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A. General Requirements and Prerequisites to Pre commiss ioning

A2 Confirm that environmental and utility requirements are met as requiredfor the system power, building air temperature/air conditioning, air

contaminates.

34-SAMSS-830,

Sec. 6B1

The PLC shall be self-checking, i.e., have automatic internal checking

capability (so-called 'self-diagnostics) to detect a failure. When a failure

occurs, an alarm shall be initiated.

A1

Vendor to provide Manufacturer's standard Programming, Installation,

Maintenance/Troubleshooting Manuals, and Processor, Power Supply,

Communications, I/O module specification sheets

34-SAMSS-830

Sec. 10 (g)

SAUDI ARAMCO ID/PID - 3/01/05 - REV 0 (Standards Cutoff - August 2004)

SAUDI ARAMCO INSPECTION CHECKLISSAIC NUMBER DATE APPROVED QR NUMBER

PROJECT TITLE WBS / BI / JO NUMBER CONTRACTOR / SUBCONTRACTOR

Electronic Cont rol Systems -PLC ( Stand-alone as well as

integrated with DCS)-Installation and Pre-CommissioningSAIC-J-6806 1-Oct-05 INST

EQUIPMENT DESCRIPTION EQPT CODE SYSTEM ID.

SAUDI ARAMCO INSPECTION LEVEL

LAYOUT DRAWING NUMBER

PLANT NO.EQUIPMENT ID NUMBER(S)

MH's SPENTSCHEDULED INSPECTION DATE & TIME TRAVEL TIMQUANTITY INSP.

WORK PERMIT REQUI

ACTUAL INSPECTION DATE & TIME

SAUDI ARAMCO USE ONLY

RE-INSP DAITEM

No.ACCEPTANCE CRITERIA REFERENCE PASS FAIL N/A

EC / PMCC / MCC NO.REV. NO. PURCHASE ORDER NUMBER

CONTRACTOR INSPECTION LEVEL

SAUDI ARAMCO TIP NUMBER SAUDI ARAMCO ACTIVITY NUMBER

34-SAMSS-830

Sec 1.0 and23-SAMSS-010,

Sec. 6.3

G.I. 400.001

SEC.6.1.3.4

A3

Confirm that all applicable punch-list items have been addressed as

required in the Pre commissioning phase of the project as per General

Instructions Manual.

G.I. 400.001

SEC.6.1.3.4

A5

Confirm that consumable items such as printer paper, ink/toner,

backup/storage media that are associated with the system to be tested

are available in a convenient location.

G.I. 400.001

SEC.6.1.3.4

A4Confirm that all cabinets, consoles, cables etc. are present and installed

in the system to be tested.

A6

Confirm that all final project documentation is available on site and that

any specifically required documents pertaining to the system to be tested

are conveniently locate for ready reference.

G.I. 400.001

SEC.6.1.3.4

A7 Vendor to provide various test procedures during SAT.34-SAMSS-830

Sec. 10 (h)

A8

Document to prove that the following test has been conducted: The

radiated electromagnetic disturbance test shall be conducted in

accordance with IEC 60255-22-3, Test Method 'C', Severity Class -'II' or

IEC 61000-4-3, Level 3 (10 volts/meter).

34-SAMSS-830

Sec. 11.2.2

A10Nonmaterial Requirements: The supplier shall provide nonmaterial items

as shown on Form NMR-7907.

34-SAMSS-830

Sec 12.2

B. Installation Requirements

B2

Unless otherwise stated on Form ISS 8020-830-ENG, PLC system

components shall be listed, labeled, or designed to conform to UL, FM,

CSA, or CENELEC guidelines.

34-SAMSS-830,

Sec. 5

A9

Ensure that Items manufactured to this Specification(34-SAMSS-830)

are subject to the minimum Inspection Requirements as specified in

Saudi Aramco Inspection Requirement Form 175-344000.

34-SAMSS-830

Sec 12.2

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B14

Communications driver software/firmware shall continuously monitor and

check the status of communication links and associated I/O.

Communication status indication shall be provided on the face plate of

each associated module.

34-SAMSS-830,

Sec. 6.3.2

If remote I/O is selected, Vendor shall confirm, in writing, that the

selected communications cable (s) meet the communications driver

specification.

34-SAMSS-830,

Sec. 6.3

C3

The PLC system shall be designed such that all rack power supplies

(e.g., main, expansion rack) are separate and distinct, connected via

cabling or internal bus structure. Each power supply shall be sized to

provide 100% of the ampacity requirements (at rated voltage and

maximum design temperature) for the specified configuration of I/O

cards, CPU, etc., including 25% spare modules, with all modules and

outputs energized and carrying their maximum connected load.

34-SAMSS-830,

Sec. 6.4.1

C2 Incoming power to the PLC system will be from Saudi Aramco supplied120 VAC power sources, which are over-current protected.

34-SAMSS-830,Sec. 6.4

B7

All discrete I/O modules shall include local status indicators to monitor

the status of each input and output. All analog modules shall include a

local status indicator to monitor the status of the module.

34-SAMSS-830,

Sec. 6.2.4

B8

All discrete I/O circuits shall be isolated from logic or processor circuitry.

Transient voltage isolation for discrete I/O shall be a minimum of 1000

Volts RMS, common-mode.

34-SAMSS-830,

Sec. 6.2.5

All input and output points shall be individually fused, or employ current

limiting circuitry, e.g., in the case of module 'self powered' I/O. Fuses

shall be located on an external termination panel, fused terminal strip, or

in a location readily accessible for maintenance. Removal of I/O modules

shall not be necessary to accomplish fuse replacement.

34-SAMSS-830,

Sec. 6.2.7

B11Fuse ampacity ratings must be sized for the maximum expected load atthe maximum operating temperature of the system, but not to exceed the

I/O module rating.

34-SAMSS-830,

Sec. 6.2.7

It shall be possible to mix all types of I/O modules in any given rack,

irrespective of their voltage levels.

34-SAMSS-830,

Sec. 6.2.3

B12

B9

All I/O circuits shall be designed so that accidental normal-mode

connection of 1000 VAC/DC to discrete I/O field terminals for an

unlimited time shall not destroy any devices in I/O circuits other than the

circuit to which the voltage was applied.

34-SAMSS-830,

Sec. 6.2.6

B10

N/A RE-INSP DA

CONTRACTOR / SUBCONTRACTOR



PROJECT TITLE WBS / BI / JO NUMBER

PASS FAILITEM

No.ACCEPTANCE CRITERIA REFERENCE



C1 Remote I/O cabinets shall incorporate their own power supply.34-SAMSS-830,

Sec. 6.3.3

B6

B5

I/O modules shall be capable of being inserted into or removed from their

rack without disturbing external wiring. Field I/O wiring shall be

connected to the I/O rack, via integral screw type terminals.

34-SAMSS-830,

Sec. 6.2.2

34-SAMSS-830,

Sec. 6.1.4B3

Unless otherwise specified, laminated plastic quick-reference charts shallbe permanently attached to the inside of the PLCs front door. The charts

shall clarify proper module or PCB placement, and assist in the

interpretation of the status indicators.

B4I/O module types, quantities, and respective signal levels shall be as

indicated on attached ISS sheet.

34-SAMSS-830,

Sec. 6.2.1

C. Power Supplies, protectio n, fluctuations-Requirements

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D2

If power supply units are mounted in the same enclosure as the

processor unit, they shall never be mounted below the CPU and always

in the upper section or rack (s) of the cabinet.

34-SAMSS-830,

Sec. 9.2.2

D1

Electrical Power:Redundant power modules shall be equipped to

receive a two separate electric circuits of 120 VAC / 60Hz. These circuits

shall be clearly labeled. Power cords from the redundant modules shall

be clearly labeled indicating to which circuit they are connected.

23-SAMSS-010,

Sec. 7.1

C10

Assemb ly and Mount ing: PLC system modules (or cards) shall be

mounted so that they are oriented in the vertical plane. Card/rack

installation shall facilitate quick replacement of failed components.

34-SAMSS-830,

Sec. 9.2.1

C11

A 100 ohm Platinum RTD shall be mounted at the inside top of any

cabinet containing a PLC CPU (s). The RTD shall be wired into an

analog input module. This analog input shall initiate a temperature alarm.

The setpoint for the alarm is 50C. The alarm shall be a dry set of

contacts wired to a terminal strip in the cabinet. The alarm will be

connected (by Buyer) to an annunciator or functional equivalent device in

the main process control room. As an alternative, the alarm may be set

to annunciate at the control room DCS console via a communications

link.

34-SAMSS-830,

Sec. 9.2.3

C7

Power Restoration The PLC system shall be designed such that, no

incorrect commands are given to the output field devices when power as

applied or restored to the CPU or I/O modules.

34-SAMSS-830,

Sec. 6.4.5

C9

Identification: Each type of PLC module shall be uniquely identified by

a type number, serial number, and a revision or some other production

lot identification code. In addition, each PLC Module shall clearly indicate

the designed field signal range, type, and service; e.g., 120 VAC Digital

Output, etc.

34-SAMSS-830,

Sec. 7.2

C8

The controller shall support multiple RS-232, RS-422, or RS-485 ports

for communicating with external devices such as a DCS operator

interface station, program development workstation, or printer. Specific

porting requirements and communication protocol will be listed on the

ISS.

34-SAMSS-830,

Sec. 6.5.1

C6

Protection: Each power supply shall have its own internal fuse/circuit

breaker protection on the incoming line side. Fuses or circuit breakers

shall be capable of being replaced or reset, without removal of the power

supply or disconnecting any wiring termination's. Output protection shall

be provided by current-limiting circuitry.

34-SAMSS-830,

Sec. 6.4.4

C5

Power Fluctuations: The PLC shall be capable of operating without

malfunction when continuously energized at between 57 and 63 Hertz

and 90% to 110% of rated voltage.

C4

Auxiliary Power Supplies Auxiliary power supplies used to power I/O field

points shall be sized for 125% of the ampacity requirements (at rated

voltage and maximum design temperature). Power supply loads shall be

calculated with all points energized, and all outputs carrying their

maximum connected load.

34-SAMSS-830,

Sec. 6.4.2

34-SAMSS-830,

Sec. 6.4.3

D. Input / Output wiring, Cables, Wire ways- Requirements

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D12

Standoffs for terminal strips are preferred to bring the terminal blocks

forward to be flush with the top of the plastic wire duct. This wiring

method assures that all wires can be accessed without interference from

other wires as the wire duct is filled.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.8.3

D11

Terminal strip spacing shall allow ample room for plastic wire ducts and

permit training and lacing of cables, and fanning of individual wires to

termination points. Each terminal strip shall be labeled above or below

with the terminal strip number, as shown on wiring diagrams. Terminals

for similar (AC or DC) current service shall be grouped together and

physically separated from terminals for different service by means of

dividers, separate mounting rails or separate enclosures.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.8.2

D10

When screw-type terminals are provided on instruments and other

electrical devices, solderless crimp/compression connectors shall be

used for connecting stranded copper conductors. Insulated ring lugs,

locking-fork or flanged- fork connectors, specifically designed to hold the

connector on the terminal in the event of loosening of the terminal screw,

shall be used on all such connections.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.5.3

D8

D7

Cabinets containing electronic equipment with field inputs/outputs (I/O)

(e.g., field termination assemblies, I/O modules, etc.) shall

1) have the I/O device pre-wired to intermediate terminal strips within the

same cabinet shipping section, or;

2) to intermediate terminals within the same building by the use of

manufactured multi-conductor cable and plug connectors .

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.5.1

D6

Electronic signal wire shall be stranded copper, minimum size 20 AWG,

300 V for single conductors or a minimum 22 AWG, 300 V for multicore

cable. Wire insulation shall be cross-linked polyethylene, PVC, or PTFE,

with a minimum temperature rating of 75C. Special electronic signal

wires shall be as described in the Purchase Order.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.4.2

D5

General 120 VAC power wiring shall be minimum 14 AWG stranded,

copper, PVC-insulated or cross-linked polyethylene. Wire insulation shall

be rated for 600 volts, 75C, minimum.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.4.1

D4

Wiring that is required to be segregated shall cross at right angles and

the spacing shall be maintained as close as practicable to that shown in

Table 2.(Attachment 2)

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.3.3.2

D3Electrical Area Classification: DCS equipment designated 'indoors'

shall be installed in buildings that are rated as electrically unclassified.

23-SAMSS-010,

Sec. 7.2

The following are exempted from the above rule: Wiring for millivolt,

microamp, pulse and frequency signals under 1 Volt such as

thermocouples, resistance temperature detectors (RTD), vibrationelements, analyzer elements, thermistor elements and transmitters with

pulse outputs shall be directly connected to the I/O unless otherwise

specified in the Purchase Order.

23-SAMSS-010

Sec, 7.4.1and 34-SAMSS-

820, Sec. 8.7

D9

Exposed electrical connections with voltages greater than nominal 48

volts AC/DC, mounted on cabinet doors, shall have exposed

wiring/terminations shrouded by transparent, removable, insulating

plastic covers (or equivalent).

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.5.2

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D17

D18In addition to the above, the maximum plastic wire duct fill (including

spare capacity) shall not exceed 75% of its depth.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 810.3

The maximum conduit/plastic wire duct fill (including spare capacity)

shall not exceed the heat requirements of NFPA 70 Section 300 17. ..

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.10.2

D16

required to provide a means of routing and organizing wiring. A minimum

of 50 mm shall be maintained between the duct and terminal strips. Wire

markers shall be completely presented without being obscured by the

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.10.1

D15

Terminals for various types of general wiring (AC or DC), annunciator

points and signal wiring shall be separately grouped and separated by

dividers.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.8.6

D14

Wiring for a given instrument loop shall be terminated on adjacent

terminals on the terminal strip in order to organize and group all loop

wiring. Exception: For digital 48 VDC or 125 VDC wiring, terminations

may be grouped with all the (+) positive wires adjacent to each other and

all of the (-) negative wires adjacent.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.8.5

D13

Where special cases of mixed ESD / Non-ESD signals occur in one

cabinet or control panel (e.g., Solid State / Relay Control Cabinets or

Control Panels with ESD pushbuttons ), terminal strips for Emergency

Shutdown (ESD) wiring shall be completely separate from all other wiring

including power, control and instrumentation.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.3.3.2

D24 Wire ducts for ESD wiring shall not contain any other types of wiring.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.10.9

D23Vendor-installed cables shall be supported and provided with a strain-

relief mechanism for cable connectors.

23-SAMSS-010Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.10.8

D22Wiring shall not be threaded through undressed access holes. Glands or

protective grommets shall be used.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.10.7

D21 Loomed wiring shall not be installed near sharp-edged surfaces.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.10.6

D20

Where space limitations preclude the use of plastic wire ducts, wiring

shall be neatly loomed and secured with plastic spiral wrapping or tie-

wraps and anchors. Wiring between movable parts such as doors shall

be installed in flexible hoses..

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.10.5

23-SAMSS-010


820, Sec. 8.10.4

D19 Plastic wire ducts shall be mounted using screws. Double-sided tape isunacceptable.

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E5The disconnect levers for fused terminals and knife-switch terminals

shall be hinged.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.9.5

E4

A fused terminal block shall have a blown-fuse indicator. This may be a

Light Emitting Diode (LED), visual sight indication through a port, or

equivalent

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.9.4

E2

All terminal blocks shall be channel (rail)-mounted, strip-type, with a

tubular box clamp connector and compression bar or yoke for wire

termination. As a minimum, the thickness of the terminals shall be 5 mm

or higher.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.9.2

E Indoor PLC Control Cabinets, Terminal Blocks , Termination and Grounding- Requirements

E1No more than two bare wires shall be connected to each side of a single

terminal block.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.9.1

D30

Spare pairs/triads in multi-pair/triad cables shall be labeled "SPARE" in

addition to the destination and source terminal numbers. All spares are

to be terminated.

23-SAMSS-010Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.12.6

D29

Wire tag information shall be permanently marked in block alpha

numerics or typed on tubular; heat shrinkable, slip-on sleeves. Wrap-

around, snap-on or self-adhesive markers shall not be used. Where

shrink fit cable markers cannot be installed over pre-made cable and

connectors, a suitable tie-wrap or equivalent type permanent marker

shall be used.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.12.3

D28

Identification shall be in accordance with designations shown on

instrument loop diagrams (ILDs). Where wires terminate on instrument or

device terminals, the instrument tag number and terminal designation (+)

or (-) (if applicable) will be used in lieu of terminal strip identification.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.12.2

D26

Cables with connector plugs shall be tagged at each end. Each cable tag

shall have two labels. The first label (closest to the plug connector) shall

identify the device and socket to which the plug is to be connected. The

second label shall identify the device and socket to which the opposite

end of the cable is connected.

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.12.1

D25

23-SAMSS-010

Sec, 7.4.1

and 34-SAMSS-

820, Sec. 8.11

I/O and interconnecting wiring shall be tagged at each end with two

identification tags (or the two may be combined into one tag with

sufficient separation between wire numbers). The first tag (closest to theend of the wire) shall identify the terminal number to which the wire is

physically connected. The second tag shall identify the terminal number

to which the opposite end of the wire is connected.

23-SAMSS-010


820, Sec. 8.12.2

D27

E3 Terminals shall be made of fire retardant, halogen free, high strengthmaterial such as polyamide or equivalent in accordance with UL 94, V0.

Brittle materials such as melamine shall not be used.

23-SAMSS-010


820, Sec. 8.9.3

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E20Circuit Boards:It shall not be necessary to remove power or field wiring

to replace a process control or input/output module.

23-SAMSS-010

Sec, 7.6.1

E21 Each circuit board shall be identified by part or type number.23-SAMSS-010

Sec, 7.6.2

E22 Card slots shall be labeled with an identification number or letter.23-SAMSS-010

Sec, 7.6.3

E24

The Contractor to produce the SAT (Site Acceptance Testing)

documents developed by the Vendor for verification and witnessing the

testing.

23-SAMSS-010

Sec, 21.5

E23

The type of card in each slot shall be indicated either by labels on the

card slots or a drawing or table securely attached to the inside of each

cabinet door.

F1

Equipment Mounted Internal to the Outdoor Cabinet shall operate

continuously under the following humidity conditions. Relative Humidity:

Minimum 5% Maximum 95% (non-condensing)

34-SAMSS-821

Sec, 4.1.1

F2

Portions of Equipment that are mounted externally on the Outdoor

Cabinet shall operate continuously under the conditions sporadic water

spray such as from rain.

34-SAMSS-821

Sec, 4.1.2

F334-SAMSS-821

Sec, 4.1.2

F334-SAMSS-821

Sec, 4.1.2

F4

The vendor to provide certificating that the PLC System meet the typical

dust (particulate) and gaseous concentration levels in the air as

specified in 34-SAMSS-821, Sec 4.3 Attachment 1

34-SAMSS-821

Sec, 4.1.1

E19

The ground bus bars shall be labeled as follows: c) "DC REFERENCEGROUND" (i.e., for all DC analog/digital commons). Interconnections

between DC common consolidation points and the bus bar shall be

minimum 18 AWG copper wire, insulation to be green or green with

yellow tracer.

23-SAMSS-010

Sec, 7.5.2.5(c)

23-SAMSS-010

Sec, 7.6.4

F Outdoor PLC Control Cabinet-Requirements

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F5

Offshore and Nearshore Environment Equipment which is not enclosedor hermetically sealed, but is situated offshore or nearshore, shall be

protected against corrosion and operational failure due to wind-borne sea

water spray and the accumulation of wetted salt (NaCl). Nearshore is

defined as any outdoor, onshore location within one kilometer from the

shoreline of the Arabian Gulf; all of the Ras Tanura Refinery and

Terminal; and within three kilometers from the shoreline of the Red Sea.

34-SAMSS-821

Sec, 4.2

F6

Enclosures shall meet the requirements of this Section.

In outdoor plant areas, within the perimeter of process units,

enclosures shall be:

(a) NEMA 250/NEMA ICS 6 Type 4; or

(b) NEMA Type 3 manufactured copper free cast aluminum (0.4 of 1%

maximum), or plastic (including fiberglass); or

(c) IEC 60529 Type IP65 or better.

34-SAMSS-821

Sec, 5.1.1

F7

Enclosures shall meet the requirements of this Section.

In outdoor plant areas, outside the perimeterof process units, and

other industrial areas, enclosures shall be:

(a) NEMA Type 3 or 4; or

(b) IEC 60529 Type IP54 or better.

34-SAMSS-821

Sec, 5.1.2

F8

Enclosures shall meet the requirements of this Section. In outdoor plant

and other industrial areas located in severe corrosive environments as

defined in Paragraph 4.2, enclosures shall be:

(a) NEMA Type 4X (except galvanized and/or painted or coated carbon

steel sheet metal enclosures are not permitted); or

(b) NEMA Type 3 or 4, manufactured of copper free cast aluminum (0.4

of 1% copper maximum), or plastic (including fiberglass); or

(c) IEC 60529 Type IP65 or better, manufactured of stainless steel (Type

304 or better), copper free cast aluminum, or plastic (including

fiberglass). Commentary Note 5.1.3: In outdoor plant and other industrialareas located in severe corrosive 5.1.3 supersedes Paragraphs 5.1.1

and 5.1.2

34-SAMSS-821

Sec, 5.1.3

F9

In outdoor non-industrial areas, enclosures shall be:

(a) NEMA Type 3R, 3 or 4; or

(b) IEC 60529 Type IP34 or better.

34-SAMSS-821

Sec, 5.1.4

F10

Enclosures that are rated (a) NEMA Type 3, 4 or 4X, or (b) IEC 60529

Type IP54, or better, shall have Type 300 Series stainless steel

hardware. Exception: Aluminum enclosures may have aluminum or

aluminum alloy hinges.

34-SAMSS-821

Sec, 5.1.5

F11

The classification of the area in which the panel will be used, shall be

specified in the Purchase Order. The panel, materials, and equipment

required for the electrical wiring and installation within the control panel

shall be suitable for use in the specified area.

34-SAMSS-821

Sec, 5.2.1

F12

Conduit Entry: The entry (on non-explosion proof cabinets) shall have a

removable blank gland plate as specified in the Purchase Order for

Buyer's conduit entry.

34-SAMSS-821

Sec, 5.2.3

F13Elevated outdoor control cabinets shall normally have conduit entry from

the bottom.

34-SAMSS-821

Sec, 5.2.2.2.

F14 Relays shall be hermetically sealed.34-SAMSS-821

Sec, 5.2.3

F15

Pushbuttons and Lights: Pushbuttons, pilot lights and switches shall be

heavy duty, oiltight, and shall meet the area classification of the installed

location.

34-SAMSS-821

Sec, 5.2.4

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8. Saudi Arabian Oil Company General Instructions Manual G.I.400.00107/03/1999.

3. 34-SAMSS-830. Programmable Logic Controller, 29 January,2003

1. Schedule G -- Material, Tools and Equipment (Pro Forma MP-IK-LS Contract), July 1993REFERENCE DOCUMENTS:

2. Schedule Q -- Quality Requirements (Pro Forma Contract), November 2003

4. 34-SAMSS-821- Instrument Control Cabinets - Outdoor 29, May 2002

5. 23-SAMSS-010 Distributed Control Systems, 31 October, 1999.

6. 34-SAMSS-820- Instrument Control Cabinets - Indoor 29, May 2002

7. SAES-Z-001 Process Control Systems, 28 January, 2004

ATTACHMENTS:

1. Attachment-1 Air -borne dust concentration and contaminant levels 34-SAMSS-821 Sec 4.3

2. Attachment 2 --Segregation of parallel wiring internal to cabinets

NOTES:

1. Approved- Acceptable to the authority having jurisdiction (i.e., Saudi Aramco ID).

2. Identified- Recognizable as suitable for the specific application by a qualified testing laboratory (i.e., listing and/or labeling).

3. Listed - Equipment and materials included in a list published by an approved qualified organization concerned with evaluation of products

or services, that maintains periodic inspection of production of listed equipment or materials or periodic evaluation of services, and whose listin

that the equipment, material, or services either meets appropriate designated standards or has been tested and found suitable for a specified

4. Labeled - Equipment or materials to which has been attached a label, symbol, or other identifying mark of an approved qualified organization

with product evaluation, that maintains periodic inspection of production of labeled equipment or materials, and by whose labeling the

indicates compliance with appropriate standards or performance in a specified manner.

Contractor / Third-Party Saudi AramcoConstruction Representative* PMT Representative

QC Record Reviewed Work Veri fied

QC Inspector PID Representative

Name, Initials and Date:

Work is Complete and Ready for Inspection:


T&I Witnessed


Performed Inspection Work / Rework May Proceed


T&I Witnessed QC Record Reviewed Work Verified

*Person Responsible for Completion of Quality Work / Test Y = YES N = NO F = FA

QC Supervisor Proponent and Others

Name, Sign and Date:

Quality Record Approved:Name, Organization,

Initials and Date:

T&I Witnessed QC Record Reviewed Work Verified

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Attachment 2 --Segregation of parallel wir ing internal to cabinets

1. Attachment 1 -Contaminant levels specif ied in SAES-A-112



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Documents

SAIC-J- 6806 -Rev 0