Kiklopgs will lead the checking of the as-built drawings for systems location and functionality. The document outlines the as-built inspection process and methodology for checking electrical and mechanical systems. Resources include lead managers and engineers for different disciplines. Checklists are provided to verify locations and installations of components like AHUs, lighting, BMS panels, plumbing, fire dampers, and sprinklers against the as-built drawings.
This document outlines the engineering documentation required for instrument engineering on a project. It lists various plans, diagrams, schedules, calculations and specifications needed including P&I diagrams, instrument data sheets, loop diagrams, cable schedules, power distribution calculations, DCS/PLC specifications, certificates and procedures for loop checking, air conditioning specifications and hooking up instruments.
Zaheer us cv automation specialist 22 01-15 Zaheer Usman
The document provides a summary of experience for an instrumentation and control professional with over 16 years of experience in oil and gas exploration and production fields and crude oil refineries. The professional has extensive experience supervising and rectifying instrumentation and control systems. Their experience includes maintenance, calibration, and troubleshooting of various field instruments and control systems. They also have experience with automation software, including DCS, PLC, SCADA, and CMMS systems.
Vivek Kumar Karn has over 11 years of experience in control and instrumentation. He has worked as a Manager of Instrumentation at a gasification plant and as a Senior Engineer for a process automation company. He has a Bachelor's degree in Electronics. He has expertise in engineering, construction, commissioning, control systems, calibration, and various field instruments.
The document lists numerous standards and protocols from various organizations that relate to instrumentation and process control. It covers standards from SABS, API, ASME, ANSI, NF, CFR, ASTM, FCI, ISA, IEEE, EIA, EN, NEMA, NFPA, BS, IEC, ISO, and NACE. The quality assurance section specifies that test certification must come from organizations such as UL, FM, SABS, CSA, or BASEEFA.
The most accurate and flexible temperature data acquisition system for the fa...Fluke Calibration
Data acquisition in the factory or temperature calibration in the lab? The 1586A Super-DAQ lets you do both! The 1586A is a versatile instrument that can be easily configured for use in the factory or benchtop. It features excellent temperature measurement accuracy, four modes of operation, real-time graphing of up to four channels simultaneously, data portability and security, and the capability to control Fluke Calibration dry-wells and baths for automated calibration routines.
Shams Perwez Ahmad has over 20 years of experience in instrumentation and electrical supervision roles. He has worked on numerous oil, gas, and industrial projects involving design, installation, testing, and commissioning of instrumentation and control systems. Some of his areas of expertise include DCS, PLC, safety, and telemetry systems for hazardous areas. He is knowledgeable in project management, design engineering, procurement, maintenance, and safety. Currently seeking a new role, he has extensive experience working with companies in the Middle East and remains willing to relocate for the right opportunity.
1) Sayed Bessat Eid El kady is an Egyptian instrumentation and control engineer with over 15 years of experience working in power plants.
2) He has worked on numerous projects in Egypt and Saudi Arabia, holding positions like I&C commissioning engineer, instrument maintenance engineer, and construction engineer.
3) His experience includes working with control systems from companies like Siemens, GE, Alstom, and Emerson, as well as instrumentation including transmitters, valves, vibration monitoring, and DCS.
RETICOM SOLUTION: Power plants and steam generatorsMahdi Karami
RETICOM SOLUTION provides a vast range of engineering services for design and performance estimation of power plants and steam generators as well as failure diagnosis services.
This document outlines the engineering documentation required for instrument engineering on a project. It lists various plans, diagrams, schedules, calculations and specifications needed including P&I diagrams, instrument data sheets, loop diagrams, cable schedules, power distribution calculations, DCS/PLC specifications, certificates and procedures for loop checking, air conditioning specifications and hooking up instruments.
Zaheer us cv automation specialist 22 01-15 Zaheer Usman
The document provides a summary of experience for an instrumentation and control professional with over 16 years of experience in oil and gas exploration and production fields and crude oil refineries. The professional has extensive experience supervising and rectifying instrumentation and control systems. Their experience includes maintenance, calibration, and troubleshooting of various field instruments and control systems. They also have experience with automation software, including DCS, PLC, SCADA, and CMMS systems.
Vivek Kumar Karn has over 11 years of experience in control and instrumentation. He has worked as a Manager of Instrumentation at a gasification plant and as a Senior Engineer for a process automation company. He has a Bachelor's degree in Electronics. He has expertise in engineering, construction, commissioning, control systems, calibration, and various field instruments.
The document lists numerous standards and protocols from various organizations that relate to instrumentation and process control. It covers standards from SABS, API, ASME, ANSI, NF, CFR, ASTM, FCI, ISA, IEEE, EIA, EN, NEMA, NFPA, BS, IEC, ISO, and NACE. The quality assurance section specifies that test certification must come from organizations such as UL, FM, SABS, CSA, or BASEEFA.
The most accurate and flexible temperature data acquisition system for the fa...Fluke Calibration
Data acquisition in the factory or temperature calibration in the lab? The 1586A Super-DAQ lets you do both! The 1586A is a versatile instrument that can be easily configured for use in the factory or benchtop. It features excellent temperature measurement accuracy, four modes of operation, real-time graphing of up to four channels simultaneously, data portability and security, and the capability to control Fluke Calibration dry-wells and baths for automated calibration routines.
Shams Perwez Ahmad has over 20 years of experience in instrumentation and electrical supervision roles. He has worked on numerous oil, gas, and industrial projects involving design, installation, testing, and commissioning of instrumentation and control systems. Some of his areas of expertise include DCS, PLC, safety, and telemetry systems for hazardous areas. He is knowledgeable in project management, design engineering, procurement, maintenance, and safety. Currently seeking a new role, he has extensive experience working with companies in the Middle East and remains willing to relocate for the right opportunity.
1) Sayed Bessat Eid El kady is an Egyptian instrumentation and control engineer with over 15 years of experience working in power plants.
2) He has worked on numerous projects in Egypt and Saudi Arabia, holding positions like I&C commissioning engineer, instrument maintenance engineer, and construction engineer.
3) His experience includes working with control systems from companies like Siemens, GE, Alstom, and Emerson, as well as instrumentation including transmitters, valves, vibration monitoring, and DCS.
RETICOM SOLUTION: Power plants and steam generatorsMahdi Karami
RETICOM SOLUTION provides a vast range of engineering services for design and performance estimation of power plants and steam generators as well as failure diagnosis services.
Saif Elnasr Ismail is an electrical, instrumentation and control engineer with 17 years of experience in the Middle East focusing on power generation, GIS substations, desalination plants and distribution. He has expertise in design, construction, commissioning, operation and maintenance. His experience includes projects for power and water companies in Saudi Arabia and Egypt. He is seeking new opportunities as an engineering professional.
Brij Mohan has over 10 years of experience in instrumentation and control engineering. He has expertise in project management, instrumentation, control systems, commissioning, and maintenance. Some of his roles include overseeing projects from conceptualization to execution, reviewing engineering documents, and ensuring smooth plant operations.
The document provides an overview of the APC200 controller, which is used to control Spicer Off Highway Products ECM powershift transmissions. It discusses the naming convention for CAN2B controllers, an overview of the APC200 controller including communication, parameter settings, and functions. It also describes the display, diagnostics, and testing capabilities of the APC200 controller.
Ahmed Adel Said is an instrumentation engineer with over 10 years of experience working in the oil and gas industry in Egypt. He has worked as a senior instrumentation engineer at Qarun Petroleum Company since 2012 where he is responsible for production wells, central processing facilities, and shipping pumps. Prior to that, he worked as an automation engineer at Cairo Oil Refining Company from 2009 to 2012 where he installed and maintained control systems. He holds a Bachelor of Science degree in electrical engineering from University of Benha.
C:\documents and settings\jmason\my documents\avtron metals ind. capabilitie ...guest796b72f
Avtron is a privately owned U.S. company founded in 1953 with $85 million in annual sales specializing in industrial automation for metals processing. They have 410 employees across 4 manufacturing plants serving global customers. Avtron provides automation systems including AC and DC drives, process diagnostic systems, and custom system integration for applications such as rolling mills, casting, and furnaces.
This document is a resume for Veneric M. Rentoria applying for the position of HVAC Technician. It includes his personal details like name, address, contact information as well as his educational background which includes a Bachelor of Science in Electronics & Communications Engineering. It also outlines his extensive work experience in roles like HVAC Technician, Electronics Technician, and Plant Mechanic where he performed tasks like installation, operation, maintenance and repair of HVAC, refrigeration, and electrical systems. His skills include areas like auto and bus electrical work, gas and diesel mechanics, and air conditioning repair among others.
Christopher Delgado has over 10 years of experience in instrumentation and automation engineering. He has worked on projects involving PLC and DCS systems for various industries. His background includes working with Allen Bradley, Siemens, and Honeywell control systems. He is proficient in calibrating and maintaining various field instruments including pressure, temperature, level, and flow transmitters. He holds a Bachelor's degree in Electronics and Communications Engineering and is currently seeking a position where he can continue developing his skills.
This curriculum vitae is for Mahmud Ali Mohammed Sola, a Libyan national currently working as the Acting Supervisor of the Automation Section at Waha Oil Company in Tripoli, Libya. Sola has over 20 years of experience in instrumentation, control systems, and SCADA systems. He has an MSc in Automation and Control from Newcastle University and a BSc in Electrical and Electronic Engineering. At Waha Oil Company, Sola has led major upgrade projects and provides support for operations. He is responsible for instrumentation and control system upgrades across all of Waha Oil Company's facilities.
This document contains the resume of Ahmed Mahmoud Fahmy Elgayed. It lists his personal details such as date of birth, education history including a BSc in Electrical Engineering from Zagazig University in Egypt. It also outlines his work experience as an electrical and instrument engineer at the Egyptian Maintenance Company (EMC) where he has worked on various projects in the petroleum sector since 2008. The document provides details of his roles and responsibilities on these projects. It also lists his skills which include language abilities in Arabic and English, computer skills, and additional skills such as communication, problem solving and teamwork.
The document describes the functional verification of a CAN controller design. It discusses verifying that the design meets the CAN specification through the creation of a flexible verification environment using a combination of black box, white box and grey box verification approaches. The environment contains test cases, emulators to simulate the microcontroller and CAN nodes, and a response checker. A variety of test categories and procedures are used to verify behaviors like message framing, arbitration, error detection and signaling.
Intertest Ltd. is an engineering company specializing in substation design, commissioning, and testing. They have extensive experience in medium and high voltage substations. The company has achieved ISO 9001 and OHSAS 18001 certification for their design, engineering, testing, and commissioning services. Intertest has a team of highly skilled professionals and a variety of calibrated equipment to perform their services to high quality standards.
Design & Engineering is an integral part of the implementation of Solar Projects.
Engineering drawings & documents convey specifications, construction methodology, dimensions, tolerances etc capturing the scope of works and presenting a first-hand idea on the final by product that would be constructed.
The document provides an overview of Ernst de Villiers' EIT evaluation presentation covering various departments within Eskom's power plant maintenance division. It discusses:
1) Eskom's life saving rules and departments visited including power plant maintenance, standards implementation, and control plant maintenance-metering.
2) Key aspects of the power plant maintenance department including voltage regulators, reclosers, and the standards and processes around their maintenance and operation.
3) The role and processes of the standards implementation department relating to technical forums, non-conformance reporting, and material inspections.
This document discusses substation commissioning, which involves proving the proper operation of newly installed, replaced, modified, or repaired substation equipment before placing it into service. It outlines the commissioning process, including safety procedures, levels of commissioning based on complexity, creating checklists, and testing components like circuit breakers, transformers, relays, and communication systems through steps like DC checks, AC checks, trip checks, and point-to-point testing to ensure all new devices operate as intended before energization. Thorough planning and documentation are emphasized to ensure a successful commissioning.
Electrical & MEP Design - Study material.pdfsureshrajan38
The document provides information on mechanical, electrical, and plumbing (MEP) systems for buildings. It discusses the roles of mechanical, electrical, and public health engineering in building design and construction. It also outlines some common challenges in MEP coordination and design, including limited building space, construction schedules, and lack of skilled workers. Additionally, it provides cost breakdowns for typical MEP systems, lists various electrical components and their specifications, and discusses standards and best practices for electrical design, installation, and testing.
Commissioning of Electrical Equipment or systems.pptAlemayehuAsmare
This document discusses the commissioning process and tests for various electrical equipment, including current transformers, voltage transformers, circuit breakers, isolators, switchgear, busbars, cables, and protection relays. It provides checklists of tests and inspections to ensure equipment is properly installed and functioning correctly before being placed into service. These tests help demonstrate equipment was not damaged during transit, is installed correctly, meets specifications, and protections are correctly set based on calculations.
110921 commissioning of offshore installationslaithu2908
This document discusses the commissioning process for offshore installations built in yards. It covers the total commissioning activity and defines the key phases of mechanical completion, pre-commissioning and commissioning. Mechanical completion involves verifying construction work is complete according to design. Pre-commissioning verifies functionality and system integration. Commissioning verifies systems are ready for operation. The document provides details on planning, organization and activities for each phase. Estimates suggest 95-105 systems for an FPSO requiring around 135,000-145,000 hours for commissioning, taking around 6 months with a team of 90 people. Addressing issues can help improve estimates over time.
Loop diagrams are schematic representations of instrumentation and control circuits used in process control systems. They show all electrical, pneumatic and physical connections for a loop including signal, power and utility connections. Key elements shown are field devices, control panels, junction boxes and terminal identification. Instrument action (direct or reverse) and energy supplies such as air, power and hydraulic are also identified. Guidelines specify that one loop should be depicted per drawing and that standard symbols are used to represent components and connections.
This document provides information on various piping drawings used in piping design and installation. It discusses process flow diagrams (PFDs), piping and instrumentation diagrams (P&IDs), piping isometrics, plot plans, and general arrangement drawings. PFDs show the major equipment and process flows at a high level, while P&IDs provide more detailed piping information along with instrumentation and control schemes. Piping isometrics are used for fabrication and show piping runs at an angle for clarity. General arrangement drawings indicate equipment locations and piping layouts from a plan view. Together these drawings provide the necessary information for proper piping system design, installation, and operation.
Krishnaprasad Keekan Kamalaksha is an electrical engineer from India seeking a senior position. He has 9 years experience in electrical design, engineering, procurement, construction and commissioning of power systems for oil, gas and petrochemical plants. His experience includes projects in Saudi Arabia and India. He is proficient in engineering software like ETAP, AutoCAD and has a Bachelor's degree in Electrical Engineering.
What Constittutes a Cuality Commissioning jobjoseph william
This document provides an overview of commissioning services for a construction project. It discusses the importance of being involved early in the pre-construction phase to help define the owner's requirements. It also outlines the commissioning process, including conducting design reviews, developing checklists and test procedures, overseeing construction installation, performing functional testing, and providing owner training and documentation. The document emphasizes the importance of thorough documentation throughout the construction and acceptance phases to ensure all systems meet the specified requirements.
Saif Elnasr Ismail is an electrical, instrumentation and control engineer with 17 years of experience in the Middle East focusing on power generation, GIS substations, desalination plants and distribution. He has expertise in design, construction, commissioning, operation and maintenance. His experience includes projects for power and water companies in Saudi Arabia and Egypt. He is seeking new opportunities as an engineering professional.
Brij Mohan has over 10 years of experience in instrumentation and control engineering. He has expertise in project management, instrumentation, control systems, commissioning, and maintenance. Some of his roles include overseeing projects from conceptualization to execution, reviewing engineering documents, and ensuring smooth plant operations.
The document provides an overview of the APC200 controller, which is used to control Spicer Off Highway Products ECM powershift transmissions. It discusses the naming convention for CAN2B controllers, an overview of the APC200 controller including communication, parameter settings, and functions. It also describes the display, diagnostics, and testing capabilities of the APC200 controller.
Ahmed Adel Said is an instrumentation engineer with over 10 years of experience working in the oil and gas industry in Egypt. He has worked as a senior instrumentation engineer at Qarun Petroleum Company since 2012 where he is responsible for production wells, central processing facilities, and shipping pumps. Prior to that, he worked as an automation engineer at Cairo Oil Refining Company from 2009 to 2012 where he installed and maintained control systems. He holds a Bachelor of Science degree in electrical engineering from University of Benha.
C:\documents and settings\jmason\my documents\avtron metals ind. capabilitie ...guest796b72f
Avtron is a privately owned U.S. company founded in 1953 with $85 million in annual sales specializing in industrial automation for metals processing. They have 410 employees across 4 manufacturing plants serving global customers. Avtron provides automation systems including AC and DC drives, process diagnostic systems, and custom system integration for applications such as rolling mills, casting, and furnaces.
This document is a resume for Veneric M. Rentoria applying for the position of HVAC Technician. It includes his personal details like name, address, contact information as well as his educational background which includes a Bachelor of Science in Electronics & Communications Engineering. It also outlines his extensive work experience in roles like HVAC Technician, Electronics Technician, and Plant Mechanic where he performed tasks like installation, operation, maintenance and repair of HVAC, refrigeration, and electrical systems. His skills include areas like auto and bus electrical work, gas and diesel mechanics, and air conditioning repair among others.
Christopher Delgado has over 10 years of experience in instrumentation and automation engineering. He has worked on projects involving PLC and DCS systems for various industries. His background includes working with Allen Bradley, Siemens, and Honeywell control systems. He is proficient in calibrating and maintaining various field instruments including pressure, temperature, level, and flow transmitters. He holds a Bachelor's degree in Electronics and Communications Engineering and is currently seeking a position where he can continue developing his skills.
This curriculum vitae is for Mahmud Ali Mohammed Sola, a Libyan national currently working as the Acting Supervisor of the Automation Section at Waha Oil Company in Tripoli, Libya. Sola has over 20 years of experience in instrumentation, control systems, and SCADA systems. He has an MSc in Automation and Control from Newcastle University and a BSc in Electrical and Electronic Engineering. At Waha Oil Company, Sola has led major upgrade projects and provides support for operations. He is responsible for instrumentation and control system upgrades across all of Waha Oil Company's facilities.
This document contains the resume of Ahmed Mahmoud Fahmy Elgayed. It lists his personal details such as date of birth, education history including a BSc in Electrical Engineering from Zagazig University in Egypt. It also outlines his work experience as an electrical and instrument engineer at the Egyptian Maintenance Company (EMC) where he has worked on various projects in the petroleum sector since 2008. The document provides details of his roles and responsibilities on these projects. It also lists his skills which include language abilities in Arabic and English, computer skills, and additional skills such as communication, problem solving and teamwork.
The document describes the functional verification of a CAN controller design. It discusses verifying that the design meets the CAN specification through the creation of a flexible verification environment using a combination of black box, white box and grey box verification approaches. The environment contains test cases, emulators to simulate the microcontroller and CAN nodes, and a response checker. A variety of test categories and procedures are used to verify behaviors like message framing, arbitration, error detection and signaling.
Intertest Ltd. is an engineering company specializing in substation design, commissioning, and testing. They have extensive experience in medium and high voltage substations. The company has achieved ISO 9001 and OHSAS 18001 certification for their design, engineering, testing, and commissioning services. Intertest has a team of highly skilled professionals and a variety of calibrated equipment to perform their services to high quality standards.
Design & Engineering is an integral part of the implementation of Solar Projects.
Engineering drawings & documents convey specifications, construction methodology, dimensions, tolerances etc capturing the scope of works and presenting a first-hand idea on the final by product that would be constructed.
The document provides an overview of Ernst de Villiers' EIT evaluation presentation covering various departments within Eskom's power plant maintenance division. It discusses:
1) Eskom's life saving rules and departments visited including power plant maintenance, standards implementation, and control plant maintenance-metering.
2) Key aspects of the power plant maintenance department including voltage regulators, reclosers, and the standards and processes around their maintenance and operation.
3) The role and processes of the standards implementation department relating to technical forums, non-conformance reporting, and material inspections.
This document discusses substation commissioning, which involves proving the proper operation of newly installed, replaced, modified, or repaired substation equipment before placing it into service. It outlines the commissioning process, including safety procedures, levels of commissioning based on complexity, creating checklists, and testing components like circuit breakers, transformers, relays, and communication systems through steps like DC checks, AC checks, trip checks, and point-to-point testing to ensure all new devices operate as intended before energization. Thorough planning and documentation are emphasized to ensure a successful commissioning.
Electrical & MEP Design - Study material.pdfsureshrajan38
The document provides information on mechanical, electrical, and plumbing (MEP) systems for buildings. It discusses the roles of mechanical, electrical, and public health engineering in building design and construction. It also outlines some common challenges in MEP coordination and design, including limited building space, construction schedules, and lack of skilled workers. Additionally, it provides cost breakdowns for typical MEP systems, lists various electrical components and their specifications, and discusses standards and best practices for electrical design, installation, and testing.
Commissioning of Electrical Equipment or systems.pptAlemayehuAsmare
This document discusses the commissioning process and tests for various electrical equipment, including current transformers, voltage transformers, circuit breakers, isolators, switchgear, busbars, cables, and protection relays. It provides checklists of tests and inspections to ensure equipment is properly installed and functioning correctly before being placed into service. These tests help demonstrate equipment was not damaged during transit, is installed correctly, meets specifications, and protections are correctly set based on calculations.
110921 commissioning of offshore installationslaithu2908
This document discusses the commissioning process for offshore installations built in yards. It covers the total commissioning activity and defines the key phases of mechanical completion, pre-commissioning and commissioning. Mechanical completion involves verifying construction work is complete according to design. Pre-commissioning verifies functionality and system integration. Commissioning verifies systems are ready for operation. The document provides details on planning, organization and activities for each phase. Estimates suggest 95-105 systems for an FPSO requiring around 135,000-145,000 hours for commissioning, taking around 6 months with a team of 90 people. Addressing issues can help improve estimates over time.
Loop diagrams are schematic representations of instrumentation and control circuits used in process control systems. They show all electrical, pneumatic and physical connections for a loop including signal, power and utility connections. Key elements shown are field devices, control panels, junction boxes and terminal identification. Instrument action (direct or reverse) and energy supplies such as air, power and hydraulic are also identified. Guidelines specify that one loop should be depicted per drawing and that standard symbols are used to represent components and connections.
This document provides information on various piping drawings used in piping design and installation. It discusses process flow diagrams (PFDs), piping and instrumentation diagrams (P&IDs), piping isometrics, plot plans, and general arrangement drawings. PFDs show the major equipment and process flows at a high level, while P&IDs provide more detailed piping information along with instrumentation and control schemes. Piping isometrics are used for fabrication and show piping runs at an angle for clarity. General arrangement drawings indicate equipment locations and piping layouts from a plan view. Together these drawings provide the necessary information for proper piping system design, installation, and operation.
Krishnaprasad Keekan Kamalaksha is an electrical engineer from India seeking a senior position. He has 9 years experience in electrical design, engineering, procurement, construction and commissioning of power systems for oil, gas and petrochemical plants. His experience includes projects in Saudi Arabia and India. He is proficient in engineering software like ETAP, AutoCAD and has a Bachelor's degree in Electrical Engineering.
What Constittutes a Cuality Commissioning jobjoseph william
This document provides an overview of commissioning services for a construction project. It discusses the importance of being involved early in the pre-construction phase to help define the owner's requirements. It also outlines the commissioning process, including conducting design reviews, developing checklists and test procedures, overseeing construction installation, performing functional testing, and providing owner training and documentation. The document emphasizes the importance of thorough documentation throughout the construction and acceptance phases to ensure all systems meet the specified requirements.
TechnoQuest is an electromechanical engineering company based in Surat, India that provides services related to electrical systems, automation, and instrumentation. It offers turnkey solutions for projects involving electrical equipment installation, testing, and commissioning. The company's services include HV/LV panel installation, cable laying and jointing, transformer commissioning, generator installation, structured cabling, fire alarms, security systems, and more.
"Performance Monitoring for Efficiency" presents an ongoing commissioning process to ensure buildings stay energy efficient over time.
Tom Anderson's and Emily Cross' presentation at the 2012 Better Buildings by Design Conference uses the Burlington International Airport as a case study.
Tools and Techniques for Commissioning and Maintaining PV SystemsTranscat
This course will review the tests to perform, the science behind why they are necessary, and the appropriate tools to conduct them, including digital multimeters, clamp meters, thermal imaging, insulation resistance, I-V curve tracers, irradiance meters, power quality, and solar asset management software.
WEES Electrical & Instrumentation Company Profile.Ferdie Erasmus
W.E.E.S Electrical & Instrumentation is an electrical, instrumentation, and civil construction company based in Witbank, South Africa. The company provides a wide range of services including electrical and instrumentation installation, maintenance, panel building, mining services, housing and steel construction, hydraulics, and civil works. It has over 20 years of experience serving clients in the mining, industrial, and housing sectors. The company is owned and operated by Ferdinand Erasmus, Ferdinand Erasmus Jr., and Nico Smit.
The document discusses commissioning of offshore installations in building yards. It covers the total commissioning activity and defines the key phases of mechanical completion, pre-commissioning, and commissioning. Mechanical completion involves verifying construction meets design requirements through testing. Pre-commissioning focuses on verifying system functionality and instrument calibration. Commissioning execution involves final checks before handover to operations. Effective planning is critical to the success of each phase.
The document discusses the Supervisory Control and Data Acquisition (SCADA) system used by Indian Railways to control electric traction supply. Some key points:
- SCADA allows centralized control of circuit breakers and switching stations along tracks from remote control centers. It also acquires field data.
- The system includes remote terminal units (RTUs) in the field, communication networks, and a central control room with workstations and servers.
- It monitors and controls over 17,000 km of electrified tracks through around 53 remote control centers.
- SCADA uses protocols like IEC-870-5 for communication between the control center and RTUs to ensure interoperability between vendors.
Hawman Container Services is an ISO 9001:2008 certified manufacturing company located in Barrie, Ontario with over 120,000 square feet of manufacturing space across three locations. They have extensive engineering and manufacturing capabilities including API 650 tank design, piping system design, 3D modeling, welding, and turnkey modular fluid handling systems. Their products and services include custom fluid handling equipment, pressure vessels, API tanks, pumping systems, and structural supports for industries including oil and gas, mining, and chemical processing.
The document provides a resume for Manoj N. Ahire, who has experience as a Project Manager for SCADA systems used in solar power plants and other industries. It summarizes his responsibilities for various SCADA projects in India and the United States, which included designing control systems, configuring communication protocols, developing HMI displays, and performing testing and commissioning. It also lists his educational qualifications and previous work experience with automation companies.
1. OVERALL AS-BUILT CHECKING
PROCESS(WORK FLOW)
“Kiklopgs to take the lead on checking the systems location and
functionality in general refer to final “As Built” Drawings”.
Mar’16
KIKLOPGS
1
2. Table of Contents
As-Built Inspection Process……………………………………………… 1
Resources…………………………………………………………………… 5
Methodology of As-Built Checking……………………………………… 6
• Electrical……………………………………………………….6
•Mechanical…………………………………………………… 18
Appendix 1- List of As-Built Electrical….……………………………………. 28
Appendix 2- List of As-Built Mechanical…………………………................ 29
2
6. •AS-BUILT REVIEW (Check List)-ELECTRICAL
Bas AHU Control Panel Schematic
•Circuit , Supply and Return AHU Sensor and AHU and
DDC panel Tagging and Numbering Verification.
•All Supply and Return AHU sensor hardware
connections in panel and wiring and terminal
verification.
•Overall DDC Panel Internal Details.
•Internal Wiring of the panel.
•Internal and External cabling Color coding.
•Legend/ Notes/ Abbreviations including correct
reference drawing verification
•Bill of Material.
•Comparison with the Equipment Schematic Diagram
and verification of connected equipment installation..
6
METHODOLOGY
7. Power Plans Layouts
•Socket designation/location/mounting height
verification
•Source of Power Supplied (Normal
,Essential ,UPS , etc)
•Socket type/IP grade/metal clad verification
•Circuit Numbering Verification (If applicable)
•Socket power source type/face plate labeling
verification
General Lighting & Control System
•Type of the lighting fixtures/locations
and designation
•Switch type/designation/location/height
verification
•Lighting control panels (Dimmer
Switch) type/height/designation
verification
•AVI interface location/accessibility
verification (If access to ceiling void is
provided by other to Kiklopgs) 7
•AS-BUILT REVIEW (Check List)-ELECTRICAL
8. Emergency Lighting Layouts
•Verification of Emergency lighting
fixture /locations and designation.
•Verification of Labeling
Single Line Diagrams
•Incoming and Outgoing Cable
Size/Tag/Type (If accessible only)
•CPC verification
•MCCB rating and set values.
•Verification of Spares and Spaces
Section drawings of Electrical Rooms
•Cable Size/Tag/Type layout verificaion
•Bus ducts /Cable Tray and Trunk
verification
•Electrical Panel Location and elevation
verification
•MCCB rating and set values 8
•AS-BUILT REVIEW (Check List)-ELECTRICAL
9. Lighting Control Schedules
•LDB Internal Details.
•Checking the modules and the CBs within LDB
•Internal Wiring of LDB
•Circuit Tags. (only label match is checked.
Confirmation of the correct control is not done)
•Terminal Numbers
•BMS-SCADA
•AHU DDC / DDC Tag Name
•DDC Panel Exterior View •DDC Panel Interior View
9
•AS-BUILT REVIEW (Check List)-ELECTRICAL
12. •ICT – ELV (Label and Location/Types Checking)
Access Control System (ACS)
Access Control
Reader (AC)
Actuator (ACT) Auto Door Censor (SS) Door Contact (Mg)
Input Module (IPM)
IP Access
Controller (ACC)
Magnetic Hold
Open
Output Module (OPM),
Input Control Module &
IP Encoder (IPE)
Power Supply Unit (PSU)
12
•AS-BUILT REVIEW (Check List)-ELECTRICAL
13. ICT - ELV
IP Indoor Camera
Ceiling Mount
IP Indoor Camera
Wall Mount
CCTV
•CCTV Camera location, label and Type verification.
•Analog CCTV Encoder Location and Label
•Access Control Card Reader location and label
•Access Control Magnetic Contact and Lock type
•Access Control Power Supply Unit, E400 Controller Label and Location
(Above Ceiling)
•Access Control V1000 Network location, Cabinet Label and I/O Cable Label
•Auto Door Opener Location and Sensor Position
•Access Control Actuator position and label
•Magnetic Held Open Door location. 13
•AS-BUILT REVIEW (Check List)-ELECTRICAL
14. ICT - ELV
Active & Passive Rack Elevation
6U Rack
12U Rack 42U Rack
•Rack location and label
•Active Elements (Ex. Switches, Analog Gateway etc) type, location in the
rack and label
•Passive Elements (Fiber Patch Panel, Copper Patch Panel & Cable Management)
type and location in the rack.
•Spare Unit
•No of Data Ports
•Rack Grounding
14
•AS-BUILT REVIEW (Check List)-ELECTRICAL
15. ICT - ELV
Data Port & Power Socket
LCD
Data Port
Data PointIPTV
Set Top Box
•TV Size, Location and Label
•TV mounted type – Wall/Ceiling mounted
•Set up Box and Label
•Data Port and Label
•Power Socket
•Data Port Type,
Height, Location,
Label
15
•AS-BUILT REVIEW (Check List)-ELECTRICAL
16. ICT - ELV
•NURSE CALL SYSTEM
•Staff Assist / Code Blue Station (SABS)
Location and Label
•Enhanced Single Patient Station (ESPS)
Location and Label
•Pull Cord (PC ) Type, Location and Label
•Corridor Light (CL) Type, Location and Label
•VOIP Nurse Console (NC) Location and Label
•Branch Regional Controller (BRC)
Location and Label
•8 Port Ethernet Switch (ES) Location and Label
•Wall Mounting Cabinet (WMS) Location and Label
•Power Supply Unit (PS) Location and Label
•Staff Terminal Station (STS) Location and Label
Pull Cord (PC)
Corridor Light (CL)Staff Assist / Code
Blue StationStaff Terminal Station (STS)VOIP Nurse Console (NC)
Wall Mounting Cabinet
(WMS)
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•AS-BUILT REVIEW (Check List)-ELECTRICAL
17. ICT - ELV
PUBLIC INFORMATION SCREENS
•Public Information Screen Type, Size, Location and Label
•Printer
•Media Player (MPL) Location and Label
•Data Port & Power Socket
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•AS-BUILT REVIEW (Check List)-ELECTRICAL
18. FCU location:
•Location and installation of FCU and Valve
Package
•Checking of FCU identification Tag number.
•Assessing the accessibility of FCU filter, motor
and Valves.
AHU Location and orientation:
•AHU Location and orientation as per the drawing.
•Checking of AHU identification Tag number as
per drawing.
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•AS-BUILT REVIEW (Check List)-MECHANICAL
19. FD & MSFD:
•Location and installation of Fire Damper and
Motorized Smoke and Fire Damper.
•Inspection of identification tag number of the
Dampers
VAV/CAV Locations:
•Location and installation of VAV, CAV.
•Assessing the accessibility to reach the VAV.
•Checking the identification Tag whether that
matches with drawing.
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•AS-BUILT REVIEW (Check List)-MECHANICAL
20. Sound Attenuators:
• Location and installation of the sound attenuators
Venturi Location:
•Location and installation of Venturi.
•Assessing the accessibility to reach the Venturi.
•Checking the identification Tag whether that
matches with drawing
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•AS-BUILT REVIEW (Check List)-MECHANICAL
21. Isolation valves:
• Location and installations of the isolation valves.
• Check for the accessibility of the Valves.
FCU Valve Locations:
• Location and installations of valves on the
chilled water supply and return lines.
• Check for the accessibility of the valves.
Plumbing and Drainage
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•AS-BUILT REVIEW (Check List)-MECHANICAL
22. Clean out:
•Location and installations of clean outs on the
above ground high and low level As-built
Drawings.
Thermostatic Mixing valve:
• Location and installations of the isolation valves.
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•AS-BUILT REVIEW (Check List)-MECHANICAL
23. Floor Drain:
• Location and installation of the floor drain
Pressure Reducing Valve:
• Location and installation of PRV
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•AS-BUILT REVIEW (Check List)-MECHANICAL
24. Trap Primer:
•Installation and location of the trap primer.
Thermostatic Circulating Valve:
•Location and installation of the TCV and check
• the accessibility
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•AS-BUILT REVIEW (Check List)-MECHANICAL
25. Pendants:
•Location and the installation of the Pendant
•Sprinklers.
Safety Valves:
•Installation and location of the safety valves.
•Check the accessibility of the valves.
FIRE FIGHTING
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•AS-BUILT REVIEW (Check List)-MECHANICAL
26. Below Duct Sprinkler:
•Location and the installation of the
Below Duct sprinkler.Upright sprinkler:
• Location and the installation of the Upright sprinkler.
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•AS-BUILT REVIEW (Check List)-MECHANICAL
27. Zone control valves:
•Installations and location of the zone control valves
and check the accessibility
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•AS-BUILT REVIEW (Check List)-MECHANICAL