 GOST 8478-81 GOST 4727-83 GOST 18834-83 GOST 26366-84 GOST 9124-85 GOST 3067-88 GOST 3070-88 GOST 3306-88 GOST 8803-89 GOST 17305-91 GOST P 50567-93 GOST 9389-75 GOST 2172-80 GOST 1071-81 GOST 3826-82 GOST 16853-88 GOST 12766.1-90 GOST 3241-91 GOST 16828-81 GOST 285-69 GOST 6613-86 GOST 28334-89 GOST 16827-81 GOST 5336-80 GOST 3282-74

GOST 5336−80 braided steel Mesh single. Specifications (with Amendments No. 1, 2, 3)

GOST 5336−80
Group В76

INTERSTATE STANDARD
BRAIDED STEEL MESH SINGLE
Specifications
Single woven steel wire cloth.
Specifications

ISS 77.140.65
OKP 12 7500

Date of introduction 1982−01−01

INFORMATION DATA

1. DEVELOPED AND INTRODUCED by the Ministry of metallurgy of the USSR

2. APPROVED AND put INTO EFFECT by Decision of the USSR State Committee for standards from 31.03.80 N 1466

3. REPLACE GOST 5336−67

4. REFERENCE NORMATIVE AND TECHNICAL DOCUMENTS

The designation of the reference document referenced
Item number
GOST 3282−74
5.1, 5.5
GOST 3560−73
5.5
GOST 5378−88
4.5
GOST 5530−81
5.2
GOST 6507−90
4.3
GOST 8828−89
5.2
GOST 14192−96
5.4 a
GOST 15150−69
5.5, 5.6
GOST 15846−79
5.2
GOST 20799−88
5.3
GOST 26663−85
5.5
OST 14.15.193−86
5.5
OST 14−4-210−87 5.5
TU 14−4-1563−89
2.1, 5.1, 5.5

5. The expiration time limit is removed by the Resolution of Gosstandart of the USSR from 08.04.91 N 457

6. EDITION with Amendments No. 1, 2, 3, approved in September 1986, March 1989, April 1991 (ICS 12 to 86, 6−89, 7−91)

This standard applies to steel braided single mesh with rhombic and square mesh, manufactured by plexus in one perepevku flat spirals of steel wire of circular cross section and used for fencing, insulation works, fixing mine workings at the mines, and screening of materials.

(Changed edition, Rev. N 1, 2).

1. BASIC PARAMETERS AND DIMENSIONS

1.1. Meshes are divided as follows:
— the shape of the cells on:
rhombic — R (acute angle rhombus 60°) — damn.1;
square — hell.2;
— surface:
without coating;
from of galvanized wire — 0.
Mesh on the accuracy of the cell size divided into groups 1 and 2.

ГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3)

Damn.1

ГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3)

Damn.2

(Changed edition, Rev. N 1, 2).

1.2. The width of the cell in light and diameter of wire shall be as specified in table.1.

Table 1

The shape of the cell

The number grid The nominal width of the cell in light, mm
Nominal diameter of wire, mm
Rhombic
5
5 1,2
6
6
8
8 1,2; 1,4
Rhombic or square 10
10 1,2; 1,4
12 12 1,4; 1,6
Fifteen 15 1,6; 1,8
20 20 2,0
Square
15 15 2,0
25 25 2,0; 2,5
35 35 2,0; 2,5
45 45 2,5; 3,0
50
50
3,0
60 60
80
80 4,0
100
100 5,0



Allowed on agreement between the consumer and the manufacturer manufacturer of lightweight meshes (ABOUT) NN 20, 25, 35 of low-carbon heat-treated wire without coating with a nominal diameter of 1.8 mm instead of 2.0 mm; N 45 mesh wire diameter is 2.0 mm instead of 2.5 mm; N 50, wire diameter 2.5 mm; N 80 wire with a diameter of 3.0 mm and 100 N wire diameter is 4.0 mm.

(Changed edition, Rev. N 1, 3).

Examples of symbols

Mesh with rhombic cell N 12, of heat-treated wire with a diameter of 1.6 mm, group 1:

Mesh 1-R-12−1.6 GOST 5336−80

Mesh with square cell 20 N, made of galvanized wire with a diameter of 2.0 mm, group 2:

Mesh 2−20−2,0−0 GOST 5336−80


Mesh with square cell 20 N, the light weight, wire diameter 1.8 mm:

Mesh 20-GOST 5336−80


(Changed edition, Rev. N 2).

1.3. Maximum deviation to the average size of the cell should not exceed +6% for grids of group 1 and +10% for meshes of group 2.

(Changed edition, Rev. N 1).

1.4. Maximum deviation angle of the cell from the nominal shall not exceed ±10°.

1.5. The width of the grid and limit deviations shall be as specified in table.2.

Mesh N 15 of wire with a diameter of 2.0 mm can be manufactured up to a width of 2000 mm.

Table 2

The number grid
Width, mm Limit deviations, mm
group 1 group 2
5−8 1000 -15 -15
10−15 1000, 1500 -1,12 cell -25
20−35 1000, 1500, 2000 -45
45−60 1500, 2000 -1.6 cell
80−100 2000, 2500, 3000



(Changed edition, Rev. N 1).

2. TECHNICAL REQUIREMENTS

2.1. Mesh shall be manufactured in accordance with the requirements of this standard for technological regulations approved in the prescribed manner, of low-carbon heat-treated without coating or galvanized wire of normal accuracy on the other 14−4-1563.

Grid group 1 shall be made of wire with a negative marginal variance equal to the sum of the absolute values of limit deviations.

(Changed edition, Rev. N 1, 3).

2.2. Each spiral should consist of one wire.

2.3. Adjacent coils shall be woven into each other all the turns with no gaps.

2.4. The grid should not be turned upside down spirals.

(Changed edition, Rev. N 2).

2.5. The ends of the spirals on both sides of the mesh needs to be cut and each end at the joint must be bent to its spiral.

2.6. Mesh after fabrication is rolled into rolls. The coil should consist of one piece of mesh length less than 5 m for NN grids 5−60 and not less than 3 m for grids NN, 80, 100.

Allowed to roll coils of two pieces, sewn in a spiral.

For meshes of group 1 the coil shall consist of one piece length not less than 10 m for NN grids 5−60 and not less than 5 m for the grids NN, 80, 100.

(Changed edition, Rev. N 1, 2).

2.7. Coil weight should not exceed 80 kg For the grids NN, 80 and 100 may increase the weight of the roll of mesh to 250 kg.

(Changed edition, Rev. N 1).

3. ACCEPTANCE RULES

3.1. The mesh is accepted by the parties. The party should consist of grids of the same rooms, same width, same material and decorated by one document on quality. The document about quality should contain:

is the trademark or name and trademark of manufacturer;

— the symbol grid;

— the width in millimeters and the length of grid in meters, the total number of mesh in square meters;

— number of rolls in the party.

(Changed edition, Rev. N 1).

3.2. To check the quality of the weave, turning end of the spiral, the average value of the width of the cell in the light, length, mesh width and angle of the cell from the party take 5% rolls, but at least two.

(Changed edition, Rev. N 2).

3.3. If unsatisfactory validation results of at least one of the indicators, it conducted a re-verification at twice the number of rolls.

The results of re-examination extends to the whole party.

(Changed edition, Rev. N 1).

4. TEST METHODS

4.1. The quality of the weave and the bending of the ends of the spirals are determined visually when rewinding rolls of mesh.

4.2. The arithmetic average of the width of the cell in the light is determined at three places of the grid distant from the edges of not less than 100 mm, counting in two directions parallel to the sides of the cell to 10 cells for the grids NN 5−15 and five cells for the mesh and 20−100 NN measure the length of the plot, including one extreme wire, which is counted cells. The length of the site to determine the average value of the width of the cell in the light measuring meter or a ruler with a scale division of 1 mm.

The arithmetic average of the width of the cell in light (ГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3)), mm, is calculated by the formula

ГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3),


where ГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3) — the length of the plot on which are arranged successively measured in the respective directions five or 10 cells, mm.

ГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3) — the number of counted cells.

ГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3) — nominal wire diameter, mm.

The final value of the arithmetic mean size of the cell under light is defined as the arithmetic mean of six measurements.

4.3. Wire diameter is measured with a micrometer according to GOST 6507 before the production of the grid.

(Changed edition, Rev. N 2).

4.4. The width of the mesh measured at the exposed angled ends of the wires with a meter or a tape measure with a scale division of 1 mm. Length of the mesh measured under tension, eliminating the change in shape of the cells, a meter or a tape measure with a scale division of 1 mm, or counter.

4.5. The corner of the cell to check a protractor according to GOST 5378 or template in three places of the grid, but not closer than two cells from the edge of the grid.

5. PACKING, MARKING, TRANSPORTATION AND STORAGE

5.1. Each roll of netting should be tied low carbon wire diameter 1.2−2.5 mm according to GOST 3282, or the 14−4-1563 or waste of this wire in the middle and on the edges, or the end of the mesh should be attached the same wire to the coil in the middle and at the edges.

(Changed edition, Rev. N 1, 3).

5.2. The ends of the roll should be wrapped in paper according to GOST 8828 or other paper, is made according to normative-technical documentation (NTD), or a wrapping cloth churchyard 5530, or container holstoproshivny canvas or laminated fabric, or stitched flap from the waste of the textile industry, as well as other materials, made according to the NTD eliminates the use of cotton and linen fabrics, and not impair the quality of packaging.

Allowed mesh NN 5−50 inclusive of packaging, and be sure to tie the ends of the cross-shaped coil of wire in accordance with claim 5.1 or otherwise, subject to the prevention of adhesion of bent wires between them.

Packaging material at the ends of the coils tie wire in accordance with paragraph 5.1.

Packaging nets, transported to the far North and remote areas, must comply with GOST 15846.

(Changed edition, Rev. N 1, 2).

5.3. At the customer’s request mesh coated with preservative grease GSD approved in the prescribed manner or with a mixture of GSD and industrial oil according to GOST 20799 in 1:1 ratio.

5.4. To the end of the roll or package must be attached to the label, which indicate:

is the trademark or name and trademark of manufacturer;

— name and trademark of manufacturer;

— the symbol grid;

— the width in millimeters and the length of grid in meters, the total number of mesh in square meters.

5.3−5.4. (Changed edition, Rev. N 1).

5.4. Transport marking under GOST 14192.

(Added, Rev. N 1).

5.5. Mesh transporterowych packages according to GOST 26663 or rolls. Allowed the formation of packages without the use of pallets.

Roll diameter — from 200 to 600 mm, length from 1000 to 3000 mm. the Package is formed from the rolls. Overall dimensions of package: length from 1000 to 3000 mm, width 1870 mm, height-1400 mm. Integrated package is formed during transportation to the consumer two or more rolls.

Means of packaging are:

— wire rods with diameter of 6.5 mm for OST 14.15.193;

— strapping of the wire according to GOST 3282 or OST 14−4-210;

— strapping of tape according to GOST 3560;

the wire and tape in the other NTD.

The weight of the package — not more than 1 T.

The mesh is transported by all kinds of transport in accordance with cargo carriage regulations applicable to transport of this species and the Technical conditions of loading and fastening of goods* approved by the Ministry of Railways. Transportation by rail produces carload or small shipments. On the open rolling stock mesh transporterowych only packages.
________________
* Probably, the error of the original. Should read: «Technical conditions of loading and fastening cargoes». — Note the manufacturer’s database.

The terms of the transportation grid in terms of the impact of climatic factors should correspond to the storage conditions 5 and 8 according to GOST 15150.

(Changed edition, Rev. N 1, 2, 3).

5.6. Storage nets must comply with the conditions 5 according to GOST 15150.

(Changed edition, Rev. N 1).

APPLICATION (reference). Table cross-sections and theoretical weight of 1 square meter grid

APP
Reference

Table cross-sections and theoretical weight of 1 mГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3)of the grid

The shape of the cell
The number grid Wire diameter, mm The living section of the grid, %

Weight of 1 mГОСТ 5336-80 Сетки стальные плетеные одинарные. Технические условия (с Изменениями N 1, 2, 3)mesh, kg

Rhombic 5
1,2 55,9 Of 4.52
6
61,0 3,73
8 1,2
69,8 Of 2.78
1,4 65,5
3,80
Rhombic or square 10
1,2 75,3 (78,9) 2,20 (1,96)
1,4
71,5 (76,2) Of 3.00 (2,68)

12
1,4 76,3 (79,0) Of 2.48 (2,24)
1,6
73,3 (77,0) 3,24 (2,92)

15
1,6
77,5 (80,9) Of 2.57 (2,27)
1,8 76,0 (78,9) 3,25 (2,88)
20 2,0 81,4 Of 3.00 (2,66)
Square
15
2,0 73,0 3,60

25
2,0
For 84.7 2,15
2,5
81,8 3,36

35
2,0
91,0 1,56
2,5
87,0 2,44

45
2,5 For 84.4 1,87
3,0
87,0 2,70
50
3,0 88,8 2,42
60
90,5 Of 2.00
80
4,0 90,3 2,76
100 5,0 90,5 3,40


Note. The values in parentheses apply to the grid with square cell.

(Changed edition, Rev. N 2, 3).


The text of the document is verified by:
the official publication of the
Mesh metal. Types.
Specifications: Sat. Standards. -
M.: IPK Publishing house of standards, 2003