Method Of Statement For Electrical Systems

1.Method Statement for Cable Tray and Trunking System Installation

Method Statement for Cable Tray and Trunking System Installation

The method statement for cable tray and trunking system installation outlines the necessary steps, safety measures, and quality checks required for the proper installation of cable tray and trunking systems in a building or industrial project. The purpose is to ensure a systematic approach, maintaining compliance with project specifications, codes, and safety standards.

1. Scope of Work

This method statement covers the installation of:

• Cable trays (ladder type, perforated, solid-bottom).
• Cable trunking systems.
• All associated accessories and support systems.
• Routing of cables through the installed trays and trunking.

2. Materials and Tools Required

• Cable trays (ladder, perforated, solid type).
• Trunking (PVC, galvanized, or steel).
• Support brackets, hangers, clamps, and fixing materials.
• Nuts, bolts, washers, and other fixing hardware.
• Measuring tape, spirit level, drill machine, hacksaw, and cutting tools.
• Personal protective equipment (PPE) such as helmets, gloves, safety shoes, etc.

3. Preparation Work

• Obtain approved shop drawings and review them to understand the installation requirements.
• Verify site conditions to ensure they are suitable for installation.
• Mark the cable tray/trunking route according to the drawing, using measuring tools and chalk line.
• Identify potential obstructions and resolve them before installation.

4. Installation Procedure

Step 1: Setting Out and Marking

• Mark the cable tray and trunking routes on the walls, ceilings, or floor.
• Ensure markings align with the approved drawings and specification.

Step 2: Installation of Support System

• Fix the support brackets or hangers on the wall, ceiling, or floor at the required intervals.
• Use suitable anchors and screws as per the load-bearing capacity of the support.
• Ensure that supports are installed at intervals specified by the manufacturer or as per project requirements, usually every 1.2m to 1.5m for trays and trunking.
• Verify that supports are aligned and level using a spirit level.

Step 3: Installation of Cable Tray/Trunking

• Cut the cable trays or trunking to the required lengths using a hacksaw or cutting machine.
• Assemble the tray or trunking sections using couplers and screws.
• Secure the cable trays or trunking to the supports using appropriate fasteners.
• Ensure that all joints are aligned properly and secure, leaving no gaps or sharp edges.
• Install expansion joints at suitable intervals to allow for thermal expansion.

Step 4: Routing and Securing Cables

• Route cables through the installed cable trays and trunking as per the project specifications.
• Secure the cables with cable ties or clamps at intervals as required.
• Ensure that cables are neatly arranged without crossing over each other, to maintain a professional installation and easy identification.
• Maintain proper separation between power and data cables to prevent electromagnetic interference (EMI).

5. Quality Control and Inspection

• Check alignment, straightness, and proper fixing of the cable trays and trunking.
• Verify the appropriate spacing between supports.
• Ensure proper grounding of the cable trays to prevent electrical hazards.
• Verify the installation against the approved drawings and specifications.
• Inspect the cable tray and trunking installation for any sharp edges that could damage cables.

6. Safety Precautions

• Ensure that all personnel wear PPE during installation.
• Secure the work area with warning signs and barriers if required.
• Use ladders and scaffolds properly, and ensure they are stable.
• Ensure all electrical tools and equipment are in good condition and grounded.
• Follow safe lifting practices while handling heavy components.

7. Completion and Handover

• Once the installation is complete, perform a final inspection with the client or consultant.
• Prepare and submit inspection reports, and obtain approval from relevant parties.
• Clean the work area and remove any debris.
• Provide operation and maintenance manuals, if applicable.

This method statement provides a clear framework for ensuring the successful installation of cable tray and trunking systems, emphasizing safety, quality, and adherence to project specifications.

2.Method Statement for Hangers, Anchors, and Supports Installation for Services

Method Statement for Hangers, Anchors, and Supports Installation for Services

The method statement for installing hangers, anchors, and supports is intended to ensure a safe, efficient, and compliant installation of support systems for various building services like piping, ductwork, cable trays, and other mechanical or electrical services. This document provides a systematic approach to the process, covering safety, preparation, and execution to maintain quality standards and project specifications.

1. Scope of Work

This method statement outlines the procedures for:

• Installation of hangers, anchors, and supports for piping, ductwork, cable trays, and other services.
• The use of proper tools, materials, and techniques to ensure a stable support system.
• Compliance with project specifications, codes, and safety regulations.

2. Materials and Tools Required

• Hangers: threaded rods, strap hangers, clevis hangers, etc.
• Anchors: expansion anchors, chemical anchors, wedge anchors.
• Supports: brackets, clamps, unistrut channels, beam clamps, etc.
• Measuring tape, spirit level, drill machines, spanners, and torque wrench.
• Personal protective equipment (PPE): helmets, gloves, safety shoes, and eye protection.

3. Preparation Work

• Obtain approved drawings and review the installation requirements.
• Verify site conditions to ensure they meet the necessary requirements for installation.
• Mark the positions of supports on walls, ceilings, or floors as per approved drawings.
• Identify any potential obstructions along the route and resolve them before installation.
• Ensure that all materials are on-site and inspected for defects or damages.

4. Installation Procedure

Step 1: Marking and Setting Out

• Mark the exact location of hangers, anchors, and supports as per approved drawings.
• Use a laser or chalk line for accurate alignment along the installation path.
• Verify that all positions align with structural beams or suitable fixing points.

Step 2: Drilling and Installation of Anchors

• Drill holes using an appropriate drill machine, ensuring the correct diameter and depth as per anchor specifications.
• Clean out debris and dust from the drilled holes.
• Insert expansion anchors or chemical anchors into the holes, as required.
• Follow manufacturer instructions for setting the anchors, including any curing time for chemical anchors.

Step 3: Fixing Hangers and Support Systems

• Install threaded rods, strap hangers, or clevis hangers at the marked locations, ensuring they are securely fixed to the anchors.
• Adjust the hangers to the required level using a spirit level, ensuring horizontal or vertical alignment.
• Use torque wrenches to tighten bolts and nuts to the recommended torque levels.
• For larger loads, ensure the use of unistrut channels or beam clamps for added support.

Step 4: Installing Brackets and Clamps

• Install brackets, clamps, or support channels as per the design requirements.
• Ensure that all support structures are properly aligned and level.
• Use appropriate clamps for pipes, ducts, or cable trays, allowing for slight movement due to thermal expansion if required.
• Check the spacing between supports, ensuring they comply with the project specification and the load-bearing capacity of the supports.

5. Quality Control and Inspection

• Inspect all supports for proper alignment, level, and secure fixing.
• Verify that the correct type of anchors and hangers are used for the specific loads.
• Ensure that supports are spaced according to the design requirements and manufacturer’s recommendations.
• Check that no damage or deformation is present on the hangers and supports after installation.
• Conduct load testing, if required, to verify the load-bearing capacity of the supports.

6. Safety Precautions

• Ensure that all personnel wear appropriate PPE during installation.
• Secure the work area, especially when working at heights, using scaffolding or ladders with safety harnesses.
• Follow safety guidelines for using power tools and drilling machines.
• Handle heavy materials carefully, following safe lifting techniques.
• Use proper barricading and signage in work areas to prevent unauthorized access.

7. Completion and Handover

• Conduct a final inspection of all installed hangers, anchors, and supports with the client or consultant.
• Prepare and submit inspection reports, obtaining approval from relevant parties.
• Clean the work area, removing debris and unused materials.
• Provide operation and maintenance manuals, including the location and type of all supports installed, if applicable.

This method statement ensures that the installation of hangers, anchors, and supports is performed safely, accurately, and in line with project specifications. By following this systematic approach, the installation can support building services effectively throughout their operational life.

3.Method Statement for Lighting Fixtures Installation

Method Statement for Lighting Fixtures Installation

The method statement for lighting fixtures installation outlines the systematic process, safety protocols, and quality measures to ensure the proper installation of lighting systems. This document serves as a guideline for site workers, supervisors, and engineers to carry out the work in a safe and compliant manner, meeting project requirements and standards.

1. Scope of Work

This method statement covers:

• Installation of various types of lighting fixtures such as recessed lights, pendant lights, surface-mounted lights, and more.
• Wiring and connection of lighting fixtures to the power supply.
• Compliance with project specifications, safety regulations, and industry standards.

2. Materials and Tools Required

• Lighting fixtures (recessed, surface-mounted, pendant, etc.)
• Electrical cables, connectors, and junction boxes.
• Light switches and dimmers, if required.
• Screws, plugs, mounting brackets, and fixing materials.
• Power drill, screwdriver, wire strippers, and cutters.
• Personal protective equipment (PPE) such as gloves, safety glasses, and helmets.

3. Preparation Work

• Review approved lighting layout drawings to understand the placement of each lighting fixture.
• Verify site conditions to ensure they are suitable for installation.
• Mark the location of each light fixture and the path for cables, using a laser level or measuring tape.
• Ensure that all materials and tools are on-site and have been inspected for quality and safety compliance.

4. Installation Procedure

Step 1: Marking and Setting Out

• Mark the positions of lighting fixtures on the ceiling or walls as per the approved drawings.
• Ensure that the markings are straight and aligned using a laser level or spirit level.
• Mark the position of light switches and the cable routing path from the electrical panel to the fixtures.

Step 2: Installation of Junction Boxes and Conduits

• Install junction boxes at the marked locations where connections will be made.
• Fix conduits along the marked path for cable routing if required by the project specification.
• Use suitable clamps or straps to secure conduits and junction boxes to the structure.

Step 3: Wiring and Cable Connection

• Pull the required length of cables through conduits from the switch to each lighting fixture.
• Strip the insulation at the ends of the cables using wire strippers.
• Make connections at the junction boxes, ensuring proper matching of phase, neutral, and earth wires.
• Use cable connectors and electrical tape to ensure secure and insulated connections.

Step 4: Fixing Lighting Fixtures

• Secure the lighting fixture brackets to the ceiling or wall using appropriate screws and anchors.
• Attach the lighting fixture to the bracket and make the electrical connections as per the manufacturer’s instructions.
• Ensure the fixture is aligned properly and securely fastened.
• For recessed fixtures, cut the ceiling as required and fit the fixture into the hole, securing it with spring clips or screws.

Step 5: Connecting to Power Supply

• Connect the lighting circuit to the main electrical panel or distribution board.
• Install and wire the switches or dimmers as required by the design.
• Label all circuits and fixtures as per the project's labeling standards.

5. Quality Control and Inspection

• Verify that all connections are secure, properly insulated, and compliant with wiring codes.
• Check that lighting fixtures are properly aligned and securely mounted.
• Ensure that the fixtures operate as intended by testing each light.
• Inspect the installation against approved drawings and project specifications.
• Verify that cables are properly routed, avoiding sharp edges or bends that could damage the insulation.

6. Safety Precautions

• Ensure all workers use appropriate PPE such as gloves, helmets, and safety glasses during installation.
• De-energize the circuit from the main power supply before beginning any electrical work.
• Use insulated tools when working with electrical cables and connections.
• Follow lockout/tagout procedures to ensure circuits remain de-energized during installation.
• Ensure proper use of ladders and scaffolds when working at height, and use safety harnesses if required.

7. Completion and Handover

• Conduct a final inspection with the client or consultant to ensure that the lighting installation meets all specifications.
• Prepare and submit inspection reports, obtaining approval from relevant parties.
• Clean the work area, removing any debris and unused materials.
• Provide operation and maintenance manuals, including details on each lighting fixture type and their locations.

This method statement provides a clear and organized approach for the installation of lighting fixtures, ensuring safety, compliance, and quality throughout the process. Proper adherence to this method ensures a well-executed lighting installation that meets both aesthetic and functional requirements of the project.

4.Method Statement for Lightning Protection System Installation

Method Statement for Lightning Protection System Installation

The method statement for installing a Lightning Protection System (LPS) outlines the procedures, safety measures, and quality control steps to ensure the proper installation of a system that protects buildings and structures from lightning strikes. This document serves as a guide for site engineers, technicians, and workers to ensure that the LPS is installed in accordance with project specifications, safety standards, and relevant codes (e.g., IEC 62305, NFPA 780).

1. Scope of Work

This method statement covers:

• Installation of air terminals (lightning rods), down conductors, and earth termination systems.
• Bonding of metallic structures and other building components.
• Testing of the system for continuity and resistance.
• Compliance with project specifications and safety regulations.

2. Materials and Tools Required

• Air terminals (lightning rods), down conductors (copper or aluminum tape/cable), and earthing rods.
• Conductor holders, brackets, and clamps.
• Test joints and surge protection devices (SPDs).
• Earth pits, ground enhancement material (e.g., bentonite), and inspection chambers.
• Drilling machine, spanners, measuring tape, and earth resistance tester.
• Personal protective equipment (PPE) such as helmets, gloves, safety shoes, and goggles.

3. Preparation Work

• Obtain and review approved drawings and lightning protection system design to understand the layout and locations of all components.
• Verify site conditions to ensure they are suitable for installation.
• Mark the locations of air terminals, down conductors, and earth termination points as per the approved design.
• Ensure that all materials are delivered to the site and inspected for quality and compliance with project specifications.

4. Installation Procedure

Step 1: Installation of Air Terminals

• Install air terminals at the highest points of the building, such as on the roof edges, antennas, or other elevated structures.
• Secure air terminals using appropriate mounting brackets and ensure they are vertical.
• Maintain proper spacing between air terminals as per the project design and lightning protection standards (e.g., rolling sphere method or mesh method).

Step 2: Installation of Down Conductors

• Fix down conductors along the marked path from the air terminals to the ground level.
• Use conductor holders or brackets to secure the conductors at regular intervals, ensuring they are straight and aligned.
• Maintain a safe distance between the down conductor and other electrical systems, following the design specifications to avoid potential side flashes.
• Ensure that the down conductor runs smoothly, minimizing bends and keeping the radius of any bends as large as possible.

Step 3: Bonding to Metallic Structures

• Bond all metallic parts of the building (e.g., metal roofs, railings, HVAC units) to the down conductors using bonding clamps.
• Ensure that any metallic elements within the protected zone are connected to the lightning protection system to prevent side flashes and potential damage.
• Use suitable connectors and clamps to ensure a secure and corrosion-resistant connection.

Step 4: Installation of Earth Termination System

• Excavate the earth at the marked locations for installing earth rods or plates.
• Drive the earth rods into the ground to a suitable depth (typically 3 meters or more) or install earth plates as per design specifications.
• Connect the down conductors to the earth rods using clamps or welding, ensuring a low-resistance path.
• Backfill the pit with ground enhancement material like bentonite or other conductive material to improve soil conductivity.
• Install inspection chambers over each earth rod connection point to allow for future testing and maintenance.

5. Testing and Quality Control

• Test the continuity of the entire system using a continuity tester or ohmmeter.
• Measure the earth resistance of the earthing system using an earth resistance tester. The resistance should comply with project specifications, typically less than 10 ohms.
• Inspect all connections to ensure that they are secure and corrosion-resistant.
• Verify that the installation meets the design specifications and conforms to relevant codes (e.g., IEC 62305, NFPA 780).
• Prepare test reports and submit them for approval.

6. Safety Precautions

• Ensure that all personnel wear appropriate PPE during installation.
• Secure the work area, especially when working at heights, using scaffolding or ladders with safety harnesses.
• De-energize any existing electrical systems near the work area to avoid electric shocks.
• Follow safe lifting practices when handling heavy materials like earth rods and conductors.
• Use caution when using power tools such as drills, ensuring they are in good working condition and grounded.

7. Completion and Handover

• Conduct a final inspection with the client or consultant to ensure the system meets all specifications.
• Prepare and submit inspection reports and test certificates, obtaining approval from relevant parties.
• Clean the work area and remove any debris and unused materials.
• Provide operation and maintenance manuals, including system layout drawings and testing procedures for future maintenance.

This method statement provides a detailed and systematic approach for the installation of a Lightning Protection System, emphasizing safety, quality, and compliance with standards. Proper adherence to this procedure ensures the protection of buildings and structures from potential damage due to lightning strikes.

5.Method Statement for LV Switchgear and Motor Control Center (MCC) Installation

Method Statement for LV Switchgear and Motor Control Center (MCC) Installation

The method statement for installing Low Voltage (LV) Switchgear and Motor Control Centers (MCC) outlines the detailed procedure, safety protocols, and quality checks required to ensure the proper installation and commissioning of these critical electrical systems. The purpose is to guide engineers, electricians, and site personnel in the safe and efficient execution of the work while complying with project specifications and electrical standards.

1. Scope of Work

This method statement covers:

• Installation of LV switchgear, including circuit breakers, busbars, control panels, and protective devices.
• Installation of Motor Control Centers (MCCs) for controlling and protecting electric motors.
• Cabling and termination between switchgear, MCCs, and other electrical equipment.
• Testing, commissioning, and ensuring compliance with relevant standards (e.g., IEC, NFPA).

2. Materials and Tools Required

• LV switchgear panels, MCC panels, circuit breakers, and control devices.
• Cables, lugs, cable glands, and busbar connections.
• Bolts, nuts, washers, and other fixing materials.
• Measuring tape, torque wrench, spirit level, cable crimping tools, and insulation testers.
• Personal protective equipment (PPE): helmets, gloves, safety shoes, and electrical safety gear.

3. Preparation Work

• Review approved electrical drawings and project specifications to understand the layout and installation requirements.
• Verify that the site is ready for installation, with proper access, foundation, and sufficient space for the switchgear and MCC panels.
• Inspect all materials on delivery to ensure they are free from damage and comply with project specifications.
• Mark the locations of the LV switchgear and MCC panels as per the layout drawings, ensuring sufficient clearance for maintenance and access.

4. Installation Procedure

Step 1: Setting Out and Foundation Preparation

• Mark the locations for LV switchgear and MCC panel installation on the prepared floor or foundation.
• Check the floor surface for levelness and ensure that it can support the weight of the panels.
• Install base frames or anti-vibration pads if required by the design or manufacturer.

Step 2: Positioning and Fixing LV Switchgear/MCC Panels

• Use lifting equipment like cranes or forklifts to position the LV switchgear and MCC panels at the marked locations.
• Align the panels properly using a spirit level and ensure they are level and plumb.
• Secure the panels to the floor using appropriate bolts and anchors, following the manufacturer’s guidelines.
• Connect adjacent panels by bolting them together to form a continuous assembly if required.

Step 3: Busbar and Internal Connections

• Verify the alignment of busbars and ensure that the busbar connections between adjacent panels are secure and properly insulated.
• Clean the busbar contact surfaces before making connections to ensure proper conductivity.
• Tighten busbar bolts using a torque wrench to the recommended torque values.
• Install phase barriers and ensure proper segregation between different phases to prevent short circuits.

Step 4: Cable Installation and Termination

• Route the power and control cables from the switchgear and MCC to the respective equipment, motors, and power sources as per the approved cable schedule.
• Use cable trays, ladders, or conduits for supporting cables, ensuring they are securely fastened.
• Strip the cable ends using appropriate tools, and crimp cable lugs using crimping tools.
• Install cable glands at the panel cable entry points to ensure a secure fit.
• Connect cables to the terminals of circuit breakers, contactors, and other devices as per the wiring diagram, ensuring proper torque and tightness.

Step 5: Grounding and Bonding

• Connect the switchgear and MCC panels to the main earthing system using copper earthing conductors.
• Ensure that all panel doors and frames are bonded to the ground to eliminate the risk of electric shock.
• Verify continuity of the grounding system and ensure the resistance complies with project specifications.

Step 6: Control Wiring and Interconnection

• Route and terminate control cables for relays, sensors, and communication modules as per the control wiring diagrams.
• Verify all control connections for proper continuity and ensure that the labeling corresponds to the drawings.
• Install surge protection devices (SPDs) if required to protect the control circuits from voltage surges.

5. Testing and Quality Control

• Inspect the installation for proper alignment, secure fixing, and compliance with project specifications.
• Perform insulation resistance tests on cables using a megger to ensure that insulation is intact.
• Test the continuity of busbar connections and cable terminations.
• Conduct functional tests for control circuits, checking the operation of relays, contactors, and protective devices.
• Carry out initial energization of the panels and verify that all devices function as intended.
• Record test results and submit them for approval.

6. Safety Precautions

• Ensure that all personnel wear appropriate PPE during the installation.
• Follow lockout/tagout (LOTO) procedures to ensure circuits remain de-energized before starting work.
• Use insulated tools for making electrical connections.
• Maintain a safe distance from live circuits during testing and commissioning.
• Use proper lifting equipment and follow safe handling practices to avoid injuries when moving heavy panels.

7. Completion and Handover

• Conduct a final inspection with the client or consultant to ensure compliance with specifications.
• Prepare and submit inspection and test reports, obtaining approval from relevant parties.
• Clean the work area, removing any debris and unused materials.
• Provide operation and maintenance manuals, including single-line diagrams, test reports, and manufacturer data sheets for the installed equipment.

This method statement ensures that LV switchgear and MCC installations are carried out safely, accurately, and in compliance with project specifications. Proper adherence to this procedure helps to provide a reliable and efficient electrical distribution system, critical for the safe operation of motors and other electrical equipment in the building or industrial facility.

6.Method Statement for MV (Medium Voltage) Cable Pulling and Installation

Method Statement for MV (Medium Voltage) Cable Pulling and Installation

The method statement for Medium Voltage (MV) cable pulling and installation outlines the detailed process, safety measures, and quality checks required to ensure the proper handling, pulling, and installation of MV cables. This document is intended to guide engineers, technicians, and site personnel through the safe and efficient installation process, ensuring compliance with project specifications and electrical standards (such as IEC, IEEE, or local regulations).

1. Scope of Work

This method statement covers:

• Pulling, laying, and installation of MV cables (typically ranging from 1kV to 36kV).
• Installation of cables in trenches, ducts, or cable trays.
• Termination and connection of MV cables to switchgear, transformers, and other equipment.
• Testing of cables to ensure compliance with insulation and continuity standards.

2. Materials and Tools Required

• MV cables (XLPE, EPR, or other types as per design).
• Cable rollers, cable drum jacks, winches, and cable socks.
• Cable trays, conduits, duct banks, and cable clamps.
• Cable glands, lugs, connectors, and heat shrink or cold shrink kits for terminations.
• Power drill, hydraulic crimping tools, insulation testers, and high-voltage testing equipment.
• Personal protective equipment (PPE): helmets, gloves, safety shoes, and insulated gloves.

3. Preparation Work

• Review the approved cable routing plan and installation drawings.
• Conduct a site survey to inspect the route and verify the suitability of the cable trench, ducts, or cable tray pathways.
• Ensure that all required materials are delivered to the site, inspected for damage, and verified against project specifications.
• Confirm the drum length of the cables to ensure that the cable length is sufficient for the designated route.

4. Installation Procedure

Step 1: Site Preparation

• Clear the cable route of any obstructions and verify that the trench, ducts, or cable trays are ready for installation.
• Ensure that the cable trench is properly compacted and has a sand bed (if required) for the direct burial of cables.
• Lay cable rollers along the pulling route to minimize friction and prevent damage to the cable.
• Set up the cable drum on jacks or a cable trailer at the starting point of the cable run, ensuring it is secure and rotates freely.

Step 2: Cable Pulling Process

• Use a pulling rope or winch to pull the cable through the designated route.
• Attach the pulling rope to the cable end using a cable sock to distribute the pulling force evenly and prevent cable damage.
• Apply a suitable pulling tension as per the manufacturer's guidelines to avoid exceeding the cable's tensile strength.
• Monitor the pulling process closely to ensure smooth and controlled movement, avoiding any sudden jerks or kinks in the cable.
• Use cable rollers to support the cable every 1.5 to 2 meters, reducing friction and avoiding contact with sharp edges.
• Ensure a smooth bend radius throughout the route, adhering to the manufacturer's specified minimum bending radius.

Step 3: Laying and Securing the Cable

• Lay the cable into the trench, duct, or cable tray as per the approved layout.
• For trench installations, ensure that the cable lies flat and is not twisted or coiled.
• Cover the cable with a sand layer or protective tiles, and then backfill the trench as per project specifications.
• For ducts or conduits, carefully pull the cable through the conduits using suitable lubrication to minimize friction.
• Secure the cable in cable trays using cable clamps or ties at regular intervals, ensuring that there is no excessive tension on the cable.

Step 4: Termination and Connection

• Prepare the cable ends for termination, stripping the insulation using a suitable tool without damaging the conductor.
• Install cable glands to provide a secure and moisture-resistant entry into the equipment.
• Use hydraulic crimping tools to attach cable lugs to the conductor.
• Install heat shrink or cold shrink termination kits according to the manufacturer's instructions, ensuring proper insulation and stress control.
• Connect the terminated cables to switchgear, transformers, or other equipment, ensuring proper torque is applied to terminal connections.

5. Testing and Quality Control

• Perform insulation resistance tests using a megger to verify that the insulation is intact.
• Conduct high-voltage testing (e.g., VLF testing) to ensure that the cable can withstand the operating voltage without breakdown.
• Measure and verify continuity of the cable to ensure proper connections.
• Inspect the cable route to ensure proper securing, bending radius, and compliance with the installation standards.
• Record all test results and submit them for approval.

6. Safety Precautions

• Ensure that all personnel wear appropriate PPE, including insulated gloves and safety glasses.
• Follow lockout/tagout (LOTO) procedures to ensure circuits remain de-energized during installation.
• Use proper lifting equipment and techniques to handle heavy cable drums, minimizing the risk of injury.
• Maintain a safe distance from live electrical equipment during testing and commissioning.
• Use caution when operating pulling winches, keeping personnel clear of the pulling path to prevent accidents.

7. Completion and Handover

• Conduct a final inspection with the client or consultant to ensure compliance with specifications and standards.
• Prepare and submit inspection and test reports, including cable insulation and continuity test results.
• Clean the work area, removing any debris and unused materials.
• Provide operation and maintenance manuals, including cable route layouts, test results, and manufacturer data sheets for the installed cables.

This method statement ensures that MV cable pulling and installation are performed safely, accurately, and in accordance with industry standards. Proper adherence to this process guarantees a reliable and durable installation, critical for the efficient operation of medium voltage systems.

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