Transmission Cables Overhead/Underground Guidance

Similar documents
CLP s first 400kV XLPE cable application

Identification of LV Cables

POLICY & APPLICATION GUIDE FOR 11kV POLYMERIC CABLES

EE028: Practical High Voltage Cable Jointing and Termination

TRANSMISSION ENGINEERING STANDARD TES-P , Rev. 0 TABLE OF CONTENTS 1.0 SCOPE 2.0 CABLES SPLICES

MESP TECHNICAL SPECIFICATION FOR ELECTRIC CABLE 400mm 2 ALUMINIUM CONDUCTOR 1.9kV XLPE INSULATED WITHOUT METALLIC SCREEN

Identification - electrical services

640 kv XLPE HVDC cable system

Australian/New Zealand Standard

220KV EHV NETWORK AT RELIANCE JAMNAGAR REFINERY COMPLEX

REPORT TO THE PLANNING COMMISSION

Network Records NetMAP Symbols Booklet - South East England

ELECTRICAL SAFETY FOLLOW UP INSPECTION REPORT (8th) Factory Name Address Factory ID

TRANSMISSION ENGINEERING STANDARD TES-P , Rev. 0 TABLE OF CONTENTS 1.0 PURPOSE 2.0 SCOPE 3.0 CODES, STANDARDS AND REFERENCES

Technical Committee No. 2 (TC/2) Electrical Installations

Ground Frames and Shunters Releases

ENGINEER S REPORT. of the SAFETY OF MAW COMMUNICATIONS FIBER OPTIC CABLE INSTALLATION

APPLICATION OF POWER SWITCHING FOR ALTERNATIVE LAND CABLE PROTECTION BETWEEN CABLE LANDING STATION AND BEACH MAN HOLE IN SUBMARINE NETWORKS

ELECTRICAL SAFETY INSPECTION REPORT

PTS RABKA TRADE AND PRODUCTION COMPANY

SUMMARY REPORT. Consultation Summary Report. January 2016

Trends and Challenges of HV Cable Systems

640 kv extruded HVDC cable system

SWA Cable - BS5467 Steel Wire Armoured PVC Eland Product Group A9S

TECHNICAL REPORT IEC/TR

SWA Cable BS6724 Steel Wire Armoured LSZH Eland Product Group A9L

Engineering Instruction

RZ1-K BS EN XLPE LSZH Flexible Cable

Cable solutions for all environments. Scapa Cable Solutions

ORDER CODE: EQLED65 USER MANUAL

Specification. NGTS Issue 1 October 1993

INTERNATIONAL STANDARD

ELECTRICAL SAFETY INSPECTION REPORT

If you want to get an official version of this User Network Interface Specification, please order it by sending your request to:

Joint paper: Feasibility and technical aspects of partial undergrounding of extra high voltage power transmission lines

High Voltage Cable Splicing Training

Metal Theft Taskforce Identification Booklet

ANALYSIS OF FAILURE IN POWER CABLES FOR PREVENTING POWER OUTAGE IN ALEXANDRIA ELECTRICITY DISTRIBUTION COMPANY IN EGYPT

Spectra Batten (Order code: LEDJ95)

HighBand 25. TrueNet Category 6 Solutions

Improving Lightning Protection of Power Systems with Externally Gapped Line Arresters (EGLA)

DSP 18 Sub active subwoofer. user manual

CHIEF BROADCAST ENGINEER

Stratos Duo RGB. User Manual. Order code: EQLED371

Metal Theft Taskforce Identification Booklet. Version 2

Bharat Heavy Electricals Limited HIGH PRESSURE BOILER PLANT, TIRUCHIRAPPALLI CONTROLS AND INSTRUMENTATION/FB

AltaLink Management Ltd.

Medium Voltage 12/20 (24)kV NF C cable system. Xavier Brosse Luanda May 2009

PRODUCT INFORMATION NYY-J, NYY-O

Cambridge International Examinations Cambridge International General Certificate of Secondary Education

ELECTRICAL SAFETY INSPECTION REPORT. MTM Garments Ltd.

British Signalling What the driver sees

SECTION MEDIUM VOLTAGE CABLE INSTALLATION. 1. Section Underground Ducts and Manholes.

ELECTRICAL INCIDENT REPORT BUSHFIRE NEAR 22 NUKKLGUP LOOP YALLINGUP WESTERN AUSTRALIA 5 JANUARY Report prepared by: EnergySafety WA EIS

SPECIAL SPECIFICATION 6559 Telecommunication Cable

Cambria County Association for the Blind and Handicapped 175 Industrial Park Road Ebensburg, PA Prepared for: Prepared by:

Cables: Positive Identification and Spiking. Approval: EO Production Revision: A

The Kent Range of Metering Products T131, T132, T133, T134 pulse units

Fusion 120 Zoom. User Manual. Order code: EQLED068

SPECIAL SPECIFICATION 8540 Telecommunication Cable

Signalling Cable Equivalent Sizes

LED IP65 Slimline Par RGBWA +UV 7x12W

Alberta Electric System Operator

INSTRUCTION & INSTALLATION GUIDE

Revision of Qualification Procedures for High Voltage and Extra High Voltage AC Extruded Underground Cable Systems

Dragonfly Quad. User Manual V1.4. Order code: EQLED101

Achat 115 Sub A active subwoofer. user manual

Mobility Pass. Mobility

HIGH VOLTAGE CABLE ACCESSORIES - Application, Design, Installation, Testing - Ivan Jovanovic G&W Electric Company

Kwangil Electronic Introduction

ECONOMICAL 36 kv CABLE SYSTEM FOR THE BELGIAN NETWORK

Field Instruction. Any registered training organisation UETTDRCJ21A Lay ESI electrical cables. Before commencing work:

BEFORE THE NEW JERSEY BOARD OF PUBLIC UTILITIES

Contact Details. British Transport Police: (24 hours) Crimestoppers: In association with:

LED Bar 240/8 RGB LED floodlight. user manual

Insulated Cable Engineers Assoc., Inc. Publication No. ICEA P NEMA Standards Publication No. WC

(1) These Regulations may be called PEMRA Standards for Cable Television Regulations 2003.

APPROVED for connection to Telecommunication systems specified in the instructions for use subject to the conditions set out in them.

Guidelines for Wiring, Electronic Timing and Scoring Systems Table of Contents

TIME DOMAIN SPECTROSCOPY (TDS) AS A DIAGNOSTIC TOOL FOR MV XLPE UNDERGROUND LINES

Part 4 High Voltage Overhead DISTRIBUTION CONSTRUCTION STANDARDS HANDBOOK

Signalling Cable Equivalent Sizes (formerly RT/E/C/11213)

FXL8 Pro effects looper. user manual

3WS(Cape Town/Secretariat)1

HVDC cable accessories

ELECTRICAL SAFETY INSPECTION REPORT.

SITE All work shall be performed at Center Park Substation (1895 Kernan Blvd, Jacksonville, Fl ). DATE: 04/03/2018

Safety FIND THE FEED CABLE IN YOUR ELECTRICITY METER (UK)

Producer s Guide to Working with SAG-AFTRA on a Television Production

Transmission Conference

English version. Identification of cores in cables and flexible cords

Gear up for the future.

Design and Manufacture of Video Pipeline Inspection Systems A Full Service Company

Undergrounding HV and EHV Window of Opportunity Opens

SECTION 7 -- CROSS-CONNECT SYSTEMS

About Us. Agenda 11/12/2014. Maximizing Benefits from Telephone and Cable Agreements. Municipal Association of South Carolina November 12, 2014

HOG 86. The incremental HeavyDuty encoder for highest demands

Application Note [AN-007] LCD Backlighting Technologies and Configurations

TRUCOLOUR. 8x8 Modular Matrix INSTALLATION GUIDE

Instrumentation & copper telecom cables

Transcription:

Transmission Cables Overhead/Underground Guidance

There are two ways of transporting electricity around the country. 1. Overhead conductors 2. Underground cables. To identify ScottishPower apparatus in the area of your proposed works or development site a ScottishPower utility map requires to be consulted prior to works taking place. All requests for information highlighting the location of ScottishPower apparatus should be sent to: SP Energy Networks SP Energy Networks Data Management (Scotland) Data Management (England & Wales) Correspondence Section Correspondence Section 55 Fullerton Drive, Prenton Way Cambuslang, Glasgow. Prenton, Birkenhead G32 8FA CH43 3ET or e-mail:- requestforplansscotland@sppowersystems.com requestforplansmanweb@manweb.co.uk On our maps overhead conductor circuits are indicated by a dotted line, underground circuits are indicated by a solid line. The line voltage is determined from the line colour. Please note there could be both overhead and underground circuits in your area.

Overhead Conductors "Under the Health and Safety document GS6, any work within 15*metres of an overhead line on steel towers, and 9*metres on wooden poles, the line owner requires to be consulted for safe working advice." This advice is separate from any distances held in ScottishPower deeds of servitude or wayleave agreements or whoever owns the land. Before any work takes place near to the overhead apparatus/plant ScottishPower Energy Networks should be contacted regarding GS6 (HSE overhead line safe working advice). Telephone ScottishPower call centre on 0845 273 4444 to progress enquiry. When phoning the call centre it is helpful if the following is known Place of proposed work Address Postcode Line and tower number Outline map of the area which can be e-mailed Line voltage (this can be found from ScottishPower utility maps~) o Distribution voltage, these are voltages less than 33kv (33000v) Transmission voltage, these are voltages greater than 132kv (132000v) Steel tower (pylon) or wooden pole line. Please note that there are statutory clearance requirements which can only be advised once all facts are known.

Underground circuits There are 3 main categories of underground circuits used by ScottishPower. Transmission power cable Distribution power cable Pilot cable (These can be either distribution or transmission). Underground cables are covered by Health and Safety Guidance HSG47. Transmission Power Circuits Transmission circuits can either be oil or gas insulated or a type known as xlpe. Transmission circuits are usually but not always, 3 individual cables per circuit. When a transmission power circuit is identified in your work or development area, then ScottishPower requires to be contacted for further advice and guidance. There is street furniture associated with these types of cable. Street furniture could comprise of oil or gas tanks, breather tanks, fill bays, joint bays. The areas for this equipment can be up to 20metres long x 10metres wide. ScottishPower recommends that for guidance no work within 5 meters of a transmission cable takes place until further guidance is sought from ScottishPower. Telephone ScottishPower call centre on 0845 273 4444 to progress enquiry. When phoning the call centre it is helpful if the following is known Place of proposed work. Address Postcode Outline map of the area which can be e-mailed to the call centre Please note that for all transmission underground circuits no building work can be carried out on top of the cables.

Distribution Power Circuits Distribution circuits can also comprise of one or three cables. There are joint bays associated with distribution underground cables. Further advice can be obtained by calling 0845 273 4444. Pilot Circuits Pilot circuits are communication cables that run from grid/sub station to grid/sub station. General advice for locating all circuits/cables this shall be carried out using the guidance given in HSG 47. Locate the cable using an approved underground cable locator device in conjunction with ScottishPower cable records. Prove the cable located by a) is the correct cable by hand digging until the tiles that cover the cable are located. Do not remove any tiles. This should be done in several locations to prove the cable route. Several excavations may be required especially if the cable route changes line of direction. S.P.E.N. Asks that they are informed at least 7 days before excavation starts. Immediately on finding a Transmission cable its position should be marked and the cable covered. No Transmission cables shall be left uncovered overnight and/or unattended. ScottishPower Energy Networks may wish to provide a standby person to supervise the identification procedure.