WORK METHOD STATEMENT FOR LIGHTNING PROTECTION SYSTEM
TABLE OF CONTENTS
5. SAFETY REQUIREMENTS
6. QA/QC REQUIREMENTS
7. METHOD OF PREPARATION
This Work Method Statement for Lighting Protection System Procedure covers the new installed building and Substations in Package 1 Haradh Hawiyah Field Gas Compression Project.
The purpose of this procedure is to provide for the detailed requirements that shall be followed during Lightning Protection System Installation.
COMPANY : SAUDI ARAMCO
SAPMT : SAUDI ARAMCO PROJECT MANAGEMENT TEAM
SAPID : SAUDI ARAMCO PROJECT INSPECTION DIVISION
SAPOD : SAUDI ARAMCO POWER OPERATION DISTRIBUTION
SAES-P-111 Standard prescribe the mandatory requirements or design and installation of Grounding System and Lighting System for SAUDI ARAMCO facilities.
SAES-P-104 Wiring Method and Materials
Underwriters Laboratory 96, Lightning Protection Components
National Fire Protection Association 780 Lightning Protection Code
IFC Details Drawings: 510-P-BA-816995-001 REV 00, 510-P-BA-816995-002 REV 00, 510-P-BA-816995-003 REV 00, 510-P-BA-816995-004 REV 00, 510-P-BA-816995-005 REV 00, 510-P-BA-816995-006 REV 00, 510-P-BA-816995-007 REV 00, 510-P-BA-816995-008 REV 00
5. SAFETY REQUIREMENTS:
5.1. Ensure that the JSA job safety analysis is approved prior to start the activity work related to Lightning Protection System high level installation activities.
5.2. Conduct job safety talk before starting the work
5.3. Necessary safe work permit shall be obtained. All person involved in these activities shall wear complete Personal Protective Equipment (PPE) in accordance with safe work requirements.
5.4. Check adequacy and availability of all tools and equipment for high level installation activities.
5.5. Barricades and Signboards shall be installed around the working area to restrict from other not involved in these activities.
6. QA/QC REQUIREMENTS:
6.1. Contractor’s E&I Inspector shall verify all Lighting protection component shall be UL listed or labeled in accordance with UL 96 for lighting protection service or equivalent service or equivalent certification approved by the Coordinator of Electrical Engineering Division, Consulting Service Department.
6.2. Contractor’s E&I QC Inspector shall carefully check the work execution against all relevant drawings, applicable standards and specifications, Codes and Manufacturing Instruction Manual.
6.3. The quality control program shall be as per (SAES) Saudi Aramco Engineering Standards.
6.4. The detailed inspection stages and methods shall be as per the approved inspection and test plan.
6.5. All installed Lighting Protection System shall be inspected for elevation and routine as per approved IFC drawings.
6.6. Inspection and test plan must be submitted ahead of time for SAPMT, SAPID and Contractor’s
7. METHOD OF PREPARATION:
7.1. Experience Electrical Personnel to perform Lightning Protection System Installation.
7.2. Familiar of Exothermic or CADWELD Manufacturer Manual and Instructions.
7.3. Verified approved correct accessories material prior to use.
7.4. Assure the locations of the down conductors with the same locations of the earth risers conductor is correct as per approved IFC drawings.
7.5. Cable protected adequately. All adjacent sharp edges to removed
7.6. Cable connection point is appropriate.
7.7. All grounding and lighting installation shall be done in accordance with NFPA 780 UL 96A, IEE-998 or IEC 62305-1,2,3,4, SAUDI ARAMCO ENGINEERING STANDARDS SAES-P-104, SAES-P-111
7.8. The air terminal shall be UL Listed or Labeled in accordance with UL 96 for lightning protection service or have approved equivalent certification. SAES-P-111 Sec. 13.1
7.9. An air terminal may be of one-piece construction or may have several separate parts including: point (tip portion), elevation conductor, and base support. UL 96 Sec. 6.1 SAES-P-111 Sec. 13.1
7.10. Each air terminal shall be provided with integral base support or with not less than five full threads for attachment to the base support. UL 96 Sec. 6.4 SAES-P-111 Sec. 13.1
7.11. The air terminal shall be made of materials that are resistant to corrosion or protected against corrosion. NFPA 780 Sec. 4.2 SAES-P-104Sec. 4.2
7.12. Each down conductor shall terminate at dedicated lightning disconnecting / test link and grid lighting protection system located as shown in approved IFC drawings.
NFPA 780, Sec. 220.127.116.11 SAES-P-111 Sec. 13.1
7.13. Down conductors shall be as widely separated as practicable.
NFPA 780 Section 18.104.22.168 SAES-P-111Sec. 13.1
7.14. A slate fastener shall comply with the dimensional and material requirements.
UL 96 Sec. 15.7 SAES-P-111 Sec. 13.1
7.15. Down conductors entering corrosive Soil shall be protected by against corrosion by a protective covering PVC pipe beginning at a point 0.9 m (3 ft) 1 m above grade level at lightning disconnecting / test link and extending for their entire length up to 2 m below grade. NFPA 780 Section 4.9.12 SAES-P-111 Sec. 13.1 as shown in approved IFC drawings.
7.16. The down conductor shall be protected for a minimum distance of 1.8 m (6 ft) 2 m above grade level. NFPA 780 Section 22.214.171.124 SAES-P-111 Sec. 13.1 as shown in approved IFC drawings.
8.1. SATIP-P-111-02 Lightning Protection
8.2. SAIC-P-3750 Lightning Protection Air Terminals Material Receiving
8.3. SAIC-P-3751 Lightning Protection Ground Terminals Material Receiving
8.4. SAIC-P-3752 Lightning Protection Cable Material Receiving
8.5. SAIC-P-3753 Lightning Protection Accessories Material Receiving
8.6. SAIC-P-3754 Lightning Protection Air Terminals Installation
8.7. SAIC-P-3756 Lightning Protection Loop / Down / Bonding Conductor Installation
8.8. SAIC-P-3755 Lightning Protection Ground Terminals Installation
8.9. All inspection reports shall be filed at QA/QC department including test reports.
9.1. IFC Grounding System Drawing.
9.2. IFC Master Reference Grounding Drawing.