np-1 dacorp-tic hull cctv system tic-us · 2 days ago · hull cctv system technical specification...

TECHNICAL SPECIFICATION Nº: I-ET-3010.1M-5510-76A-PPT-001 CLIENT: SRGE SHEET: 1 of 27

PROGRAM: REFERENCE BASIC DESIGN 1001056398-0010

AREA: BÚZIOS

DACORP-TIC TITLE: HULL CCTV SYSTEM NP-1

TIC-US

MICROSOFT WORD / V.2016 I-ET-3010.1M-5510-76A-PPT-001 _0.docx

R E V I S I O N I N D E X

R E V . D E S C R I P T I O N A N D / O R R E V I S E D S H E E T S

0 ORIGINAL ISSUE

REV. 0 REV. A REV. B REV. C REV. D REV. E REV. F REV. G REV. H

DATE May/28/2019

DESIGN TIC

EXECUTION ROBSON

CHECK GUSMÃO

APPROVAL DIOGO THE INFORMATION CONTAINED IN THIS DOCUMENT IS PETROBRAS PROPERTY AND MAY NOT BE USED FOR PURPOSES OTHER THAN SPECIFICALLY INDICATED HEREIN.

THIS FORM IS PART OF PETROBRAS N-381 REV.J ANNEX A – FIGURE A.1.

TECHNICAL SPECIFICATION Nº: I-ET-3010.1M-5510-76A-PPT-001 REV. 0 BÚZIOS

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1. SUBJECT ................................................................................................................................................. 3

2. ABBREVIATION ....................................................................................................................................... 3

3. REFERENCE DOCUMENTS, CODES AND STANDARDS .................................................................... 3

4. GENERAL REQUIREMENTS .................................................................................................................. 4

5. SYSTEM DEFINITIONS ........................................................................................................................... 5

6. TECHNICAL REQUIREMENTS ............................................................................................................... 8

7. SCOPE OF SUPPLY .............................................................................................................................. 22

8. EPTA-M RECORD SYSTEM .................................................................................................................. 25

9. CCTV NETWORK TESTS AND CERTIFICATION ................................................................................ 25

10. DOCUMENTATION ....................................................................................................................... 26

11. TRAINING ...................................................................................................................................... 26

12. WARANTY ..................................................................................................................................... 27

INDEX


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1. SUBJECT

1.1 This technical specification describes the minimum requirements and basic characteristics for the supply of the Closed Circuit Television System (CCTV), to be installed in PETROBRAS FPSO unit, covering: all equipment, materials, software, interconnection, documentation, configuration, tests, installation and training. These systems will be referred to along this specification as CCTV, only.

2. ABBREVIATION

• CCR Central Control Room

• CCTV Closed Circuit TV

• IP Internet Protocol

• NVR Network Video Recorder

• PoE Power over Ethernet

• VLAN Virtual Lan

• VMS Video Management Software

• WDR Wide Dynamic Range

3. REFERENCE DOCUMENTS, CODES AND STANDARDS

3.1 A detail design shall be made, at least, in accordance to requirements of those International and National Standards listed below:

• ABNT NBR 5410 – Instalações Elétricas de Baixa Tensão.

• ANSI/EIA/TIA 568-B2-1 – Commercial Building Telecommunications Cabling Standard.

• ANSI/EIA/TIA 568-B.2 – Balanced Twisted-Pair Cabling Components.

• ANSI/EIA/TIA 568-B.3 – Optical Fiber Cabling Components Standard.

• IEC 61892 – Mobile and fixed offshore units – Electrical installations – All Parts.

• IEC 60079 – Explosive Atmospheres – All Parts.

• IEC 60092 – Electrical installations in ships – All Parts;

• IEC 60228 – Conductors of insulated cables.

• IEC 60331 – Fire-resisting characteristics of electric cables;

• IEC 60332 – Flame-retardant characteristics of electric cable.

• IEC 62444 – Cable glands for electrical installations.

• INMETRO/Portaria n° 179, May 18th 2010 and its annexes.


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3.2 Electrical installations, equipment and materials shall comply with the requirements of IEC 60079, IEC 61892-7 and Classification Society.

3.3 All equipment, installations and materials shall be of type approved and certified by international recognized laboratory and shall be in accordance with INMETRO Portaria n° 179, May 18th 2010 and its annexes.

3.4 Thermal cameras shall comply with the ordinance: Ministério da Defesa / Portaria nº 56 – COLOG, Jun 5th 2017.

3.5 Classification Society

The detailed design shall be submitted to approval by Classification Society. The design and installation shall take in account their requirements and comments.

4. GENERAL REQUIREMENTS

4.1 The CONTRACTOR shall provide all the materials to install all equipment, accessories, cables and infrastructure that compose the CCTV system.

4.2 For PETROBRAS detailed project requirements, Installation, Configuration, Tests training and commissioning the CONTRACTOR shall be complied with the Memorial Description I-MD-3010.00-5510-760-PPT-001 GENERAL CRITERIA FOR TELECOMMUNICATIONS DESIGN.

4.3 For documentations symbols, the Detailed Design shall comply with the Technical Specification: I-ET-3000.00-0000-940-P4X-002 – SYMBOLS FOR PRODUCTION UNITS DESIGN.

4.4 For equipment TAGs, the Detailed Design shall comply with the Technical Specification: I-ET-3000.00-1200-940-P4X-001 – TAGGING PROCEDURE FOR PRODUCTION UNITS DESIGN.

4.5 For infrastructure materials, accessories, cable trays cable ladder, the Detailed Design shall comply with the Technical Specification: I-ET-3010.00-5140-700-P4X-002 – SPECIFICATION FOR ELECTRICAL MATERIAL AND EQUIPMENT FOR OFFSHORE UNITS.

4.6 For ergonomics requirements, the Detailed Design shall comply with the Technical Specification I-ET-3010.1M-1350-196-P4X-002 - ERGONOMICS REQUIREMENTS FOR HULL.

4.7 Details of the ETPA-M system can be found in the Technical Specification I-ET-3010.1M-5510-762-PPT-002 - EPTA-M SYSTEM.

4.8 For the telecommunication data equipment specification, the Detailed Design shall comply with the Technical Specification: I-ET-3010.1M-5510-768-PPT-001 – HULL DATA NETWORK.


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4.9 For the cabling network used in the CCTV system, the Detailed Design shall comply with the Technical Specification: I-ET-3010.1M-5510-768-PPT-002 - HULL STRUCTURED CABLING NETWORK.

4.10 The equipment and accessories shall attend the ingress protection degree, protection type, classifications zone and groups established by IEC / ABNT.

4.11 The CONTRACTOR shall be supplied only equipment, cables, accessories and its shall be approved and certificated by Classifying Society and technical conformity with the International and National standardization organism: ABNT, IEC and INMETRO.

4.12 The equipment and accessories installed in industrial areas (outdoor or indoor) shall be suitably rugged and its external bodies shall be made in non-metallic material, suitable for harsh environments. The brackets, bolts, nuts, washers and any other fixing elements shall be made in stainless steel.

4.13 The equipment and materials shall be supplied in package suitable for long periods of storage and be protected against mechanical impact and adverse weather conditions.

4.14 The equipment and materials shall be supplied with all threads, hinges and flanges lubricated with anti seize (loctite) or similar grease.

4.15 Equipment and materials shall be supplied with cable passage holes sealed with plastic plugs in the holes to be used and definitive plugs (made of the same material as the equipment and accessories) in the reserve holes.

5. SYSTEM DEFINITIONS

5.1 A CCTV IP system shall be provided, installed and configured, including all equipment, software, licenses and accessories.

5.2 Figure 1 presents a basic architecture of the system.


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Telecom Rack

M-17

TOPSIDE

Telecom Room

Deck C

CCR

Acommodations

Internal

N Cameras

Hull

N Cameras

Opticas

Telecom Room

Deck F

Acommodations

Optical

UTP

Details:

Optical/Ether.

Converters

CCTV

Server 2

HULL/TOPSIDE

Junction

box

CCTV BASIC ARCHITECTURE

Operator 2

Operator 1

Helmet Camera

Nomadic camera

Corporative wi-fi

Firewall

CCTV

WorkstationsRadio Operator

CCTV

Workstation

Radio Room

Encoders

NVR Appliances

CCTV

Server 1

Hull

N cameras

Ethernet

2 40" monitor-roof support

3 U

EPTA-M RACK

VHF

radios

audio

Acommodations

Internal

N Cameras

Figure 1 – HULL CCTV basic architecture

5.3 The CCTV system shall be designed to provide the operator with visual subsides that allow him to take on-distance decisions, or further allow the monitoring of hazardous places or a difficult access, thus avoiding or mitigating his physical presence, besides allowing a safe continuity of the process, even at night.

5.4 All materials and equipment, including accessories and installation items shall be appropriated for its operation on offshore environment and in case of external installation appropriated IP grade protection and Ex protection shall be applied.

5.5 The system server shall be installed in a dedicated CCTV System Rack, installed in the telecommunication room in the deck C. A redundant server shall be installed in the telecommunication room in the deck F.

5.6 The CCTV System shall be fed by the FPSO electrical system, power supply for the Emergency Loads distribution panel.

5.7 CCTV system shall perform the following functions:


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5.7.1. Plant overview, on the monitors installed in CCR located in accommodation module, which is part of the Hull project design, allowing remote area selection and remote commands from the CCTV operation stations.

5.7.2. Remote pan, tilt, zoom setting through CCTV workstations for all cameras equipped with these features.

5.7.3. Camera selection and positioning in preset positions (pre-positioning or further “preset functions”).

5.7.4. Single or multiple image display selection.

5.7.5. Digital video recording facilities.

5.8 All cameras and its infrastructure installed in outdoor areas shall be housing in EX-d (explosion proof type) and Zone 1 classification area casing to enable the CCTV system to continue operation in emergency level ESD-3.

5.9 All equipment installed in the telecommunication rooms shall be installed in 19” rack space.

5.10 IP ADDRESS – All devices: cameras, NVR´s, CCTV workstations, will be addressed at VLAN ID 455 with specific CCTV VLAN IP address range provided by PETROBRAS during the detailed design phase.

5.11 SYSTEM CONFIGURATION - The whole system: VMS, NVR, Cameras shall be configured according to CCTV Technical Instruction, to be provided by PETROBRAS at the time of the system configuration.

5.12 The centralized bandwidth control is an essential feature that shall be active on the system.

5.13 SERVERS AND WORKSTATION CONFIGURATION – before the CCTV applications installations, PETROBRAS shall installs its standard corporative version of Windows and other package of applications.

5.14 The power supply for the cameras shall start from the CCTV rack toward the camera or junction boxes, when the last is used.

5.15 The cameras circuit breakers shall be installed inside the CCTV rack.

5.16 The CCTV rack shall have its casing grounded. Grounding by simply supporting the casing on the steel structure of the UNIT shall not be deemed adequate.

5.17 Equipment, cables, boxes, materials and accessories for installation in the industrial areas (outdoor or indoor) of unit shall be specified and assembled taking into account the adverse operating conditions on UNIT such as:

• Atmosphere with high content of humidity, salts hydrocarbons and other corrosive factors.


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• Environment subject to the presence of explosive gases shall be in accordance to Hazardous area classification.

• Exposure to weather conditions (sun and rain) and maritime atmosphere.

• Air temperature: From -10ºC up to +50ºC.

• Air Humidity: 95%.

5.18 HULL Ex cameras (Fixed or Mobile) should be powered from the telecommunication

room in deck C via multi-cable, with shielded UTP cable for cameras up to 90m distance from the rack or with optical cable for distances above 90m.

5.19 In the case of fiber optics, it shall be necessary to install a junction box to house the optical converter. As an alternative to avoid the installation of the junction box, a camera with built-in optical interface can be provided, for direct interconnection with the switch. The contractor shall guarantee the compatibility of this optical interface of the camera with the switch (2 fibers / gigabit / multimode).

5.20 Surge protection shall be installed in the power supply for each external camera.

5.21 For external cameras using shielded UTP cable, a surge protector shall be installed in the UTP cable.

5.22 Junction boxes shall not be installed in areas where they would be exposed to the weather. If, in fact, that installation is necessary, junction boxes suitable for the purpose and built with necessary Ingress Protection degree shall be used.

5.23 All grounding bus bars shall be of thin-plated copper and painted with green strips.

5.24 Connections to the grounding network for equipment and boxes shall be made by means of bolted or welded terminals.

5.25 All external cameras shall be grounded.

5.26 In the case of external cameras, fixed or mobile, above 2m high, they shall have mechanisms/devices for cleaning the lenses. In this case it is mandatory the use of water pump reservoir assembly.

6. TECHNICAL REQUIREMENTS

6.1 VMS (Video Management Software)

6.1.1. It shall be based on Genetec VMS (Security Center) or Indigovision VMS (Control Center), at the discretion of the CONTRACTOR, so all the equipment used to compose the solution (cameras, recorders, all necessary licenses and others) shall be fully compatible with the VMS adopted and recognized by the support and maintenance of the VMS manufacturer's. SDL (supported device list) of the


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manufacture will be utilized to check the offered products. It will not be accepted cameras listed in Genetec Supported Device List as "Restricted".

6.1.2. In the case of supplying a system based on the Genetec Security Center VMS platform:

6.1.2.1. A system ID with all necessary licenses shall be provided to perform the functions of system management, integration with the AD (Active Directory) of PETROBRAS, Federation of the vessel system ID with PETROBRAS onshore system ID, and other licenses that are necessary to connect users, view and record the images of the FPSO´s cameras.

6.1.2.2. The management system (Directory) shall be provided in a redundancy configuration so that in the event of a failure of it, another unit can assume the role of this unit, avoiding the CCTV system becomes inoperative. The management system role can run on the same server as the NVR (Archiver) role.

6.1.2.3. Capacity for at least 07 (seven) simultaneous user connections.

6.1.3. In the case of supplying a system based on the IndigoVision Control Center VMS platform:

6.1.3.1. A redundant firewall arrangement shall be used for access protection to the devices on the CCTV VLAN. A topology of the system is presented in Figure 1 –

Figure 1. The access list rules for firewall configuration will be provided at the time of the system configuration.

6.1.3.2. The centralized bandwidth control is an essential feature that shall be active on the system, controlling the total amount of video data been accessed from the WAN, considering all the cameras.

6.2 NVR (Network Video Recorder)

6.2.1. They shall be compatible with the respective VMS software in their native protocol.

6.2.2. The NVR shall be a Microsoft Windows software application installed on a dedicated server for recording and playing back video. Server shall be compliant to item 6.21.

6.2.3. It shall be provided 2 (two) NRV equipment’s, recording simultaneously all the cameras so, in the event of failure of one unit, all the recorded images will be available in the other unit and it will keep recording all the images normally, and this will allow enough time to the tech team reestablish the failed unit.


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6.2.4. One NVR shall be installed in the telecommunication room in the deck C and the other in the telecommunication room in the deck F.

6.2.5. The total amount of useful storage shall be of 150Gbytes per camera, in each NVR.

6.3 CAMERAS

6.3.1. General Characteristics:

6.3.1.1. They shall be compatible with the respective VMS software through the ONVIF Profile S protocol.

6.3.1.2. They shall be compatible with the centralized bandwidth management.

6.3.1.3. H.264 or H.265 codification.

6.3.1.4. WDR, white compensation and automatic IR cut filter for day & night operation.

6.3.1.5. Lenses with autofocus and auto iris.

6.3.1.6. Minimum resolution in Full HD (1920 x 1080p.) at 30 fps (except thermal cameras).

6.3.1.7. They shall allow two configurable independent streams profiles (a mainstream profile for Live and Recording view, and a substream profile for Remote view) both in the native camera manufacture protocol and via ONVIF Profile S protocol.

6.3.1.8. IP Address Filter function or password protection for Web viewing.

6.3.2. Fixed Internal Minidome IP Camera

6.3.2.1. Suitable for indoor use.

6.3.2.2. Powered over Ethernet (PoE).

6.3.2.3. Varifocal lens with minimum focal distance range between 3.0-9mm.

6.3.2.4. Sensitivity 1 lux color, 0.1 lux B&W.

6.3.2.5. Infrared LED with minimum range of 10m and automatic intensity adjustment.


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6.3.3. Fixed Elevator Internal Minidome IP Camera

6.3.3.1. Suitable for indoor use.

6.3.3.2. Powered over Ethernet (PoE).

6.3.3.3. Fixed lens with focal distance between 2,5mm – 3mm.

6.3.3.4. Sensitivity 1 lux color, 0.1 lux B&W.

6.3.3.5. Infrared LED with minimum range of 5m and automatic intensity adjustment.

6.3.4. Explosion-Proof PTZ IP Camera

6.3.4.1. Suitable for explosive atmosphere use in saline environment.

6.3.4.2. Input Power: maximum 48V (AC or DC).

6.3.4.3. Varifocal lens with minimum zoom range between 5.0 and 80mm.

6.3.4.4. Sensitivity 0.8 lux in color, 0.1 lux B & W.

6.3.4.5. Operating temperature -10°C to + 50°C.

6.3.4.6. Equipped with wiper and connection for Water Pump Assembly.

6.3.4.7. Minimum protection; IP 66.

6.3.4.8. Pan - Tilt: 360 ° and ± 90 °.

6.3.4.9. Presets: minimum 32.

6.3.5. Explosion-Proof Fixed IP Camera



6.3.5.3. Varifocal lens with minimum zoom range between 5.0 and 80mm.

6.3.5.4. Sensitivity 0.8 lux color, 0.1 lux B & W.


6.3.5.6. Equipped with wiper and connection for Water Pump Assembly.


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6.3.5.7. Minimum protection; IP 66.

6.3.6. Explosion-Proof IP Dual Optical and Thermal Fixed Camera

6.3.6.1. Protected for use in offshore, marine, heavy industrial applications and other harsh environments.


6.3.6.3. For the thermal camera, it will be accepted the connection only with the onvif protocol.

6.3.6.4. Dual camera station: optical and thermal (02 two cameras). It will be accepted two separated cameras, one thermal and other optical or both assembled together.

6.3.6.5. Zoom: 18x optical zoom or superior for the optical image.

6.3.6.6. Thermal image of 640x480 or superior.

6.3.6.7. Optical image of 1280 x 720 or superior.

6.3.6.8. Electro-polished 316L stainless steel construction.


6.3.7. Explosion-Proof PTZ IP Thermal Camera

6.3.7.1. Protected for use in offshore, marine, heavy industrial applications and other harsh environments.

6.3.7.2. Zoom: 18x optical zoom or superior.

6.3.7.3. Thermal IP imager.

6.3.7.4. Electro-polished 316L stainless steel construction.

6.3.7.5. Resolution: 640 x 480 or superior.




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6.3.8. Explosion-Proof Wi-Fi IP Nomadic Fixed Camera


6.3.8.2. Input Power: 220V AC, with explosion-proof outlet.

6.3.8.3. Focal length of 4.7- 94mm, 15X optical.


6.3.8.5. Wi-fi frequency of 5Ghz or 2.4 Ghz.

6.3.8.6. Minimum protection IP 66.

6.3.8.7. Manual adjustment of Pan, tilt.

6.3.8.8. It can be assembled in only a module or in several modules, for example, a camera, a wi-fi / Ethernet adapter and a junction box with an outlet for the power supply. In the last case, a support for assembly all the modules together shall be provided. This support shall be able to be fixed in a tubular support of 1". All the components shall be explosion-proof. The final assembly shall be approved by PETROBRAs during the executive project phase.

6.3.8.9. The AC explosion-proof outlet shall be the same type used in the modules.

6.4 Explosion-Proof Wi-Fi Camera for Use in Safety Helmets

6.4.1. Suitable for explosive atmosphere use in saline environment.

6.4.2. IP 66.

6.4.3. EX-d and Zone 1.

6.4.4. They shall be compatible with the respective VMS software in their native protocol or through the ONVIF protocol.

6.4.5. H.264 or H.265 codification.

6.4.6. Wi-fi frequency of 5 Ghz or 2.4 Ghz.

6.4.7. Minimum resolution in Full HD (1920 x 1080p.) at 30 fps.

6.4.8. They shall allow two configurable independent streams profiles (a mainstream profile for Live and Recording view, and a substream profile for Remote view) both in the native camera manufacture protocol and via ONVIF protocol.


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6.4.9. One-year warranty.

6.4.10. Mounting on helmet, support shall be included.

6.4.11. Wi-Fi connection to transmit online video stream.

6.4.12. The battery shall be capable of supporting continuous video streaming for at least one hour.

6.5 Water Pump / Reservoir Assembly

6.5.1. Suitable for explosive atmosphere use in saline environment.

6.5.2. Compatible with the camera and provided with the respective accessories for connection to the camera (pump kit).Minimum pressure: 4 bar.

6.5.3. Capacity of the Reservoir: minimum 5 liters.

6.5.4. Set with all necessary accessories for operation, including hoses and sprinklers.

6.6 EPTA-M Video/Audio Encoder

6.6.1. Input Conector BNC type.

6.6.2. NTSC composite video format.

6.6.3. Minimal resolution 4SIF (704 x 576) or VGA(640x480) @ 30 FPS.H.264 codification.

6.6.4. Up to two simultaneous resolutions with guaranteed 25fps frame rate including: 4SIF, 2SIF, SIF.

6.6.5. ONVIF Profile S compatible.

6.6.6. They shall allow two configurable independent streams profiles (a mainstream profile for live and recorded view, and a substream profile for remote view) in the native camera manufacture protocol and via ONVIF Profile S protocol.

6.6.7. Audio line input to encode the audio from the EPTA-M VHF radios.

6.6.8. Audio nominal voltage 1V p-p.

6.6.9. Audio resolution Full Duplex 16 Bit, 16kHz sample rate Mono Input, Mono Output.

6.6.10. Audio bit rate user-configurable bit rates from 32Kbps to 64Kbps per channel.


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6.7 EPTA-M NVR

6.7.1. The NVR shall be an appliance of the same VMS manufacture of the CCTV system.

6.7.2. Minimum size of the NVR's disks shall be 6Tbytes.

6.8 Explosion-Proof Camera Junction Box

6.8.1. The interconnection between the Telecommunications room and the junction box shall be done by means of multi-cables containing power supply wires and fiber optic or shielded UTP.

6.8.2. If the CONTRACTOR has a camera solution in compliance with all the specifications without the need of a junction box, it shall be submitted to PETROBRAS approval before installation.

6.8.3. The junction box shall be suitable for explosive atmosphere use in saline environment.

6.8.4. Material: aluminum (cooper free) or 316 stainless steel.

6.8.5. The cover shall be fixed with 316 stainless steel screws.

6.8.6. Electrostatic powder coating in polyester.

6.9 Ethernet/Optical Multimode Converter - Standalone

6.9.1. Electrical Interface - 100BASE-TX 8P8C (RJ-45).

6.9.2. Optical interface - Multimode G.651.

6.9.3. Core diameter - 50µm or 62.5 µm.

6.9.4. Standard - 100BASE-FX.

6.9.5. Operation distance - 2 Km.

6.9.6. Number of fibers - 1 or 2 fibers.

6.9.7. Installation – Standalone box.


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6.9.8. Connector – SC.

6.9.9. Operating temperature -10°C to + 50°C.

6.10 Ethernet/Optical Converter Sub-Rack

6.10.1. Assemble type – 19” rack.

6.10.2. Power Source: up to 240VAC.

6.10.3. Number of channels: min. 10.

6.10.4. Network Interface: RJ-45 1000Base T compatible.

6.11 Ethernet/Optical Multimode Converter – Sub-rack Card

6.11.1. The card-type module shall be "hot swappable", so its insertion or withdrawal shall not interfere with the other modules installed in the same sub-rack. This model is allowed only in the telecommunication room.

6.11.2. Electrical Interface - 100BASE-TX 8P8C (RJ-45).

6.11.3. Optical Interface - Multimode G.651.

6.11.4. Core Diameter - 50µm or 62.5 µm.

6.11.5. Standard - 100BASE-FX.

6.11.6. Operation distance - 2 Km.

6.11.7. Number of fibers - 1 or 2 fibers.

6.11.8. Installations – sub-rack 19” slot .

6.11.9. Connector – SC.

6.12 Electrical Surge Protector

6.12.1. Category - IEC II / C.

6.12.2. Nominal voltage Phase / ground - 127 VAC ~ 220 VAC.

6.12.3. Reference voltage at 1 mAcc - 430 Vcc.


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6.12.4. Imax. – Max. current - 40 kA.

6.12.5. Max. Residual voltage at 300 A - 710V.

6.12.6. Response time /Varistor - < 25 ns.

6.12.7. Response Time - < 30 ns.

6.12.8. Fail alarm – LED.

6.12.9. Standard compliance: IEC 61643-21.

6.13 Ethernet PoE Surge Protection

6.13.1. Interface: 100BASE-TX 802.3af.

6.13.2. Connector (in/ out ) : ethernet RJ45, Cat6 .

6.13.3. Response time < 10ns.

6.13.4. Standard compliance: IEC 61643-21.

6.14 Offshore Multi-Cable

6.14.1. Cable shall be LSZH class compliance, according to ABNT NBR 14705.

6.14.2. The cable shall be suitable for industrial saline environment, being resistant to UV radiation.

6.14.3. The power cable shall have three (3) conductors of 1.5 mm² each, being a phase conductor, a neutral conductor and a ground conductor.

6.14.4. Multi-cable with Power and Fiber

6.14.5. It shall consist of a power cable with three conductors of 1.5mm2 and a multimode fiber optical cable. The multimode fiber optic cable shall be resistant to high compressions, for internal / external installations, with a minimum of two multimode fiber optic.

6.14.6. It shall be assembled with an anti-flame thermoplastic material.


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6.14.7. Coated optical fibers, assembled into a group, and surrounded by a flexible and dielectric tensile element, forming the optical core of the cable. This optical core is confined in a dielectric protection tube with high mechanical rigidity.

6.14.8. Multi-cable with Power and Shielded UTP

6.14.9. It shall consist of a power cable with three conductors of 1.5mm2 and a UTP cat. 6 cable.

6.14.10. Braided frame made of galvanized steel wires, with a minimum coverage of 90%.

6.14.11. Coated juxtaposed and non-adherent by non-flame-propagating thermoplastic material.

6.15 Shield UTP Cable

6.15.1. Cable shall be LSZH class compliance, according to ABNT NBR 14705.

6.15.2. The cable shall be suitable for industrial saline environment, being resistant to UV radiation.

6.15.3. It shall be compliance with Cat 6 standard.

6.16 Cameras DIO

6.16.1. DIO to 24 (twenty-four) fibers. Articulated drawer type, steel frame, 19 "rack mounting standard, epoxy paint.

6.16.2. Equipped with optical cable assembling kit, fusion splice protectors, 1.5 m internal optical pigtails and protectors, and organizer for all DIO fibers.

6.16.3. All pig tails and adapters shall be terminated in a SC connector.

6.17 Fiber Optic Patch Cord

6.17.1. Optical cable composed of an optical fiber, with a primary coating of acrylate and secondary of PVC, and over them a non-flame propagating PVC cover.

6.17.2. The connectors shall be compatible with equipment and DIOs.


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6.17.3. The polishing of the connectors shall be PC type.

6.17.4. The optical cords shall have Anatel certification and meet the ABNT standards NBR 14433 e ABNT NBR 14106.

6.18 Operator Workstations

6.18.1. CPU and memory capacity in accordance with VMS system requirements, considering at least six (6) full HD images, @ H.264 / H.265 (according to the encoding format of the provided cameras).

6.18.2. Shall have at least 2 (two) video monitor output option.

6.18.3. Shall be equipped with one workstation monitor.

6.19 Workstation Monitor

6.19.1. Shall have at least 21,5” size with 1920 x 1080 pixels minimal resolution.

6.20 Professional Monitor

6.20.1. Shall have at least 46” size with 1920 x 1080 pixels minimal resolution.

6.20.2. Thin borders and symetricals, máx. 5.5 mm bezel-to-bezel.

6.20.3. Screen size of 40 inches.

6.20.4. Contrast ratio 5000:1 or more.

6.20.5. Video input DVI-D or HDMI.

6.20.6. Response time less than 8ms.

6.20.7. VESA support.

6.21 Server

6.21.1. Servers with CPU and memory capacity in accordance with VMS System requirements, considering the amount of cameras been managed and recorded.


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6.21.2. It Shall be included management card for out of band management (ILO, IDRAC, like) and all necessary licenses to operate without restrictions.

6.21.3. An exclusive disk unit with 300GB for system and VMS installation, with RAID-1 redundancy.

6.21.4. An exclusive disk unit for NVR role, equipped with disks of minimum 4TB of storage capacity, with minimum RAID-5 redundancy.

6.22 CCTV Eletrical Switch

6.22.1. The CCTV switch shall comply with the Technical Specification: I-ET-3010.1M-5510-768-PPT-001 – HULL DATA NETWORK.

6.22.2. The CCTV switch shall be connected to a corporative switch in the telecommunication rack in the telecommunication room in the deck C. This connection shall be made using an optical interface.

6.23 UTP Category 6 Cabling

6.23.1. Cable of twisted pair (UTP) shall attend the Standards and composed for 04 (four) equal, 24 AWG, 100 Ohms, rigid copper drivers with isolation in high density polyethylene, with electric and mechanics characteristics compatible with the established patterns and tested up to 1 GHz. It shall have a cover fire retardant type LSZH.

6.23.2. The Cables UTP CAT 6 shall possess the UL Register and Certification via Laboratory of international recognition for parameters that attend the Standards.

6.24 Multimode optical Fiber Cable

6.24.1. The network points where there is a technical non viability of service for cable UTP due to the access characteristics (distance) or hazardous Areas, it shall be assisted by multimode optical fiber cable (MM) of 62,5 µm x 125 µm with at least 6 fibers.

6.24.2. The employed optical cables shall be of TIGHT Buffered type, fully waterproof, longitudinally and radially, constituted by fiber optic with primary covering in acrylic and secondary covering in material colored polymer, gathered and covered by dielectric synthetic fibers for mechanical support (resistance to the traction). Covered by an external layer of special polymeric for external use with protection UV and fire retardant type LSZH.


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6.25 Patch Cord RJ-45 Cat 6

6.25.1. Patch Cords category 6/Class E shall be finished in factory with connector RJ-45 male, with plastic layer (boot) inserted in the connector to relieve the tensions and to avoid the accidental disconnection. They shall be built with flexible UTP 24 AWG cable. Each patch cord shall have its whole performance 100% tested in factory regarding the Cat. 6 of the standard ANSI/TIA/EIA 568-B2-1.

6.25.2. The outer sheath owes being of fire retardant type and LSZH, with demarcation of indelible length.

6.25.3. Patch Cord shall present acting values in the center of the strip of the values (center tuned) certain for the norm ANSI/TIA/EIA-568B2-1 for NEXT.

6.26 Patch Panel Cat 6

6.26.1. Patch Panel shall be metallic with width of 19 inches according to norm ANSI/TIA/EIA-310D, with 24 connectors type RJ-45 female and 1 U of height.

6.26.2. It shall have a cables guide (bar) in back for supporting and fastening of cables.

6.26.3. It shall still execute the specifications of components Category 6 /Class E ANSI/TIA/EIA 568B.2-1 (component compliance).

6.26.4. The modules shall have structure built in plastic of high impact, fire retardant type called UL 94V-0. The circuits printed papers shall totally be contained inside the patch panel, in other words, the panel shall contain protection for the circuits printed, avoiding damages to the same ones during the connectors installing process.

6.27 Closed Rack for CCTV

6.27.1. The rack shall be closed, pattern 19 inches, 44U of height and minimum of 870 mm of useful depth (intern dimensions). The maximum width allowed for the rack is 800 mm.

6.27.2. This rack shall have structure in foil at least of #1,5 mm, screwed in, with feet you can regulate, with support in rubber.

6.27.3. The front door shall allow total opening and to be built in foil of at least #1,5 mm and with acrylic of 3,0 mm shall possess lock with key in the doors rear and front.


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6.27.4. It shall possess four vertical organizing columns, two in the front access and two in the back access, with objective to organize the cables from the outlets points and interconnection cables, and still to possess two movable plans of assembly.

6.27.5. The roof shall be in foil of at least #1,2 mm with four fans, 110/220 V outlets in a body of injected aluminum, with tension commuting key, fuse, on/off key and service socket.

6.27.6. All the fixing supports of the organizing columns of cables and other fixations in foil shall be of at least #2,75 mm of thickness.

7. SCOPE OF SUPPLY

7.1 CONTRACTOR shall be responsible for the comprehensive CCTV package covering: design, engineering, manufacturing, equipment supply, install, testing, commissioning, training and all documentation according with this technical specification.

7.2 The material, equipment and installation service shall be concerning the following activities.

• Project for the CCTV system to be installed.

• Supply the material and equipment.

• Installations of all equipment.

• Installation of cabling and connectors.

• Tests and Certification of the whole installed CCTV network and fiber cabling.

• Physical identification of all components of system.

• Attended operation.

• Technical documentation of the System.

7.3 It shall be supplied 02 (two) wi-fi nomadic camera for a temporary use, for example,

during a maintenance of an equipment. This camera will be connected in the corporate wi-fi, and it shall be included brackets for temporarily installation in a tubular support.

7.4 EX-d and Zone 1 classification area cameras shall be installed in the following areas:

Position Type Observation

Top of accommodation Ex Fixed IP 2 cameras to monitor the Helideck in the stern. To monitor the landing and take-off

Top of accommodation Ex PTZ IP 1 camera to monitor starboard Top of accommodation Ex PTZ IP 2 cameras to monitor the modules in the bow


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Top of accommodation Ex PTZ IP 1 camera to monitor port side Top of accommodation Ex PTZ IP 1 camera to monitor the bow offloading. Top of accommodation Ex PTZ IP

Thermal 1 camera to monitor the bow offloading.

Auxiliary generator room Ex Fixed IP 1 camera to monitor the room Emergency generator room Ex Fixed IP 1 camera to monitor the room Offloading AFT Ex PTZ IP 1 camera to monitor the stern offloading.

Offloading AFT Ex PTZ IP Thermal

1 camera to monitor the stern offloading.

Lifeboat PS Ex Fixed IP 1 camera to monitor the lifeboats in the port side.

Lifeboat SB Ex Fixed IP 1 camera to monitor the lifeboats in the starboard.

Engine room platform 1 Ex PTZ IP 1 camera to monitor the room Engine room platform 2 Ex PTZ IP 1 camera to monitor the room Engine room platform 3 Ex PTZ IP 1 camera to monitor the room Riser Balcony Ex Fixed IP

Dual Thermal Monitor the risers.

Riser Balcony Ex Fixed IP Dual Thermal

Monitor the risers.

Riser Balcony Ex Fixed IP Dual Thermal

Monitor the risers.

Pump room PS Ex Fixed IP 1 camera to monitor the room Pump room SB Ex Fixed IP 1 camera to monitor the room Deck A Hull Batteries Room 1 (A219)

Ex Fixed IP 1 camera to monitor the room Deck A Hull Batteries Room 2 (A220)

Ex Fixed IP 1 camera to monitor the room Deck F Battery Room (A707) Ex Fixed IP 1 camera to monitor the room

Table 1 – Ex cameras locations. The final quantity and positioning shall be defined in the executive project phase.

PETROBRAS shall approve the final design and positioning of the cameras during the detailed design.

7.5 Internal IP minidome cameras shall be installed in the locations informed in the Table 2. The CONTRACTOR shall define the positions and the quantities of the cameras in a way to guaranty the full visualizations of these locations. PETROBRAS representative shall approve the final design and positioning.

FLOOR Location Main Deck All the Warehouse (A102) Main Deck Mechanical Workshop (A105) Main Deck Electrical Workshop (A107) Main Deck Instrumentation Workshop (A109) Main Deck PSV Workshop (A116) Main Deck CO2 Room (A123)


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Main Deck Corridors (A100), at least 3 cameras Main Deck Hull Transformation Room (A130) Main Deck Essential Panel Room (A132) Deck A All the Warehouse (A201) Deck A Corridor (A200), at least 3 cameras Deck A platform 1

Laundry (A214 Deck A platform 2

Gym Free Floor Area (A206) Deck A platform 3

Multi-Purpose Music Room (A210) Deck A Gymnasium (A207) Deck B Internet Room (A307) Deck B TV/Video Room (A302) Deck B Quiet Recreation (A301) Deck B Corridor (A300), at least 4 cameras Deck B Messroom (A322) Deck B Coffee Point (A335) Deck C Corridor (A400), at least 5 cameras Deck C Central Control Room (A401), at least 3 cameras. Deck C Coffee Point (A422) Deck C Auditorium (A423) Deck D Corridor (A500), at least 7 cameras Deck E Corridor (A600), at least 7 cameras Deck F Corridor (A700), at least 2 cameras Deck F Telecom Panel Room (A706) Deck F Reception Room (A713)

Table 2 – Indoor IP minidome cameras locations. The final quantity and positioning shall be defined in the executive project phase.

7.6 Power supply for internal IP cameras in the accommodation module shall be PoE.

7.7 Three workstations shall be installed in the CCR. Two for the operators with a 21" monitor each and one workstation connected to two 40" monitors installed in a roof support.

7.8 One workstation with a 21" monitor shall be installed in the radio room.

7.9 One workstation with a 21" monitor shall be installed in the radio room.

7.10 Final position of the cameras shall be defined and approved by PETROBRAS team during the executive project phase.

7.11 Cameras installed in the topside are not included in the scope of delivery of this document, but these cameras will be connected to the HULL CCTV system. Therefore, the system shall be configured to receive the images from these cameras, with all necessary licenses.

7.12 The system shall be dimensioned considering all the cameras in the hull plus 40 cameras in the topside.


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8. EPTA-M RECORD SYSTEM

8.1 An audio and video record system for the EPTA-M system shall be installed in an exclusive compact rack in the radio room.

8.2 The rack shall be locked with a key.

8.3 The rack shall have an exhausting fan.

8.4 Two encoder shall be installed to digitize the audio from the two fixed VHF radios. The CONTRACTOR shall interconnect the radios with the encoders.

8.5 Each VHF radio shall be connected to separated encoder. It will not be allowed to connect the two VHF radios with only one multi-channel encoder.

8.6 It shall be provided 2 (two) NRV compact appliance, recording simultaneously the helideck cameras and VHF audio channels. In the event of failure of one unit, all the recording tasks will be available in the other unit and it will keep recording all the video and audio normally, and this will allow enough time to the tech team reestablish the failed unit.

8.7 Each set of encoder and NVR shall be connected to a different switch at the TELECOM room.

8.8 For the whole EPTA-M specification, the I-ET-3010.1M-5510-762-PPT-002 shall be consulted.

9. CCTV NETWORK TESTS AND CERTIFICATION

9.1 The Tests and Certification of the CCTV network shall comply with the Technical Specification I-ET-3010.00-5510-760-PPT-002 BASIC CRITERIA FOR TELECOM DESIGN and is summarized bellow.

9.2 The horizontal network of Metallic Cables (UTP) shall be certified according to Standard ANSI/EIA/TIA requirements 568-B2-1 CAT 6 /Class E.

9.3 Preferentially shall be used the Analyzer model 1800 or better as instrument of certification of Fluke DTX Cable. In case it is other the used instrument, the same shall present message in case of noise in the cabling.

9.4 The network of optical cables shall be certified according to Standard ANSI/EIA/TIA'S requirements 568-B2-1 CAT 6/Class E for optical backbones.

9.5 Preferentially, the instrument of certification of Fluke DTX Cable shall be used Analyzer model 1800 or an OTDR.

9.6 The CONTRACTOR shall present certification tests CAT 6 for all the installed points, in magnetic media, compatible with the Software of Fluke Link Ware.


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9.7 All the instruments to be used shall be accompanied by the Certificate of Calibration that shall be inside its period of validity. The Certificate shall be presented before the beginning of the tests and an authenticated copy of the original shall proceed enclosed the documentation to be given at the end of the work.

10. DOCUMENTATION

10.1 Complete documentation of the CCTV System, covering all devices and services, shall be supplied with the proposal, for approval, and for final acceptance.

10.2 There shall be supplied with the proposal, at least the following technical documents:

• Technical specifications, comprising system, equipment, accessories, cables, materials and software.

• Data-sheets and brochures for each equipment.

• All equipment and installation data including: material list, equipment list, spare part list, power consumption, weight, software manual, panel lay-out, system lay-out, etc.

• Complete description of services, training courses, tests, etc.

10.3 There shall be supplied for approval, at least the following technical documents:

• Technical specifications, comprising: system, equipment, accessories, cables, materials and software.

• Data-sheets and drawings for each equipment.

• Installation drawings including general arrangement, electrical diagrams, wiring diagrams, cable list, material list, equipment list.

• Test procedures, training course program, services schedule.

• Programming tools, system reports, system diagnosis, etc.

10.4 Complete CCTV System certified documentation, including operation manual, installation manual and maintenance manual shall be provided, in the number of CD copies requested at BID documents, including all programming and configurations software.

11. TRAINING

11.1 CONTRACTOR shall provide training to qualify PETROBRAS technicians to operate and maintain (install, dismantle, replace parts, make adjustments, etc) each equipment. The training shall encompass all items to its understanding.

11.2 The training shall be performed at Platform construction yard and/or aboard the Platform, prior to PETROBRAS approval of the FPSO Acceptance Term.


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11.3 CONTRACTOR shall provide all documentation and materials required for the training program (including the latest revision of the as built documentation, brochures, booklets, material for presentations, transparencies, etc.).

11.4 Each individual equipment training program shall encompass all operation and maintenance aspects. All trainees will be operation and maintenance professionals. The participants shall be awarded certificates after the completion of the training course.

11.5 Each training course shall be delivered for 10 (ten) technicians, in Brazilian Portuguese and shall be performed using identical equipment as supplied.

11.6 CONTRACTOR shall take full responsibility for the professionals teaching the training course, including for their transportation and lodging.

11.7 CONTRACTOR shall submit for PETROBRAS approval the detailed training program, 60 (sixty) days in advance.

11.8 The training program shall cover, at least, the following items:

• Complete description of CCTV equipment.

• Technical and operational characteristics.

• System configuration.

• Operating principles.

• Operating cautions.

• Aspects of construction.

• Operating procedures and routines.

• Identification of operational problems and possible causes (trouble-shooting).

• Preventive maintenance routines.

• Signaling and warning devices.

• Protection and adjustment.

• System drawings and diagrams.

12. WARANTY

12.1 CONTRACTOR shall warranty the supply of spare parts, at least, for up to 10 (ten) years after the acceptance test date, and technical assistance at installation site performed by qualified and certified maintenance staff, when requested.

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