Dr. Adel Al-Faraskoury will teach a course on power cable testing and fault location from December 27-31, 2015 in Dubai, UAE. The course will cover topics such as partial discharge techniques, very low frequency testing, cable fault location methods, and cable failures and their analysis. It is aimed at engineers and technicians from electrical utilities and will help participants better understand cable testing and maintenance. Registration must be completed and paid for 25 days prior to the course date to receive an early bird discount.
VLF Testing of Cables Using IEEE 400.2. Presentation by John Densley that describes the in situ testing of distribution cables using very low frequency (VLF) voltages according to IEEE Standard 400.2. The Standard includes criteria to assess the condition of XLPE, EPR and paper insulated cable circuits. How the criteria were established and their limitations will be discussed, along with Partial Discharge (PD) testing using VLF.
John, the President of ArborLec Solutions Inc. has worked on electrical ageing mechanism and diagnostics techniques in electrical insulation for more than 35 years. He has a sound practical and theoretical knowledge of ageing and failure mechanisms of insulation systems in high voltage equipment such as medium and high voltage cables, transformers and switchgears.
VLF Testing of Cables Using IEEE 400.2. Presentation by John Densley that describes the in situ testing of distribution cables using very low frequency (VLF) voltages according to IEEE Standard 400.2. The Standard includes criteria to assess the condition of XLPE, EPR and paper insulated cable circuits. How the criteria were established and their limitations will be discussed, along with Partial Discharge (PD) testing using VLF.
John, the President of ArborLec Solutions Inc. has worked on electrical ageing mechanism and diagnostics techniques in electrical insulation for more than 35 years. He has a sound practical and theoretical knowledge of ageing and failure mechanisms of insulation systems in high voltage equipment such as medium and high voltage cables, transformers and switchgears.
JMV LPS Ltd Make in India Product for SolarPv,High Energy Storage and Electri...Mahesh Chandra Manav
JMV LPS Ltd Offer Electrical Safety Product for Solar PV ,High Energy Storage ,Electric Vehicle Charging Infra Earthing ,Lightning and Surge Protection ,AJB/DCDB, MC4 Connectors,
Useful Information for SECI,MNRE,NTPC,BHEL,NHPC,SVJN, State Electricity Board,State Power Generation Companies, State Renewable Power Generation Companies, Smart City Projects by States,Ministry of Power ,Ministry of Renewable,Discom Companies,Solar Power Developers,Solar EPC Companies Ground Mounted,Roof Top Projects, Indian Railways ,DMRC,
Solar latest jmv products and services information with seci specication sola...Mahesh Chandra Manav
JMV LPS all about best practice of Electrical Equipment Instalations and safety of products Solar PV and Power Evacuation Systems(Developers/Solar EPC/Electrical Contractor/eBOP Engineering Team/CCTV/Fire and Safety/Weather Monitoring SCADA ,Consultants ,SECI/MNRE/Govt PSU,State Renewable ,Power Distribution ,Transmission,Generation under IPDS and DDUGJY Scheme Roof Top Project ,Solar Pumps Projects
Results of 10 years after installation tests with partial discharge detection...HighVoltageDUT
In 2004 Alliander decided to add partial discharge (PD) measurements in their after installation test policy. Over the last years, dozens of accessories and a few cable parts were taken out of the tested cables, based on PD activity, measured during after installation test. In many cases severe abnormalities were found, threatening the reliability of the cable system, but also cases were found where the reason for PD was not clear. It is also discovered that cable systems can contain PD’s in accessories but still survive the after installation test.
Your electrical safety specilist for all equipments Powered AC and DCMahesh Chandra Manav
We all are aware that we are applying lots of Artficial Sources to make our Life Comforts .
For This we are installing Many Electrical Equipments Power AC & DC and Electric Vehicles Inside our Building and out Side and in this process many of metal Part is entering into our Building.
To ensure better perform and Human Safety Earthing of Equipment and Conductive stucture is very important Value from 1 Ohms up to 0.25 Ohms.
Our National Building Code 2016 is alreday given Guide Line and Supporting by MBBL2019
(Manual Building By LAW).
Internal Switch and External Lightning will very Danger for our Equipments and Human Lives May Cause Assest Damage up to Sacrifice Human Live due to Fire and Electric Change.
We have to Design and protect our Building or Permises form External Lightning by Nature use NBC IS/IEC 62305.
When Lightning Fall any Condutive Like Pole ,Transmission Line and React with Ground may be Shift 100kA Fault Current into our Building use Surge Protection Device to product from any ind of Direct and Indirect Threat.
JMV LPS Ltd belive Make in India Noida Base Company Manufacturer Design ,Engineering ,Supply and Installation.
Maintenance Free Earthing ,Copper Clad Steet Sof Conductore, Exothermic Weld, External Lightning Protection and per IS/IEC62305, Surge Protection Devive as per IS/IEC 62035.
Ntpc unchar boiler accident and reasonand my condolence and adviseMahesh Chandra Manav
Govt Of India /PMO Office/State Govt/Ministry of Industries and Power/Power Generation Companies ,Companies using Boiler ,Coal and Handling Ash. /Consultants Govt and PVT ,MNC
The wireless network architecture is readily available, why are we still using wired connections? Well, wireless connections are convenient, but millions of miles of wired CAT5e cables are already in buildings and homes, so wired connections are still in use and wired It is more difficult for hackers to invade or intercept than wireless, and the cost of a long wired cable is also very low. Usually in many cases, you can get a good wireless signal (5G has better indoor coverage, but it will take time to fully deploy). If you want to access the Ethernet cable signal, you have to pass through the wall. Wireless networks are more susceptible to interference from other signals and radio waves, but wired cables are usually shielded and provide a "plug and play" experience, and have a better quality of service (QoS).
ARDUINO MICROCONTROLLER BASED UNDERGROUND CABLE FAULT DISTANCE LOCATORIAEME Publication
The growing concern for safety and infrastructural proliferations in the densely
populated urban and suburban areas as well as the quest to preserve the aesthetic
values in many modern localities have necessitated the need for underground
installations. The underground cabling installations are devoid of faults common to the
overhead transmission lines but are associated with certain kinds of faults such as short
circuit and open circuit faults. Locating the exact position of any of these kinds of faults
is very exhausting, costly and time-consuming because its power distribution system is
invisible. Hence, a microcontroller based underground cable fault distance locator
powered by Arduino is designed to detect and pinpoint location of faults in underground
cable lines. A basic ohm’s law is employed to achieve the variation of current with
respect to resistance that determines the position of the fault. This device has a power
supply unit, cable unit, control unit, tripping unit and display unit. The power supply
unit provides power to the other components. The cable unit consists of a three-phase
cabling system with switches between each phase to activate faults. The control unit
takes in signals from the cable unit to cause control of tripping unit and display unit.
The tripping unit then detects the phase which encounters the fault and the display unit
shows the fault characteristics on the LCD. The distance to the fault is displayed,
alongside the phase which encounters the fault for easy clearance.
Indian railway&metro rail,others electrical safety first periortyMahesh Chandra Manav
India is growing Rail Transportation Infra Connecting Maximum Possible Land Connectivity Long route and Suburban Daily Passenger Travelling with in Cities Like State Connectivity ,City Local Travelling speed 70KMP to 200KMP and Fast Bullet Trains.
These Infra is Full of Metal Jungle From Track ,Structures,Cables and Rolling Stocks.
These Track may be Ground ,Elevated ,Under Ground and Long Tunnels now introducing some route below River .
To Operate Railways Infra Traction Power ,Power for Building Infra and Various Equipment's require .
Power Demand for Railways Network from Grid ,Self Power Solar Generation ,High Energy Battery Storage Systems and Others
Water Supply for Equipment Washing ,Public Drinking and other use ,Disposal Of Waters now connected through Automation.
The Whole System Connected Power ,Signal ,Data ,Telecom ,Traffic Routes ,Safety&Building Automation Like CCTV .Fire Alarm,Access Control , Audio Visuals, Public Address ,Telecom (Exchange ,Base Station Towers ,Wireless Network Towers ,Safety , Real Time Passenger Information Moving Displays, Platform Screen Door ,Lifts and Escalators,Ticketing &Fare Collections ,Entry and Exit of Passenger Inside Station Buildings.
Electrical Safety is very important roles to performance of Equipment's Operators ,Human surrounding from Electrical Hazards.
Earthing&connectivity of all Equipment's to discharge any kind of over voltages&Surges Due to Internal&External Like Lightning follow NBC2016 /RDSO Electrical/RDSO S&T Latest Technical Documents.
We connect Power to various Equipment's&also Signal , Telecom ,Other Data Cables& Cable route from Indoor to Outdoor from Track , Control Rooms, Station Buildings &Substation via Power Transformers consider directly or indirectly these all are Interconnected and high Chances of Surge and Over-voltage enter into our System from Power Sources or via Data or Communication Ports to safe system maximum Low Voltages Signal ,Data or communication now change to Fiber Connectivity this help to protect our System from any surge from Data Port.
Railway Technical Documents is very much up to marks but in Tender BID Selection of Components, Installation the involve TEAM Compromise with Contractors after taking Favor Directly or Indirectly &these Contractor Do Fraud mental using Substandard from supply up to installation Just for 3%-5% whole project is smash&High Value Damage occur when system fail&also public inconvenience due to Train Delay ,Stop&Cancel Route.Fire Accidents
Earthing ,Lightning&Surge Protection is not a BOQ it's Design ,Engineering&Calculation ,With Selection of Components &Installation .
Plz go through Presentation to now more about us visit webpage www.linkvuesystem.com
LinkVue System is Technical Pool of Engineers Offering Design ,Engineering ,Calculation Supply with Installation Support.
Maintenance Free Earthing
Lightning Protection Systems
Surge Protection Device
Contact M-9811247237 manav.chandra@linkvuesystem.com
Metro Rail Project ,Bullet Train Project Electrical ,Traction Power,BMS, Signal and Telecom,Station Building Upper and Under Ground ,EPC Companies,Electrical Contractor,Consultants
JMV LPS Ltd Make in India Product for SolarPv,High Energy Storage and Electri...Mahesh Chandra Manav
JMV LPS Ltd Offer Electrical Safety Product for Solar PV ,High Energy Storage ,Electric Vehicle Charging Infra Earthing ,Lightning and Surge Protection ,AJB/DCDB, MC4 Connectors,
Useful Information for SECI,MNRE,NTPC,BHEL,NHPC,SVJN, State Electricity Board,State Power Generation Companies, State Renewable Power Generation Companies, Smart City Projects by States,Ministry of Power ,Ministry of Renewable,Discom Companies,Solar Power Developers,Solar EPC Companies Ground Mounted,Roof Top Projects, Indian Railways ,DMRC,
Solar latest jmv products and services information with seci specication sola...Mahesh Chandra Manav
JMV LPS all about best practice of Electrical Equipment Instalations and safety of products Solar PV and Power Evacuation Systems(Developers/Solar EPC/Electrical Contractor/eBOP Engineering Team/CCTV/Fire and Safety/Weather Monitoring SCADA ,Consultants ,SECI/MNRE/Govt PSU,State Renewable ,Power Distribution ,Transmission,Generation under IPDS and DDUGJY Scheme Roof Top Project ,Solar Pumps Projects
Results of 10 years after installation tests with partial discharge detection...HighVoltageDUT
In 2004 Alliander decided to add partial discharge (PD) measurements in their after installation test policy. Over the last years, dozens of accessories and a few cable parts were taken out of the tested cables, based on PD activity, measured during after installation test. In many cases severe abnormalities were found, threatening the reliability of the cable system, but also cases were found where the reason for PD was not clear. It is also discovered that cable systems can contain PD’s in accessories but still survive the after installation test.
Your electrical safety specilist for all equipments Powered AC and DCMahesh Chandra Manav
We all are aware that we are applying lots of Artficial Sources to make our Life Comforts .
For This we are installing Many Electrical Equipments Power AC & DC and Electric Vehicles Inside our Building and out Side and in this process many of metal Part is entering into our Building.
To ensure better perform and Human Safety Earthing of Equipment and Conductive stucture is very important Value from 1 Ohms up to 0.25 Ohms.
Our National Building Code 2016 is alreday given Guide Line and Supporting by MBBL2019
(Manual Building By LAW).
Internal Switch and External Lightning will very Danger for our Equipments and Human Lives May Cause Assest Damage up to Sacrifice Human Live due to Fire and Electric Change.
We have to Design and protect our Building or Permises form External Lightning by Nature use NBC IS/IEC 62305.
When Lightning Fall any Condutive Like Pole ,Transmission Line and React with Ground may be Shift 100kA Fault Current into our Building use Surge Protection Device to product from any ind of Direct and Indirect Threat.
JMV LPS Ltd belive Make in India Noida Base Company Manufacturer Design ,Engineering ,Supply and Installation.
Maintenance Free Earthing ,Copper Clad Steet Sof Conductore, Exothermic Weld, External Lightning Protection and per IS/IEC62305, Surge Protection Devive as per IS/IEC 62035.
Ntpc unchar boiler accident and reasonand my condolence and adviseMahesh Chandra Manav
Govt Of India /PMO Office/State Govt/Ministry of Industries and Power/Power Generation Companies ,Companies using Boiler ,Coal and Handling Ash. /Consultants Govt and PVT ,MNC
The wireless network architecture is readily available, why are we still using wired connections? Well, wireless connections are convenient, but millions of miles of wired CAT5e cables are already in buildings and homes, so wired connections are still in use and wired It is more difficult for hackers to invade or intercept than wireless, and the cost of a long wired cable is also very low. Usually in many cases, you can get a good wireless signal (5G has better indoor coverage, but it will take time to fully deploy). If you want to access the Ethernet cable signal, you have to pass through the wall. Wireless networks are more susceptible to interference from other signals and radio waves, but wired cables are usually shielded and provide a "plug and play" experience, and have a better quality of service (QoS).
ARDUINO MICROCONTROLLER BASED UNDERGROUND CABLE FAULT DISTANCE LOCATORIAEME Publication
The growing concern for safety and infrastructural proliferations in the densely
populated urban and suburban areas as well as the quest to preserve the aesthetic
values in many modern localities have necessitated the need for underground
installations. The underground cabling installations are devoid of faults common to the
overhead transmission lines but are associated with certain kinds of faults such as short
circuit and open circuit faults. Locating the exact position of any of these kinds of faults
is very exhausting, costly and time-consuming because its power distribution system is
invisible. Hence, a microcontroller based underground cable fault distance locator
powered by Arduino is designed to detect and pinpoint location of faults in underground
cable lines. A basic ohm’s law is employed to achieve the variation of current with
respect to resistance that determines the position of the fault. This device has a power
supply unit, cable unit, control unit, tripping unit and display unit. The power supply
unit provides power to the other components. The cable unit consists of a three-phase
cabling system with switches between each phase to activate faults. The control unit
takes in signals from the cable unit to cause control of tripping unit and display unit.
The tripping unit then detects the phase which encounters the fault and the display unit
shows the fault characteristics on the LCD. The distance to the fault is displayed,
alongside the phase which encounters the fault for easy clearance.
Indian railway&metro rail,others electrical safety first periortyMahesh Chandra Manav
India is growing Rail Transportation Infra Connecting Maximum Possible Land Connectivity Long route and Suburban Daily Passenger Travelling with in Cities Like State Connectivity ,City Local Travelling speed 70KMP to 200KMP and Fast Bullet Trains.
These Infra is Full of Metal Jungle From Track ,Structures,Cables and Rolling Stocks.
These Track may be Ground ,Elevated ,Under Ground and Long Tunnels now introducing some route below River .
To Operate Railways Infra Traction Power ,Power for Building Infra and Various Equipment's require .
Power Demand for Railways Network from Grid ,Self Power Solar Generation ,High Energy Battery Storage Systems and Others
Water Supply for Equipment Washing ,Public Drinking and other use ,Disposal Of Waters now connected through Automation.
The Whole System Connected Power ,Signal ,Data ,Telecom ,Traffic Routes ,Safety&Building Automation Like CCTV .Fire Alarm,Access Control , Audio Visuals, Public Address ,Telecom (Exchange ,Base Station Towers ,Wireless Network Towers ,Safety , Real Time Passenger Information Moving Displays, Platform Screen Door ,Lifts and Escalators,Ticketing &Fare Collections ,Entry and Exit of Passenger Inside Station Buildings.
Electrical Safety is very important roles to performance of Equipment's Operators ,Human surrounding from Electrical Hazards.
Earthing&connectivity of all Equipment's to discharge any kind of over voltages&Surges Due to Internal&External Like Lightning follow NBC2016 /RDSO Electrical/RDSO S&T Latest Technical Documents.
We connect Power to various Equipment's&also Signal , Telecom ,Other Data Cables& Cable route from Indoor to Outdoor from Track , Control Rooms, Station Buildings &Substation via Power Transformers consider directly or indirectly these all are Interconnected and high Chances of Surge and Over-voltage enter into our System from Power Sources or via Data or Communication Ports to safe system maximum Low Voltages Signal ,Data or communication now change to Fiber Connectivity this help to protect our System from any surge from Data Port.
Railway Technical Documents is very much up to marks but in Tender BID Selection of Components, Installation the involve TEAM Compromise with Contractors after taking Favor Directly or Indirectly &these Contractor Do Fraud mental using Substandard from supply up to installation Just for 3%-5% whole project is smash&High Value Damage occur when system fail&also public inconvenience due to Train Delay ,Stop&Cancel Route.Fire Accidents
Earthing ,Lightning&Surge Protection is not a BOQ it's Design ,Engineering&Calculation ,With Selection of Components &Installation .
Plz go through Presentation to now more about us visit webpage www.linkvuesystem.com
LinkVue System is Technical Pool of Engineers Offering Design ,Engineering ,Calculation Supply with Installation Support.
Maintenance Free Earthing
Lightning Protection Systems
Surge Protection Device
Contact M-9811247237 manav.chandra@linkvuesystem.com
Metro Rail Project ,Bullet Train Project Electrical ,Traction Power,BMS, Signal and Telecom,Station Building Upper and Under Ground ,EPC Companies,Electrical Contractor,Consultants
New Approaches for Maintenance Grounding in Medium Voltage SwitchgearSchneider Electric
Copyright AIST Reprinted with Permission. Presented at the 2013 Iron and Steel Technology Conference and Exposition (AISTech 2013). Maintenance grounding is a traditional and proven method for protecting electrical workers during medium voltage switchgear maintenance. When properly applied, it eliminates dangerous differences in electric potential, and can redirect harmful current during events such as unforeseen induced voltage from motors and generators, accidental bus contact with adjacent live parts, or human error that causes equipment to be re-energized.
Seminar for eight semester electrical engineering on Conventional and
Un-Conventional Partial Discharge Detection Methods in High Voltage XLPE Cable Accessories
Partial Discharge Detection Products by EA TechnologyRyan McFallo
EA Technology is the global leader in MV Partial Discharge detection. EA’s unique technology allows real time partial discharge detection and monitoring without interrupting service, EA also provides on-site partial discharge surveys.
Would you like to learn more about partial discharge detection and monitoring products/services?
Visit Technical Sales-Northwest at http://www.techsalesnw.com
Okonite Cable Brands
C-L-X® Continuous-Lightweight-Exterior. Welded and corrugated, impervious metallic sheathed cables.
LOXARMOR® An interlocked "S" shaped armor cable covering, normally galvanized steel or aluminum.
OKOBON® A moisture resistant cable finish consisting of an aluminum/copolymer tape fused to itself and to an overall jacket.
OKOBUS® Fieldbus instrumentation cable.
OKOCLEAR TP® (TPPO) Thermoplastic Polyolefin low smoke/zero halogen jacket compound.
OKOCLEAR TS® Thermosetting Polyolefin low smoke/zero halogen jacket compound.
OKOGUARD® Okonite's exclusive ethylene-propylene rubber (EPR) based, thermosetting insulation, with an optimum balance of electrical and physical properties unequaled in other solid dielectrics, used on power cables rated 600 V and above.
OKOLENE® Thermoplastic polyethylene based insulating or jacketing compound.
OKONITE® Okonite's exclusive ethylene propylene rubber (EPR) based, thermo-setting insulation used up to 2000V.
OKONITE-FMR® Okonite's exclusive flame and moisture resistant ethylene propylene rubber (EPR) insulation used up to 2000V.
OKOGUARD-OKOLON® Composite insulation system consisting of a layer of EPR and covered with a chlorinated thermoset compound.
OKO-PACK® Okonite's unique compact round conductor shape and design.
OKOSEAL® A PVC insulation or jacketing compound with excellent resistance to flame and most chemicals.
OKOSEAL-N® PVC insulated and nylon jacketed low voltage conductors, Type THHN, THWN-2 and TFN.
OKOLON TP-CPE® Thermoplastic moisture resistant CPE compound serving as an outer sheath.
OKOLON TS-CPE® Thermoset moisture resistant flame retardant CPE outer sheath.
OKOTHERM® Heat resistant silicone rubber based insulation for use in high temperature locations.
OKOZEL® Okonite's name for its ETFE based flame and radiation resistant insulating and jacketing compound.
P-30® Okolene-Okoseal insulated 600V multiple and single conductor control cable.
The generation, transmission, and distribution of power involve electrical facilities, apparatus, and components, to carry the electrical energy from its generating site to where it is utilized. An important part of this power system is the cable system that is used exclusively to carry power from the main substations to secondary substations at load centers.
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Testing & Commissioning Engineer | Power Supply Tech. | Traction Rail Power |...Sanil Balakrishnan
8+ yrs of GCC exp. as electrical engineer with proficiency in testing & commissioning, operation & maintenance @ traction rail industry, oil & gas and in power plants.
Inspection, Testing and Commissioning of Electrical Switchboards, Circuit Bre...Living Online
THE WORKSHOP:
Whether you are designing, specifying, installing, testing or commissioning electrical equipment from small to large commercial and industrial installations, you need to have a thorough understanding of switchboards, switchgear, circuit breakers and associated protective relays.
The overall focus of this workshop is on electrical inspection, testing and commissioning and will commence with a detailed examination of switchgear (and circuit breakers). Circuit breakers are critical components in electrical distribution systems and their operation significantly affects the overall operation of the system. Protection relays are then discussed. These are used in power systems to maximise continuity of supply and are found in both small and large power systems from generation, through transmission, distribution and utilisation of power in plant, industrial and commercial equipment.
We cover commissioning and periodic inspection of cables and their various failure modes and how to detect these faults. The often neglected topic of switchboards will be detailed next, followed by the interesting topic of interfacing to the control system (either PLC’s or other control devices).
Case studies and practical sessions are used throughout to illustrate key practical principles.
This workshop covers key elements in a practical and project focused way. Many people assume (wrongly) that inspecting, testing and commissioning is a fairly straightforward process and is simply a rubber stamp confirmation of a so-called outstanding design. Our experience in the field demonstrates quite the opposite; where the litany of problems ranges from design and installation errors to equipment manufacturing defects. It is best that these problems are identified and corrected before the inevitable downtime comes in an operational installation where many thousands of dollars are lost in correcting the faults. The situation today is made more challenging by the heightened safety requirements and interfacing to low powered electronic control and monitoring devices (such as PLC’s) using software that has to also be verified.
1. Dr. Adel Al-Faraskoury
Manager, Extra High Voltage Research Center,
Egyptian Electricity Holding Company, Egypt
Present
Early Bird Discount
Register and pay 25 days prior to the
event date and get 15% discount.
December 27 - 31, 2015
Dubai, UAE
Partial Discharge (PD), Very Low Frequency (VLF)
And Dissipation Factor (Tan δ )
2. Power Cable fault locating and testing takes on a whole new dimension with the modular Cable Fault locating Concept
from Megger. We have geared our development to the industry requirements for a more tempered fault locating
method and have developed more sophisticated methods that reduce the stress on insulation systems.
In absence of CBM, the power or control cable fails without any notice. To find the fault is a very tedious job and
requires a lot of tools and combination of tools and expertise to locate the fault in the cable. Precise fault location can
save a lot of money and can reduce the down time for the customers and the power could be restored within the
shortest possible time
The Electricity Companies have to supply electricity to the consumers at the lowest possible cost commensurate with
safety. Power cables represent a major capital asset for electricity suppliers. While in service power cables must be
maintained and monitored in order to anticipate faults and possibility avert any failure.
Faults in underground cables can occur at any time, and the causes are many and varied. When faults do occur they
generally cause loss of supply to customers and loss of revenue for suppliers. So it is imperative that the fault location
process is efficient and accurate to minimize excavation time, which results in results in reducing the inconvenience to
all concerned. For fault locating to be efficient and accurate technical staff needs to have expert knowledge
accompanied with experience in order to attained service reliability.
After the end of the course, participants will be able to:
Understand the Essential Characteristics and Requirements of
Underground Cables.
Consolidate and updated understating of the Terminology used
in Measuring and Analysis.
Provide Methods and devise Solutions to improve Equipments
through the prediction and the avoidance of Power Cable Failure.
Use Casual Factor Chart to identify data to be collected produce
a Root Cause Map and Identify Root Causes.
Appreciate the Technical Options for Selection, Laying and
Maintenance of Power Cables.
Apply practices for Fault Detection and Location for Power
Cables and Identify Problems and Failure Modes of Cables
Perform Routine & Preventative Maintenance and Testing of
Power System and Analysis Issues from their workplace
implement underlying Concepts.
Engineers and Highly Technicians from Electrical
Power Utilities Companies, Manufactures and
Distributors of Power Cables, Engineering
Professional in Petrochemical Companies, and
Commercial Buildings.
Participants need no Specific Requirements other
than Basic Understanding of Electricity and
Magnetism and knowledge of nature and
Operation of Power Supply and Underground
Distribution System.
Course Overview:
Course Objectives: Who Should Attend?
Power Cables Testing & Fault Location
www.apex-dubai.com
The Presentation, supplied documents,
and workshop exercises of the course
are in English however, based
on the trainees’ desires, oral presentation or
discussion can be Bilingual
(English and Arabic).
Course Language:
3. Module (01) Introduction to Testing of Cables
1.1 Life Cycle
1.2 Test Cycle
1.3 Routine Tests
1.4 Special Tests
1.5 Type Tests
1.6 Site Tests after Installation
Module (02) Cable Failures and their Analysis
2.1 Mechanical Failures
2.2 Corrosion of Sheath
2.3 Moisture in the Insulation
2.4 Heating of Cables / Heating Resources
2.5 Fire and Lightning Surges
2.6 Electrical Puncture
2.7 Insulation Defects
Module (03) Dielectric Losses
3.1 Dissipation Factor (tan )
3.2 Cables Measurements
3.3 Three Conductor Cable Insulation Diagram
3.4 Loss Measurement of Dissipation Factor
3.5 Analysis of Cable Measurements Results
3.6 Tan Instrument (Schering Bridge)
3.7 Tan Instrument (Latest Technology)
Module (04) Partial Discharge Techniques
4.1 What is Partial Discharge?
4.2 PD Detection for Cable Diagnostics
4.3 Why Test for Partial Discharge?
4.4 Physical Background of PD
4.5 Types of Partial Discharge
4.6 Characteristic of Discharge Patterns
4.7 Breakdown Cable Voltage
4.8 Partial Discharge Test Facility
4.9 Test Circuit inside Shielded Room
4.10 How to Calibrate the Partial Discharge System?
4.11 How to measure Partial Discharge?
4.12 Charge in Fault versus measured apparent charge
and Measurement Results
4.13 P D Measurement methods Available ( Test Van)
Module (05) Very Low Frequency VLF
5.1 Standard for on site Testing including VLF
5.2 Principle of VLF Generator
5.3 Dissipation Factor (tan )
5.4 Evaluation of (tan ) measurements based on XLPE
5.5 Water Treeing in Polymeric Insulation
5.6 Comparison of Electrical Treeing and Water treeing
5.7 Comparison Channel Growth
5.8 Simplified Dielectric Equivalent Circuit for New Cables
5.9 Examples of Water Trees
5.10 Application of VLF / PD Diagnosis
Module (06) Cable Fault Location and Tracing
6.1 Cable Fault Location Procedures
6.2 Cable Fault Types
6.3 PD Tracks in Slip Joins for Cables
6.4 Methods of Cable Fault Location
6.5 Time Domain Reflectometry (TDR)
6.6 Impulse Reflection Method IRM)
6.7 Secondary impulse Method (SIM)
6.8 Multiple Impulse Method (MIM)
6.9 Fault Distance from Cable End
6.10 Bridge Method (Wheatstone)
6.11 Cable Tracing
6.12 Cable Locator
6.13 Acoustic Fault Location
6.14 Propagation Time Measurement
6.15 Pin Pointing Set
6.16 Audio Frequency Twist Method
6.17 Cable Sheath Fault location
6.18 Cable Test Van
Module (07) Benefits of Cable Testing
7.1 Reduction of in service cable failures
7.2 Prioritization of cables in a cable replacement
Program Schedules
7.3 Answers with the ‘repair or replace” question
7.4 Development of Documented History Condition.
7.5 Cost Reduction due to reduced Cable Failure
Course Summary & Conclusion
www.apex-dubai.com
Power Cables Testing & Fault Location
Course Contents:
4. Dr. Adel had B.SC in Electrical Power Engineering since 1982, from Helwan University , and he
had Diploma in High Voltage Engineering from Cairo University 1997. Also Dr. Adel had M.SC in
Power Quality Improvement in Primary Distribution Networks from Ain Shams University. He got
his Ph D. In High Voltage Insulations ageing due to Electrical Treeing and Partial Discharge
from Cairo university .
He is Manager of Partial Discharge Measuring Laboratory Extra High Voltage research Centre,
Egyptian Electricity Holding Company, Ministry of Electricity & Energy , Egypt. He occupied
many position in Ministry of Electricity & Energy , Egypt. Such as Low & Medium Voltage Electrical Insulation
Engineer, Electrical Maintenance Engineer. He performed a lot of inspection and Maintenance activities inside and
outside of Egypt related to Power Cables and on site of Cable Test System.
Dr. Adel had published (3) Papers , Power Quality Concerns in Industrial Plants, Important Power Quality aspects for
Industrial Customers, and Diagnostic Methods and on site preventive Maintenance of Power Transformers. He is
working with APEX as Technical Consultant and conducted many Training Programs in Electrical Engineering Field
with them in Middle East. As a conclusion of Dr. Adel that he is a highly dedicated and experienced Electrical Power
Professional with extensive Teaching and Research Skills over 26 years experience in Electrical Power Engineering,
and Consultation with major Power Companies.
A confirmation will be sent upon your registration.
Note that full payment must be made prior to the
event. Only those delegates who have paid in full will
be admitted to the event. All payments should be to
APEX Account:
Bank Name : HSBC Bank Middle East limited,
Branch : Jebel Ali Branch, Dubai, UAE
IBAN No : AE020200000035626472101
Swift Code : BBMEAEAD
Closing of Registration will be two (2) weeks prior
to the course date.
APEX can assist and provide corporate rates for the
hotel accommodation.
Course fees will cover Course Materials, Certificate
of Participation, Coffee Breaks and Lunch.
In-House course is also available upon request and
can be customized as per client’s needs.
Email : info@apex-dubai.com
Fax : +971 4 454 2910
Website : www.apex-dubai.com
If you are unable to attend the course you may send
a substitute delegate.
Cancellation should be made 15 days prior to the
course conduction. Failure to cancel within 10 days will
be to pay the course fee in full amount.
The amount of 3500 USD will be charged for the course
fee and Full Payment is required prior to
commencement of the course.
Course Fees:
Payment Methods:
Cancellation:
Registration Methods:
General Information:
www.apex-dubai.com
Power Cables Testing & Fault Location
Course Instructor:
Tel : +971 4 445 8567
Fax : +971 4 454 2910
Email : info@apex-dubai.com
Website : www.apex-dubai.com
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