SASO Baziran Na IEC 60598

Division 16 Electrical Section 16500 Lighting

Division 16 - Electrical

Section 16500 - Lighting

1 Part 1: General

1 01 Summary The work covered by this section consists of providing all tools, labour, equipment and materials, and performing all operations in connection with the fabrication and installation of luminaires with tungsten filament, fluorescent and discharge lamps used on supply voltages not exceeding 1000 V.

1 01 01 Section Includes

가.0 Lamps

나.0 Lamp auxiliaries.

다.0 Luminaires (for Indoor, Outdoor, and Emergency lighting)

라.0 Lighting Poles.

1 01 02 Product Delivered but not Installed under this Section

1 01 03 Product Installed but not Delivered under this Section

1 01 04 Related Sections

03300 Cast in place concrete 16050 Basic electrical materials and methods16400 Low voltage service and distribution.16900 Controls 16950 Testing.

1 02 References

1 02 01 Applicable Standards

Note: The policy of Saudi Standard Organization is to adopt the IEC standards with modifications to suit local Country conditions

가.0 For projects inside Saudi Arabia, Saudi Standards take precedence over otherstandards. All standards mentioned in this section are applicable, provided allowance is made for local ambient conditions.

나.0 For projects outside Saudi Arabia, IEC standards shall be applied with providedallowance for local ambient conditions.

1 02 01 01 Saudi Arabian Standards

SASO 33: 98 Tungsten Filament Lamps for Domestic and Similar General Lighting Purposes “Performance Requirements”.

SASO 34: 98 Tungsten Filament Lamps for Domestic and Similar General Lighting Purposes “Safety Specification”.

SASO 139: 79 Tubular Fluorescent Lamps for General Lighting Services.

GSBC - Ministry of Public Works and Housing - Kingdom of Saudi Arabia


SASO 147: 79 Starters for Fluorescent Lamps.

SASO 234: 81 Bayonet Lampholders for General Use.

SASO 335: 87 Industrial Safety and Health Regulations Electrical - Part 4: Illumination.

SASO 417: 94 Electric Luminaires for Road and Street Lighting.

SASO 508: 88 Ballasts For Tubular Fluorescent Lamps.

SASO 533: 94 Fiberglass Reinforced Polyester Lighting Poles (FRP) and Methods of Testing.

SASO 692: 94 Ballasts for High Pressure Mercury Vapour Lamps.

SASO 980: 97 Degrees of Protection Provided by Enclosures (IP Code)

SASO 1131: 97 High-Pressure Mercury Vapour Lamps

SASO 1318: 97 Luminaires - Part 1: General Requirements and Tests

SASO 1488: 99 D.C. Supplied Electronic Ballasts for Tubular Fluorescent LampsGeneral and Safety Requirements

SASO 1489: 99 A.C. Supplied Electronic Ballasts for Tubular Fluorescent LampsGeneral and Safety Requirements

SASO 1491: 99 Auxiliaries for Lamps – Ballasts for Discharge Lamps (Excluding Tubular Fluorescent Lamps), General and Safety Requirements

SASO 1492: 99 Auxiliaries for Lamps– Ballasts for Discharge Lamps (Excluding Tubular Fluorescent Lamps), Performance Requirements.

SASO 1493: 99 Auxiliaries for Lamps – Starting Devices (Other Than Glow Starter) General and Safety Requirements

SASO 1494: 99 Auxiliaries for Lamps – Starting Devices (Other Than Glow Starter) Performance Requirements

SASO 1495: 99 Steel Lighting Poles and Tests

SASO 1671: 00 A.C. Supplied Electronic Ballasts for Tubular Fluorescent Lamps- Performance Requirements.

SASO 1672:00 Electrical Supply Track Systems for Luminaires

SASO 1673: 00 Electrical Supply Track Systems for Luminaires -Part 2:MixedSupply Systems-Section 1:Classes I and III

SASO 1674: 00 Luminaires Part 2: Particular Requirements. Section 1: Fixed General Purpose Luminaires

SASO 1675: 00 Luminaires Part 2: Particular Requirements- Section 2:Recessed Luminaires

SASO 1676 :00 Luminaires Part 2: Particular Requirements- Section 3: Luminaires For Road And Street Lighting

SASO 1677: 00 Luminaires Part 2: Particular Requirements- Section 4: Portable General-Purpose Luminaires

SASO 1678: 00 Luminaires Part 2: Particular Requirements- Section 5: Floodlights

SASO 1679: 00 Luminaires Part 2: Particular Requirements- Section 6: Luminaires With Built In Transformers For Filament Lamps

SASO 1680: 00 Luminaires Part 2: Particular Requirements- Section 7: Portable Luminaires for Garden Use.

SASO 1681: 00 Luminaires Part 2: Particular Requirements- Section 8: Handlamps



SASO 1682: 00 Luminaires Part 2: Particular Requirements- Section 8: Handlamps

SASO 1684: 00 Luminaires Part 2: Particular Requirements- Section 17:Luminaires for Stage Lighting, Television, Film and Photographic Studios (Outdoor and Indoor)

SASO 1685: 00 Luminaires Part 2: Particular Requirements- Section 18: Luminaires for Swimming Pools and Similar Applications

SASO 1686: 00 Luminaires Part 2: Particular Requirements- Section 19: Air Handling Luminaires (Safety Requirements)

SASO 1687: 00 Luminaires Part 2: Particular Requirements- Section 20: Lighting Chains

SASO 1688: 00 Luminaires Part 2: Particular Requirements- Section 22: Luminaires for Emergency Lighting

SASO 1689: 00 Luminaires Part 2: Particular Requirements- Section 23: Extra Low Voltage Lighting Systems for Filament Lamps

SASO 1690: 00 Luminaires Part 2: Particular Requirements- Section 25: Luminaires for Use in Clinical Areas of Hospitals and Health Care Buildings

1 02 01 02 Gulf Standards

1 02 01 03 International Standards

1 02 01 03 02 International Electrotechnical Commission (IEC)

IEC 60061 Lamp Caps and Holders Together with Gauges for the Control of

Interchangeability and Safety

IEC 60061- 1: 69 Part 1: Lamp Caps (Amendment No 26 2001)

IEC 60061- 2: 69 Part 2: Lamp Holders (Amendment No 23 2001)

IEC 60061- 4: 90 Part 4: Guidelines and General Information (Amendment 6 2000)

IEC 60064: 93 (00) Tungsten Lamps for Domestic and Similar General Lighting Purposes- Performance Requirement.

IEC 60081: 97 (00) Double- Capped Fluorescent Lamps- Performance Specifications

IEC 60155: 93 Glow-starter for Fluorescent Lamps (Amendment 1 1995)

IEC 60188: 74 High Pressure Mercury Vapour Lamps (Amendment 5 1991)

IEC 60192: 73 Low Pressure Sodium Vapour Lamps (Amendment 5 1994)

IEC 60238: 00 Edison Screw Lamp Holders

IEC 60357: 01 Tungsten Halogen Lamps.(non-vehicle).

IEC 60399 Standard Sheets for Barrel Thread for E14 and E27 Lampholders with Shade Holder Ring. (Amendment No 2 1999).

IEC 60400: 99 Lampholders for Tubular Fluorescent Lamps and Starter Holders

IEC 60432 Incandescent Lamp - Safety Specifications

IEC 60432- 1: 99 Part 1: Tungsten Filament Lamps for Domestic and Similar General Lighting Purposes.

IEC 60432- 2: 99 Part 2: Tungsten Halogen Lamps for Domestic and Similar General Lighting Purposes.



IEC 60529: 01 Classification of Degrees of Protection Provided by Enclosures (IP Code).

IEC 60570: 98 Electrical Supply Track Systems for Luminaires.

IEC 60570-2-1: 94 Electrical Supply Track Systems for Luminaires-Part 2:Mixed Supply Systems-Section 1:Classes 1 and 111.

IEC 60598 Luminaires

IEC 60598-1: 99 Part 1: General Requirements and Tests

IEC 60598-2 Part 2: Particular Requirements.

IEC 60598-2-1: 79 Section 1: Fixed General Purpose Luminaires (Amendment No 1 1987).

IEC 60598-2-2: 97 Section 2: Recessed Luminaires (Amendment No 1 1997).

IEC 60598-2-3: 97 Section 3: Luminaires For Road And Street Lighting (Amendment No 2 2000).

IEC 60598-2-4: 97 Section 4: Portable General-Purpose Luminaires.

IEC 60598-2-5: 98 Section 5: Particular Requirements. Flood Light.

IEC 60598-2-6: 94 Section 6: Luminaires with Built-In Transformers for Filament Lamps (Amendment No 1 1996).

IEC 60598-2-7: 82 Section 7: Portable Luminaires for Garden Use (Amendment No 2 1994).

IEC 60598-2-17: 84 Section 17: Luminaires for Stage Lighting, Television and Studios -Outdoor and Indoor- (Amendment No 2 1990).

IEC 60598-2-18: 93 Section 18 Luminaires for swimming pools and similar applications.

IEC 60598-2-19: 81 Section 19: Air-Handling Luminaires- Safety Requirements- (Amendment No 2, 1997).

IEC 60598-2-22: 97 Section 22: Luminaires for Emergency Lighting.

IEC 60598-2-25: 94 Section 25: Luminaires for use in clinic areas for hospitals and health care buildings.

IEC 60630: 94 Maximum Lamp Outlines for Incandescent Lamps (Amendment No 3, 1999).

IEC 60662: 80 High-Pressure Sodium Vapour Lamps (Amendment No 9, 1997).

IEC 60704- 1: 97 Household and Similar Electrical Appliance – Test Code for the Determination for Airborne Acoustical Noise- Part 1: General Requirements.

IEC 60838-1: 97 Miscellaneous Lampholders – Part 1: General Requirements and Tests (Amendment No 1 1998).

IEC 60921: 88 Ballasts for Tubular Fluorescent Lamp – Performance Requirements - (Amendment No 2 1994).

IEC 60923: 95 Auxiliaries for Lamps – Ballasts for Discharge Lamps (Excluding Tubular Fluorescent Lamps), Performance Requirements.

IEC 60924: 90 D.C. Supplied Electronic Ballasts for Tubular Fluorescent Lamps- General and Safety Requirements- (Amendment No 1 1993).

IEC 60925: 89 D.C. Supplied Electronic Ballasts for Tubular Fluorescent Lamps- Performance Requirements- (Amendment No 1 1996).

IEC 60926: 95 Auxiliaries for Lamps – Starting Devices (Other than Glow Starter) General and Safety Requirements.



IEC 60927: 96 Auxiliaries for Lamps – Starting Devices (Other than Glow Starter) Performance Requirements

IEC 60928: 95 Auxiliaries For Lamps - A.C. Supplied Electronic Ballasts For Tubular Fluorescent Lamps - General and Safety Requirements

IEC 60929: 90 Auxiliaries for Lamps - A.C. Supplied Electronic Ballasts for Tubular Fluorescent Lamps - Performance Requirements.

IEC 61048: 91 Capacitors for Use in Tubular Fluorescent and Other Discharge Lamp Circuits, General and Safety Requirements .

IEC 61049: 92 Specification for Capacitors for Use in Tubular Fluorescent and Other Discharge Lamp Circuits, Performance Requirements.

IEC 61167: 92 Metal Halide Lamps - (Amendment No 3 1998).

IEC 61184: 97 Bayonet Lamp Holders.

IEC 61195: 93 Double Capped Fluorescent Lamps - Safety Requirements.

IEC 61199: 93 Single Capped Fluorescent Lamps - Safety Requirements.

IEC 61231: 93 International Lamp Coding System (ILCOS)

IEC 61347 Lamp Control Gear

IEC 61347-1 Part 1: General and Safety Requirements

IEC 61347-2-1: 00 Part 2- 1: Particular Requirements for Starting Devices (Other than Glow Starters)

IEC 61347-2-2: 00 Part 2- 2: Particular Requirements for D.C. or A.C.Supplied Electronic Step Down Converters for Filament Lamps.

IEC 61347-2-3: 00 Part 2- 3: Particular Requirements for A.C.Electronic Ballasts for Fluorescent Lamps.

IEC 61347-2-7: 00 Part 2- 7: Particular Requirements for D.C.Electronic Ballasts for Emergency Lighting.

IEC 61347-2-8: 00 Part 2- 8: Particular Requirements for Ballasts for Fluorescent Lamps.

IEC 61347-2-9:00 Part 2- 9: Particular Requirements for Ballasts for Discharge Lamps. (Excluding Fluorescent Lamps).

IEC/TR 60882: 86 Pre-Heat Requirements for Starterless Tubular Fluorescent Lamps

1 02 01 04 USA Standards

1 02 01 05 European Standards

1 02 01 06 British Standards

BS 5499 Fire safety signs, notices and graphic symbolsBS 5499-1: 90 Specification for fire safety signsBS 5499-2: 86 Specification for self luminous fire safety signsBS 5499-3: 90 Specification for internally-illuminated fire safety signs

1 02 01 07 German Standards

1 02 02 Codes

Royal Commission for Jubail and Yanbu Electrical code Volume 2- article 410.

NFPA 402 Fixture wires



1 02 03 Other References

1 03 Definitions

Note: The following description of terms is mainly based on IEC 60598 Part 1: General Requirements and tests.

1 03 01 Technical Terms

Where the terms "Voltage " and "Current " are used, they imply the (r.m.s.) values unless otherwise stated.

air handling luminaire – A luminaire through some part of which air is supplied to or extracted from the interior of the building.

ballast - A unit inserted between the supply and one or more discharge lamps which by means of inductance, capacitance or resistance, single or in combination, limits the current of the lamp(s) to the required value. It also provides starting voltage and preheating current reduces stroboscopic effect and corrects the power factor.

discharge lamp - A lamp in which the light is produced either directly or by the excitation of phosphors by an electric discharge through a gas, a metal vapour or a mixture of several gases and vapour.

incandescent lamp – A lamp in which light is produced by a filament heated to incandescence by the passage of an electric current.

lighting-fixture - An Apparatus which is complete with all parts (Lamps, Reflectors, Side panels, Louvers, etc.) to give light.

luminaire - Apparatus which distributes, filters or transforms the light transmitted from one or more lamps and which includes all the parts necessary for supporting, fixing and protecting the lamps, but not the lamps themselves, and where necessary circuit auxiliaries together with the means for connecting them to the supply.

luminaire accessories - All components other than the lamp and the housing

luminous efficacy – The ratio of the luminous flux emitted by a lamp to the power consumed by it (unit: lumen per watt, Lm/W).

metal halide lamp – A discharge lamp in which the light is produced by the radiation from a mixture of a metallic vapour (usually mercury) and the products of the dissociation of halides.

rated voltage - The supply voltage or voltages assigned to the luminaire by the manufacturer.

recessed luminaire - A luminaire intended by manufacture to be fully or partly recessed into a mounting surface (for operation in enclosed cavities or mounted through a surface such as a suspended ceiling).

rated maximum ambient temperature (ta) - The temperature assigned to a luminaire by the manufacturer to indicate the highest sustained temperature in which the luminaire may be operated under normal conditions.

tungsten halogen lamp – An incandescent lamp with a gas filling containing a proportion of halogens.

1 03 02 Abbreviation and Symbols

RCJY Royal Commission for Jubail and YanbuNFPA National Fire Protection Association (US)r.m.s. Root Mean SquareF.F.L. Finished Floor or Ground LevelGLS General Lighting ServicesIESNA Illuminating Engineering Society of North America



1 04 System Description

1 04 01 Design Requirements

Note: Restrict this paragraph to statements describing design requirements and operational requirements and operational properties of a complete system (e.g. A/C system, lifts, etc.) to be designed by contractor

1 04 02 Performance Requirements

Note: Restrict this paragraph to statements describing Performance requirements and operational requirements and operational properties of a complete system (e.g. A/C system, lifts, etc.) to be designed by contractor

1 05 Submittals.Submit the following in accordance with Conditions of Contract and Section 01300

1 05 01 Product Data

Product Data shall include lamp data, details of construction and luminaire lighting distribution (polar diagrams if available) for each type of luminaire to be installed.The contractor shall submit all technical data (i.e. erection obligations, slot sizes and flow rates for air handling luminaires etc.).

1 05 02 Shop Drawings

Shop drawings shall contain location (layout) of luminaires, lighting level, the code of protection (suitability of luminaire for use in the location designed) and controlling equipment.

1 05 03 Samples

01 0 The contractor shall supply at least one sample of each type of luminaire, to be approved by the supervision engineer before installation. Samples shall enclose product data documents.

02 0 Where a luminaire is included as a part of an integrated ceiling system, a sample of the system including the luminaire shall be installed for inspection and approval.

1 05 04 Quality Control Submittals

Documented experience of Contractor’s site supervisor(s) (see ref. 1 06 01 02)

Certificates for all elements indicated showing compliance with referenced Standards and requirements of authorities having jurisdiction

1 05 04 01 Test Reports and Certificates

Test Reports and/or Certificates shall be submitted to certify that the luminaire complies with Saudi standards and/or international standards. Submittals should contain all necessary photometric data and should prove that the luminaire is suitable for use in the location to be installed and that in normal use they function safely and cause no danger to persons or surroundings.

1 05 04 02 Manufacturer's Instructions

Manufacturer's manual shall be supplied with luminaire, containing instructions for handling, storing, installing lamps used and maintenance.



1 05 05 Handing-Over Submittals

1 05 05 01 Project Records

1 05 05 02 Operation and Maintenance Data

Provide schedule and data for maintenance at luminaires.

1 05 06 Other Submittals

1 06 Quality Assurance

1 06 01 Qualifications

1 06 01 01 Qualifications of Manufacturers

Products used in the work of this Section shall be produced by manufacturers regularly engaged in manufacture of similar items and with a history of successful production acceptable to the supervisor engineer.

1 06 01 02 Qualifications of Installers

Use adequate number of skilled workmen who are thoroughly trained and experienced in the necessary crafts and who are completely familiar with the specified requirements and the methods needed for proper performance of work.Contractor’s site supervisor(s) shall have knowledge of referenced standards and at least five (5) years of documented experience.

1 06 02 Regulatory Requirements

Note: Specify obligations to comply with specific code requirements for Contractor designed items and other requirements of public authorities if any!

1 06 03 Certifications

Provide certificates issued by either the manufacturer or an authorised and independent agency or independent laboratory, showing that each type of luminaire has been tested and complies with relevant standards.

1 06 04 Quality Control

1 06 04 01 Internal Quality Control

Contractor’s internal quality control shall include, checking that suppliers test certificates and certificates of compliance conform to specification and referenced standards prior to assembly or installation.Checking supplier’s delivery tickets for compliance with supply order and specification

1 06 04 02 External Quality Control

1 06 04 03 Source Quality Control

1 07 Delivery, Storage and Handling

1 07 01 Packing and Shipping

Deliver materials to site originally packed by manufacturer in unopened containers. Protect materials during delivery to comply with manufacturer’s directions. Damaged materials shall be replaced at Contractor's costs.



1 07 02 Storage and Protection

Store materials at building site strictly according to manufacturer’s instructions. Store products in a dry and ventilated place

1 07 03 Acceptance at Site

Note: Applies for Employer provided products only, for which conditions of acceptance at site should be specified here!

1 08 Project and Site Conditions

1 08 01 Existing Site Conditions

Note: Should include references to documents where information may be found pertaining to such items as existing structures, public utility lines, geophysical reports etc.!

1 08 02 Environmental Requirements

Refer to Section 01060 Regulatory Requirements, 1 01 02 .

1 09 Schedules and Programs

Note: Specify requirements for coordinating certain works, which must be done, in special sequence with, or at the same time as work in other sections. The particular sequence of events should be specified here

1 10 Special WarrantyNote: Describe special or extended warranty only (e.g. in landscaping when warranty depends on growing, periods may be exceeding the normal warranty period).

1 11 Maintenance

1 11 01 Maintenance Service

1 11 02 Operation Services

1 11 03 Extra Material

Note: Specify products to be supplied by the Contractor for future maintenance and repair and state to whom, when and where the items are to be delivered!



2 Part 2: Products.

Note: Luminaires shall be specified in detail by the specifier in the drawings and B.o.Q. In general specifications do not describe products that might then exclude suitable types. By Government policy the specifier shall not specify a product by name and model number, however he must give sufficient detail to enable luminaires to be chosen.

2 01 LampsLamps and lamp containers shall be legibly and durably marked with manufactures name and/or trademark, country of origin, the rated wattage, rated colour and the class of the lamp. The manufacturer’s installation recommendations concerning permissible lamp positions shall be followed. Lamps in general shall comply with IEC 61231, international lamp coding system (ILCOS).

2 01 01 Incandescent Lamps

In general lamps with tungsten filament (Incandescent) shall comply with IEC 60630.

2 01 01 01 Tungsten Filament Lamp (Ordinary Incandescent Lamp)

Incandescent lamps with tungsten filament for domestic and general lighting purposes shall comply with IEC 60064 and 60432.

2 01 01 02 Tungsten Halogen Lamps

Tungsten halogen lamps for floodlights and spotlights shall comply with IEC 60357 and 60432-2.

2 01 02 Fluorescent Lamps

Tubular fluorescent lamps for general lighting service (GLS) shall comply with SASO 138 and 139.Rapid start fluorescent tubes and low energy lamp types with 16 mm or 26-mm tube diameter are preferred.

2 01 02 01 Double-capped Fluorescent Lamps

Double-capped fluorescent lamps shall comply with IEC 60081 and 61195.

2 01 02 02 Single-capped Fluorescent Lamps

Single-capped fluorescent lamps shall comply with IEC 60901 and 61199.

2 01 02 03 Starterless Tubular Fluorescent Lamps

Starterless tubular Fluorescent Lamps shall comply with IEC/TR 60882.

2 01 03 Discharge lamps

2 01 03 01 High-pressure Mercury Vapour Lamps

High-pressure mercury vapor lamps shall comply with SASO 1131 and 1132, and IEC 60188.

2 01 03 02 High-pressure Sodium Vapour Lamps

High-pressure sodium vapour lamps shall comply with IEC 60662.



2 01 03 03 Low-pressure Sodium Vapour Lamps

Low-pressure sodium vapour lamps shall comply with IEC 60192.

2 01 03 04 Metal Halide Lamps

Metal halide lamps shall comply with IEC 61167.

2 01 04 Lamp Caps and Holders

Lamp caps and lamp holders shall be of suitable material, resistant to corrosion. The cap shall be attached firmly to the tube or the bulb and shall be capable to withstand the normal operational temperature. Lamp caps and holders shall comply with IEC 60061- 4.

2 01 04 01 Lamp Caps

Lamp caps shall comply with IEC 60061-1.

2 01 04 02 Lampholders

Lampholders in general, shall comply with the IEC 60061-2 and 60838-1.Bayonet Lampholders for general use shall comply with SASO 233 and 234, and IEC 611184.Lampholders for linear incandescent lamps shall comply with IEC 60838-2.Screw Lampholders shall comply with IEC 60238 and 60399.Lampholders for tubular fluorescent lamps shall comply with IEC 60400.

2 02 Lamp Auxiliaries

2 02 01 Ballasts

All ballasts shall be integrated power factor corrected with integrated temperature protection.The temperature rating shall be at least Tw 130/55/125 degree C (annex part 6 table No. 5).Ballasts shall prevent visible lamp flicker.The power factor correction shall be not less than 0.95.

2 02 01 01 Ballasts for Fluorescent Lamps.

Ballasts for fluorescent lamps shall comply with SASO 507 and 508, and IEC 60920 and 60921.Sheet metal enclosed ballasts shall be with a protection code of IP 20, (see annex 6 table No1) and the coil shall be cast-resin impregnated.A.C. supplied electronic ballasts for tubular fluorescent lamps shall comply with SASO standard (1489) with IEC standard (60928 and 60929).D.C. supplied electronic ballasts for tubular fluorescent lamps shall comply with SASO standard (1488) and with IEC standard (60924 and 60925).Electronic fluorescent controllable ballasts shall be capable of dimming down to 10%, and enable lamps to start at any light level without first flashing to full light.

2 02 01 02 Ballasts for Discharge Lamps

Ballasts for discharge lamps shall comply with the general and safety requirement of SASO 1491 and 1492, and IEC 60704, 60922 and 60923.Ballasts for high-pressure mercury vapour lamps shall comply with SASO 691 and 692. Ballasts for discharge lamps can be used in combination with an external igniter.Integrated ballasts shall be used for discharge lamps that include the ballast coil and the power factor correcting capacitor in a sheet metal enclosure with a protection code of IP 53(see annex 6 table No3). The coil shall be cast-resin impregnated. The ballast shall have three taps for voltage adjustment.



2 02 02 Starters

Starters for tubular fluorescent lamps shall provide flicker free ignition.Glow starters for tubular fluorescent lamps with pre-heated cathode shall comply with SASO 146 and 147.Starting devices (other than glow starters) shall comply with SASO 1493 and 1494, and IEC 60926 and 60927.Starters for fluorescent lamps shall have the range from 18 W to 65 W with an ignition temperature range from –20 to +80 degrees C. Electronic starters are preferred for tubular fluorescent lamps.

2 02 03 Capacitors

Capacitors for fluorescent lamps shall comply with IEC 61048 and 61049. The capacitor terminals shall be of snap-type connectors.

2 03 Luminaires Luminaires shall comply with the general requirement of SASO 1318 and IEC 60598- 1 and 60598- 2.Luminaires shall be protected against entry of dust and water according to their location. The quoted degree of protection for luminaires shall comply with SASO 980 and IEC 529. See annex 6, tables 1,2, and 3.

2 03 01 Fluorescent Luminaires

2 03 01 01 General

The housing shall have sufficient knockouts for convenient mounting by normal methods, either on wall or ceiling. The housing shall contain security device to prevent lamp dropout due to shock or vibration. All metal parts of the housing shall be connected to an earthing close to the power connection terminal.Frames and socket plates shall be of suitable heavy material, formed and braced to hold lamp sockets firmly in place during relamping. All brackets, clips, spacers etc. necessary for proper installation shall be furnished as part of the luminaire. Seams shall be constructed to prevent light leakage.Reflectors, where fitted, shall be of high reflectivity and shall be securely connected to the luminaire body, but shall be removable for access to the control gear and wiring without the use of tools other than a screwdriver.Louvers, and diffusers shall be of precision fit or gasketed to prevent light leakage. Louvers shall be easily removable without the use of tools and shall be held in the closed position without external projection.

2 03 01 02 Recess -mounted Luminaires

Recess-mounted luminaires shall be made suitable for use with various ceiling systems by modifying the fastening device only. Recess-mounted lighting fixtures with open louvres shall have a protection code of at least IP 20 (see annex 6 table No 1), and fixtures with diffusers shall have a protection code of at least IP 40 (see annex 6 table No 2).

2 03 01 03 Surface-mounted Luminaires

Surface-mounted luminaires shall be made from one piece, and solid along their entire length. Lighting fixtures with open louvres shall have a protection code of at least IP 20 (see annex 6 table No1), and fixtures with diffusers shall have a protection code of at least IP 40 (see annex 6 table No 2). Lighting fixtures for installation in wet or outside locations shall have a protection code of at least IP 55 (see annex 6 table No 4).



2 03 01 04 Air Handling Luminaires

The supply and exhaust air hoods shall be thermally insulated. Luminaires shall comply with IEC (60598-2-19).

2 03 02 Incandescent or Discharge Luminaires

2 03 02 01 General

The housing shall be of corrosion resistant finish, heatproof and ventilated. The luminaire housing shall be furnished with tapped holes to facilitate direct conduit entry, which shall be provided with threaded plugs. Materials and accessories, whether specifically mentioned or not, shall be of the highest grade of manufacture and equal in every respect to the highest commercial standard. Wiring for incandescent lighting shall be heatproof with a minimum temperature rating of 150 degrees C. Gaskets shall be heatproof and provided for weathertight operation. Lamp base sockets shall be porcelain.

2 03 02 02 Recessed Luminaires (Downlights)

Recessed Luminaires shall comply with IEC standard (60598-2-2). Relamping shall be possible without removing the unit.

2 03 02 03 Wall or Ceiling-mounted Luminaires

Luminaires for wall and ceiling mounting shall be carefully tested to ensure local heating of ceiling and wall finishes cannot cause damage.

2 03 02 04 Floodlight Luminaires

Floodlight luminaires shall comply with IEC standard (60598-2-5). The housing construction shall be designed for maximum heat dissipation. The fixture shall be adjustable horizontally and vertically. The socket shall be made of high-temperature, metal encased, spring-located porcelain.

2 03 02 05 Portable Luminaires

Portable luminaires shall be equal in every respect to the highest commercial standard. Portable luminaires shall be vandal resistance, water repellant, vibration and shock resistant.Portable luminaires shall comply with IEC standards (60598-2-4)Portable luminaires for garden use shall comply with IEC standards (60598-2-7).

2 03 02 06 Stage-lighting Fittings

Luminaires including stage lighting, spot and floodlighting projectors shall comply with IEC 598-2-17.

2 03 02 07 Step Lights

Step lights shall be provided by light control louvers with a suitable angle depending on step height and depth.

2 03 02 08 Exit and Emergency Luminaires

Emergency Luminaires shall conform to IEC 60598-2-22. Exit and emergency luminaires, either temporary or for continuous work shall be of incandescent type, or instant start fluorescent type. All wiring shall be with a minimum temperature rating of 150 degrees C and shall be concealed in the wireway of the luminaire. Exit signs shall be of ceramic, fired glass, acrylic plastic or fiberglass and shall have white letters on a red or green background. Letters, with or without arrows, shall be a minimum of 150 mm high with 20-mm stroke. All signs shall be inserted in lightproof



slides, frames, or hinged doors. Hinges, where used, shall be concealed. All ferrous metal parts shall be treated with a rust inhibitor after fabrication and prior to the application of the finish coat. A test switch shall be provided to test the unit. Exit and emergency luminaire shall be: -

가.0 Self-powered exit and emergency luminaire. Self-powered luminaire shall have at least 1 hour of emergency operation, a solid state fully automatic charger and at least two low voltage high-brightness bulbs. The battery and charger shall be an integral part of the unit or in an exterior module specifically to be mounted with the unit

나.0 Central DC supply exit and emergency luminaire

2 04 Lighting Poles

2 04 01 General

The complete assembly of the lighting fixtures consisting of the pole, luminaires and bracket arms shall be designed for dead loads imposed and theoretical dynamic loads of pressure developed by maximum wind velocities expected at the site.Poles with a length of 15 m and more above finished floor or ground level shall be provided either with climbing irons starting 2 m above ground and extending to the position of the luminaire or other suitable means for servicing the luminaires at ground level. Each pole shall be equipped with a cable connection box for two incoming armoured cables up to 4 35 mm, equipped with two fuse sockets for fuses up to 63 Amp. The cable box of protection code IP 55 (see annex Part 6 table No 4)., see (annex 6 table 4) shall be installed inside the pole behind a lockable handhole opening which shall be located approximately 600 mm above F.F.L. An earthing lug for the connection of a separate earthing conductor shall be suitably installed near the cable box.Lighting poles shall be: -

가.0 Steel complying with the SASO standard (1495). Steel lighting poles shall be painted with one coat primer and two finishing coats.

나.0 Hot dip galvanized steel complying with the SASO standard (1495).

다.0 Aluminium

라.0 Fibreglass reinforced Polyester complying with SASO standard (533).

2 04 02 Poles with Flange Plates

The base assembly of these poles shall consist of a base plate, of suitable dimension, welded to the shaft tube. A minimum of four hot-dipped galvanized high-tensile steel anchor bolts, with square levelling nuts, hexagonal hold-down bolts, flat and lock washers shall be capable of withstanding full bending moment of the shaft at its yield strength stress. The base plate shall have a 100-mm wide opening with gasketed edge for cable penetration from the concrete foundation.

2 04 03 Earth-embedded Poles

These poles shall be embedded in earth for not less than 1/6 of their entire length. The depth shall depend upon local soil conditions and be approved by the Engineer.Poles shall have a cable opening approximately 800 mm below F.F.L, sufficient for two armoured cables of up to 4x35 mm2 to the cable connection box. Poles shall be bitumen-coated against corrosion for the length embedded in the ground, extending to approximately 300 mm above F.F.L.

2 04 04 Poles Foundations

The foundation for poles depends on the type of poles, fixtures and soil condition and shall be designed according to section 03300. The stability of lighting pole foundations shall be proved by a structural calculation before execution of the foundation..



The foundations shall be provided with conduits for cable penetration to the pole (see section 16050).

2 04 05 Floodlight Towers

Floodlight towers shall be of galvanized steel or steel with protective coating.They shall be equipped with a cable connection box, of protection class IP 55 (see annex 6 table No 4), for two incoming supply cables, with fuse sockets for fuses up to 63 A. Floodlight poles carrying more than two luminaires shall be provided with a suitable service platform including a safety basket.The cable box shall be installed inside the mast behind a lockable handhole.An earth terminal shall be provided near the cable box for connection of a separate earthing conductor.Floodlight towers shall be mounted on a concrete foundation by means of a base plate welded to the mast tube and a minimum of four hot-dipped galvanized high-tensile steel anchor bolts. The, base plate shall have an opening not less than 100 x 100 mm with gasketed edges for supply cables from the mast foundation.



3 Part 3: Execution

3 01 General ExaminationLamps, luminaire and lighting poles shall be examined before installation. They shall be free from any defects (e.g. on housing, painting, etc.) and shall be in first class operating order.

3 02 General Preparation

3 03 Installations

3 03 01 General

Lighting fixtures shall be installed in an approved workmanlike manner, according to manufacturer’s recommendations. Fixings, which carry the weight of the luminaire and internal accessories, shall be provided with means to prevent the dislodgement of any part of the luminaire by vibration, either in service or during maintenance.

3 03 02 Surface Mounted Fixtures

Continuous rows of fixtures shall be installed so as to provide perfect alignment, and shall have no gaps between fixture items, trim and adjacent items.

3 03 03 Recessed Mounted Luminaire

Recessed mounted luminaires shall be lodged properly and have no gaps between edges and the false ceiling.

3 03 04 Lighting Poles

Poles shall be aligned vertically and shall be properly fastened to their foundations. Earth-embedded poles shall be provided with a corrosion protection tape approximately 200 mm above and below the ground level.

3 04 Field Quality ControlAll fixtures and equipment shall be complete with the required glassware, reflectors, side panels, louvres or other necessary components. Upon completion of the installation, the lighting fixtures shall be in a perfect condition, free from defects and shall be energised for testing as required by relevant IEC standards.

3 05 Adjusting and Cleaning

3 06 Demonstration

Note: State requirements to demonstrate operation and maintenance of equipment to the employer's personnel including special training if required.

3 07 Protection

3 08 Schedules

Note: Include schedules (e.g. door schedule) to indicate what to put where, and provide other co-ordinating data if necessary !



4 Part 4: Method of Measurement

4 01 GeneralUnits shall be measured from site.

4 02 Units of MeasurementsThe measurement of lamps, luminaires, lighting fixtures and lighting poles shall be by number.



5 Part 5: Basis of Payment

5 01 General

5 02 Ancillary Works to be Included in the Unit Price RatesAll straps, supports, hangers and other materials necessary for proper installation shall be included in the unit price.



6 Annex: Tables and figures.

6 01 TablesThe following first four tables show examples of the use of SASO standard 980 which specifies the degree of protection for electrical equipment against ingress of solid foreign objects and water, which is used in this section. The fifth table explains the meaning of the ballast temperature rating (T.W. 130/ 55/ 125).

Table 1 :The meaning of IP 20

IP 2 0

Code letter (International protection)

Protected against ingress of solid foreign objects > 12.5mm diameter.

Non- protected against water

Table 2: The meaning of IP 40

IP 4 0


Protected against ingress of solid foreign objects > 1.0mm diameter.

Non- protected against water

Table 3 : The meaning of IP 53

IP 5 3


Dust protected Protected against spraying water

Table 4 :The meaning of IP 55

IP 5 5


Dust protected protected against jetting water

Table 5 : The meaning of ballast temperature rating (T.W. 130/ 55/ 125).

130 degrees C Maximum coil temperature.

55 degrees C Temperature rise of coil at normal operating condition.

125 degrees C Temperature rise of coil at abnormal operating conditions.



6 02 Figures



7 Annex: Specifier Information

7 01 Obstruction LightingObstruction lighting for aviation warning shall be according to table 25-22 in IESNA.

7 0 2 Preferred Products Metal halide lamps give better colour rendering of higher luminous efficacy than the corresponding pure metal vapour.Electronic starters are preferred for tubular fluorescent lamps.

7 0 3 Lighting design Lighting design illumination shall conform with SASO 335.


SASO Baziran Na IEC 60598

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