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Страница 28: ДСТУ HD 604 S1:2012/Зміна №1:2012. Зміна №1 (англ) (61674)

NOTE: These values relate to the cables in table 18.

Diameter of round wire armour

Nominal wire diameter	Wire diameter
Nominal wire diameter	Minimum	Maximum
mm	mm	mm
0.9	0.85	0.95
1.25	1.18	1.32
1.6	1.51	1.69
2.0	1.90	2.10
2.5	2.37	2.63
3.15	2.99	3.31

Mass of zinc coating

Nominal diameter of armour wire (in mm)	0.9	1.25	1.6	2.0	2.5	3.15
Minimum mass of zinc coating (in g/m²)	112	150	172	180	195	206

Compatibility test

Component	Test	Requirements
Component	Test	XLPE	HEPR	PVC Oversheath
Insulation	Minimum tensile strength (in N/mm²) Minimum percentage elongation at break *Maximum percentage variation of tensile strength Maximum percentage variation* of elongation at break**	12.Б 200 25 25	8.5 200 30 30	-
Oversheath	Minimum tensile strength (in N/mm²) Minimum percentage elongation at break *Maximum percentage variation of tensile strength Maximum percentage variation* of elongation at break**			12.5 150 25 25
* The variation is the difference between the respective values obtained prior to and after heat treatment expressed as a percentage of the former.

APPENDIX
GUIDE TO USE
Contents

Scope
Object
Recommendation for use
1. Permissible application
2. Highest permissible voltage
Recommendations for storage and transport and disposal
1. Storage
2. Transport
3. Disposal by incineration
4. Cable end sealing
Recommendations for cable laying and installation
1. General
2. Environmental conditions
3. Pulling tensions
4. Bending radii
5. Cable installation
Tests after installation

Scope

This appendix covers the application of cables according to HD 604 Part 4, Section E.

Object

The object of this document is to provide recommendations for the selection, storage, disposal, transportation and installation of the cables specified under Clause 1. The information given in this Appendix is for guidance only. It does not take precedence over any relevant national regulations or statutory requirements.

Recommendations for use
1. Permissible application

These cables may be installed indoors and outdoors for fixed installations on walls and metallic structures. These cables shall not be installed where the emission of corrosive fumes and excessive smoke in the event of a fire are forbidden.

Maximum permissible voltage

These cables may be used on Category А, В & C of IEC 183.

Recommendations for storage, transport and disposal
1. Storage

Cable drums should be regularly inspected to assess their physical condition.
Battens, when supplied, should not be removed until a cable is required for installations.

Transport

Cable drums having a flange diameter exceeding 1 m and weighing more than 250kg gross shall be transported in an upright condition. The drums should be protected against movement. Loading and unloading shall be facilitated by suitable devices to avoid damage to both cable and drum. When moving drums, due regard must be paid to the weight, method and direction of rolling, protruding nails and wood splinters.

Disposal by incineration

Small quantities of timber or battens which may have been treated with wood preservatives may be burnt under carefully controlled conditions in the open. Cables shall only be incinerated under the supervision of a licensed contractor.

Cable end sealing

Both ends of every length of cable shall be sealed in such a manner as to include the oversheath and to inhibit the ingress of moisture during storage, delivery and up to the time of jointing.

Recommendations for cable laving and installation
1. General

The choice of cable shall take into account the cable route, method of laying and service conditions. The latter shall include:

The adjacency of other cables and their mutual heating effect; the specific earth resistivity, protection against solar radiation; the earth loop impedance; the capability of the cable to withstand the worst anticipated fault conditions of the system.
The leakage of stray currents and attack from solvent substances.
Soil subsidence and other forms of violent vibrations.
Protection against mechanical damage during and after installation.
When cable are laid in ducts, the correct size of duct shall be used to avoid damage during

installation and overheating.

Where cables are laid in surface troughs, there shall be adequate ventilation which, however, will not permit the entry of debris.
The cable support system should be designed to avoid damage or danger under normal fault conditions.

Environmental conditions

The lowest recommended temperatures for installation shall be 0°C but care should be taken to ensure that the cable temperature has been above 0°C for the preceding 24 hours.
Loaded cables, especially single core cables, may have surface temperatures which require protection against accidental contact.

Pulling tensions

The maximum pulling load shall not exceed the following values:
For copper conductors 50 N/mm² of CSA
For aluminium conductors 30 N/mm² of CSA
CSA refers only to the conductor(s).
Where long lengths of cable are to be pulled along difficult routes, where tension increases sharply due to bends, cognizance shall be taken of the values for maximum side wall pressure (Tension divided by Bending Radius) recommended by the supplier.

Bendina radii

During installation, no cable shall be bent to a smaller radius than those listed below:

Armoured circular copper conductor 6 x D
All other cables

where D = Tabulated overall diameter.

Cable installation

There shall be a significant measure of compatibility between the way in which cables are installed for the test for fire propagation and the actual installations.
There shall be compatibility between all jointing materials and components of the cable.

(c> All bonds for earthing shall have adequate conductance, be as short and as straight as
possible and be protected against corrosion, especially where dissimilar metals are involved.

Tests after installation

These are not mandatory, but when required shall consist of:-

D.C. test on cables

The test voltage, given in table A.1 should be increased gradually to the full value and maintained continuously for 15 minutes. The test should be made between conductors and between each conductor and metallic covering. No breakdown should occur. Repeated d.c. voltage tests may damage the insulation.
Table A.1 : Test voltage after installation

2 3

Cable voltage		D.C. test voltage
	Between		Between each conductor
	Conductors		and metallic covering
V	V		V
600/1000	3500		3500
1900/3300	10000		7000

Test on oversheath

Where an outer conductive layer is applied to the oversheath, a d.c. voltage of 3kV shall be applied between the underlying armour and the outer conductive layer for one minute. No breakdown should occur.'BLANK PAGE'
SECTION A : CABLES WITH COPPER OR ALUMINIUM CONDUCTORS
WITH OR WITHOUT METALLIC COVERING OR SCREEN
Replace pages 5-А-11. 5-A-12, 5-A-15, 5-A-18, 5-A-19, 5-A-20, 5-A-21. 5-A-22, 5-A-26 and 5-A-29 by the following:'BLANK PAGE'

Table 1 - Requirements for the non-eiectrical tests for non halogenated insulating compounds

1	2	3	4	Б	8	7 1
			Type of compound		Test method
Ref.	Test	Unit			described in
Ref.	Test	Unit
No.			XLPE	Other materials	HD	Clause
	Tensile strength and elongation at break				605.1.1	9.1
1.1	Properties in the state as delivered
1.1.1	Values to be obtained for the tensile strength: - median, min.	N/mm¹	12.5	9.0
1.1.2	Values to be obtained for the elongation at break: - median, min.	%	200	120
1.2	Properties after ageing in air oven				506.1.2	8.1
1.2.1	Ageing conditions: - temperature	°С	135±3	120±2
	- duration of treatment	h	10x24	10x24
1.2.2	Values to be obtained for the tensile strength: - variation¹⁶, max.	%	±25	±25
1.2.3	*Values to be obtained for the elongation at break: - variation, max.**	%	±25	±25
2.	Hot set test				505.2.1	9
2.1	Conditions of treatment: - temperature	^aC	200±3	200 ±3
	- time under load	min	15	15
	- mechanical stress	N/cm’	20	20
2.2	Test requirements: - max. elongation under load	%	100	175
	- max. elongation after unloading	%	15	25
3.	Test of non-contamination				605	2.4.12.1
3.1	Length of samples	mm	400	400
3.2	Ageing conditions: - temperature	°С	100±2	100±2
	- duration of treatment	h	336 and	336 and
			1008	1008

Table 1 (concluded)

I 1	2	3	4	6		⁸	⁷
Ref.		Unit	Type of compound		Test method described in
No.	Test	Unit	XLPE	Other materials		HD	Clause
3.	Test of non-contamination (concluded)					BOB	2.4.12.1
3.3	Values to be obtained for the tensile strength and elongation at break:
	- variation, max.* T_o A_o	%	±30	±30
	T₄₂-T„ and A„-A„ T,₄ A,₄	%	±20	±20
4.	Bending test at low temperature					SOS. 1.4	8.1
4.1	Test conditions: - temperature - period of application of low temperature	°С	-10±2 • ♦ ♦	-10±2 • « •		505.1.4	8.1.4
4.2	Result to be obtained		Absence of cracks	Absence of cracks

Variation: difference between the median value after ageing and the median value without ageing, expressed as a percentage of the latter.

T_o, T₁₄ T₄₂ (A_o A₁₄ A₄₂) represent the tensile strength (elongation at break) as delivered and after 14-day and 42-day ageing, respectively.

See test method referred to in columns 6 and 7.1	2		3		4	Б		6	7
Ref.	Test	Unit		Type of compound			Test method described in
No.				Cross-linked	Thermoplastic		HD	Clause
Б.	Test of non-contamination (concluded)							6ОБ	2.4.12.1
5.3	Values to be obtained for the tensile strength and elongation at break: - variation, max.* Z421Z0 ^and А_<г-А_л To Ao		%		±30	±30
	І422І14 A_M		%		±20	±20
6.	Bendina test at low temperature							БОБ. 1.4	8.2
6.1	Test conditions: - temperature - period of application of low temperature		°С		-10±2 • • •	-10±2		БОБ. 1.4	8.2.3
6.2 7.	Result to be obtained Elongation test at low temperature				Absence of cracks	Absence of cracks		БОБ. 1.4	8.4
7.1	Test conditions: - temperature - period of application of low temperature		°С		-10±2 • « •	-10±2 • • ♦		БОБ. 1.4	8.4.4
7.2	Result to be obtained: - elongation without break, min		%		20	20

Variation: difference between the median value after ageing and the median value without ageing, expressed as a percentage of the latter.

T_o, T₁₄ T₄₂ (A_o A₁₄ A₄₂) represent the tensile strength (elongation at break) as delivered and after 14-day and 42-day ageing, respectively.

See test method referred to in columns 6 and 7.
- Table 2 (continued)
- *

Table 2 (concluded)

1	2	3	4	5	6	7
Ref.	Test	Unit	Type of compound		Test method described in
No.	Test	Unit	Cross-linked	Thermoplastic	HD	Clause
8.	Water absorption (for oversheath) (gravimetric method)				505.1.3	9.2
8.1	Test conditions: - temperature - duration	°С days	85 + 2 14	85±2 14	505.1.3	9.2.2
8.2	Values to be obtained for: - strip test pieces • variation of mass, max. - dumbbell test pieces •tensile strength, min. •elongation at break, min.	mg/cm² N/mm^! %	10 6 100	10 6 100	505.1.3 БОБ. 1.1	9.2.1 & 9.2.3 9.2

See test method referred to in columns 6 and 7.Table 3 - Requirements for the tests related to fire conditions for non-metallic materials

1	2	3	4	5	6
Ref.	Test	Unit	Value	Test method described in
No.	Test	Unit	Value	HD	Clause
1.	Oxygen index test
1.1 1.2 1.3	Measurement at 20°C: (O.l.)_2o Measurement at 20°C: (0.1.)₈₀ Value to be obtained for the maximum variation of: 1 (O.l.)₂₀ - IO.l.)_8O і		measured value measured value 2	405.3 605	Appendix В 4.6
2.	Smoke emission test Pyrolysis with combustion			605	4.2.4
2.1	Value to be obtained for the corrected specific optical density, Dm(corr), max.		250
2.2	Value to be obtained for the smoke obscuration rating for a duration of 4 min, V0F₄ max.		150
3.	Corrosive gas emission test			602
3.1	Conditioning: - temperature - relative humidity - duration	°С % h	23 ±2 50 + 5 16
3.2	Treatment: temperature min. duration	°С min	935 30
3.3	Value to be obtained for: - pH, min. - resistivity, min.	Q.cm	4 5x10⁴

Table 4 - Schedule of tests for cables without metallic covering

1 1	2	3	4	6
*1 Re-**	Test	Category	Test method	Requirement given
No.	Test	of test	described in	in Clause*
1.	Electrical test»
1.1	Conductor resistance	T, S	HD 606, 3.1.1	3.3.1
1.2	Voltage test on complete cable (1kV sc for 16 min):		HD 606, 3.2.1	2.3.1.1
	After bending test After thermal endurance test	T, S		2.3.12.1
	for control cables	T		2.3.14
1.3	Voltage test on complete cable: (a) Single core cable	R	HD 22.2 & HD 606 3.6.2	2.3.1.2
в	(b) Multi-core cable	R	HD 605, 3.2.1	2.3.1.3
1.4	D.C. voltage test on insulation	T, S	HD 606, 3.2.2.1	2.3.2.1
1.6	A.C. voltage test on insulation	T	HD 606, 3.2.2.2	2.3.2.2
1.6	Insulation resistance test: (a) Core	T. s	HD 605, 3.3.1	2.3.3.1
	(b) Core	s	HD 605, 3.3.1	2.3.3.2
2.	Provisions covering constructional and
	dimensional characteristics
2.1	Checking of compliance with constructional provisions	T, R	Inspection and manual tests	3.3 & Part 1,5 I
2.2	Conductor material and construction	T, s	Visual examination	3.3.1 & Part 1, 5.1
2.3	Insulation: (a) Application	s	Visual examination	Part 1, 6.2.2
	(b) Thickness	T, R	HD 605, 2.1.1	3.3.2 & Part 1, 5.2.3
2.4	Core identification	s	Visual examination and
			measurement	2.1.1 & Part 1,4
2.5	Filler and assembly protection (for multi-core cables): (a) Application	s	Visual examination	3.3.3 & Part 1, 6.3
2.6	Oversheath: (a) Application	s	Visual examination	Part 1, 5.7.2
	(b) Thickness	T, R	HD 605, 2.1.2	3.3.4 & Part 1, 5.7.3.1
2.7	Overall dimensions of the cable	T, R	HD 605, 2.1.3.1	2.3.6
2.8	Cable marking and identification	T, R	Visual examination and	2.2 and Part 1, 3
			measurement
3.	Non-electrical tests for insulating and sheathing materials
3.1	Insulation	T	Table 1	Table 1
3.2	Oversheath	T	Table 2	Table 2
3.3	Tensile test in the state as delivery: (a) Insulation	s	HD606.1.1, 9.1	Table 1, 1.1
	(b) Oversheath	s	HD506.1.1, 9.2	Table 2, 1.1
3.4	Tensile test before and after ageing in air oven: (a) Insulation	s	HD506.1.2, 8.1 &	Table 1, 1.1 & 1.2
			HD605.1.1, 9.1
	(b) Oversheath	s	HD505.1.1, 9.2	Table 2, 1.1 & 1.2

Clause numbers refer to this section unless otherwise stated.Page 5-A-19
HD 604 S1:1994/A1:1997
Part 5 Section A

Table 4 (concluded)

1	2	3	4	5
Ref.	Teet	Category	Test method	Requirement given
No.		of tost	described in	in Clause*
3.	*Non-electrical teat for insulating and sheathing materials (continued)**
I ³⁶	Hot set test: (a) Insulation	S	HD505.2.1, 9	Table 1, 2
	(b) Oversheath (croes-linked)	S		Table 2, 4
3.6	Pressure test at high temperature (thermoplastic): (a) Oversheath	s	HD506.3.1. 8.2	Table 2, 3
3.7	Water absorption tests: (a) Oversheath	s	2.3.5	Table 2. 8
3.8	Density (a) Insulation	s	HD505.1.3, 8	2.3.7
	(b) Filler	s		2.3.7 і
	(c) Oversheath	s		2.3.7 I
4.	Tests for complete cables
4.1	Bending test	T, s	HD 605, 2.4.1.1	2.3.12.1
4.2	Thermal endurance test for power cable	T	HD 605, 5.1.5	2.3.13
4.3	Thermal endurance test for control cable	T	HD 605, 5.1.4	2.3.14
5.	Tests related to fire conditions
5.1	Oxygen index: (a) Insulation	T. s	2.3.8	2.3.8 & Table 3
	(b) Filler	T, s		2.3.8 & Table 3
	(c) Oversheath	T, s		2.3.8 & Table 3
5.2	Smoke emission: (a) Insulation	T. s	2.3.9	Table 3
	(b) Filter	T, s		Table 3
	(c) Oversheath	T, s		Table 3
5.3	Corrosive gas emission: (a) Insulation	T, s	2.3.10	Table 3
	(b) Filler	T, s		Table 3
	(c) Oversheath	T, s		Table 3
5.4	Complete cable - Flame propagation: (a) One vertical cable with burner	T, s	HD405.1	HD405.1
	(b) Cables in vertical furnace	T. s	HD 605, 4.1.2	2.3.11 (b)
	(c) Bunched cables	T	HD405.3	2.3.11 (c)

Clause numbers refer to this section unless otherwise stated.Table 5 • Schedule of tests for cables with metallic screen (Protected against electromagnetic disturbances)

1	2	3	4	6
Ref.	Test	Category	Test method	Requirement given
No.	Test	of test	described in	in Clause*
1.	Electrical tests
1.1	Conductor resistance	T, S	HD 606, 3.1.1	4.3.1
1.2	Screen resistance	T, s	HD 606, 3.1.1	4.3.4
1.3	Voltage test on complete cable (3 kV ac for 15 min):		HD 606, 3.2.1	2.3.1.1
	After bending test After thermal endurance test	T, s		2.3.12.2
	for control cables	T		2.3.14
¹⁴	Voltage test on complete cable	R	HD 606, 3.2.1	2.3.1.3
1 ¹⁶	(3.6 kV ac for 6 min. or 8.4kV de)	T, S	HD 606, 3.2.2.1	2.3.2.1 1
	D.C. voltage test on insulation	T	HD 606, 3.2.2.2	2.3.2.2
1.7	A.C. voltage test on insulation Insulation resistance test: (a) Core	T, s	HD 606. 3.3.1	2.3.3.1
	(b) Core	s	HD 606, 3.3.1	2.3.3.2
1.8	Transfer impedance measurement	T	HD 605, 3.7	2.3.4
2.	Provisions covering constructional and dimensional characteristics
2.1	Checking of compliance with constructional provisions	T, R	Inspection and manual tests	4.3 & Part 1.5
2.2	Conductor material end construction	T, S	Visual examination	4.3.1 & Pan 1, 5.1 1
2.3	Insulation: (a) Application	S	Visual examination	Part 1, 5.2.2
	(b) Thickness	T, R	HD 605, 2.1.1	4.3.2 & Part 1, 5.2.3
2.4	Core identification	S	Visual examination and	2.1.1 & Part 1, 4
			measurement
2.6	Inner sheath: (a) Application	S	Visual examination	Part 1, 6.5.2
	(b) Thickness	T, R	HD 605, 2.1.2	4.3.3 & Part 1, 6.5,3
2.6	Metallic screen (shield): (a) Overlapping	T	Measurement	4.3.4
2.7	Oversheath: (a) Application	s	Visual examination	Part 1, 6.7.2
	(b) Thickness	T, R	HD 606, 2.1.2	4.3.5 & Part 1, 5.7.3.1
2.8	Cable marking and identification	T. R	Visual examination and	2.2.2 & Part 1, 3
			measurement
3.	Non-electrical tests for insulating and sheathing materials
3.1	Insulation	T	Table 1	Table 1
3.2	Inner sheath	T	Table 2	Table 2
3.3	Oversheath	T	Table 2	Table 2

Clause numbers refer to this section unless otherwise stated.

Table 5 - (continued)

1 ¹	2	3	4	5
I ^Raf-		Category	Test method	Requirement given
1 No.	issi	of test	described in	in Clause*
1 ³’	Nonelectrical test» for insulating and sheathing materials (concluded)
1 ^3,4	Tensile test in the state as delivery: (a) Insulation	S	HD 606.1.1. 9.1	Table 1, 1.1 I
	(b) Inner sheath	S	HD 606.1.1, 9.2	Table 2,1.1 N
	(c) Oversheath	S	HD 606.1.1, 9.2	Table 2, 1.1 К
3.6	Tensile test before and after ageing in air oven:		HD 606.1.2, 8.1
	(a) Insulation	s	& HD 506.1.1, 9.1	Table 1, 1.1 & 1.2 I
	(b) Inner sheath	s	& HD 506.1.1, 9.2	Table 2, 1.1 & 1.2 I
	(c) Oversheath	s	& HD 506.1.1, 9.2	Table 2, 1.1 & 1.2 I
3.6	Hot set test: (a) Insulation	s	HD 606.2.1, 9	ТаЫе 1, 2
	(b) Inner sheath (cross-linked)	s		Table 2, 4
	(c) Oversheath (cross-linked)	s		Table 2, 4
3.7	Pressure test at high temperature (thermoplastic): (a) Inner sheath	s	HD6O6.3.1, 8.2	Table 2, 3
	(b) Oversheath	s		Table 2, 3
3.8	Water absorption tests: (a) Oversheath	s	2.3.6	Table 2, 8
3.9	Density: (a) Insulation	s	HD 505.1.3, 8	2.3.7
	(b) Inner sheath	s		2.3.7
	(c) Oversheath	s		2.3.7
4.	Tests for complete cables
4.1	Bending test	T, s	HD 606, 2.4.1.1	2.3.12.2
4.2	Thermal endurance test for power cable	T	HD 605, 5.1.5	2.3.13
4.3	Thermal endurance test for control cable	T	HD 606, 5.1.4	2.3.14

Clause numbers refer to this section unless otherwise stated.Page 5-A-22
HD 604 S1:1994/A1:1997
Part 5 Section A

Table 5 - (concluded!

I -	2	3	4	6
		Category	Test method	Requirement given
^No‘		of test	described in	in Clause*
	Test» related to fire conditions
6.1	Oxygen index: (a) Insulation '	T, S	2.3.8	2.3.8 & Table 3
	(b) Inner sheath	T, S		2.3.8 & Table 3
	(c) Oversheath	T, S		2.3.8 & Table 3
Б.2	Smoke emission (a) Insulation	T, s	2.3.9	Table 3 I
	(b) Inner sheath	T, s		Table 3
	(c) Oversheath	T, s		Table 3
6.3	Corrosive gas emission: (a) Insulation	T, s	2.3.10	Table 3
	(b) Inner sheath	T, s		Table 3
	(c) Oversheath	T, s		Table 3
6.4	Complete cable - Flame propagation (a) One vertical cable with burner	T, s	HD405.1	HD 405.1
	(b) Cables in vertical furnace	T, s	HD 606, 4.1.2	2.3.11 (b)
	(cl Bunched cables	T	HD 406.3	2.3.11 (c)

Clause numbers refer to this section unless otherwise stated.Table 11 - Conductor data of cables with metallic screen

Nominal cross-sectional area (mm²)	Number of circular copper conductors
1 • 1.5* 4 6 10 16 25	2 2 2 2 2	4 4 4 4 4 .	7 7 7 7	8 8 8 8	10 10 10 10	14 14 14 14	19 19 19 19	27 27	37 37	48
3 x 25 + 16 3 x 50 + 25 3 x 95 + 35	І 3 + 1 J

* Control cable

Table 12 - Insulation thickness of cables with metallic screen

Nominal cross-sectional area (mm)²	1 *	1.5*	4	6	10	16	25	35	50	95
Insulation thickness mean value (mm)	0.7	0.7	0.7	0.7	0.7	0.7	0.9	0.9	1.0	1.1

* Control cable

Table 13 - Inner sheath and oversheath thickness of cables with metallic screen

Fictitious diameter over laid-up cores D, (mm)	Inner sheath thickness mean value (mm)	Oversheath thickness mean value (mm)
D, < 13	0.8	1.3
13 < D_f < 21	Скачать бесплатно Предыдущий документ Следующий документ Предыдущая страница Следующая страница 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 Нормативні акти про охорону праці Основні законодавчі акти Будівельні норми і правила (ДБН, СНиП) Стандарти (ГОСТ, ДСТУ) Санітарні норми і правила Пожежна безпека (НАПБ) Інструкції з охорони праці Реестр НПАОП 2020-2021 - Нормативно-правові акти з охорони праці ГОСТ 9433-80 Смазка ЦИАТИМ-221. Технические условия НПАОП 40.1-1.21-98 Правила безпечної експлуатації електроустановок споживачів Господарський кодекс України НПАОП 29.22-1.03-02 Правила будови і безпечної експлуатації вантажопідіймальних кранів НПАОП 0.00-1.81-18 Правила охорони праці під час експлуатації обладнання, що працює під тиском НАПБ Б.03.002-2007 Норми визначення категорій приміщень, будинків та зовнішніх установок за вибухопожежною та пожежною небезпекою ДСТУ Б А.2.4-4:2009 Основні вимоги до проектної та робочої документації ДБН В.2.2-9-99 Громадські будинки та споруди Правила дорожнього перевезення небезпечних вантажів ОСТ 6-15-402-90 Свечи парафиновые. Общие технические условия Правила охорони праці під час виконання робіт на висоті СТОРІНКА: 7 ДСТУ Б В.1.1-2-97 Защита от пожара. Материалы строительные. Метод испытания на воспламеняемость СТОРІНКА: 3 ТСН 301-23-98 Теплозащита зданий жилищно-гражданского назначения СТОРІНКА: 4 ГОСТ 30743-2001 Автоматическая идентификация. Кодирование штриховое. Спецификация символики Code 128 (Код 128) СТОРІНКА: 2 НПАОП 40.1-1.02-01 Правила безпечної експлуатації тепломеханічного обладнання електростанцій і теплових мереж СТОРІНКА: 5 ГОСТ 16523-97 Прокат тонколистовой из углеродистой стали качественной и обыкновенного качества общего назначения СТОРІНКА: 2 ДСТУ OIML R 101:2013 Метрологія. Показувальні та реєструвальні манометри, вакуумметри і мановакуумметри з пружними чутливими елементами (Робочі засоби вимірювальної техніки) СТОРІНКА: 3 ГОСТ 2653-80 Фотографическая сенситометрия. Термины, определения и буквенные обозначения величин СТОРІНКА: 4 МДС 41-4.2000 Методикаопределения количеств тепловой энергии и теплоносителя в водяных системах коммунального теплоснабжения СТОРІНКА: 2 Регламент Технический регламент о требованиях пожарной безопасности СТОРІНКА: 21 Смотрите также ДНАОП 63.21-1.25-07 Правила безпеки праці під час виконання робіт у колійному господарстві ДСТУ 4163-2003 УНИФИЦИРОВАННАЯ СИСТЕМА ОРГАНИЗАЦИОННО-РАСПОРЯДИТЕЛЬНОЙ ДОКУМЕНТАЦИИ ДСТУ 4163-2003 ДБН В.2.2-8-98 Підприємства, будівлі і споруди по зберіганню та переробці зерна