statement of technical requirements for …...earlier promulgated purchase order technical...
TRANSCRIPT
STATEMENT OF TECHNICAL REQUIREMENTS
FOR
LED BASED LIGHTING FIXTURES
EED5033
May 14
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Record of Amendments
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Revision Note: Nil
Historical Record: Nil
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M A T E R I A L B R A N C HDIRECTORATE OF ELECTRICAL ENGINEERINGI N T E G R A T E D H E A D Q U A R T E R S
M O D ( N A V Y ) ‘D’ WING, SENA BHAWAN
N E W D E L H I 1 1 0 0 1 1
Contents
List of Appendices
Sl.No Appendix Page No
1. Appendix A Summary of Applicable Standards and Specifications
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2. Appendix BGeneral Standards and Specifications– Power Supply
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3. Appendix C General Standards and Specifications– Reliability & Maintainability
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4. Appendix D General Standards and Specifications– Design Requirements
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5. Appendix E General Standards and Specifications– Quality Assurance & Control
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6. Appendix F General Standards and Specifications– EMI/EMC Considerations
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7. Appendix G General Standards and Specifications–Scope of System Supply
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8. Appendix H General Standards and Specifications– Spares Management
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9. Appendix J General Standards and Specifications– Installation And Commissioning
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10. Appendix K – Product Support 5657
11. Appendix L – Reference Table for IP Rating 58
12. Appendix M – Scope of Deliverables 59
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Sl.No Chapter Page No1. ChapterI – Introduction 562. ChapterII– Nomenclature & Definitions on LED Luminaire 7173. ChapterIII– Technical & Design Requirements 18214. ChapterIV– Testing & Acceptance 2226
CHAPTERI
INTRODUCTION
1. This EED covers the design, manufacture, testing and onboard commissioning requirements of LED based luminaires to be fitted on Indian Naval Warships and other Naval ships/crafts. Any deviation from these specifications would be considered only with prior approval of NHQ/DEE. Consideration to departure from the specification will be given when difficulties are encountered during the construction of the light fittings.
2. Applicability of EED5033 . This EED will be applicable to all new procurements for new construction ships where the build specs specifically mentions this EED. However this EED will not be applicable to any existing orders or any repeat orders for ongoing / existing contracts which are being progressed as per the earlier promulgated Purchase Order Technical Specification of LED Luminaires.
3. Applicable Standards . The documents to be referred for this SOTR are specified at Appendix ‘A’. While every effort has been made to ensure the completeness of the list, vendors are cautioned that they are obliged to meet all specified requirements of the documents and standards cited in this SOTR. The design and technical requirements of LED based light fixtures have been elucidated in subsequent Chapters. The aspects of Standards and Specifications, Quality Assurance, Installation/ Training and Maintenance have been detailed at Appendices ‘B’, ‘C’, ‘D’, ‘E’, ‘F’, ‘G’, ‘H’, ‘J’ ‘K’ ‘L’ and ‘M’.
4. Order of Precedence . Unless otherwise noted in the contract, in the event of a conflict between the text of this document and the references cited herein, the text of this document takes precedence. Nothing in this document, however, supersedes applicable laws and regulations unless a specific exemption has been obtained.
5. Acronyms . The following acronyms are included herein for ready reference and are applicable for the purpose of this EED.
(a) SOTRs Statement of Technical Requirements
(b) RFP Request For Procurement
(c) IEC International Electrotechnical Commission
(d) EMI/EMC Electromagnetic Interference / Electromagnetic Compatibility
(e) HATs Harbour Acceptance Trials
(f) SATs Sea Acceptance Trials
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(g) FATs Factory Acceptance Trails
(h) MTTR Mean Time to Repair
(j) MTBF Mean time Between Failure
(k) DI/DR Defect Identification/Defect Rectification
(l) INCAT Indian Naval Catalog of Inventory
(m) HLCP Hangar Lighting Control Panel
(n) IESNA Illuminating Engineering Society of North America
6. Definitions . The following definitions are included herein for ready reference and are applicable for the purpose of this EED.
(a) Platform This is a term used occasionally to indicate a Ship.
(b) ‘Class of Ship’ This is a term used to indicate a group of Ships with the same structural design. The Equipment fit may vary at times.
(c) Bridge The Bridge is the primary hub of remote control of all the Ship’s activities and is generally situated in the highest position of the superstructure at the fore of the ship.
(d) Weather Deck All areas onboard ships which are exposed to marine conditions are known as weather deck. These are also referred to as upper decks.
(e) Machinery Compartments
These are all the compartments generally at the lower half of the ships which contain all the propulsion, power generation and other machinery onboard a ship which are also very noisy.
(f) Hangar Space This is a compartment onboard a ship which is used to station aircrafts for maintenance and repairs.
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CHAPTERII
NOMENCLATURE AND DEFINITIONS ON LED LUMINAIRE
1. LED package . An assembly of one or more LED dies that contains wire bond connections, possibly with an optical element and thermal, mechanical, and electrical interfaces. The device does not include a power source, does not include a standardized base, and is not connected directly to the branch circuit.
Fig.1 Sample Led Package
2. LED Array . An assembly of LED packages on a printed circuit board or substrate, possibly with optical elements and additional thermal, mechanical, and electrical interfaces. The device does not contain a power source, does not include a standardized base, and is not connected directly to the branch circuit.
Fig.2 Sample Led Array
3. LED Module A component part of an LED light source that include one or more LEDs connected to the load side of LED power source or LED driver. Electrical, electronic, optical, and mechanical components may also be part of an
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LED module. The LED module does not contain a power source and is not connected directly to the branch circuit.
Fig.3 Sample Led Module4. Nonintegrated LED lamp A lamp with LEDs without an integrated LED driver or power source and with a standardized base designed for connection to a LED luminaire.
Fig.4 Sample Non Integrated LED Lamp
5. Integrated LED lamp . A lamp with LEDs, an integrated LED driver, and a standardized base that is designated to connect to the branch circuit via a standardized lamp holder/socket.
Fig.5 Sample Integrated LED lamp
6. LED luminaire . A complete LED lighting unit consisting of a light source and driver together with parts to distribute light, to position and protect the light source and to connect the light source to branch circuit/main supply. The light source
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itself may be an LED array, an LED module, or an LED lamp. The luminaire is intended to connect directly to branch circuit/main supply.
Fig. 6 Sample LED Luminaire7. LED Luminaire / Light Fitting consist of solid state components and are often referred as a Solid State Light Fitting (SSL). The LED light fittings efficiency and life depends upon all the components utilised to manufacture a SSL. Even if we have a LED source having a life of 50000 Hrs, the allied components in the SSL should support the LED source to perform till its certified life. The following list of quality criteria will be considered when evaluating the LED light fittings:
(a) Rated Input Power . The rated input power shows the amount of energy consumed by a luminaire, including its power supply. It is expressed in Watts.
(b) Rated Luminous Flux . This is the light emitted by the luminaire which is expressed in lumens (lu). For traditional (non LED) luminaires it is usual that relative values are measured and multiplied by the lamp flux. For ‘LED’ luminaires it is recommended that Absolute Photometric values are to be measured. It is measured in terms of Luminous Flux per unit area and is expressed in Lux(lx).
(c) Led Luminaire Efficacy . The measured initial luminous flux divided by the measured initial input power of the same individual LED luminaire. It is expressed in lumens per watt.
(d) Luminous Intensity Distribution . The spatial distribution of the luminous flux graphically depicted in a luminous intensity distribution curve, which is usually expressed in a polar diagram representing the light intensity as a function of angle about a light source. It is expressed in Candela (cd). A sample polar plot is depicted below:
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Fig , 7 Sample Polar Plot
Note. A polar graph allows the reader to quickly assess whether the luminaire has a “narrow” or “broad” distribution, and gauge its symmetry. In the above polar plot distribution of light at different angles are shown.
(e) Correlated Colour Temperature (CCT) . Although white light is a mixture of colours, not all whites are the same since they depend on their constituent colours. So a white with a higher proportion of red will appear warmer and a white with a higher proportion of blue will appear cooler. In order to classify the different types of white light, the concept of colour temperature is applied which is described as the colour impression of a perfect blackbody radiator at certain temperatures. This concept can be best explained with the help of familiar thermal radiators like the filament of an incandescent lamp or an iron bar. When these materials are heated to a temperature of 1000 K their colour appearance will be red, at 20003000 K they will look yellow white, at 4000 K neutral white, and at 50007000 K cool white. The higher the colour temperature, the cooler the perception of the white light becomes. It is expressed in Kelvin. A sample Chromacity diagram is depicted below:
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Fig. 8 Sample Chromacity diagram
(f) Rated Colour Rendering Index (CRI) Although light sources may have the same colour appearance, this doesn’t necessarily mean that coloured surfaces will look the same under them. Two lights that seem to have the same white colour appearance may be the result of different blends of wavelengths. As a result a given material may appear differently since the surface may not reflect the constituent wavelengths by the same extent. Its colour appearance will change when it is exposed to one or other light. So, colour rendering is an important criterion when selecting light sources for lighting application solutions.
(g) Rated life (in hrs) of the LED module and the associated rated lumen maintenance (Lx). The length of time expressed in hours, during which a population of LED modules provides more than the claimed percentage (x) of the initial luminous flux which is always derived in combination with the failure fraction rates of the individual components,.
(h) Drive Current . For proper operation, the power supply and electronics must provide a well‐controlled DC drive current. Drive current affects LED operating temperature and thus life and output. Normally around 350mA is
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X a
xis
– C
olo r
in th
e S
pect
rum
Y axis Luminosity of light source
Daylight
quoted but this can be higher. The higher the LED is driven the brighter it will be but it may have a shorter operation lifetime and be less efficient. Some of the new multi die LEDs are designed to operate and perform at higher drive currents. Declaration of the drive current is important when remote drivers are used.
(j) Intensity Distribution . Photometric data is available in two formats. Absolute Photometry does not require the use of a separate lumen output for the light source. Relative Photometry requires the LED package flux to be quoted. Both methods produce the same result. For LED luminaires Absolute photometry shall be used. Absolute photometry of LED luminaires should be conducted according to IES LM7908 Photometric Measurements of SolidState Lighting Products. A sample cone distribution of light intensity is depicted below:
Fig .9 Sample Cone Distribution of Light Intensity
8. To ensure the above mentioned criteria are met, the OEMs shall adhere to standards created by the Illuminating Engineering Society of North America (IESNA). These standards apply specifically to LED lighting and the following test certification as per IESNA standards shall be provided by the OEMs:
(a) IES LM7908 . This test is an IESNA approved Method for the Electrical and Photometric Measurements of SolidState Lighting (SSL) Products. It describes the method of ‘Absolute Photometry’ for LED luminaires and integral replacement lamps, and associated electrical measurements. It provides performance data (i.e., light output and efficacy, light distribution, and color characteristics) for the entire integrated product—versus separate results for the light source (“lamp”) and luminaire provided by traditional
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‘Relative Photometry’. It applies to LEDbased products incorporating control electronics and heat sinks. Products requiring only line voltage or DC power supply includes complete LED luminaires and Integrated LED products (LED chips with heat sinks) Approved method describing procedures and precautions in performing reproducible measurements of LEDs for ensuring the following properties is determined:
(i) Total Luminous Flux (ii) Luminous Intensity Distribution(iii) Electrical Power(iv) Luminous Efficacy (calculation)(v) Color Characteristics:
(aa) Chromaticity(ab) CCT(ab) CRI
(b) IES LM80 . This test is an IESNA approved Method for measuring lumen depreciation of solidstate (LED) light sources, arrays and modules. LM80 is a testing standard for the manufacturers of LED emitters not for the manufacturers of lighting fixtures. The OEMs of LED lumanaires should procure LEDs which are LM 80 certified.
A Sample LM 80 Report
(c) IES TM – 21. TM21 recommends a method for forecasting the lumen maintenance of LED light sources beyond the 6000 hours of data obtained by LM80 testing. This is the method to be used to derive the number of hours
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before the L70 (70% of initial lumens) standard of lumen maintenance is reached. The OEMs of LED lumanires should procure LEDs which are LM 21 certified for 50,000 hrs of operation upto 70 % lumen output maintenance.
9. Thermal Management . The design of the luminaire will influence its operating temperature and hence published characteristics. The paint finish/ colour may affect the heat dissipation from the luminaire. A PCB is the interface between a LED and the heatsink and has a thermal resistance value. The higher the resistance, the less efficient the system is at conducting away heat from the LED. This may well impact on the LED lumen output performance and ultimately its life.
10. Description of LED Light Fixtures and Control Philosophy . The broad definition of various types of LED based light fixtures and control philosophies are enumerated in the succeeding paragraphs.
11. Pendant Light Fixtures . The LED based Pendant light fixture will be fitted in common lobbies, Alleyways and office spaces. The design and technical requirements are specified separately in this document. The power supply to half of the light fixtures in one compartment will be from one source and the balance half will be supplied from another source. Each light fixture or a group of light fixtures will be controlled by a dedicated ON/OFF switch.
12. Cabin Light Fixture . The LED based Cabin light fixtures will be fitted in Mess Decks, Cabins, cabin flats, Wardrooms, Dining Halls, Junior Officers Mess and compartments having false roof sealing. The fixture should conform to the design and technical requirements as specified in this document. The power supply to half of the light fixtures in one compartment will be from one source and the balance half
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will be supplied from another source. Each light fixture or a group of light fixtures will be controlled by a dedicated ON/OFF switch.
13. Weather Deck Light Fixtures . LED based Weather Deck light fixture will be fitted on the weather deck for illumination of ship’s superstructure/Helo deck. The control of these fixtures will be both centrally controlled as well as local control for a group of light fixtures. The fixture should conform to the design and technical requirements as specified in this document.
14. Machinery Compartment Light Fixtures . The LED based Machinery Compartment light fixtures will be fitted in Engine/Boiler Rooms, Auxiliary engine rooms and machinery compartments having with deck head height above 5 meters from the floor space. The fixture should conform to the design and technical requirements as specified in this document. The power supply to half of the light fixtures in one compartment will be from one source and the balance half will be supplied from another source. Each light fixture or a group of light fixtures will be controlled by a dedicated ON/OFF switch
15. Hangar Light Fixtures . The Aircraft Hangars onboard Aircraft Carriers and other helicopter carrying ships will be fitted with under mentioned types of LED based Light Fixtures:
(a) Main Lighting. The main lighting fixtures in the Hangar space will be deckhead/Bulkhead mounted with input power supply of 220V 50 Hz 1 phase. The power supply to the main lighting is to be provided through step down transformers via Distribution Boards. One half of the total fixtures shall be supplied from one power supply source and the other half of the fixtures from a different power supply source. The number of fixtures will be finalized to ensure 300 Lux value at one meter from deck in the hangar space. Further, each fixture shall provide 300 lux measurements in a minimum of 1.5 sq mtr planar area of Candela Plot.
(i) Control Philosophy. The control of main lighting shall be provided in the Hangar companions (Hangar entry door space) at both Port and Stbd side of Hangar. Further, remote control of main lighting fixtures shall also be provided on a separate ‘Hangar Lighting Control Panel’ for centralized control of complete Hangar lighting. Two LCPs should be provided for each section of the Hangar for control of Main lighting.
For Aircraft Carriers, LPD’s and other Vessels with Lifts.
(ii) The main light fixtures installed in close proximity of the Aircraft lifts will have a dimming facility through a single control switch provided at each lift. Further, the movement of lift (as the lift starts coming down) should automatically ensure the selected dimming percentage of
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luminaries. Also on closing of the lifts (in line with flight deck), the lights should glow with full brilliancy. Shipyards to coordinate and arrange interaction meetings of light manufacturer and lift supplier for smooth implementation of this scheme.
(iii) The supply of single control switch for dimmable main lighting fixtures for each lift and interface with respective aircraft lift movement should be in the scope of lighting system Vendor.
(iv) It is recommended that a separate LCP along with control switch be provided for dimmable light fixtures fitted in close proximity of each lift. There should be provisions to bypass the dimming control switch by the operator, if considered necessary.
(b) Duty Lighting. The Hangar being compartment susceptible to explosion is required to be provided with “duty light illumination”. These luminaries are explosion proof and operate on 220V 50 Hz power supply. These light fixtures will be deck head mounted and will have Lux value of 300 at 1 meter of deck height. The duty lights will be installed throughout the Hangar space except near aircraft lifts. The control philosophy of duty lighting is as follows:
(i) The duty lighting is switched “ON” along with the main lighting system. In case of any fire or explosion in the Hangar, the main lighting can be switched ‘OFF’ from Hangar companion/ remote control panel and only duty lights can be used for personnel to evacuate the Hangar.
(ii) The control philosophy of duty lights will be similar to the main lighting except that these luminaries will not have a dimming feature. Two LCPs should be provided for each section of the Hangar for control of “duty lighting” fixtures
(c) Emergency Lighting . Emergency lighting will be integrated with duty lighting boards and switches “ON” automatically when there is no supply available for “duty lighting” circuits. The emergency light luminaries will also be explosion proof operating on 24V DC from accumulator batteries. The number of duty light fixtures and emergency light fixtures will be same. The control philosophy is as follows:
(i) In case of hazardous concentration of fuel vapours inside the Hangar, main lighting and duty lighting of the complete Hangar can be switched ‘OFF’ off from remote hangar lighting Control Panel and Emergency Lighting would switch “ON” automatically.
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(ii) One each LCP is to be provided in each section of the Hangar for control of Emergency lighting fixtures fitted in respective section of the Hangar.
(d) Police Lights (Red) . The Police light luminaries (Red Colour) will operate on 220V 50 Hz 1 phase power supply. These luminaries shall be installed around the aircraft lifts for flying operations during darken ship condition. The dimmable Main light fixtures fitted in close proximity of lifts will be switched off during darken ship conditions. The Police lights (Red) will be controlled by one each LCP fitted near both aircraft lifts if available.
16. Hangar Lighting Control Panel . The control and monitoring of all types of Hangar lighting will be made available from ‘Local’ i.e. Hangar and from ‘Remote’ i.e. Hangar Duty Officer Room (applicable for Aircraft Carrier, LPDs, larger ships). The section wise local control of Hangar lighting shall be provided from Local Control Panels fitted in the alleyway onboard leading to the Hangar and next to the Hangar entry doors either ‘Port’ or ‘Starboard’ side of Hangar for each type of light fixture. The remote control of the entire Hangar lighting shall be provisioned from Hangar Lighting Control Panel (HLCP) proposed to be located inside the Hangar Duty Officer Room.
17. Remote Control for Hangar Lighting . The remote control of the complete Hangar lighting (except Emergency Lighting) will be exercised from remote HLCP onboard Aircraft Carrier, LPDs, larger ships etc. The general overhead lighting in close proximity of lifts shall be controlled automatically in association with the Aircraft Hangar lift/ doors, the illumination shall be switched off (in the close proximity of lifts/doors) immediately the lift drops or lift open. There shall be an override switch in the HLCP so that the overhead lighting remains ON if the lift door are operated when Darken Ship rules are not in force. The Hangar lightings will be controlled automatically or manually based on the operational requirements of the crew. IN approval on the operational requirements and automation philosophy for Hangar lightings will also be undertaken during the development phase. A Local/Remote switch shall be provided on HLCP for transferring the control of Hangar lighting to respective section HLCP. The remote HLCP being a master controller will control the Hangar lighting in ‘Remote’ mode. The Hangar lighting onboard ships carrying Helicopter will be controlled from HLCP fitted in the Hangar.
18. Fitment of Overhead Light Fixtures . The location of overhead lighting in Hangars is to be determined taking the following issues into account:
(a) Fittings should be above the main hangar spray system.
(b) Fittings are not obstructed by the main beams in respect of the light pattern.
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(c) A symmetrical plan is to be attained as far as practical to ensure even illumination over the whole Hangar area.
(d) Lobbies and Annexes leading from the Hangar by arched openings are to be treated as part of the Hangar with Main, Duty and Emergency lighting.
(e) The White and Red lighting in Access Air Locks are to be supplied from separate sources independent of Hangar lighting.
19. Explosion Proof Light Fittings. The LED based explosion proof light fixtures will be fitted in compartments and spaces where explosive or flammable materials may be stored or handled. The luminaries should conform to IEC 60079 safety standard as per zone 1 requirements for intrinsically safe apparatus/equipment. t. The power supply to half of the light fixtures in one compartment will be from one source and the balance half will be supplied from another source. Each light fixture or a group of light fixtures will be controlled by a dedicated ON/OFF switch..
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CHAPTER III TECHNICAL AND DESIGN REQUIREMENTS
1. Technical Specifications . The design of LED luminaire should conform to the following technical and operational design requirements:
Cabin Lights
Pendant Lights
Weather deck
Lights
Machinery Lights
Hangar Lights
Emergency Lights
Power Supply I/P(Refer Appendix B)
110230 V, 50/60 Hz,1Ф
Wattage(W)
>30 >15 >15 >115 >115 >25
Lux O/P(lx)Measured at 01 mtr from deck level
>200 >125 >100 >300 >300 >100
Weight (Kg) >1.5 >4 >4 >6.5 >6.5 >1.5Luminarie Efficacy
85%
CCT(Kelvin)
5700 + 400
CRI <75%
Power Factor >0.85 or better
IP 56 56 67 56 56 56Drive Current >300 ma
Life of Light Fitting (Lumen Maintenance)
50000 Hrs (L 90% lumen maintenance as per IESNA standards)
Power Supply Available Indication
Green light LED
Over Temperature Protection and Red LED indication.
The luminaire should be provided with inbuilt over temperature protection (more than 65 degree centigrade) with a Red LED indication. In case the Temp of LED board exceeds 80 degree the light should switched off automatically.
Inbuilt Protection Circuit for
Intelligent electronic protection system to be provided for protection of Driver circuit and LED module.This circuit should protect the LED in case of Wrong Polarity and short circuit cases.
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short circuits surges etc.Mounting dimensions & Fixing Arrangement
To be indicated by ordering agency based on location of light fitting.
Gaskets All gaskets will be industrial grade with life not less than 50,000 hrs
S/V mounts Light fixtures are to be supplied with suitable S/V mounts.
Flame and Explosion Proof
The fittings should conform to IEC 60079 safety standard as per zone 1 requirements for intrinsically safe apparatus/equipment.
Standards/Certification
IESNA LM 79 , IESNA LM 80 , IESNA LM 21, JSS 5555,IEC 61347213,IEC 62384.IEC 60529 and IEC 60598, EEDQ261, Mil Std 461E
2. Construction . The LED based lighting should meet the Ingress Protection as specified in the technical specification. The fixture enclosure should be of aluminum or steel or alloy with heat sinks and having suitable arrangements for deck head / bulkhead mounting type installation onboard ships. The enclosure material for explosion proof fixtures will be finalized in consultation with the OEMs. Cable glands should be as per DGS/EED/VI/1535/R6 and NES514 (Equivalent cable glands also acceptable). Gland nuts will be left undrilled. The basic dimensions of the light fittings should conform to the drawings as per EEDQ261. However, if the vendor is unable to meet the specification as per EEDQ261, due to design limitations or any other reasons, the vendor shall approach IHQ MoD (N)/DEE for clarifications.
3. The LED light fitting will be modular in design with sufficient spatial isolation between the driver circuit and LED module. LEDs in the LED module should be arranged in such a manner that failure of single LED does not affect performance of balance LEDs in the module. The LEDs and the diffuser should be mounted in such a manner so as to ensure that the LEDs are not visible to the naked eye in both ‘ON’ and ‘OFF’ condition. Proposed diagram of light fittings along with polar chart and lux levels should be forwarded along with the technical proposal. Post placement of order, diagrams of light fittings would be finalized in consultation with IHQ. Prototype models of the light fittings would be supplied to IN post approval of drawings and bulk production should commence only after approval of the prototype model.
4. Design Specifications . The light fittings should be suitable for 110V230V AC supply. The components used in the light fittings should be standardized to permit interchangeability. The design requirements of the various components of the light fittings are as follows:
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(a) Heat Sink. The LED lights should have heat sink which permits self cooling of the LED components. The heat sink should have integral radial fins with a central ring for effective heat dissipation.
(b) Driver Circuit. The driver circuit should be able to withstand adverse environmental conditions, the LED light fittings would be subjected to. The PCBs of the driver circuit would be subjected to ESS test and other tests mentioned in these specifications. The driver circuit should be simple in construction and repairable onboard the ship with no special tools required. Sufficient isolation to be provided to avoid heating of PCBs during functioning of the LEDs. The driver circuit should consist of inbuilt protection circuit to protect from heating, short circuits surges etc.
(c) Diffuser. The diffuser is to be made of injection moulded polycarbonate material. The design of the diffuser is to be such that there should be no bright/dark spot. Further, diffuser should suitably protect the light fitting from causing blinding effect without unduly reducing the lux level of the light fittings.
(d) Housing Frame. The external frame should be designed to meet the type testing requirements of the specifications. Mounting dimensions and fitting arrangement is to be finalised in consultation with IN/Shipyard. The complete light fitting should be noncorrosive and should be able to withstand the sea environment the light fitting would be subjected to. The internal surface of the housing should be reflective and should have highly reflective white glossy colour. The fixture should have powder coating painting as per IS 5 code 632.
(e) LED Module. The LED module will either be a high power LED or multiple LEDs of low wattage. LED efficiency shall be 100 to 130 lumen/watts. The LED modules should be standardized and similar in construction. The modules should be interchangeable between the light fittings. The lux levels of the light fittings should be as mentioned in the specification. LEDs in the LED module should be arranged in such a manner that failure of single LED does not affect performance of balance LEDs in the module. LED light fittings should consist of inbuilt protection circuit to protect the driver circuit and LED module from heating, short circuit surges etc. The illumination level shall not have infrared and ultraviolet emission exceeding acceptable safe limits. The supplier shall enclose the proof of procurement of LEDs from OEMs approved for supply at the time of inspection of the unit against each purchase order. The LEDs be sourced from International repute OEMs and should meet the
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IESNA standards. Relevant test certificates and compliance matrix be submitted to the Inspection Authority
5. Cables . The Power & Control wiring inside the LED light fittings is to be done up to the terminal strip of reputed make using 0.75 sq mm Teflon coated wire and properly ferruled at both ends.
6. Cable Glands . The cable glands are to be provided as per DGS/EED/VI/1535/R6 and NES514. Gland nuts will be left undrilled. Firm will collect actual Overall Dia. of the cable from Shipyard/ordering authority before manufacturing the items.
7. Terminals . Suitable crimping type connectors of electrolytic copper and terminal clamps of Naval brass will be provided for termination of the ships permanent cables.
8. Earthing . A separate earthing bolt will be provided on the fixtures to connect it to the ship’s hull.
9. Tally Plate & Circuit Diagram Plate . Anodized Aluminum tally plates conforming to NES 723 as stated below will be supplied along with the equipment:
(a) Equipment Tally(b) Manufacturer Tally(c) Circuit Diagram Tally Plate.
10. Dimension & Weight . The size and weight of the luminaire will be maintained as specified in the SOTRs and in consonance with electrical and mechanical requirements.
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CHAPTER IV TESTING AND ACCEPTANCE
Eligibility Criteria. The eligible vendor should have test certificates of LED fittings conforming to type tests requirement indicated in this EED. In case the fixtures have not been type approved or the design/ material/technical specifications of the LED based fixtures offered by the vendor have been changed/upgraded from the already type approved fixtures, the fixtures would be subjected to type testing as per the requirement specified in this EED. The firm should be in the field of manufacturing the LED based lighting systems and shall submit documentary evidence to this effect along with their offer.
Prototype. Prior commencement of bulk production for the first order, the supplier shall submit one sample for evaluation and only after the prototype is cleared / approved, the production supply shall commence. The bulk supply shall be identical to the type approved fixture.
Tests. The LED light fittings are to be submitted for testing on approval of drawings within three months of the placement of order. The LED light fittings will be subjected to tests enumerated in the succeeding paragraphs.
1. Type Test . LED light fittings is to be subjected to type testing as per Joint Services Specification JSS 55555. One light fixture of each type is to be subjected to these tests and deficiencies if any, observed during type tests should be addressed and the tests to be repeated for satisfactory results. The other light fixtures of the same type and lot shall be accepted on the basis of certification and routine tests. The production version of light fixtures will be subjected to environmental tests as per table given below:
(a) Seaway Condition Test.(b) High Temperature.(c) Damp Heat.(d) Ingress Protection(e) Drip Proof Test(f) Mould Growth.(g) Bump Test.(h) Shock / Impact Test.(j) Inclination / Tilt (k) Vibration(l) Corrosion(m) EMI/EMC as MILStd 461 ‘E’.(n) Environmental Stress Screening and Burnin Test on 100%
PCBs.
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(p) Mechanical and Electrical Endurance Test.(q) Surge and Transient Test.(r) Dust, Humidity and Heat test.(s) Reverse Polarity test.(t) Performance Test.(u) Insulation Test (with 500V megger)(v) LM 79 ,LM 80 and TM 21 tests as per IESNA standards.
2. Routine Test. LED light fittings will undergo routine test as per approved QAP. The routine tests comprises following tests:
(a) Performance Test. The luminaire should be tested for its functioning at upper voltage limit, lower voltage limit and transient voltages of supply system. The unit should work satisfactorily for 720 hrs. at 650c ambient. The illumination level shall also be measured during the performance test and the level shall not be less than as stipulated in this specification. Data on MTBF duly certified by accredited laboratory it to be supplied along with the drawings. The performance tests would include following:
(i) Lux Values(ii) Wattage(iii) Lumen Efficiency of LED Module(iv) Operation of inbuilt protection circuits for heating and Short Circuit surges.
(b) Insulation Test (with 500V DC megger)(c) High Voltage test (d) Physical inspection, Dimensions and Weight(e) Failure of single LED must does not affect the overall
performance of Light(f) ESS and Burnin Test(g) IP/Dust Test(h) Plating/Painting(j) Reverse Polarity Test(k) Surge Test(l) Transient Test(m) Dielectric Test
(n) Modularity Test . This test is to be conducted on randomly selected samples and is applicable for LED based Pendant, Weather Deck and Cabin Lighting Luminaires. Interchange the LED modules from the luminaires and the fixtures should function without any modifications. Similarly, on interchange of Power Supply Units, the luminaires should function without any modifications.
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3. Certification . In addition, to the Routine Tests mentioned at Para 12(b), the Vendor has to submit the specified tests certificates for acceptance of the LED based lighting fixtures. The vendor should adhere to the Standards created by the Illuminating Engineering Society of North America (IESNA) applicable for LED lighting. The under mentioned IESNA certification as described below should be provided by the OEMs:
(a) IESNA LM79 (Assembled LED Light Fixture) . IESNA approved method for the Electrical and Photometric measurements of SolidState Lighting (SSL) products provides performance data (i.e. light output and efficacy, light distribution, and color characteristics) for the entire, integrated product—versus separate results for the light source (“LED”) and luminaire provided by traditional relative photometry. It also applies to LEDbased products incorporating control electronics and heat sinks requiring only line voltage or DC power supply. The approved methods describing procedures and precautions in performing reproducible measurements of LEDs should ensure that the following properties are determined:
(i) Total Luminous Flux (ii) Luminous Intensity Distribution(iii) Electrical Power(iv) Luminous Efficacy (calculation)(v) Colour Characteristics should include following data:
(aa) Chromaticity(ab) CCT(ac) CRI
(b) IESNA LM80 (LED Source). It defines the approved methods for measuring lumen depreciation of solidstate (LED) light sources, arrays and modules. LM80 is a testing standard for the manufacturers of LED emitters not for the manufacturers of lighting fixtures. The OEMs of LED lumanires should procure LEDs which are LM 80 certified and should produce necessary certificate along with test results.
(c) IESNA TM21 (Determines Life of the LED light fitting). TM21 recommends a method for forecasting the lumen maintenance of LED light sources beyond the 6000 hours of data obtained by LM80 testing. This is the method to be used to derive the number of hours before the L70 (70% of initial lumens) standard of lumen maintenance is reached. The OEMs of LED lumanires should procure LEDs which are LM 21 certified for 50,000 hrs of
24
operation up to 70 % output maintenance and should submit the necessary certificates/Invoices.
4. Operation Conditions . The system devices/equipment should operate satisfactory in the marine environmental (coastal conditions) and other operating conditions enumerated in the succeeding paragraphs.
5. Seaway Conditions . The seaway conditions shall be followed as per NES 1004 and as mentioned below:
(a) Roll max +30° with 8 sec period Operational(b) Pitch max +10° with 20 sec period Operational(c) Heave max +4 m with 7 sec period Operational(d) Yaw max 1.75° per s2 Operational(e) Tilt (permanent) max 15° in any direction Operational(f) List max 20° from vertical (permanent) survival(g) Trim max 5°
6. Environmental Conditions . The ship borne items shall be capable of operation under severe conditions specified by JSS 55555 for below deck items. The equipment shall be able to operate in the contaminated air through salt, oil and other contaminates with marine environment (Coastal conditions).The equipment shall be designed to meet the environment conditions as specified below:
Sl.No Test Specifications Test Conditions/Severity
(a) High temp. JSS 55555Test 1755± 3° C for 16 Hrs procedure 5, Test condition ’G’
(b) Damp heat JSS 55555Test 10 40± 2° C at 95 % RH for 16 Hrs
(c) Drip proof JSS 55555Test 11 Vertical water droplet 1m height for 13 min.
(d) Mould growth JSS 55555Test 2129° C 90% RH mould growth chamber for 28 days
(e) Bump JSS 55555Test 5 4000 ±10 bumps, 40g, 6msec, 1 to 3 bumps /sec
(f) Shock /Impact JSS 55555Test 24 As per laid down specs. NSS Grade II
(g) Inclination/Tilt CL 0563 Sec 19 As per laid down specifications
25
(h) Vibration JSS 55555Test 28 5 – 33 Hz
(j) Corrosion (Salt)
JSS 55555 35°,9095 RH Salt Spray Chamber, Procedure 1.
(k) EMI/EMC
MIL/STD 461 ECE 101, CE 102RE 101, RE 102RS 101, RS 103CS 101, CS 114, CS 115
As per table II applicable for items installed on ship. Draft test schedule and test plan for EMI/EMC shall be vetted by NEC(MBI) and approved by IHQ MoD(N).
(l)Dust and Enclosure Protection
IEC60529 (latest) As per IP indicated.
(m)Environmental Stress Screening
66301/Policy07/DQA(N)/QA07 and 66301/Policy10/DQA(N)/QA10 b0th dated 14 Jun 13
On 100% PCBs.
(n)
Mechanical and Electrical endurance Test
The unit will be subjected to 5000 switching operations with 30 sec ‘On’ period and 30 seconds ‘OFF’ period. None of the unit component should show any sign of damage / deterioration.
(p) Surge Tests IEC 6000045 Class 2 (2KV)
Transient Tests
IEC 6000044 Class 2 (2KV)
(q)Reverse polarity tests
The unit shall remain functional after applying 200v for one minute in correct polarity as well as in reverse polarity.
(r) Humidity and Heat Tests
IEC 613471Clause11
(s) Di Electric IEC 613471
26
Test Clause 12
7. Test Facilities . The Environmental Tests, ESS tests and EMI/EMC tests could be conducted at any of the National accredited labs available in the country with DRDO/DGQA and private sector. The details of the test facilities available i.e. ‘Weight’, ‘Chamber Dimensions’ and ‘Loading Capacity’ along with the postal address of the labs have been promulgated by IHQ MoD(N)/DOI vide ‘Compendium of Test Facilities’ document DI/DOC/03/2013. The document is available in public domain at www.http\\ indiannavy.nic.in/ link material branch/doi.
Appendix A(Refers to Para 1.2)
SUMMARY OF STANDARDS / SPECIFICATIONS APPLICABLE
Sl No Particulars Reference Remarks
1. Internal Cabling NES 526
2. Internal Wiring Defence Standard 6112 (Part 18)
3. Cable Entry Gland DGS/EED/VI/1535/R6 specification
4. Size of Gland NES 512
5. Size of tally plate and letters for customized units of LED Light Fittings
NES – 723
6. Safety Markings on units/devices
NES 784
27
7. Surface Protection JSG 0457 01: 1986 Part I, Part II, Part III and JSG 0457 01:1997 Part IV.
8. Safety Standards MIL STD 4564
9. Shock and Dynamic acceleration specifications
JSS 55555
10. Shock Standards JSS 55555
11. EMI/EMC MILSTD461E
12. Operation Conditions NES 1004
13. Environmental Testing JSS 55555
14. Environmental Stress Screening
66301/Policy07/DQA(N)/QA07 and 66301/Policy10/DQA(N)/QA10 b0th dated 14 Jun 13
15. Documentation JSG 0251
16. IETM Level 4
17. Power Management MIL STD 704
18. MTBF, MTTR and Maintainability
MIL HDBK 217 F and HDBK 472 procedure5
19. Painting. Epoxy Polyester powder coated to RAL 9001.
20. Enclosure Protection IEC60529 (latest) As per IP indicated.
21. IESNA LM 79 LED Luminarie Photometry Measurement
22. IESNA LM 80 and IESNA LM 21
Lumen Maintenance
23. IEC 61347213 Lamp Control Gears
28
24. IEC 62384 Electronic Control Gear for LED Modules
25. IEC 60598 Luminaries General requirements and tests
29
Appendix B(Refers to Para 1.2)
GENERAL STANDARDS AND SPECIFICATIONSPOWER SUPPLY
1. Power Supply . The equipment will be supplied with ship’s main power supply or 110 V230 V, 50 Hz single phase as primary supply (to be supplied by Order placing authority). The equipment should be able to withstand ± 10 % fluctuation in voltage and ± 3 % fluctuation in frequency. Provision for transient protection should exist.
(a)
Voltage
Nominal voltage 230V
(b)Average line to the value of 3 phase system Line to line voltage of 1 phase of 3 phase system
+ 10% + 12%
(c) Maximum unbalance 3%
(d) Maximum modulation 3%
(e)
(f)
Transients and Recovery Time
+10% 15% 1.0 SEC
(g)Waveform
Maximum Individual Harmonic 4%
(h) Maximum Total Harmonic Content 8%
(j)
Frequency
Nominal Frequency 50Hz
(k) Load Range Tolerance ± 4%
(l) Constant Load Tolerance + 1 %
(m) Modulation 0.5%
(n) Transients and Recovery Time + 5 % 5 % 3 SEC
2. All the supplies integral to the system shall be generated using transformers/converters and should be developed/delivered along with the system as Power Supply Panels of the system.
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Appendix C(Refers to Para 1.2)
GENERAL STANDARDS AND SPECIFICATIONSRELIABILITY AND MAINTAINABILITY
1. System Performance .
(a) Design Review . The LED light fitting developer is required to schedule formal design reviews during the development of the system to ensure that the user requirements and envisaged functionalities are captured correctly at the design stage. The frequency of the design reviews will be finalized during the contract conclusion(b) Reliability . The system design should be based on standard engineering principles to provide a reliable product. The reliability figures in terms of MTBF / MTTR shall be estimated by the OEM and submitted as part of the technical proposal. The system performance will degrade gracefully in the event of a failure. The system will contain no 'single point' control, whose malfunctioning would result in a catastrophic failure. The functional redundancy will be available in the shortest possible time through hardware/software reconfiguration without loss of data and time. The design will cater for adequate fail safe features.(c) Maintainability. The builtin test equipment (BITE) will be capable of detecting and localising faults down to a single replaceable PCB/Module .The manufacturer will prepare and submit the following data on maintainability:
(i) Maintainability programme(ii) Maintainability prediction
2. MTBF/MTTR . System shall be designed for high MTBF(Mean Time Between Failures) of greater than 50000 hours and low MTTR(Mean Time To Repair) of not exceeding 15 minutes.
3. Commonality . The manufacturer to mention the level of commonality achieved within the system at the following levels.
(a) Module/sub module level(b) PCB level(c) Component level.
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Appendix D(Refers to Para 1.2)
GENERAL STANDARDS AND SPECIFICATIONSDESIGN REQUIREMENTS
1. Safety Standards . The system should offer total safety to personnel from moving parts and other associated equipment from shock. Safety standards as per MIL STD 4564 should be met. All units are to be provided with earthling bolt. Where units are connected with the ship's main, fuse protection is to be provided. Each unit where dangerous voltages are present will bear a Red Label stating in bold white characters the highest voltages inside the unit. Doors and panels are to be provided with safety door switches, wherever necessary.
2. Dimension . Overall dimension and weight of the equipment shall be kept to the Technical Specification mentioned in Para 2.4 of this document.
3. Standardisation and Metrication . The equipment and all its components are to be fully in metric system. It is to be ensured that assemblies, subassemblies, components, parts and material used conform to the specified requirements and standards.
4. Mounting Arrangement . The mounting arrangement for the system on the ship need to be indicated after consultation with the respective authorities. The manufacturer needs to coordinate with the ship yard / installation agency for the installation details. The procedure for installation inspection if applicable needs to be indicated.
5. Tally and Diagram Plates . All tallies and diagram plates shall be anodized aluminum alloy or naval brass. Size of tally plate and their letters shall conform to specification NES723. VOLTAGE DANGER tally shall be provided on the system at a permanent place where required. Safety markings on the units and associated devices/ units shall conform to NES 784.
6. Terminal . Bolted type terminal and crimped socket of electrolytic copper are to be provided for all incoming and outgoing cables. Adequate spare terminals are also to be provided.
7. Shock Mounts . The equipment would be mounted on shock mounts onboard the ship. Suitable shock mounts are to be provided by the firm.
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Appendix E(Refers to Para 1.2)
GENERAL STANDARDS AND SPECIFICATIONSQUALITY ASSURANCE / CONTROL
1. Quality Assurance . The manufacturer should submit draft QAP (Quality Assurance Programme) to the Directorate of Quality Assurance, Navy (DQAN) or nominated QA agency before the Technical Negotiation Committee (TNC) meeting. The supplier is required to submit ATP/FAT document to IHQ MoD(N) at least 03 months prior to FATs. The approving authority (IHQ MoD(N)) reserves the right to amend / modify the QAP/ATP/FATs document. The approved QAP and ATP will form basis for inspection/quality checks/acceptance of items/equipment. The equipment supplied by the vendor would be accepted subject to evaluation and clearance by team comprising reps from DGQA and IHQ MoD(N). The item should be of latest version conforming to current production standard having 100% defined life at the time of delivery. In case of imported items, the inspection of equipment would involve audit of CoCs/test reports by DGQA rep for applicable ET, EMI/EMC & ESS specifications and verifications of internal QC undertaken by manufacturer during FATs/PDI/JRI.
2. The QAP checks would be carried out by the Authorized Inspection Agency, as appointed by the Indian Navy.
3. Environmental Stress Screening (ESS) Test and Burnin Test . As per DQA(N) guidelines 66301/Policy07/DQA(N)/QA07 and 66301/Policy10/DQA(N)/QA10 both dated 14 Jun 13
4. Components . The components used in Led Light Fittings shall withstand the severe marine environment prevalent onboard warships. Standard specification and grade of material of each component used shall be indicated in the binding drawings. Make and type of components are to be listed in the binding drawings. The fixture should be suitably customized to meet specified IP requirements for use in open weather conditions.
5. Internal Wiring . The internal cabling is required to conform to NES 526 and internal wiring to Defence Standard 6112 (Part 18) both ensuring use of Low Fire Hazard (LFH) cables/wires.
33
6. Cable Entry Glands . Cable entry glands shall conform to specification DGS/EEDNI/1535/R6 for incoming and outgoing cables. The sizes of the glands shall be as indicated in NES 512.
7. Quality Assurance/Quality Control of Software . The Quality Assurance for software if applicable will be in accordance with IEEE STD12207, if applicable.
8. Shock Specification . The shock and dynamic acceleration specifications need to be indicated by the OEM for complete system. The Led Light Fittings and its sub systems should meet the specified shock standards. Test certificates and tests details be submitted by the Vendor to IHQ MoD(N)/ QA authority for vetting and acceptance.
9. Test Points . All test points, indicators and controls shall be suitably labeled and the same to be elaborated in the concerned document. All connectors required for the testing needs to be supplied with the equipment.
10. Operation Conditions . The marine conditions onboard under which the system devices / equipment should operate satisfactorily are to be specified. This should indicate the limiting values of roll, pitch and other dynamic movements of the ship as applicable. These values for various classes of ships have been specified in NES 1004.
11. Inspection & Testing .
(a) Inspection .
(i) Inspection Authority : DQA(N),West Block,RK Puram,Delhi110066
(ii) Inspecting Officer : Concerned Field Unit of DQA(N)(iii) Receipt Inspection : Shipyard / MOs(iv) Installation : Shipyard/Repair Yards with participation of firm rep.
(v) Ship trials : ETMA (MBI)
(b) The product offered by the manufacturers should conform to standard engineering practices. The system will be subjected to stage inspection and final test and trials by the Naval Inspection Agencies as mutually agreed with the manufacturer. Any deviation from the mentioned specifications will be brought to the notice of IHQMoD (Navy).
12. Setting to Work (STW),) & GRAQ. The supplier is required to furnish the details of tests (GRAQ) to be carried out onboard for carrying out tests by owner’s rep. The supplier
34
should submit provisional GRAQ procedure for approval of Shipyard & IHQMoD (N) within two months of placement of order. The supplier is also required to provide necessary representative (s) to assist during the following phases:
(a) On – Board Installation(b) Setting to work(c) Trials as per approved GRAQ
13. System Design Reviews & Acceptance. The supplier is to propose methods & procedures for the testing and integration of the system with machinery/equipment and other subsystem during the development. These proposals are to include the description of the level at which individual components of software design (if applicable) are to be tested prior to integration. Description of the approach to testing is to differentiate between implementation, verification and validation of the software (if applicable). Testing approach is to also include dynamic high fidelity simulation and stimulation. Periodic design reviews of the system will be held as follows:
(a) Preliminary Design Review(s)(PDRs) . Preliminary Design Review(s) (PDRs) of the LED Lighting would be held at IHQ MoD (N) with participation of the OEM. During the PDR(s), the OEM would be required to present the design of LED Lighting Fixture, integration details and other system specific design details for approval by the IHQ MoD (N).
(b) Critical Design Review (CDR) . CDR of the LED Lighting system would be held at the OEM premises. During the CDR, final hardware designs of fixtures would be reviewed by the IHQ MoD(N) team. After satisfactory CDR, the clearance would be given for bulk production subject to compliance to the testing and acceptance requirements specified in this SOTR.
14. Configuration Control. The Configuration control of the system as promulgated vide IHQ MoD(N)/DWE policy letter WM/2807/01 dated 26 Sep 07.
15. Approval of Drawings. The production drawings would be approved by the order placing authority/directorate at IHQ MoD(N).
12. 16. Burnin Test/Endurance. As per DQA(N) guidelines 66301/Policy10/DQA(N)/QA10 dated 14 Jun 13
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Appendix F(Refers to Para 1.2)
GENERAL STANDARDS AND SPECIFICATIONSEMI / EMC CONSIDERATIONS
1. EMI/EMC Specifications. The entire system should have total electromagnetic compatibility with all shipboard equipment. EMI/EMC checks are to be undertaken as per MIL Std 461 ‘E’ or the latest standards in vogue. The OEM/Vendor would be required to to submit draft EMI/EMC test plan and test schedule for vetting by IN/NEC(MB). On approval of the plan and schedule by IHQ MoD(N), the luminaire to be subjected to EMI/EMc testing as per the requirements and test results/graphs be submitted to IHQ MoD(N) post scrutiny/vetting of IN/NEC(MB).
2. ESD Protection . The system design will take into account adequate measures for Electro Static Discharge (ESD) control and protection at PCB/module/assembly and unit level. Each Electro Static Discharge sensitive part/assembly will be duly marked with a symbol/warning. The manufacturer will use ESD protective materials for handling, packaging storage and transport.
3. The Lighting Fixtures are to be designed for EMI/EMC compatibility by providing suitable EM gaskets and CuBe strips at openings and are to be properly grounded. AC lines are to be filtered for RFI in each cabinet. Shielded twisted pair cables are to be used where signals are susceptible to interferences. Multicore twisted pair cables with overall shield are to be used for signal and control data interconnection and they are to be properly terminated. The DC supplies are to be adequately filtered and each PCB is to be provided with transient suppressors.
4. Usage of LED based Lighting Luminaire. The LED based luminaire should be tested for EMI/EMC requirements as per MIL Std 461 ‘E’ or the latest standards in vogue. The EMI/EMC qualified luminaire be used onboard IN ships including CAT ‘A’ compartments. Susceptible cables routed near LED light fixtures are recommended to maintain separation from the light fixtures as specified in NECP500/DEF STAN 59411. The requirements are as tabulated below:
CATEGORY OF CABLE DISTANCE(mm)
Suscepator cables (Category S1) Receiving systems operating in the frequency band up to 100kHz with signals below 10 μ V
100
Suscepator cables (Category S2) Receiving system operating in the frequency band up to 100 kHz with signals below 10 μ V to 100 μ V Coaxial cables of receiving and video systems operating about 100 kHz.
75
36
General cables (Category G) Coaxial cables of transmitters and triggering circuit about 100 kHz. Cables carrying low frequency signals about 0.1V Cables carrying 60 Hz or 400 Hz synchro signals up to 0.5 A and indicator signals (if current more than 0.5 A , then cable is as R1) Cables carrying digital data. DC cables providing ripple content less than 0.5 A (if ripple more than 0.5 A, then cable is as R1)
75
If Category S1 cables are screened 25
If Category S2 cables are screened Nil
If Category G cables are screened Nil
Radiator Cables(Categories R1 & R2) Power cables(50/60 or 400 Hz) Cables of transmitting system operating below 100 kHz.
Nil
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Appendix G(Refers to Para 1.2)
GENERAL STANDARDS AND SPECIFICATIONSSUPPLIER’S SCOPE OF SYSTEM SUPPLY
1. The supplier's scope of system supply shall cover the supply of equipment, Installation Material, Spares, Drawings and Documentation of LED lighting fixtures. The supplier is to list down in detail, the deliverables to be provided to the customer at various stages of supply as mutually agreed upon. The complete scope of supply of the system by supplier (depending on whether the subsystems to be interfaced are BFE or to be delivered by the vendor) shall include material as given in succeeding paragraphs.
2. Installation Material . One set of installation material that includes intercabinet cables, connectors, shock mounts, special fasteners, special tools, special fittings etc. which shall be supplied by the supplier.
3. Testing and Tuning Spares . The supplier shall recommend one set of Testing and Tuning Spares for each subsystem, as required for STW, HATS/SATS and commissioning of the system.
4. Special Tools and Test Equipment . The OEM is to provide details of following test equipment that would be required taking into account IN's maintenance philosophy.
(a) Onboard Test Equipment . This should be adequate to meet the requirement of all repairs/ maintenance expected to be carried out onboard ship by the ships staff.
(b) Special test equipment. Specialtotype test equipment shall be made available in the shore base for specific tests/checks on the equipment.
5. Service of Engineer. The supplier is required to provide the necessary representative(s) during the following phases to assist in carrying out:
(a) Installation of luminaire onboard ship.(b) Setting to work.(c) Onboard Trials.
6. On Board Spares (OBS) . The supplier shall prepare the list of OBS (including onboard maintenance tools) based on the Reliability and Maintainability data and taking into account IN’s maintenance philosophy, and shall forward to IHQ MOD (Navy) for vetting during the prebid meeting. The manufacturer should clearly indicate the basis for ranging and scaling of spares. This should include the list of spare parts, tools and accessories, which must be carried on the ship, for preventive
38
maintenance, trouble shooting and quick repairs to ensure no more than 15 minutes of ‘Down Time’ for the system at any given instance. One set of OBS is to be supplied with the system. The complete inventory of system parts including OBS & B&D spares is to be provided in INCAT (Indian Naval Catalogue of Inventory) compatible format in electronic media for ILMS (Integrated Logistics Management system) of Indian Navy, for the management of spares. The supplier shall provide both hard copy as well as soft copy. PCBs offered as OBS should also undergo Endurance Test either on a reference system or on main system. However, in case the qty of PCBs is large, Endurance Test to be conducted on a sampling plan, approved by Insp. Authority. List of all spares/items used in the system with the following classification and details is to be provided to the IN during the prebid meeting:
(a) COTS / Non COTS items.(b) PCB or module functionality Processor Function/ Input Output Function(c) Memory Devices(d) With /without embedded software.(e) Hydraulic components /Electrical drives(j) Produced by vendor quoting/ sourced.(k) Repairable by vendor quoting/ repaired by third party.(l) Checked by BITE/Not Checked by BITE.(p) Estimated MTBF in hours.(q) Circuit diagrams available/not available.(r) Consumables like fuses, indication lamps etc.(s) Numbers/quantity fitted the system.(t) Shelf life of spare.(u) Itemised cost of all items.
7. Five Year Base and Depot Spares . The OEM should forward recommended list of B&D spares, tools and test equipment for ICS system for vetting of IHQ MOD (Navy). B & D Spares should consist of spare parts and modules required to replenish depot holdings for a period of five years. These should also contain complete subsystems and assembly spares for the major refit (and thorough checking thereafter) of the system. It should also include exclusive Depot Spares comprising PCBs. The manufacturer should clearly indicate the basis for ranging and scaling of spares. The supplier recommended list of base & depot spares are to be commensurate with the reliability of critical components and modules used in the LED Lighting luminaire. The requirement of the projected spares needs to be mentioned. The list of spares should be submitted by the supplier along with the technocommercial proposal for the system. The supplier shall also provide finalised / approved list of B&D spares in INCAT (Indian Naval Catalogue of Inventory) databank compatible format in electronic media. The onboard, base and
39
depot, testing & tuning spares and long term exploitation spares should be indicated with a standard part no for identification and traceability as per Navy’s standards. Order for B&D spares would be placed separately. The classification and details as per Para 5 above, for all approved B&D spares/items used in the system should be provided to the IN during the prebid meeting. Following points in respect of spares of the equipment needs to be mentioned :
(a) The basis of ranging and scaling to be clearly indicated.
(b) Commitment from the manufacturer for continuous customer and spare support for a specified duration for the life of the equipment.
(c) Commitment to undertake up gradation of the spares if required due to nonavailability of the spares due to obsolescence.
(d) The list should clearly indicate the embedded parts and a softcopy of the embedded codes shall be provided with necessary porting equipment.
(e) The supplier is required to indicate the make and part no. of each item. The details of spares are to be provided in ILMS format (both hard copy and soft copy to be provided).
(f) Base spares recommendation is to cover maintenance / overhaul requirements for 5 years including two refits.
(g) The details of tools and STTE required for carrying out 3rd and 4th level maintenance to be included in the offer.
(h) The supplier shall provide average life of all B & D spares and specify the turnaround time required for repairs/replacement of each spare.
8. Drawings and Documentation .
(a) Firm is required to submit one hard copy and one soft copy of the draft system documents (as per JSG 251) including software documents to IHQ MOD (Navy) for vetting at least 3 months prior to conduct of FATs of the system.
(b) One set of finalised / approved documents should be supplied with the equipment. Additional 6 sets (hard copy) and one soft copy on CD ROM of documents should also be supplied.
(c) Supply of documents will be part of the order and should be costed for in the order.
40
(d) Documents in CDROM are to be as per Level 4 Interactive Electronic Technical Manual (IETM).
(e) The format and content of documentation should be as per JSG 0251. The vetting and approval of the documents would be done by IHQ, MoD(N)/NTG (Bangalore/Mumbai).
(f) Software documents as applicable (if any dedicated OS, Application software or Embedded software has been utilized in the equipment) should be as per IEEE 12207 standard.
(g) The documentation and drawings shall contain complete information for installation, operation, inspection, maintenance, repair / overhaul, testing and trials and should include the following:
Sl No.
DESCRIPTION REMARKS
(i)
Design Specifications The design specification for the System and itsrole needs to be mentioned.
(ii)
User hand book Covering composition and brief description of equipment with block diagram; Technical parameters; Brief technical description with Photographic or graphical representation of each unit; Detailed functional and Operating instructions giving safety instructions, precautions, Switchingon and switching off procedures, Tables of fault indication and fault codes etc; Storage, Preservation / Depreservation, Transit Procedure etc.
(iii)
Technical manual Covering detailed technical description of each unit with associated drawings and diagrams. It should also include data on Integrated circuits and semiconductor components
(iv)
Installation manual Covering composition of equipment, Cabling diagram and cable specifications, Cable connection schedule, Completebinding data, Installation drawings, List of installation materials, List of Accessories, Detailed installation instructions.
(v)
Maintenance andRepair manual
Covering Instructions on servicing; Planned Preventive Maintenance; on dismantling and assembling of each unit; Faults, their causes and remedial action; Repair, overhaul &Reconditioning, Testing, adjusting, calibrating and tuning of each unit, List of special tools, test equipment, Jigs and gauge.
41
(vi)
Maintenance Schedule Comprehensive Maintenance Schedules are to be provided along with system. These schedules should cover all the relevant aspects and provide the user/maintainer with adequate literature for reference, to prepare the Engg. Support Documents.
(vii) Part catalogue, List ofspare parts, Test equipment
The manual should include(a) Catalogue of parts listing out all the replaceable parts(b) List of On board spares(c) List of B&D spares(d) List of test equipment(e) Service Log Books
(viii) Test and Trial schedules(a) Inproduction Test Procedures(b) Engineering, Environmentaland Quality Inspection Procedures(c) Factory Acceptance Trials Schedule(d) Installation Check Schedule(e) Harbour Acceptance Trials Schedule(f) Integrated Harbour Acceptance Trials Schedule(g) Sea Acceptance Trials Schedule
(ix) Instructions on Testing & Tuning and Setting To Work
Containing instructions on Testing and Tuning, alignment, Checking and adjustment to individual parts and of the equipment as a whole.
(x) Software Manual (If applicable)
Software logic for the System.
(xi) System Integration Plan
Containing technical details of all the hardware and software interfaces with the external systems.
(xii) 'As Made' drawings As applicable
(xiii) Test data/certificates As applicable
(xiv) Firmware Support Manual
This will contain the procedure to reprogram all the programmable devices
(h) Configuration control Documents indicating changes in version to be provided.
9. Binding Data . Three hard copies and two sets on CD ROM of the following binding drawings/ documents are to be supplied by the OEM within 3 weeks of placement of order:
(a) Block diagram of the system
42
(b) Installation documents covering detailed procedure for installation with sequence of activities.
(c) Installation drawings indicating overall dimensions, C.G., weight, maintenance envelope etc of each unit.
(d) Recommended arrangement of devices in nominated compartments.
(e) Inter unitcabling diagram with cables specifications.
(f) Cable connection Schedule.(g) Power supply scheme for the system.(h) Heat Dissipation of individual units in compartment & in close loop ventilation system, as required for the system.
(j) Parts identification list, indicating part no, qty., maker's name, Specification etc.(k) Requirements for support systems such as firefighting, communication, lighting etc.(l) Cable length limitation etc, if any.(m) Detailed foundation drawing including bolting plan.
10. Shipping . All equipment shall be adequately packed and protected with supports to ensure adequate protection during all modes of transportation. Each unit within a package/container shall be clearly marked for identification. The container shall clearly indicate the item description with caution marks, quantity, weight, size etc. A separate document giving details and instructions for storage, preservations, handling and transportation after delivery is to be supplied. The supplier should indicate the delivery schedule, transport, packing, preservation, insurance etc.
11. Preservation, Packaging and Shipping . The stores (including OBS and B&D Spares) shall be supplied in longterm preserved condition that is suitable for storage under tropical high humidity conditions for a period of 24 months.
12. Part Identification List. The LED Lighting Luminaire Supplier shall prepare and submit a Parts Identification List (PIL) list, showing exploded views of equipment supplied to the Line Replaceable Unit (LRU) level, which shall include exploded view drawings of all equipment clearly showing how equipment is assembled. All equipment and components shown shall be identified by LED Light luminaire Supplier part number shown in a tabulated parts list provided with the drawing. The PIL shall be organised such that it supports logical retrieval of data. The PIL description shall be part of the Operator's and Maintenance Manual. The PIL shall be included in the CDROM technical manual. (The Parts Identification list that gives the list of items upto LRU level is to be submitted at the time of submission of offer).
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13. I ntegrated logistic support data (ILS). The led lighting system supplier shall provide data to support the Indian Navy in the preparation of logistic support analysis. The lists of sub units of the system/equipment, OB spares and B&D spares are to be provided in INCAT documentation as given below:
Annexure 1 to Appendix‘H’(Refers to Para 1.2)
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SPARES MANAGEMENT SYSTEM AS PER INCAT COMPATIBLE FORMAT
Important: [ Every Spare And Every Part Will Have To Be Supplied With A Part Number ( Item Code ) For Merging With ILMS Format]
(a) ILMS means “Integrated Logistics Management System”, which has been in operation in Indian Navy.
(b) In order to operate ILMS successfully, Indian Navy wants all information of all equipment & spares to be provided in a structured format in digital storage media, which is compatible to ILMS. The items must include all on board and base & depot spares.
(c) Some of the information required, are to be provided by OEM and details of requirement is stated in following paragraphs.
(d) All equipment / assembly / subassembly / items (kits) must have a part no (item code will be formed out of this part no) and this should be unique.
(e) All manuals, PIL / CPIL &‘Asmade’ drawings also must have part number. Drawing number may be designated as part number. Description for Asmade drawings should start with “Asmade drawing for……….” to distinguish between item & its drawing.
(f) Part Nos. must not be repeated.
(g) Each equipment drg is to be broken down to assembly, subassembly & item level for assigning part numbers.
(h) In case any item has two separate part numbers, one part number. is to be indicated against field “Substitute part number” and substitute type is to be ‘R’. If any item can be replaced by any another item, the second item is to be indicated against field “Substitute part number” and substitute type is to be ‘F’.
(j) All data are to be filled up in Microsoft Access / Excel. The supplier has to furnish the data furnishing as per the ILMS format. ILMS template will be provided to the supplier post placement of the order ,
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SPARE PART DETAILS FOR ILMS COMPATIBILITY
BY OEM/ INDIAN NAVY
S.NO. ELEMENT STRUCTURE BY REMARKS
Item/Eqpt. Code Char (32) OEM Consist of OEM Code/Name and OEM Part Number. Part Number to be to 24 Char.
Item/Eqpt Desc. Char (60) OEM Put Unique Identifier.
Item/Eqpt Denom Char (3) OEM Strictly use Codes supplied by ILMS. It will mostly be nos. or set.
Substitute Item Code
Char (32) OEM OEM name and OEM Part Number.
Year Obsolescence
Char (4) OEM In case of main eqpt. only.
EASK Item Code Char (32) OEM Identifier for E/A/S/K.
EASK Type Char (1) OEM Eqpt/Assembly/Subassembly/Kit.
EASK Book Ref. Varchar (31) OEM Book/Drawing reference.
Qty Constituent Small Integer OEM Incase of spare parts, number fitted in the equipment, small integer range 0 – 62, 000.
Months Shelf Life Tiny integ OEM Zero (0) for nonshelf item.
Specs name Char (30) OEM DIN, ISI etc.
Specs Value Varchar (20) OEM Number associated with Corresponding specs.
Characteristics Name
Varchar (30) OEM Special Properties like Max Temp, Drawing etc.
Char Value Varchar (60) OEM Value of Property, Drawing reference etc.
Substitute Type Char (1) OEM Indigenous/Upgrade etc.
Hours Estimated Life
Small Integer OEM
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Hours MTBF Small Integer OEM
Hours MTBR Small Integer OEM
Routine Type Char (1) OEM In case of Main Eqpt. only as per attached list of codes. (Yearly, Monthly, Hourly etc.)
Routine Periodicity Small Integer OEM 5000 Hrly etc.
Recom BD Spares Small Integer OEM Recommended by mfg.
Recom OB Spares Small Integer OEM Recommended by mfg.
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SPARE PART DETAILS FOR ILMS COMPATIBILITY
BY OEM/ INDIAN NAVY (Continued)
S NoELEMENT
STRUCTURE BY REMARKS
Vendor NameAddressAddress Line 1Address Line 2CityStatePin CodeCountry Code
Compass Control No.
Char (50)Char (30)Char (30)Char (30)Varchar (30)Char (20)Char (7)Char (3)
Char (9)
OEM
Use codes provided above. You may use full name of country when in doubt. Telephone No., Fax No. and Email etc. as required.
Dealer Name Char (50)
OEM
Address and other details as per above format. Put the details in the Vendor Table and use the dealer’s name with unique location identifier.
Certification Type Char (3) OEM Certification applicable to vendor. As per attached list of codes.
Certification No. Char (30) OEM ISO9000 etc.
Qty Real OEM Total quantity for which price is applicable.
Currency Code Char (3) OEM As per attached list of codes.
Unit Price CC Money OEM Price in Currency Code (CC) only unit qty and not for total qty.
Total Price Money OEM Price for total quantity
Price Date Small Data Time
OEM
Price Ref. Varchar (60) OEM Quotation / Order reference.
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OEM / MANUFACTURER / VENDOR / AUTHORISED / DISTRIBUTOR DETAILS
Name of OEM/ Manufacturer
Countryof Manufacturer
Name of Authorised Dealers
Address without City, State, Country, PIN/ZIP (Comma separated)
City
State
Country
PIN/ ZIP Code
All phone numbers (multi line entry)
All Fax numbers (multi line entry)
All Email addresses (multi line entry)
Kompasss Control No
Certificates on Reference
Remarks
Char (50)
Char (30)
Char (50)
Char (100)
Char (30)
Char (20)
Char (20)
Char (7)
Char (15)
Char (15)
Char (40)
Char (9)
Char (30)
Char (120)
Not null
Not null
Not null
Not null
Not null
Not null
Not null
Not null
Not null
Manufacturer
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AuthorisedDistributor
Note: “ Not null” should not be left blank.
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WEIGHT CONTROL DATA SHEET
48
EQUIPMENT DESCRIPTION
EQUIPMENT NO
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COMPARTMENT(IF KNOWN)
LOCATION(IF KNOWN)
50
SWBD
TOLERANCE PRELIMINARY DESIGN M.T.O. WEIGHED TOLERANCE CODE ESTIMATE (CALC) ± %1. Weight (Kg)
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(a) DRY Kg ± %
(b) FLUID Kg ± %
(c) OPERATING Kg ± %
(d) TEST Kg ± %
(e) TOTAL Kg ± %
2. Equipment dimensional data (mm). Indicating C.G. Position
EQUIPMENT PLAN AND ELEVATION
OVERALL SIZE CENTRE OF GRAVITY
`A’ (LENGTH) `X’
`B’ (BREADTH) `Y’
`C’ (HEIGHT) ‘Z’
Note:
❑ All offers must include this data sheet duly filled in by the supplier (signed. Dated & seal affixed).
❑ All finished items shall be weighed & a certificate shall be provided as per attached sheet.
❑ Separate sheets to be completed for each installed equipment.❑ Origin of `X’, `Y’ and `Z’ to be indicated.
SUPPLIER’S SEAL SUPPLIER’S SIGNATURE & DATE
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WEIGHT CERTIFICATE
(The form has to be completed by Supplier & to be supplied along with the equipment.)
EQUIPMENT DESCRIPTION EQUIPMENT NO.:
SUPPLIER’S NAME Ref. Drg. No.
Part No.
ADDRESS
TELEPHONE NO.
ORDER NO. EQPT. NO
METHOD OF WEIGHING : Supplier to prescribe Method & Equipment Used :
DATE OF LAST CALIBRATION
SPECIFIED ACCURACY REQUIREMENT
NOTE :
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RESULT OF WEIGHING TOTAL EQUIPMENT DRY WEIGHT(Excluding packing, temporary protection etc).
ALLOCATED WEIGHT(Weight estimate agreed by purchaser and supplier based on order specs).
RESULT OF WEIGHING TOTAL EQUIPMENT DRY WEIGHT(Excluding packing, temporary protection etc.)
ALLOCATED WEIGHT(Weight estimate agreed by purchaser and supplier based on order specs).
REASONS FOR VARIATION BETWEEN ALLOCATED WEIGHT AND CERTIFIED WEIGHT :
WEIGHING ADDRESS:
Date :
WITNESSED BY
FOR SUPPLIERFOR PURCHASER
Representative
Signature / Date & Seal
Representative
Signature / Date & Seal
DEVIATION LIST
The bidder shall fill in this form for the deviations of their bid from the requirements as stated in the Purchase Technical Specification. If there are no deviations, Bidder shall fill in “NIL” in the Deviation column. Bidder shall sign with date and affix his company seal.
SL No DOCUMENT No & CLAUSE No REQUIREMENT
DEVIATION WITH
REASONS
INDIAN NAVY /
SHIPYARD REACTIONS
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BIDDER’S COMPANY SEAL BIDDER’S SIGNATURE & DATE
A ACCEPTED N NOT ACCEPTED C CONDITIONAL ACCEPTANCE
SHIPYARD / INDIAN NAVY COMMENTS ON DEVIATION.
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CERTIFICATE OF CONFORMITY(To be filled in by the Supplier and submitted as part of the offer)M/s____________________________________________________ with reference to the subject Requisition received along with the Shipyard Inquiry and our QUOTATION No._________________________ dated ____________________ we hereby confirm / clarify the following:
1. REGISTRATION WITH DQA (WP) / DQA (N) / SHIPYARD:We are NOT Registered / already REGISTERED (*) with_____________________ for manufacturer and supply of following items: (a) ____________________________________(b) ____________________________________
2. PAST PERFORMANCE:We have NOT Supplied / have SUPPLIED(*) Identical / similar(*) item to Shipyard in the past. The relevant Order references are given below:(a) ____________________________________(b) ____________________________________
3. REQUISITION / DRAWINGS / SPECIFICATIONS / PTS:We ARE NOT / ARE (*) fully aware of the relevant Drawings / Specifications / Purchase Technical Specifications etc. indicted in the REQUISITION and the related Documents.
4. DEVIATION:The OFFER is fully in compliance with Requisition WITHOUT any deviation / EXCEPT for the deviations listed in the attached format (*).
5. BINDING DATA:OUR Drawings with necessary BINDING DATA such as OVERALL Dimensions, SEATING Details / Bolting Plan, Connection / Interface Details, Face to Face Dimensions is ENCLOSED / NOT Enclosed (*) with the offer. We have noted that any change in Binding Data shall require specific approval from Shipyard / Indian Navy.
6. DOCUMENTS / DATAThe following Technical Documents / DATA SHEETS are enclosed herewith
(a) (To be specified if applicable).
For M/s. _____________________________________
Signature:____________________________________
Date: ____________ Stamp:
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(*) Strike out which is NOT APPLICABLE.
Appendix J(Refers to Para 1.2)
GENERAL STANDARDS AND SPECIFICATIONSINSTALLATION AND COMMISSIONING
1. Installation. Onboard installation of the system will be carried out by the Shipbuilder. The assistance and responsibilities of the OEM include the following:
(a) Coordination with the Shipbuilder for the installation work.
(b) Providing instructions to the Shipbuilder personnel for installation of the system. Cable laying will be done by the shipbuilder before start of the installation activities.
(c) Checking of the cable connections (cold wire test).
2. SettingtoWork . The supplier shall carry out:
(a) Settingtowork.
(b) Testing and Tuning of the system.
3. FATs and HATs/SATs . The supplier is to offer the system for FATs, HATs and SATs as per IHQ, MoD(N) approved schedule.
4. Factory Acceptance Trials (FATs) . The supplier shall prepare a Factory Acceptance Trials (FATs) schedule. Personnel from Indian Navy will be present during such trials. The schedule should state how the supplier would demonstrate that the delivered system will meet the functional and performance requirements indicated as per Indian Navy's SOTR. The factory acceptance trials procedure shall comprise of
(a) Functional Tests
(b) Verification of design, especially firmware and software
(c) Test equipment used, calibration requirements
(d) Pass/Fail criteria
(e) Expected duration and time schedule
5. The FATs schedule formulated by the supplier should be forwarded to IHQ, MoD(N) for vetting and approval at least 03 months prior to the trials.
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6. All EMI/EMC and Environmental Qualification tests required need to be completed prior to FATs.
7. Harbour Acceptance Trials (HATs) & Sea Acceptance Trials (SATs) .The supplier is required to provide necessary representative(s) to assist
during the following phases:
(a) HATs (procedure to be approved by the Indian Navy)
(b) SATs (procedure to be approved by the Indian Navy)
8. System Performance Responsibility . In case of any irregularities in the operation / performance of the system or nonconformance to specified parameters observed on integration with ships system, the supplier is bound to rectify the defect. The supplier shall ensure complete responsibility of satisfactory operation of the system on board.
9. Interface and Integration . The supplier is responsible for the interfacing and integration of LED Lighting system wherever applicable with ship's onboard systems as specified in the SOTRs.
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Appendix K(Refers to Para 1.2)
GENERAL STANDARDS AND SPECIFICATIONSPRODUCT SUPPORT
IN Maintenance Philosophy
1. Onboard Repair/ Maintenance. Onboard repair shall be to replacement at PCB/ Modules (LRU) level. Routine maintenance and serviceability check/terminal performance checks would also be undertaken by ships staff as part of 1st line maintenance.
Product Support from Vendor
2. The supplier should undertake to ensure guaranteed and continuous product support for a period of 15 years from the date of supply of the first system and associated equipment, by way of the following:
(a) Supply of spare parts and materials.
(b) Offering of alternative solutions in the event of obsolescence of the components/technologies, including those bought out or subcontracted.
(c) Continuous upgradation program.
(d) Modifications and repairs.
(e) Provide at least two years notice, in the event of any likely production shut down (only after 10 years of support) to enable procurement of LTE spares.
(f) Undertake repairs through Annual Maintenance Contract/Rate Contracts as and when directed by the user / IHQ MoD(N).
(g) Continuous supply of amendments to the documentation.
3. Repair Facilities . Dockyard facilities are to be used for repairing faulty modules. A consolidated test bench to test the modules/PCBs of the light fittings would be required to be provided as part of Dockyard Support Package. Beyond first level maintenance facilities on board, the manufacturer would be required to setup requisite advance level maintenance facilities at locations (Naval dockyards) specified by IN as part of the Dockyard Support Package. Facilities which are required in the Yard as per the IN maintenance philosophy at Para 1 to 3 above, should be projected by the manufacturer, along with the details of manpower required. The manufacturer will prepare and submit data on maintainability as follows:
(a) Maintainability Program.
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(b) Maintainability Prediction.
4. Hardware Warranty . The warranty period of LED Lighting Luminaire system should be for a duration of 24 months from the date of completion of SATs.
5. Training . The Training program objective is to enable the End User Personnel to operate, maintain, and install the LED Lighting System. The Training package is to include the following:
(a) Basic Training . The manufacturer should undertake the responsibility of training naval personnel (including civilian personnel of the yard), as nominated by IHQ/MoD (N), on the exploitation and maintenance of the LED lightings. The duration of training and number of personnel should be worked out by the manufacturer in consultation with IHQ/MoD (N). Interactive multimedia training modules and suitable software for training on the system be used.
(b) Advanced Training . The manufacturer shall also undertake the training of naval and defence civilian personnel, in carrying out major repairs in the Naval dockyard by using Special Test Equipment/ Special Maintenance Equipment. The training shall include assembling and dissembling of the equipment up to PCB/Microcontroller level.
6. Maintenance . The manufacturer should forward recommended maintenance schedules for preventive and corrective maintenance of the system within three months of placement of order for necessary approval at IHQ.
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Appendix L (Refers to Para 1.2)
61
Appendix M (Refers to Para 1.2)
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SCOPE OF DELIVERABLES BY VENDORS FOR LED LIGHTING LUMINAIRE
1. The Vendor would have to supply the number of LED based Lighting fixtures as per the quantity specified in the Purchase Order. However, the Vendor has to recommend the total number of luminaire required in each compartment (s) depending upon the area so as to provide a total lighting solution for achieving the specified Lux values in each type of compartment(s).
2. The number of LED luminaire in each type of compartment (s) be calculated based on the user friendly ‘Dialux’ software to achieve specified Lux values. The details with regard to compartment wise area and type of Light fixtures to be fitted be provided by Order Placing authority during pre bid meeting.
3. The Vendor to supply the LED Luminaire in separate packing as per following details.
Sno. Type of Fixture Location Quantity
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