lighting specification

IKD1-Specification for Lighting

Document Identification Number

Revision: 01 Status: IFA

Document Type: SPE System/Subsystem: 62 Discipline: ELE Rev Date: 22-Nov-2013

Contractor document number of 19

IKIKE FIELD DEVELOPMENT PROJECT

IKD1-SPECIFICATION FOR LIGHTING

Rev. Status Date Revision memo Issued by Checked by Approved by

01 IFA 22-11-2013 Issued for Approval I. Ezenobi O. Adewale G. Gardner

00 IFR 7-Nov-2013 Issued for Review I. Ezenobi O. Adewale G. Gardner






REVISION SHEET

Details of revisions made to this document before and after approval shall be recorded on this sheet.

Rev Section Description Page

01 §8.3 Corrected to 100% rated 400/230 transformer 15






TABLE OF CONTENTS

2. OBJECTIVE -------------------------------------------------------------------------------------------------------------- 6

3. SCOPE -------------------------------------------------------------------------------------------------------------------- 7

3.1 VENDOR Scope of Supply ----------------------------------------------------------------------------------- 7

3.2 VENDOR Scope of Service ---------------------------------------------------------------------------------- 7

4. DEFINITION -------------------------------------------------------------------------------------------------------------- 8

4.1 Abbreviations ---------------------------------------------------------------------------------------------------- 8

4.2 Definitions -------------------------------------------------------------------------------------------------------- 9

5. REFERENCE DOCUMENT ----------------------------------------------------------------------------------------- 10

5.1 International Codes and Standards ----------------------------------------------------------------------- 10

5.2 Company General Specification --------------------------------------------------------------------------- 11

5.3 Project Documents -------------------------------------------------------------------------------------------- 12

5.4 Order of precedence ----------------------------------------------------------------------------------------- 12

5.5 Units -------------------------------------------------------------------------------------------------------------- 12

6. ENVIRONMENTAL CONDITION ----------------------------------------------------------------------------------- 12

7. LIGHTING CRITERIA REQUIREMENTS ------------------------------------------------------------------------ 13

7.1 General Requirements --------------------------------------------------------------------------------------- 13

7.2 Particular Requirements ------------------------------------------------------------------------------------- 13

7.2.1. Required lamp ------------------------------------------------------------------------------------------------- 13

7.2.2. Ingress Protection --------------------------------------------------------------------------------------------- 13

7.2.3. Fitting Configuration ------------------------------------------------------------------------------------------ 14

7.2.4. Additional Luminaires ---------------------------------------------------------------------------------------- 14

8. LIGHTING SYSTEM--------------------------------------------------------------------------------------------------- 14

8.1 Lighting Requirements --------------------------------------------------------------------------------------- 15

8.2 Illumination level ----------------------------------------------------------------------------------------------- 15

8.3 Normal Lighting ------------------------------------------------------------------------------------------------ 15

8.4 Emergency Lighting ------------------------------------------------------------------------------------------ 16

9. RATING PLATE AND LABELS ------------------------------------------------------------------------------------- 18

9.1 Rating Plate ---------------------------------------------------------------------------------------------------- 18

10. QUALITY ASSURANCE, INSPECTION & TESTING --------------------------------------------------------- 18






1. INTRODUCTION

TEPNL intends to carry out basic engineering activity for the Ikike Field Development Project including the development of further engineering work on the Amenam integration scope in order to reduce integration uncertainties for the project.

Ikike is an undeveloped field located 20km offshore in the Gulf of Guinea in Nigeria and approximately 15km north of the Amenam complex in 20m water depth. The Amenam field, which has been producing since July 2003, is located approximately 60 km southeast of the

10.1 Quality Assurance --------------------------------------------------------------------------------------------- 18

10.2 Inspection ------------------------------------------------------------------------------------------------------- 18

10.3 Site Support ---------------------------------------------------------------------------------------------------- 19

11. PREPARATION FOR SHIPMENT --------------------------------------------------------------------------------- 19

12. SPARE PARTS --------------------------------------------------------------------------------------------------------- 19

12.1 Spares ----------------------------------------------------------------------------------------------------------- 19

13. DOCUMENTATION --------------------------------------------------------------------------------------------------- 19






NLNG plant, and 95km southeast of the Port Harcourt and water depth ranges from 30 to 40 meters.

The Ikike field is located in OML 99 (JV NNPC 60% TEPNL 40%), outside of the Amenam-Kpono unitized area.

The Ikike field will be developed as a satellite tie-back to Amenam, thereby making full use of the spare capacity of the Amenam process facilities due to the anticipated decline of the Amenam production.

The field would be developed sequentially, by first producing the R11 reservoir which contains most of the reserves. This would also allow appreciation of the shallower R5 and R7 reservoirs, thereby removing the remaining uncertainties linked to these fields.

Figure 1: Ikike Field Development Amenam installations include 2 production wellhead platforms (AMD1/AMD2), 1 water-injection wellhead platform (AMD3), 2 production platforms (AMP1/AMP2), a flare platform (AMT2), and a living quarter (AMQ).

From Amenam, Stabilized oil is exported to the Floating Storage and Offloading Unit, FSO-Unity, through a 16” sealine connected to AMP1 on the east face. Gas is exported to Bonny NLNG through a 24” export.

The surface development consists of a wellhead platform tied-back to the Amenam complex. The main features are:

A fully rated, 15 slots, unmanned wellhead platform.

A single, fully rated multiphase sealine for production export (32 000 bopd and 116 MMscfd at plateau) to Amenam (AMD-2).






Injection water and power will be provided from Amenam via dedicated sealine and cable. The cable (with FO for data transfer) will be laid from AMP2, whilst water for reinjection will be provided by the existing Amenam HP injection pumps via a new 12" sealine tied-in on AMD3, the existing water injection wellhead platform.

MPFMs for well testing and export on Ikike, and allocation for Amenam by difference between Amenam existing custody transfer meter and Ikike export MPFM

Integration works on AMD2, where the incoming Ikike production sealine will be tied-in, consisting of the installation of a new module containing the safety valves and pig receiver, hook up to existing production manifold and new HIPS to protect Amenam against sealine depacking.

Initially, only 5 wells will be drilled: the 3 producers of R11 and two wells injectors in panel C. The platform is fully rated, i.e designed, for the full well head pressure of the R11 wells (340 bar).

2. OBJECTIVE

The purpose of this specification is to define the main lighting criteria in order to specify:

The COMPANY lighting installations

The minimum requirements for manufacturing/inspection/testing of luminaires and associated accessories for Ikike field development project

In general the design/engineering of the lighting equipment shall meet the following criteria:

Proven technology,

Safety and easy of operation,

Ease of installation

Compact design,

Standardization of equipment and materials.

Compliance with international standards.

3. SCOPE

3.1 VENDOR Scope of Supply

VENDOR’s scope shall include but not limited to design, engineering, manufacture, painting, inspection, testing, preparation and packaging for shipment of the lighting fittings. This shall include the following:

luminaires

lamps






3.2 VENDOR Scope of Service

VENDOR’s scope of supply shall include the following services as a minimum: Co-ordination of all sub-VENDOR activities.

Co-ordination with COMPANY and CONTRACTOR Inspection, Quality Assurance/Quality Control Services

Shop assembly inspection and testing.

Authority approval and certification Inspection co-ordination.

Lay-up preservation instruction book (one set to be delivered with the equipment)

Documents as per “VENDOR Document Requirement Schedule” included in the contractor requisition

Completed SPIR forms after receipt of order and prior to equipment delivery.

a. Site Performance Test Procedure.

b. Warranty

c. Performance Guarantees

d. Weight Control In hazardous areas, the luminaire type shall be selected in accordance with the COMPANY general specification GS EP ELE 079.

4. DEFINITION

4.1 Abbreviations

AC Alternating Current

AMD Amenam Drilling Platform

AMQ Amenam Living Quarters

AMP Amenam Processing Platform

ATEX Atmosphere Explosive

Bopd Barrels of Oil per day

CENELEC European Committee for Electrotechnical Standardization

DC Direct Current

DOL Direct On Line

ECS Electrical Control System

EMA Ethylene Methyl Acrylic

EMC Electro-Magnetic Compatibility






EPR Ethylene Propylene Rubber

ESD Emergency Shutdown System

ESP Electric Submersible Pump

ETR Electrical Technical Room

F & G Fire and Gas System

FO Fiber Optics

HV High Voltage

HVAC Heating, ventilating and Air Conditioning

IS Intrinsically Safe

ICSS Integrated Control and Safety System

IEC International Electro-technical Commission

IKD1 Ikike Platform

ITR Instrument Technical Room

JB

Junction Box

LV Low Voltage

MC Marshaling Cabinet

MCB Miniature Circuit Breaker

MCC Motor Control Centre

MCCB Molded Case Circuit Breaker

MCT Multi-Cable Transit

MPFM Multiphase Flow Meter

MUX Multiplexer

NAVAID Navigational Aids

NDB Non-Directional Beacon

PABX Private Automatic Branch Exchange

PA/GA Public Address and General Alarm

PCS Process Control System

PLC Programmable Logic Controller

PSS Process Safety System

RTD Resistance Temperature Detector

SSS Safety Shutdown System






TEFV Totally Enclosed Fan Ventilated

UPS Uninterruptible Power Supply

VDU Visual Display Unit

VFD Variable Frequency Drive

VT Voltage Transformer

XLPE Cross Linked Polyethylene

4.2 Definitions

COMPANY

CONTRACTOR Engineering, Procurement, Construction and Installation Company

ENGINEER

MANUFACTURER Maker of Equipment

VENDOR

Party who supplies the equipment

5. REFERENCE DOCUMENT

5.1 International Codes and Standards

International Codes and Standards

Reference Title

IEC 6050-845 International Electro-technical Vocabulary (IEV) - Chapter 845:Lighting

IEC 60064 Tungsten filament lamps for general service

IEC 60081 Tubular fluorescent lamps for general lighting system

IEC 60155 Glow-starter for fluorescent lamps

IEC 60188 High pressure mercury vapour lamp

IEC 60400 Lamp holders for tubular fluorescent lamps and starter-holders

IEC 60432 Safety specification for incandescent lamps. Tungsten filament lamps for domestic or similar general lighting purposes

IEC 60529 Degrees of protection provided by enclosures (IP code)






International Codes and Standards

Reference Title

IEC 60598 Luminaires

IEC 60662 High pressure sodium vapour lamp

IEC 60921 Ballasts for tubular fluorescent lamps - Performance requirements

IEC 60923 Ballast for discharge lamps (excluding tubular fluorescent lamps) -Performance requirements

IEC 60925 DC supplied electronic ballasts for tubular fluorescent lamps -Performance requirements

IEC 60927 Starting devices (other than glow starters) - Performancerequirements

IEC 60929 AC supplied electronic ballasts for tubular fluorescent lamps -Performance requirements

IEC 60968 Self-ballasted lamps for general lighting services Safety requirements

IEC 60969 Self-ballasted lamps for general lighting services - Performance requirements

IEC 61000-3-2 Electromagnetic compatibilty (EMC) - Part 3-2: Limits - Limits for harmonic current emissions (equipment input current up to or equal at 16 A per phase)

IEC 61167 Metal halide lamps

IEC 61347 Lamp control-gear

IEC 61547 Equipment for general lighting purposes - EMC immunity requirements

IEC 62035 Discharging lamps (excluding fluorescent lamps) – Safety specification

IEC 62262 Degrees of protection provided by enclosures for electrical equipment against external mechanical impacts (IK code)

5.2 Company General Specification

Total General Specification and Standard ( Ver. 2009)

GS EP ELE 079 Electrical apparatus for potentially explosive gas atmosphere






GS EP ELE 011 Electrical requirements for package units

GS EP ELE 137 Distribution boards

GS EP ELE 141 Power transformers

GS EP ELE 161 Electrical cables

GS EP ELE 221 Electrical control system (ECS)

GS EP ELE 364 Electrical installations

GS EP ELE 081 Lighting

5.3 Project Documents

Reference documents

NG-IKD-50-CTEL-060001 IKD1-Electrical Design Philosophy

NG-IKD-50-CTEL-060303 IKD1-Electrical Load List

NG-IKD-50-CTEL-060304 IKD1-Electrical Cable List

NG-IKD-50-CTEL-060129 IKD1-Electrical Room Equipment Layout

NG-IKD-50-CTEL-060104 IKD1-Overall Single Line Drawing

NG-IKD-50-CTEL-060002 IKD1-Specification for Electrical Design and Installation

NG-IKD-50-CTEL-060412 IKD1-Data Sheet for Lighting Equipment

NG-IKD-50-CTEL-060013 IKID1-Specification for Electrical Package Units

NG-IKD-50-CTEL-050115 IKD1 - Equipment Arrangement / Spider Deck TOS EL. +4.300

NG-IKD-50-CTEL-050116 IKD1 - Equipment Arrangement / South Elevation

NG-IKD-50-CTEL-050117 IKD1 - Equipment Arrangement / North Elevation

NG-IKD-50-CTEL-050118 IKD1 - Equipment Arrangement / East Elevation

NG-IKD-50-CTEL-050119 IKD1 - Equipment Arrangement / West Elevation

5.4 Order of precedence

The following order of precedence shall normally be used:

Nigerian National Standards / Government legislation

Data Sheet

This Specification

Referenced project documents

Company general specifications

International or Industry Standards

5.5 Units

Generally SI-units shall be used throughout all design and engineering documents unless expressly stated otherwise






6. ENVIRONMENTAL CONDITION

The Lighting shall be suitably designed for proper operation in environmental conditions specified below.

Environmental data

Minimum Air Temperature 21 °C

Minimum Seabed Temperature 16 °C

Maximum Air Temperature 33 °C

Design Maximum Ambient Temperature 40 °C

Maximum relative Humidity 100 %

Maximum Monthly Rainfall 410 mm

Average Wind Speed 4.3 m/s

Maximum Wind Speed 36 m/s (100-yrs return) at 10 m height

Design Life: 20 years

The environmental conditions as identified in the above referenced tables are to be taken into consideration for the selection and the sizing of the equipment.

Equipment shall be suitable for corrosive, salt mist, oil vapour, and high humidity marine, offshore environment.

Ikike is located offshore Nigeria, Electrical equipment shall be designed for offshore marine environment. Special care shall be taken in relation with Harmattan wind. The design temperature for electrical equipment shall be 40ºC.

Noise level shall comply with limits specified in GS-ENV-500. EMC, Electrical equipment and installation shall comply with IEC60533 (in ships) and IEC 61000.

7. LIGHTING CRITERIA REQUIREMENTS

Lighting criteria requirements shall be specified in accordance with:

Service conditions, environmental, design and operating constraints

Type of location: outdoor, indoor, hazardous and non-hazardous areas.

7.1 General Requirements

All calculation and illumination levels shall conform to general lighting criteria requirements as shown in the Table of section 4.1 of Total GS EP ELE 081.

7.2 Particular Requirements

7.2.1. Required lamp

Outdoor installations on the decks shall be fluorescent lamp

Indoors installation shall also be fluorescent lamp






Flood light shall be High Pressure Sodium suitable for installation in Zone 1 hazardous area

Emergency lighting shall be fluorescent lamps with integral Ni-Cd battery

All fluorescent lamps shall be of the same colour.

7.2.2. Ingress Protection

IP65 (minimum) shall be used for both indoor and outdoor installation fittings

7.2.3. Fitting Configuration

The exterior lighting fitting shall be bracket, pendant or pole mounted

The interior lighting fitting shall be ceiling mounted

The lighting MANUFACTURER shall be any of the COMPANY approved MANUFACTURERs as listed by the COMPANY.

7.2.4. Additional Luminaires

When required, construction lighting shall be provided by CONTRACTOR but this is not considered for illuminance calculation.

8. LIGHTING SYSTEM

The lighting system in Ikike platform will be fed from 400V/230V, dry type transformer supplying 230V (single phase, 3 wire), lighting and power main distribution panels. An earth fault monitoring device shall be installed on the distribution panel on the secondary side of each transformer. The lighting and small power main distribution panels shall be provided with feeders to sub-distribution panels to be located as required to serve the various areas of the technical rooms

Two separate normal and one emergency lighting systems shall be provided, servicing both outdoors and the indoors lighting. They shall be split as indicated in section 8.4 of this document.

The lighting and small power loads shall be evenly distributed across all three phases to ensure that all phases are balanced

All lighting and small power circuits shall be supplied at 230V, 50Hz, 1 phase and shall include a protective earth conductor

Single phase sub-circuits shall be protected by double pole miniature circuit breakers

Lighting final sub-circuits shall generally be rated at 16 amperes and circuit loading shall be limited to 10 amperes. The number of luminaires on a circuit shall be reduced where volt drop requirements dictate, such that a standard cable size may be used.

Circuit for lighting and small power shall not be mixed






Cabling to luminaires and socket outlets shall, wherever possible, be direct without the use of junction boxes. Junction boxes may be used where this aids the cable installation but their use shall be kept to a minimum

Separate, dedicated sub-distribution panels shall be provided for the following services

Lighting (normal services)

Lighting (emergency services)

Small power

8.1 Lighting Requirements

Lighting fittings shall comply with IEC 60598 and the following requirements.

The lighting design shall normally be divided into the following categories:

Normal lighting;

Emergency lighting;

Generally the lighting system shall comprise fluorescent luminaires supplemented with high pressure (HP) sodium floodlight fittings with integral control gear where the mounting height is too much for fluorescent luminaires and wider range of illumination is required.

Lighting circuits shall be arranged to ensure that a single circuit failure does not render any area devoid of illumination. Circuits shall also be on different phases in each area to avoid the stroboscopic effect on rotating machinery where this is necessary

Luminaires and lamp types shall be selected on the basis of suitability for the environment, hazardous area classification, maintainability, luminaires characteristics and construction. Special attention must also be paid to the effect of harmonics on operation of lighting circuits and luminaires

In order to minimise the number of spare parts luminaires of the same category shall be supplied from one manufacture only, with the number of types of luminaire kept to a minimum.

With the exception of escape lighting, the normal and emergency service luminaires within the rooms (indoor) shall be industrial type and rated for use in hazardous areas.

Luminaires shall be located with due regard to equipment locations, ceiling mounted fire detection equipment and obstructions. Luminaires shall be capable of being re-lamped from walkways and platform as far as is practicable.

Special attention shall be given to specific areas such as panel lighting, exit and direction indicating light.

8.2 Illumination level

The minimum luminance level for lighting in IKD1 shall be as follows:

10 lux for outdoor emergency lighting

100 lux for indoors emergency lighting

100 lux for outdoor normal lighting






300 lux for indoors normal lighting

8.3 Normal Lighting

For the indoor and outdoor installation, all luminaires shall be supplied from normal services power system.

The normal lighting system shall be supplied from the 400V normal power distribution system by means of one,100% rated 400/230V transformer with neutral solidly earthed. It shall feed the normal 230 V lighting and small power distribution panel. The lighting and small power main distribution panel shall be equipped with a normally open, bus-section circuit breaker. The two transformer incomers and the bus-section circuit breaker shall be provided with an interlocking arrangement such that only 2 out of the 3 breakers may be closed at any one time. Facility for short term closure of all three breakers shall be provided for maintenance purposes

Where required for remote isolation purposes, e.g. ESD or Fire & Gas trip signal, the sub-circuits shall be provided with miniatures circuit breakers having a shunt trip facility supplied from the 230 V AC UPS system.

Normal lighting for IKD1 and AMD2 shall be 2x36 W fluorescent with the following features:

Type: Trident 125VL or Approved equivalent

Model: TRIE/236/BI

2 x 20mm clearance holes cable entries

High frequency internal control gear

Universal mounting orientation

25 years design life

Polycarbonate main body material

IP65

8.4 Emergency Lighting

Approximately 30% of the total number of luminaires in all areas outdoors/indoors shall be equipped with self-contained integral battery packs. The emergency services system shall be supplied from main power supply during normal operating conditions and fed by individual backup batteries installed with the lighting fixture during emergency.

These emergency lighting will be provided for areas and rooms that need to remain adequately illuminated in the event of loss of the normal lighting system.

The quantity and locations of emergency lighting luminaires shall be such as to provide adequate illumination during start-up and shut down of installation when the main power supply is not working

The emergency lighting circuit will be fully separated from the normal lighting system.

The number and the siting of emergency lighting points shall be as such :






The maximum distance between an escaping person and an emergency lighting point or between an escaping person and an "EXIT" sign or any other sign used to materialise the exit route is 15 meters

On the escape route, an escaping person can see at least one downstream illuminated wall

Each obstacle or change in direction can be easily identified by shadows formed by the emergency lighting or specifically illuminated if not achievable

Inside technical and control rooms, appropriate number emergency lighting points shall be installed to provide 90 minutes illumination of panels/switchboards used for re-starting operation. Maintained illuminance (Em ) of emergency exit paths shall be 10 lux, with a minimum of 1 lux at any point when normal lighting fail

The design principles developed for normal lighting shall apply to emergency lighting

Emergency lighting shall be provided to illuminate escape routes, stairways, changes in direction, and essential items of equipment following the loss the normal lighting system.

Emergency lighting shall be installed to illuminate the following areas:

Muster areas

All electrical switch rooms

Battery room

Instrumentation and Telecommunication room

HVAC room

Exit doorways

Each public areas

Location of fire fighting equipment (10-30 lux)

Escape route (to include all changes of direction)

In addition to the self-contained, integral battery backed emergency lighting luminaires, the contractor shall also provide floodlighting supplied from the 230 V AC UPS system and located at the lifeboat deck level to illuminate the lifeboat landing area at sea level.

Emergency lighting for IKD1 and AMD2 shall be 2x36 W Bi-pin fluorescent with dedicated 11 W Lamp having the following features;

Type: Trident 126VL or approved equivalent

Model: TRIE/236/EM

3 hours emergency duration

2 x 20 mm clearance holes cable entries

High frequency internal/external control gear

Universal mounting orientation

25 years design life






Polycarbonate main body material

IP 65

Explosion proof suitable for Zone 2 hazardous area and certified by ATEX

9. RATING PLATE AND LABELS

9.1 Rating Plate

Each luminaire shall be provided with a stainless steel rating plate fitted in a visible position. Entries on the rating plate shall be indelibly marked, by etching, stamping or engraving. The following information shall be given in all cases:

MANUFACTURER’s Name

MANUFACTURER’s Serial Number

Year of Manufacture

IP Rating

Lamp type / wattage

Supply voltage / frequency

Hazardous Area Certification (where applicable)

10. QUALITY ASSURANCE, INSPECTION & TESTING

10.1 Quality Assurance

The VENDOR shall demonstrate that they operate a quality management system in accordance with an internationally recognized standard. The effectiveness of the quality management system and the VENDOR's compliance with it shall be subject to monitoring by COMPANY and in addition, may be audited following an agreed period of notice.

The VENDOR shall submit a quality control program for COMPANY review at the time of Tender. The VENDOR shall provide facilities for, and cooperate with, COMPANY and Inspectors during manufacturing, assembly and testing.

10.2 Inspection

The COMPANY or its authorised representatives shall be permitted at all times free access to all parts of VENDOR’s workshops that concern the construction and testing of the Luminaires.

Inspection and certification requirements for Luminaires shall be per Third Party Inspection and Certification Requirements.

Certificates of Type Test and Routine Tests shall be provided for each item of equipment to prove it has been satisfactorily tested to meet all requirements of its appropriate manufacturing standards, whether or not witnessed by the CONTRACTOR.






Where appropriate, test certificates shall state values for all test results. Tests for which the results are indicated as pass or fail shall be qualified by the relevant acceptance criteria.

10.3 Site Support

The VENDOR, in their Tender, shall provide details of their after sales support capability. VENDORs shall advise their nearest service representative and nearest service facility to the project fabrication yard and the facility location.

11. PREPARATION FOR SHIPMENT

The VENDOR shall be responsible for preparation for shipment including: packing, protection, preservation, labelling and marking of all items in accordance with Specification for Preservation of New Materials and Equipment.

Load test certificates shall be shipped with all lifting equipment, spreader bars, slings and shackles.

Each Luminaire shall be fabricated, assembled and tested at the factory, and shall be shipped completely assembled.

All equipment shall have been fully tested and inspected prior to packaging. No packaging activities shall commence without the prior consent of the CONTRACTOR. The CONTRACTOR shall be notified of the dates of packaging with sufficient notice to allow attendance for completion of inspection and release certificates without affecting the required delivery schedule.

No equipment shall be allowed to leave the VENDOR’s premises without such certificate being signed, or a written waiver issued.

12. SPARE PARTS

12.1 Spares

The VENDOR shall identify the following spares:

Pre-commissioning, commissioning and start-up spares

Recommended spares list for two years operation

Spares shall be itemised and priced with the Tender.

13. DOCUMENTATION

As part of his Bid the VENDOR shall include the information requested in the Tender request VDRL.

As a minimum VENDOR shall supply the following documents:

Project Particular Lighting Specification which shall amend the present document

Project lighting general layout

Detailed lighting & emergency lighting arrangement drawings per work plane location

Project lighting maintenance schedule






Project lighting work plane location calculation notes

Project lighting material take-off document

Type test certificates

Project measurement lighting reports per work plane location (as listed in GS ELE 081 section 4).

The VENDOR shall be responsible for providing all documentation in accordance with Project General Specification for VENDOR Documentation Requirements and the VENDOR Data Requirements List (VDRL) supplied by the CONTRACTOR.

All documentation shall be forwarded to CONTRACTOR’s nominated address.

Fabrication of any equipment shall not commence until the CONTRACTOR has reviewed and approved calculations, drawings and any other design documentation.