This document provides information about G&W Electric's cable accessories, including:
1. G&W Electric manufactures cable accessories such as terminations and joints rated from 69kV to 230kV for extruded dielectric cable systems.
2. The accessories are factory molded and tested, and installation options include mechanical shrink or slip on methods.
3. G&W Electric has certification for its products and testing facilities to ensure product quality and reliability.
RAYCHEM SAUDI ARABIA LTD. (TYCO ELECTRONICS) |AKBAR TRADING EST. SAUDI ARABIA...AKBAR TRADING
te connectivity saudi arabia
TYCO TERMINATION KIT IN ALL VOLTAGE
Raychem terminations for polymeric and MIND
paper insulated cables from 7.2 kV up to 36 kV
System Designer
케이블 종단-거-瑞侃工具包电缆终端-阿克巴交易
ชุด การเลิกจ้าง
RAYCHEM SAUDI ARABIA LTD. (TYCO ELECTRONICS)
11kV-33kV Medium Voltage Heat Shrink Cable Joints & Cable Terminations
11kV and 33kV heat shrink cable joints and cable terminations for medium voltage power cables - SPS heat shrink cable joints and cable terminations are suitable for installation at indoors and outdoors in the Middle East countries, this includes salt laden and dusty atmospheres associated with the Middle East oil, gas and petrochemical industries. Cable terminations and cable joints are suitable for XLPE and paper insulated single core and three 3 core cables of 11kV and 33kV voltages, 3 phase, 50HZ type electrical systems with highest system voltages of 12kV and 36kV. Cable joints are suitable for connecting two XLPE insulated cables of same size or dissimilar sizes and for transition between XLPE and paper insulated lead covered (PILC) medium voltage cables.
Elastimold - HV High Voltage Joints, Terminations, Loadbreak & Deadbreak Connectors.
Load Break Elbows
A load break elbow when used with a hot stick can be connected or disconnected at high voltage under load, but can only be used with up to a 250kcmil cable. At 100% insulation level, a 250kcmil is good for 345A in underground duct, so you would be de-rating your system by using a 200A elbow with a 250kcmil cable, but they are still widely used due to the flexibility given to the high voltage distribution system at the equipment. Think about it…if you had a critical application where power disruptions were extremely costly and maintenance was required on up-stream equipment in, let’s say a non critical area, this product would be great. You could disconnect the load without disturbing the critical portions, perform the maintenance and then reconnect it. Just make sure to take safety precautions, making and breaking electrical connections under load is very dangerous. The load break elbow is typically not used in man-holes, because it does not allow expansion like the dead break elbow. The construction of the load break elbow does not allow it to be connected to other elbows, but the dead break does.
Dead Break Elbows
A dead break or “hammerhead” elbow can only be disconnected when not under load, this is because you need to actually unscrew a pin to detach it. It would be pretty tough to unscrew the pin with a hot stick and the arc from the disconnected load, if under load, would be pretty substantial. A dead break elbow allows an increased current rating (up to 600A) and can be used on basically all cable types. At 100% insulation level a 750kcmil cable is rated 610A in underground duct. When would you use a 750kcmil? In most non-utility cases you would design or install sets of 500kcmil or smaller if you needed more than one 500kcmil could handle. Even from a 1200A breaker, two sets of 500kcmil per phase would be sufficient for distribution (about 1000A), if the load was even that high. Most of the time you set the relays down to the actual load in order to limit the copper used. A dead break when used in man-holes for splicing cables allows the flexibility of connecting more than two cables together as well as future expansion if required. Say another building was added that needed power, you could just connect that building to the existing array of dead break elbows. This also works great when temporary power is needed for construction or even if the circus is in town and they need medium voltage (it happens!). They can pick up power from the man-hole with the dead break elbows or from a piece of equipment with dead break elbows. I’ve heard that ships are now starting to use medium voltage shore power, I wonder what kind of connections they use.
RAYCHEM SAUDI ARABIA LTD. (TYCO ELECTRONICS) |AKBAR TRADING EST. SAUDI ARABIA...AKBAR TRADING
te connectivity saudi arabia
TYCO TERMINATION KIT IN ALL VOLTAGE
Raychem terminations for polymeric and MIND
paper insulated cables from 7.2 kV up to 36 kV
System Designer
케이블 종단-거-瑞侃工具包电缆终端-阿克巴交易
ชุด การเลิกจ้าง
RAYCHEM SAUDI ARABIA LTD. (TYCO ELECTRONICS)
11kV-33kV Medium Voltage Heat Shrink Cable Joints & Cable Terminations
11kV and 33kV heat shrink cable joints and cable terminations for medium voltage power cables - SPS heat shrink cable joints and cable terminations are suitable for installation at indoors and outdoors in the Middle East countries, this includes salt laden and dusty atmospheres associated with the Middle East oil, gas and petrochemical industries. Cable terminations and cable joints are suitable for XLPE and paper insulated single core and three 3 core cables of 11kV and 33kV voltages, 3 phase, 50HZ type electrical systems with highest system voltages of 12kV and 36kV. Cable joints are suitable for connecting two XLPE insulated cables of same size or dissimilar sizes and for transition between XLPE and paper insulated lead covered (PILC) medium voltage cables.
Elastimold - HV High Voltage Joints, Terminations, Loadbreak & Deadbreak Connectors.
Load Break Elbows
A load break elbow when used with a hot stick can be connected or disconnected at high voltage under load, but can only be used with up to a 250kcmil cable. At 100% insulation level, a 250kcmil is good for 345A in underground duct, so you would be de-rating your system by using a 200A elbow with a 250kcmil cable, but they are still widely used due to the flexibility given to the high voltage distribution system at the equipment. Think about it…if you had a critical application where power disruptions were extremely costly and maintenance was required on up-stream equipment in, let’s say a non critical area, this product would be great. You could disconnect the load without disturbing the critical portions, perform the maintenance and then reconnect it. Just make sure to take safety precautions, making and breaking electrical connections under load is very dangerous. The load break elbow is typically not used in man-holes, because it does not allow expansion like the dead break elbow. The construction of the load break elbow does not allow it to be connected to other elbows, but the dead break does.
Dead Break Elbows
A dead break or “hammerhead” elbow can only be disconnected when not under load, this is because you need to actually unscrew a pin to detach it. It would be pretty tough to unscrew the pin with a hot stick and the arc from the disconnected load, if under load, would be pretty substantial. A dead break elbow allows an increased current rating (up to 600A) and can be used on basically all cable types. At 100% insulation level a 750kcmil cable is rated 610A in underground duct. When would you use a 750kcmil? In most non-utility cases you would design or install sets of 500kcmil or smaller if you needed more than one 500kcmil could handle. Even from a 1200A breaker, two sets of 500kcmil per phase would be sufficient for distribution (about 1000A), if the load was even that high. Most of the time you set the relays down to the actual load in order to limit the copper used. A dead break when used in man-holes for splicing cables allows the flexibility of connecting more than two cables together as well as future expansion if required. Say another building was added that needed power, you could just connect that building to the existing array of dead break elbows. This also works great when temporary power is needed for construction or even if the circus is in town and they need medium voltage (it happens!). They can pick up power from the man-hole with the dead break elbows or from a piece of equipment with dead break elbows. I’ve heard that ships are now starting to use medium voltage shore power, I wonder what kind of connections they use.
AC LINE DESIGN
ELECTRICAL CHARACTERISTICS
MECHANICAL CHARACTERISTICS
THERMAL RATING
PLANNERS REQUIREMENTS
OBJECTIVE INDICATOR
DC LINE DESIGN
ELECTRICAL CHARACTERISTICS
OBJECTIVE INDICATOR
COST OF LINES
EXAMPLES OF OPTIMISATION
9+ Years of Experience as 7+ years in Electrical Design and Site Engineer for MEP projects as well as 2 years worked as an Assistant Electrical Engineer in 220KV substation.
Code of Practice for Power Installations, materials required for power circuit wiring and
their specifications, Prepare the layout diagram of machines showing clearances as per IS
standards, draw wiring plan of the Power circuit for workshops, Decide the type of wiring system, load calculations, determine the size of conductors, main switch, Isolators, sub
switches and protective devices, Draw the SLD of Power Distribution Scheme showing
grading/discrimination of ratings of protective devices, Prepare the schedule of materials with
specifications for workshops and their estimates, Determine the rating of motor for IP set and
the concept (only)of pump house wiring.
Medium Voltage Terminations- up to 42kV.| AKBAR TRADING EST.| mail@akbartradi...AKBAR TRADING
Cold Applied:
• TFTI-TFTO:
Single Core Polymeric Cable Termination - Pre Expanded on Holdout - up to 42kV
• TFTI-TFTO:
Single Core Polymeric Cable Termination - Push On - up to 42kV
Heat Shrinkable:
• IXSU/OXSU:
Uniterm - Terminations for Polymeric Cables - up to
42kV
Uniterm - Terminations for Polymeric Cables - up to
42kV - Selection Guide
• IXSU/OXSU - EPKT Quick Reference Guide
Heat Shrinkable Elbows:
• EPKT:
Heat Shrinkable Termination System for cables up to 36kV
Heat Shrinkable Termination Selection Guide
• RSRB:
Inline Bushing Boots
• RSRB:
Right Angle Bushing Boots
Inline & Right Angle Bushing Boot Selection Guide
Push On Elbows:
• RCAB:
Elastomeric Flexible Bushing Boot - up to 17.5kV ONLY
• RCAB:
Inline Cold Applied Boot - up to 24kV ONLY
• RICS:
Insulated Elbow Adaptors - up to 24kV
Insulated Elbow Adaptors - up to 24kV - Selection Guide
• RSES/RSSS:
Insulated Screened Elbows - 250A - up to 24kV
• RSTI:
Insulated Screened Elbows - 630A - up to 24kV
• RSTI:
Insulated Screened Elbows - 630A - up to 36kV
• RSTI:
Insulated Screened Elbow - Piggyback Coupling System - up to 36kV
GURO MV:
NEW
GUROFLEX Medium Voltage - Cold pour Insulating Compound
Section 4:
Energy Division
http://energy.tycoelectronics.com
Principles of Cable Sizing; current carrying capacity, voltage drop, short circuit.
Cables are often the last component considered during system design even if in many situations cables are the true system’s lifeline: if a cable fails, the entire system may stop. Cable reliability is therefore extremely important, then a cable system should be engineered to last the life of the system in the installation environment for the required application. Environments in which cable systems are being used are often challenging, as extreme temperatures, chemicals, abrasion, and extensive flexing. These variables have a direct impact on the materials used for cable insulation and jacketing as well as the construction of the cable. Using a systematic approach will help ensure that designer select the best cable for the required application in the installation environment. This lessons will provide students main guidelines for perform this approach.
Cable Lugs and Terminals are electrical connectors used for connecting or terminating electrical cables to electrical appliances, transformers, junction boxes, control panels, etc. Connectors are also used for joining two power cables together. A lug has two ends, a tubular end through which cable is inserted and a flattened end which is bolted to the appliance or surface. After cable insertion, the lug can be crimped with a crimping tool or soldered or welded. Lugs come in different sizes corresponding to cable size and sizes are marked on the palm area of the lug. Suitable tool and die set is used to crimp them to cable or wire. The terminal ends are usually made of copper or aluminium and comes in different sizes and current carrying capacities. Proper care has to be taken and selection done according to low voltage or medium voltage requirements.
AC LINE DESIGN
ELECTRICAL CHARACTERISTICS
MECHANICAL CHARACTERISTICS
THERMAL RATING
PLANNERS REQUIREMENTS
OBJECTIVE INDICATOR
DC LINE DESIGN
ELECTRICAL CHARACTERISTICS
OBJECTIVE INDICATOR
COST OF LINES
EXAMPLES OF OPTIMISATION
9+ Years of Experience as 7+ years in Electrical Design and Site Engineer for MEP projects as well as 2 years worked as an Assistant Electrical Engineer in 220KV substation.
Code of Practice for Power Installations, materials required for power circuit wiring and
their specifications, Prepare the layout diagram of machines showing clearances as per IS
standards, draw wiring plan of the Power circuit for workshops, Decide the type of wiring system, load calculations, determine the size of conductors, main switch, Isolators, sub
switches and protective devices, Draw the SLD of Power Distribution Scheme showing
grading/discrimination of ratings of protective devices, Prepare the schedule of materials with
specifications for workshops and their estimates, Determine the rating of motor for IP set and
the concept (only)of pump house wiring.
Medium Voltage Terminations- up to 42kV.| AKBAR TRADING EST.| mail@akbartradi...AKBAR TRADING
Cold Applied:
• TFTI-TFTO:
Single Core Polymeric Cable Termination - Pre Expanded on Holdout - up to 42kV
• TFTI-TFTO:
Single Core Polymeric Cable Termination - Push On - up to 42kV
Heat Shrinkable:
• IXSU/OXSU:
Uniterm - Terminations for Polymeric Cables - up to
42kV
Uniterm - Terminations for Polymeric Cables - up to
42kV - Selection Guide
• IXSU/OXSU - EPKT Quick Reference Guide
Heat Shrinkable Elbows:
• EPKT:
Heat Shrinkable Termination System for cables up to 36kV
Heat Shrinkable Termination Selection Guide
• RSRB:
Inline Bushing Boots
• RSRB:
Right Angle Bushing Boots
Inline & Right Angle Bushing Boot Selection Guide
Push On Elbows:
• RCAB:
Elastomeric Flexible Bushing Boot - up to 17.5kV ONLY
• RCAB:
Inline Cold Applied Boot - up to 24kV ONLY
• RICS:
Insulated Elbow Adaptors - up to 24kV
Insulated Elbow Adaptors - up to 24kV - Selection Guide
• RSES/RSSS:
Insulated Screened Elbows - 250A - up to 24kV
• RSTI:
Insulated Screened Elbows - 630A - up to 24kV
• RSTI:
Insulated Screened Elbows - 630A - up to 36kV
• RSTI:
Insulated Screened Elbow - Piggyback Coupling System - up to 36kV
GURO MV:
NEW
GUROFLEX Medium Voltage - Cold pour Insulating Compound
Section 4:
Energy Division
http://energy.tycoelectronics.com
Principles of Cable Sizing; current carrying capacity, voltage drop, short circuit.
Cables are often the last component considered during system design even if in many situations cables are the true system’s lifeline: if a cable fails, the entire system may stop. Cable reliability is therefore extremely important, then a cable system should be engineered to last the life of the system in the installation environment for the required application. Environments in which cable systems are being used are often challenging, as extreme temperatures, chemicals, abrasion, and extensive flexing. These variables have a direct impact on the materials used for cable insulation and jacketing as well as the construction of the cable. Using a systematic approach will help ensure that designer select the best cable for the required application in the installation environment. This lessons will provide students main guidelines for perform this approach.
Cable Lugs and Terminals are electrical connectors used for connecting or terminating electrical cables to electrical appliances, transformers, junction boxes, control panels, etc. Connectors are also used for joining two power cables together. A lug has two ends, a tubular end through which cable is inserted and a flattened end which is bolted to the appliance or surface. After cable insertion, the lug can be crimped with a crimping tool or soldered or welded. Lugs come in different sizes corresponding to cable size and sizes are marked on the palm area of the lug. Suitable tool and die set is used to crimp them to cable or wire. The terminal ends are usually made of copper or aluminium and comes in different sizes and current carrying capacities. Proper care has to be taken and selection done according to low voltage or medium voltage requirements.
The Roxtec BGTM product family is designed to safely and efficiently bond or ground armored and shielded cables through a single cut-out or open- ing in a wall, floor or electrical enclosure. The product provides a secure means of cable terminations and pass-throughs, provides an environmental and fire resistant seal, and establishes a secure bonding path to ground for metallic cable components. The product is certified for use in hazardous locations where required by local codes and regulations. The Roxtec BGTM system complies with EU directive 2002/95/EC, Restriction of Hazardous Substances (RoHS).
Roxtec Cable Transits - Installing & Terminating Substation Cables
Roxtec cable transits provide several clear advantages for installing and terminating cables in industrial and high voltage substations. Roxtec cable transits provide a standardised design with the flexibility to terminate a variety of different sizes and cable constructions. The ease of cable installation reduces labour costs and minimises the potential for cable insulation damage. The structural and environmental integrity of the wall or floor penetration is maintained providing an insulated, vapor-tight and fire-stop barrier and cables can be easily added for future up-grading. Roxtec cable transits are a viable alternative for terminating cables into industrial power substations.
Cembre B135C Hydraulic Crimping Tool - Battery Crimping Tools
14.4V cordless hydraulic battery crimping tool
Lightweight and balanced Cembre crimper for single hand operation
Double speed crimping action
Cembre crimping head can rotate through 180°
Quiet in operation with very little vibration
Operating buttons mechanically interlocked to prevent accidental operation
Microprocessor control with automatic motor cut out on completion of the crimping operation
Fitted with a maximum hydraulic pressure valve
Cembre B135C Battery Crimpers - Crimping Applications
HV & LV cable lugs - 400sqmm
HV & LV cable splices - 240sqmm
Insulated cable terminals - 240sqmm
C Sleeve connectors - 185sqmm
Catalog thiết bị đóng cắt Fuji Electric - 06 - MCCB & ACB
*********************************************************************
CTY TNHH HẠO PHƯƠNG - Nhà phân phối chính thức các thiết bị điện công nghiệp và tự động hóa của hãng FUJI ELECTRIC JAPAN tại Việt Nam
Xem chi tiết các sản phẩm Fuji Electric tại
http://haophuong.com/b1033533/fuji-electric
MCCB Fuji - Molded Case Circuit Breakers Fuji
Beeteco.com là trang mua sắm trực tuyến thiết bị điện - Tự động hóa uy tín tại Việt Nam.
Chuyên cung cấp các thiết bị: Đèn báo nút nhấn, Relay, Timer, Contactor, MCCB ELCB, Biến tần, Van, Thiết bị cảm biến, phụ kiện tủ điện, .... Từ các thương hiệu hàng đầu trên thế giới.
www.beeteco.com @ Công ty TNHH TM KT ASTER
Số 7 Đại Lộ Độc Lập, KCN Sóng Thần 1, P. Dĩ An, Tx. Dĩ An, Bình Dương
www.facebook.com/beeteco
Tel: 0650 3617 012
Power Cable Accessories upto 42k v (for terminations & joints tender)Eric Bin
Shenzhen Chuangyin Co., Ltd. is a leading company in China for manufacturing of Premoulded terminations, underground cable joints, separable connectors, and equipment bushings for GIS/RMU. Products designed as European standard and American standard, which are suitable for all our clients requirements. For more details, please send mail to sales01@chuangy.com (Marketing manager. Mr. Eric Bin)
Yamuna Infra & Technology Pvt. Ltd. is an India based leading manufacturer and exporter of high-quality heat shrinkable power cable jointing kits, heat shrinkable power cable termination kits and power cable accessories upto 36kV. Established in 1996, we have been supplying many of the leading power and telecom industries all over the world. We manufacture and market our products under 'US-SEAL' brand/trademark, which itself speak about million acknowledgements for their performance. We are one of the leading companies focused on manufacturing high-quality heat shrinkable moulded components such as cable breakout boots, cable end sealing caps and other electric cable accessories.
For more information visit www.yamunainfra.com
Underground Cable Accessories
Elastimold® offers the industry's most complete package for managing underground cable connections.
Broad Product Range..
Elastimold accessories, available from 5kV to 138kV, connect, ground, splice, terminate and protect underground cable.
Elastimold Innovation
Elastimold’s long, innovative history includes pioneering such products as extended and repair elbows, jacket seal elbows, and shrink-fit joints.
Switches Plus Components Electrical Solutions 2018David Faux
Containing over 2000 stocked lines, Electrical Solutions 2018 is a comprehensive catalogue covering the vast majority of products used on a daily basis within the Industrial Electrical industry.
Máy biến áp do tập đoàn LS sản xuất cũng thuộc nhóm sản phẩm cao cấp của thế giới, hiện đang được bán đại trà cho Mỹ, Nhật, Canada, Trung đông, Asia. Các tập đoàn công nghệ hàng đầu như Mitsubishi, Hitachi, Fuji, Siemens,….cũng đang là khách hàng của sản phẩm này trên phạm vi toàn cầu. Hiện LS cũng là một trong những nhà cung cấp Biến thế khô chính của Việt nam với các công trình tiêu biểu như :Royal City, Time City, Nam Á Bank, Air Cargo, Việt Thuận Thành Tower, Lim Tower, Thảo Điền Pearl, Petrovietnam Power Landmark, Petroland Quận 2, Diamond Island, The Era, Royal City, Cresent Mall, Petroland Tower tại Phú Mỹ Hưng, Dragon Hill Residence, Belleza, Khách sạn Continential, Khách sạn Rex, Khách sạn 5 sao Le Meriden, Phú Quốc Airport, Saigon Airport Plaza, Times City, Star City...
Isolation Procedures for Safe Working on Electrical Systems and Equipment by the JIB | solation Procedures for Safe Working on Electrical Systems and Equipment
This chart shows the safe isolation procedure that you should use when working on electrical systems and equipment.
You'll receive a printed copy of this from your Training Provider, but it's also here as a handy reference to keep electronically.
THE RULES OF SAFE ISOLATION ARE:
Obtain permission to start work (a Permit may be required in some situations)
Identify the source(s) of supply using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Isolate the supply(s)
Secure the isolation
Prove the system/equipment is DEAD using an approved voltage indicator or test lamp
Prove that the approved voltage indicator or test lamp is functioning correctly
Put up warning signs to tell other people that the electrical installation has been isolated
Once the system/equipment is proved DEAD, work can begin
Uploaded by THORNE & DERRICK LV HV Jointing, Earthing, Substation & Electrical Eqpt | Explosive Atmosphere Experts & ATEX IECEx.
THORNE & DERRICK based in the UK are international distributors of LV, MV & HV Cable Installation, Jointing, Substation & Electrical Equipment.
Since 1985, T&D have established an international reputation based on SERVICE | INTEGRITY | TRUST.
Contact us for 3M, ABB, Alroc, AN Wallis, CATU, Cembre, Centriforce, CMP, CSD, Elastimold, Ellis Patents, Emtelle, Euromold, Filoform , Furse, Lucy Electric & Zodion, Nexans, Pfisterer, Polypipe, Prysmian, Roxtec, Sicame, WT Henley.
Neuro-symbolic is not enough, we need neuro-*semantic*Frank van Harmelen
Neuro-symbolic (NeSy) AI is on the rise. However, simply machine learning on just any symbolic structure is not sufficient to really harvest the gains of NeSy. These will only be gained when the symbolic structures have an actual semantics. I give an operational definition of semantics as “predictable inference”.
All of this illustrated with link prediction over knowledge graphs, but the argument is general.
JMeter webinar - integration with InfluxDB and GrafanaRTTS
Watch this recorded webinar about real-time monitoring of application performance. See how to integrate Apache JMeter, the open-source leader in performance testing, with InfluxDB, the open-source time-series database, and Grafana, the open-source analytics and visualization application.
In this webinar, we will review the benefits of leveraging InfluxDB and Grafana when executing load tests and demonstrate how these tools are used to visualize performance metrics.
Length: 30 minutes
Session Overview
-------------------------------------------
During this webinar, we will cover the following topics while demonstrating the integrations of JMeter, InfluxDB and Grafana:
- What out-of-the-box solutions are available for real-time monitoring JMeter tests?
- What are the benefits of integrating InfluxDB and Grafana into the load testing stack?
- Which features are provided by Grafana?
- Demonstration of InfluxDB and Grafana using a practice web application
To view the webinar recording, go to:
https://www.rttsweb.com/jmeter-integration-webinar
Kubernetes & AI - Beauty and the Beast !?! @KCD Istanbul 2024Tobias Schneck
As AI technology is pushing into IT I was wondering myself, as an “infrastructure container kubernetes guy”, how get this fancy AI technology get managed from an infrastructure operational view? Is it possible to apply our lovely cloud native principals as well? What benefit’s both technologies could bring to each other?
Let me take this questions and provide you a short journey through existing deployment models and use cases for AI software. On practical examples, we discuss what cloud/on-premise strategy we may need for applying it to our own infrastructure to get it to work from an enterprise perspective. I want to give an overview about infrastructure requirements and technologies, what could be beneficial or limiting your AI use cases in an enterprise environment. An interactive Demo will give you some insides, what approaches I got already working for real.
LF Energy Webinar: Electrical Grid Modelling and Simulation Through PowSyBl -...DanBrown980551
Do you want to learn how to model and simulate an electrical network from scratch in under an hour?
Then welcome to this PowSyBl workshop, hosted by Rte, the French Transmission System Operator (TSO)!
During the webinar, you will discover the PowSyBl ecosystem as well as handle and study an electrical network through an interactive Python notebook.
PowSyBl is an open source project hosted by LF Energy, which offers a comprehensive set of features for electrical grid modelling and simulation. Among other advanced features, PowSyBl provides:
- A fully editable and extendable library for grid component modelling;
- Visualization tools to display your network;
- Grid simulation tools, such as power flows, security analyses (with or without remedial actions) and sensitivity analyses;
The framework is mostly written in Java, with a Python binding so that Python developers can access PowSyBl functionalities as well.
What you will learn during the webinar:
- For beginners: discover PowSyBl's functionalities through a quick general presentation and the notebook, without needing any expert coding skills;
- For advanced developers: master the skills to efficiently apply PowSyBl functionalities to your real-world scenarios.
Essentials of Automations: Optimizing FME Workflows with ParametersSafe Software
Are you looking to streamline your workflows and boost your projects’ efficiency? Do you find yourself searching for ways to add flexibility and control over your FME workflows? If so, you’re in the right place.
Join us for an insightful dive into the world of FME parameters, a critical element in optimizing workflow efficiency. This webinar marks the beginning of our three-part “Essentials of Automation” series. This first webinar is designed to equip you with the knowledge and skills to utilize parameters effectively: enhancing the flexibility, maintainability, and user control of your FME projects.
Here’s what you’ll gain:
- Essentials of FME Parameters: Understand the pivotal role of parameters, including Reader/Writer, Transformer, User, and FME Flow categories. Discover how they are the key to unlocking automation and optimization within your workflows.
- Practical Applications in FME Form: Delve into key user parameter types including choice, connections, and file URLs. Allow users to control how a workflow runs, making your workflows more reusable. Learn to import values and deliver the best user experience for your workflows while enhancing accuracy.
- Optimization Strategies in FME Flow: Explore the creation and strategic deployment of parameters in FME Flow, including the use of deployment and geometry parameters, to maximize workflow efficiency.
- Pro Tips for Success: Gain insights on parameterizing connections and leveraging new features like Conditional Visibility for clarity and simplicity.
We’ll wrap up with a glimpse into future webinars, followed by a Q&A session to address your specific questions surrounding this topic.
Don’t miss this opportunity to elevate your FME expertise and drive your projects to new heights of efficiency.
Search and Society: Reimagining Information Access for Radical FuturesBhaskar Mitra
The field of Information retrieval (IR) is currently undergoing a transformative shift, at least partly due to the emerging applications of generative AI to information access. In this talk, we will deliberate on the sociotechnical implications of generative AI for information access. We will argue that there is both a critical necessity and an exciting opportunity for the IR community to re-center our research agendas on societal needs while dismantling the artificial separation between the work on fairness, accountability, transparency, and ethics in IR and the rest of IR research. Instead of adopting a reactionary strategy of trying to mitigate potential social harms from emerging technologies, the community should aim to proactively set the research agenda for the kinds of systems we should build inspired by diverse explicitly stated sociotechnical imaginaries. The sociotechnical imaginaries that underpin the design and development of information access technologies needs to be explicitly articulated, and we need to develop theories of change in context of these diverse perspectives. Our guiding future imaginaries must be informed by other academic fields, such as democratic theory and critical theory, and should be co-developed with social science scholars, legal scholars, civil rights and social justice activists, and artists, among others.
UiPath Test Automation using UiPath Test Suite series, part 4DianaGray10
Welcome to UiPath Test Automation using UiPath Test Suite series part 4. In this session, we will cover Test Manager overview along with SAP heatmap.
The UiPath Test Manager overview with SAP heatmap webinar offers a concise yet comprehensive exploration of the role of a Test Manager within SAP environments, coupled with the utilization of heatmaps for effective testing strategies.
Participants will gain insights into the responsibilities, challenges, and best practices associated with test management in SAP projects. Additionally, the webinar delves into the significance of heatmaps as a visual aid for identifying testing priorities, areas of risk, and resource allocation within SAP landscapes. Through this session, attendees can expect to enhance their understanding of test management principles while learning practical approaches to optimize testing processes in SAP environments using heatmap visualization techniques
What will you get from this session?
1. Insights into SAP testing best practices
2. Heatmap utilization for testing
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Execution from the test manager
Orchestrator execution result
Defect reporting
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G&W High Voltage Cable Accessories - Joints & Terminations
1. • Components used in cable systems
• 100% Tested
• Factory Molded
• For outdoor applications through 230kV
• For gas insulated substations and
transformers through 230kV
• Dry type designs available for easy
installation
• Mechanical Shrink installation option
available
Catalog Python13
Cable Accessories
for Extruded Dielectric Cable 69kV - 230kV Rated
2. G & W E L E C T R I C P A G E 2
G&W Headquarters
To meet the growing demand for our products, G&W
recently relocated to a new 360,000 square foot facility in
Bolingbrook, IL, a suburb of Chicago. Our new facility is
a world-class operation allowing us to more than double
our manufacturing capability. It is here where the latest
in engineering and production modeling technology is
combined with automated manufacturing equipment to
assure that our products meet quality standards and
customer requirements.
p G&W headquarters in Bolingbrook, IL USA
Company Profile
Since 1905, G&W Electric has helped energize the
world with innovative power system solutions. With
the introduction of the first disconnectable cable
terminating device, G&W began to build a reputation
for engineering custom solutions to meet the needs
of system designers. In addition to cable accessories,
solutions comprise of the latest in load and fault
interrupting switchgear, reclosers, system protection
equipment and distribution automation.
G&W products are backed by extensive design
and production testing in accordance with industry
standards. Even more important is the proven
performance and assured reliability that only
comes over time. G&W products have been proving
themselves in installations worldwide for many
decades.
Today’s G&W combines extensive research and
development with ISO 9001 certified quality systems
in both its manufacturing and design processes. An
extensive global sales organization and experienced
customer response teams provide you with a valuable
resource. A resource which is ready to work with you
on your specific system requirements.
Company Profile
G&W Electric Facilities:
G&W Electric Co. Headquarters
(Bolingbrook, IL, USA)
G&W Shanghai (China)
G&W Canada (Mississauga, Ontario)
G&W Mexico (San Luis Potosi)
G&W do Brazil (Salvador)
G&W sales office (Delhi, India)
G&W sales office (Singapore)
Manufacturer’s Brass and Aluminum Foundry
(Blue Island, IL, USA)
Markets Served
G&W’s serves investor owned, municipal and rural
electric cooperative utilities; commercial and industrial;
universities; renewable energy; mining; transportation;
engineering firms, consultants, contractors and
government agencies.
3. G & W E L E C T R I C P A G E 3
Cable Accessories Overview
Table of Contents
2 Company Profile
3 Overview
4 History of G&W Cable Accessories
5 Certifications
6 Dry Type Outdoor Terminations
8 Outdoor Terminations
12 Dry GIS and Transformer Terminations
14 GIS and Transformer Terminations
17 Premolded Joints
19 Application Photos
Overview of G&W Cable Accessories
In 1905 G&W introduced the first disconnectable cable
terminating device. Now, over 100 years later, G&W
continues to create technical innovations that have
improved performance and reliability.
With over 100 years experience, G&W is the name
you can trust for quality cable accessories. With sales
representation worldwide, G&W has a proven track
record for success.
G&W cable accessories are designed to accommodate
cables from all manufacturers and can be created to
accommodate any customer cable system.
The optional mechanical shrink feature offers an easier
and faster installation while reducing possible damage
during installation.
G&W also offers installation supervision and installation
training, which can be customized to suit the audience.
p G&W high voltage testing laboratory in Bolingbrook, IL
4. G & W E L E C T R I C P A G E 4
History
G&W Cable Accessories History
1905 – First product introduction: The disconnectable porcelain style pothead
1924 – Introduction of 66kV potheads
1952 – Introduction of 161kV terminations for high pressure fluid filled cables
1954 – Introduction of 230kV terminations for high pressure fluid filled cables
1958 – Introduction of 69kV stop joint for low and high pressure fluid filled cables
1959 – Introduction of 138kV terminations for high pressure gas filled cables
1961 – First 345kV condenser style termination installed at Cornell University
1963 – Introduction of joint for 138kV low and high pressure fluid filled cables
1966 – Introduced Slip-on®
terminations with factory installed stress control and factory
filled dielectric fluid for 15-46kV applications
1969 – Research and development test lab built at Blue Island, Illinois, USA
1969 – 500kV terminations for high pressure fluid filled cables sent to Waltz Mill underground
transmission testing program
1969 – Extended the application range of Slip-on®
design terminations to 161kV extruded
dielectric cables
1991 – First installation of 220kV terminations and joints for extruded dielectric cables
State Electricity Commission of Victoria, Australia project
1999 – Introduction of 138kV transition joints for low and high pressure fluid filled cables
1999 – Opened Shanghai, China Manufacturing facility
2000 – Acquisition of CTM “Cable Transition Module” molded epoxy transition joint product
lines through 33kV applications
2002 – Introduced silicone rubber stress cones for transmission voltage (69kV-230kV)
terminations for extruded dielectric cables
2006 – Acquisition of PSC and Easy-On 2 distribution voltage (15kV-46kV) and (69kV)
spring loaded elastomeric terminations
2006 – Introduced dry type terminations for outdoor applications up to 138kV extruded
dielectric cables
2007 – Introduced Python®
brand terminations and joints with mechanical shrink installation
method for 69kV-230kV extruded dielectric cables
2011 – First prequalification test per IEC 62067 completed on Python®
230kV rated products
for extruded dielectric cables
5. G & W E L E C T R I C P A G E 5
Certifications
p 69kV type test certificates.
p 138kV type test certificates.
t 220kV prequalification test
certificates.
6. G & W E L E C T R I C P A G E 6
G&W’s Python®
premolded dry type outdoor terminations
are available for 145kV IEC (138kV IEEE) XLPE cable
systems.
Features
• Lightweight
• Dry type premolded termination body
• Flexible design
• Vertical, horizontal or angled mounting positions
• Mechanical shrink installation
• Tested to IEC 60840
Application Range, XLPE Cable
Conductor Material Conductor Size Insulation Diameter*
145 (138) kV
Copper 240mm2
- 1000mm2
(500 kcmil - 2000 kcmil) 59mm - 81mm (2.32 in. - 3.19 in.)
*Contact your G&W representative for additonal cable sizes.
Standard Components
1. Conductor Connector
(Crimp type connectors supplied as standard)
2. Hood nut
3. Corona shield cap
4. Termination body
5. Stress Cone
6. Position and cushion ring
7. Slip ring
8. Cable entrance housing
9. Insulation and seal tapes
10. Mounting bracket
11. Heat shrink tube
12. Grounding plate
13. Wiping seal
Application
Corrugated aluminum sheath or corrugated copper sheath
or lead sheathed cables.
3
6
4
2
1
5
7
11
8
10
9
12
13
Dry Type Outdoor Terminations
7. G & W E L E C T R I C P A G E 7
Dry Type Outdoor Terminations
2
PAT130C - C - - X
1 3 4
Rated
Voltage kV
(IEC)
Rated
Voltage kV
(IEEE)
BIL (kV) Code
145 138 650 PAT130C
1 Basic Termination 2
Conductor Size
(See application range chart, Page 6)
3 Conductor Material
Material Code
Copper C
Example:
PAT130C-630MC-2H-X
145kV termination for 630mm2
copper conductor with 2-hole, non-rotating aerial connection.
4 Aerial Connection
Size mm2
Code kcmil Code
240 240M 500 500K
300 300M 750 750K
400 400M 1000 1000K
500 500M 1250 1250K
630 630M 1500 1500K
800 800M 1750 1750K
1000 1000M 2000 2000K
Description Code
2-Hole, Non-rotating 2H
4-Hole NEMA, Rotating 4H
Catalog Number Builder
Use the chart below to build your G&W catalog number. This number should be used for all inquiries and quote requests.
In addition, the following cable information is required to process your order:
1. Conductor size and O.D. of conductor (nominal and max)
2. Insulation O.D. (min and max)
3. Insulation shield O.D. (min and max)
4. Jacket O.D. (nominal and max)
5. Cable construction details with metallic sheath type and fault current rating.
Aerial Lug Options
2-Hole, Non-rotating
Underground Conductor Size Hole I.D.
240mm2
- 300mm2
(500 kcmil - 750 kcmil) 13mm
400mm2
- 1000mm2
(1000 kcmil - 2000 kcmil) 17mm
4-Hole NEMA, Rotating
Underground Conductor Size Hole I.D.
240mm2
- 1000mm2
(500 kcmil - 2000 kcmil) 14.5mm
Catalog
Prefix
Approximate Ship Weight
PAT130C 36 kg (80 lbs)
Ship Weight
8. G & W E L E C T R I C P A G E 8
G&W’s Python®
outdoor PAT style transmission terminations
are designed for extruded dielectric cable systems from
72.5kV to 245kV IEC (69kV to 230kV IEEE).
Features
• Stress Cone: Factory molded and 100% tested
• Available with mechanical shrink or slip on installation
method
• 69kV and 138kV are type tested per applicable
requirements of IEEE 48 and IEC 60840
• 230kV is prequalified and type tested per IEC 62067
• Suitable for XLPE and EPR insulated cables
Application Range
Conductor
Material
Conductor Size Insulation Diameter**
72.5 (69) kV
Copper 240mm2
- 1600mm2
(500 kcmil - 3200 kcmil)
40.5mm - 93.2mm (1.59 in. - 3.67 in.)
Aluminum 240mm2
- 1600mm2
* (500 kcmil - 3200 kcmil) *
145 (138) kV and 170 (161) kV
Copper 240mm2
- 1200mm2
(500 kcmil - 2500 kcmil)
43mm - 96.5mm (1.69 in. - 3.80 in.)
Aluminum 240mm2
- 1200mm2
* (500 kcmil - 2500 kcmil) *
245 (230) kV
Copper 400mm2
- 2500mm2
(750 kcmil - 5000 kcmil)
74mm - 123.9mm (2.91 in. - 4.88 in.)
Aluminum 400mm2
- 1600mm2
* (750 kcmil - 3200 kcmil) *
* Aluminum conductors larger than 1200mm2
(2500 kcmil) may require special conductor connection provisions.
**Contact your G&W representative for additonal cable sizes.
3
5
4
2
1
6
7
8
Standard Components
1. Aerial lug specified by user
2. Connector (Crimp type connectors supplied as standard)
3. Aluminum cap plate
4. Aluminum corona shield
5. Insulator
6. Dielectric fluid
7. Premolded rubber stress cone
8. Aluminum entrance housing with heat shrink seal,
standoff insulators (4) and galvanized steel mounting
plate.
9. Cable preparation kit.
Kit includes grease,
sandpaper, PVC tape,
heat shrink seal, solder,
flux, tinned copper
ground braid and
grounding lugs.
Outdoor Terminations
9
9. G & W E L E C T R I C P A G E 9
Insulator Options
• Gray porcelain (standard)
• Brown porcelain (optional)
- Blends with existing installations
• Silicone rubber, composite insulator (optional)
- Less than one third the weight of porcelain insulator
- Will not break or fracture
- Fire and UV resistant
Note: Extra creepage available on all models.
Aerial Lug Options
Style 4 Clamp Type
Aerial
Conductor
Size
Aerial Lug
Height
Dimension Lug Material Code
mm2 AWG/
kcmil
inches mm
35-
240
#2-
500
7 178
Bare Copper C1
Tinned C1T
Silver Plated
Copper
C1S
300-
500
550-
1000
7 178
Bare Copper C2
Tinned C2T
Silver Plated
Copper
C2S
Style 8 NEMA 4-Hole Type
Description Code
Bare Copper N
Tin Plated Copper NT
Silver Plated Copper NS
3.38”
(86mm)
Height
3”
(76mm)
8”
(203mm)
3”
(76mm)
Supplied with:
• Stainless steel cable grip
• Turnbuckles (2)
• Eyebolts (2)
Arcing Horns Option
• Prevents damage to insulator due to significant
overvoltage conditions
• Provides an alternate current path away from
the insulator
• Adjustable to system requirements
Dielectric Fluid Volume Compensating System
• Required for proper performance in horizontal or inverted termination
installations.
• Compensates for dielectric fluid expansion and contradiction caused
by temperature fluctuations.
• Supplied with:
- Dielectric fluid reservoir with internal gas bladder
- Insulating hose
- Optional alarm device to signal accidental loss of dielectric fluid
• Contact your G&W representative for additional information.
Pressure Gauge
Insulating Hose
1/2” Valve
Schrader Valve for filling
internal Gas Bladder
Dielectric fluid
reservoir
• Permits sampling of the dielectric
fluid
• Located on base plate
• Required if volume compensating
system option is specified
Drain Valve Option
Catalog Prefix
Approximate Ship Weight
Porcelain Composite
PAT119 150 kg (327 lbs) 100 kg (217 lbs)
PAT140 270 kg (592 lbs) 180 kg (394 lbs)
PAT150 290 kg (639 lbs) 188 kg (415 lbs)
PAT160 1068 kg (2337 lbs) 780 kg (1710 lbs)
Cable Suspension Grip Option
Ship Weight
10. G & W E L E C T R I C P A G E 1 0
Catalog Number Builder
Use the chart below to build your G&W catalog number. This number should be used for all inquiries and quote requests.
In addition, the following cable information is required to process your order:
1. Conductor size and O.D. of conductor (nominal and max)
2. Insulation O.D. (min and max)
3. Insulation shield O.D. (min and max)
4. Jacket O.D. (nominal and max)
5. Cable construction details with metallic screen type and fault current rating.
2
- - - - - -
1 3 4 5 6
Rated
Voltage kV
(IEC)
Rated
Voltage kV
(IEEE)
BIL (kV) Code
72.5 69 350 PAT119
145 138 650 PAT140
170 161 750 PAT150
245 230 1050 PAT160
1 Basic Termination
2 Insulator- Material, Color, and Creepage
7 8 9
PAT 119 Code
Porcelain, gray, 1702mm standard creepage 1702G
Porcelain, brown, 1702mm standard creepage 1702B
Porcelain, gray, 2464mm extra creepage 2464G
Porcelain, brown, 2464mm extra creepage 2464B
Silicone rubber, gray, 1524mm standard creepage 1524G
Silicone rubber, gray, 2194mm extra creepage 2194G
PAT 140 Code
Porcelain, gray, 3540mm standard creepage 3540G
Porcelain, brown, 3540mm standard creepage 3540B
Porcelain, gray, 5050mm extra creepage 5050G
Porcelain, brown, 5050mm extra creepage 5050B
Silicone rubber, gray, 3283mm standard creepage 3283G
Silicone rubber, gray, 4863mm extra creepage 4863G
PAT 160 Code
Porcelain, gray, 5221mm standard creepage 5221G
Porcelain, brown, 5221mm standard creepage 5221B
Porcelain, gray, 8006mm extra creepage 8006G
Porcelain, brown, 8006mm extra creepage 8006B
Silicone rubber, gray, 5272mm standard creepage 5272G
Silicone rubber, gray, 7693mm extra creepage 7693G
PAT 150 Code
Porcelain, gray, 4115mm standard creepage 4115G
Porcelain, brown, 4115mm standard creepage 4115B
Porcelain, gray, 5890mm extra creepage 5890G
Porcelain, brown, 5890mm extra creepage 5890B
Silicone rubber, gray, 3728mm standard creepage 3728G
Silicone rubber, gray, 5410mm extra creepage 5410G
Outdoor Style PAT Terminations
11. G & W E L E C T R I C P A G E 1 1
4 Conductor Material
Material Code
Copper C
Aluminum A
5 Mounting/Entrance Configuration
Description Code
Mounting plate with standoff
insulators (4), aluminum entrance housing and heat shrink
seals
X
Wiping sleeve for lead sheath, corrugated aluminum, or
corrugated copper cable, Mounting plate with standoff
insulators (4)
WS
6 Aerial Lugs
7
Aerial Lug Finish
Finish Code
None X
Tinned T
Silver S
9 Installation
Description Code
Mechanical shrink X
Slip on: Use for spares or long term storage. Installation
tool is available and is ordered separately
S
Description Code
No aerial lug X
Clamp, Copper, 240mm2
max C1
Clamp, Copper,
300mm2
- 500mm2 C2
NEMA 4-hole, Copper N
8 Additional Components
Description Code
No additional components required X
Arcing horns AH
Drain valve DV
Stainless steel suspension grips SG
Example:
PAT140-3540G-630MC-X-C1T-X-X
145kV termination with gray porcelain insulator for 630mm2
copper conductor, mounting plate with standoff insulators,
aluminum entrance housing and heat shrink seals, with clamp style, tinned copper aerial lug for 240mm2
maximum
overhead conductor with standard, mechanical shrink installation.
3
Conductor Size
(See application range chart, Page 8)
Size mm2
Code kcmil Code
240 240M 500 500K
300 300M 750 750K
400 400M 1000 1000K
500 500M 1250 1250K
630 630M 1500 1500K
800 800M 1750 1750K
1000 1000M 2000 2000K
1200 1200M 2500 2500K
1400 1400M 3000 3000K
1600 1600M 5000 5000K
1800 1800M
2000 2000M
2500 2500M
12. G & W E L E C T R I C P A G E 1 2
G&W’s Python®
SSC style transmission terminations are
designed for gas insulated substation and transformer
applications on extruded dielectric cable systems rated up
to 145kV IEC (138kV IEEE).
Features
• Pressure tight epoxy socket insulator
• Prefabricated silicone rubber stress cone
• Dry type design, no oil filling of the termination required
• Dimensions meet the requirements of IEC 62271-209
• Third party type tested per IEC 60840
• 230kV is type tested per IEC 62067
• Suitable for GIS applications through 230kV and
transformer (oil-immersed) applications through
170kV IEC (161kV IEEE)
• Application range is 240mm2
- 2500mm2
XLPE cable
Application Range
Conductor Material Conductor Size Insulation Diameter**
145 (138) kV
Copper 240mm2
- 2000mm2
(500 kcmil - 4000 kcmil)
57.5mm - 101.5mm (2.26 in. - 3.99 in.)
Aluminum 240mm2
- 1200mm2
* (500 kcmil - 2500 kcmil) *
170 (161) kV
Copper 240mm2
- 2000mm2
(500 kcmil - 4000 kcmil)
57.5mm - 101.5mm (2.26 in. - 3.99 in.)
Aluminum 240mm2
- 1200mm2
* (500 kcmil - 2500 kcmil) *
245 (230) kV
Copper 400mm2
- 2500mm2
(750 kcmil - 5000 kcmil)
76.5mm - 116.5mm (3.01 in. - 4.59 in.)
Aluminum 400mm2
-1600mm2
* (750 kcmil - 3200 kcmil) *
* Aluminum conductors larger than 1200mm2
(2500 kcmil) may require special conductor connection provisions.
**Contact your G&W representative for additonal cable sizes.
Standard Components
1. Contact Pad
2. Quick connect assembly
3. Connector
4. Connector stopper
5. Stress cone stopper
6. Epoxy Insulator
7. Premolded rubber stress cone
8. Clamping ring
9. Stress cone compression kit
10. Entrance housing
11. Heat shrink tube
Note: Standard kit also includes: grease, sandpaper, PVC tape,
heat shrink seal, solder, flux, tinned copper ground braid and
grounding lugs.
5
1
p Contact Pad
per IEC 62271-209
3
2
4
6
8
9
10
11
7
Dry GIS and Transformer Terminations
p Corona Shield
13. G & W E L E C T R I C P A G E 1 3
Dry GIS and Transformer Terminations
Catalog Number Builder
Use the chart below to build your G&W catalog number. This number should be used for all inquiries and quote requests.
In addition, the following cable information is required to process your order:
1. Conductor size and O.D. of conductor (nominal and max) 4. Jacket O.D. (nominal and max)
2. Insulation O.D. (min and max) 5. Cable construction details with metallic
3. Insulation shield O.D. (min and max) screen type and fault current rating.
2
- - -
1 3 4 5
Rated
Voltage kV
(IEC)
Rated
Voltage kV
(IEEE)
BIL (kV) Code
145 138 650 SSC140
170 161 750 SSC150
245 230 1050 SSC160
1 System Voltage 2 Connection Type
Description Code
Stem Connector X
Contact Pad per IEC 62271-209 SF
4
Conductor Size
(See application range chart, Page 12)
5 Conductor Material
Material Code
Copper C
Aluminum A
Size mm2
Code kcmil Code
240 240M 500 500K
300 300M 750 750K
400 400M 1000 1000K
500 500M 1250 1250K
630 630M 1500 1500K
800 800M 1750 1750K
1000 1000M 2000 2000K
1200 1200M 2500 2500K
1400 1400M 3000 3000K
1600 1600M 5000 5000K
1800 1800M
2000 2000M
2500 2500M
3 Corona Shield Option
Description Code
None X
Corona Shield CS
Example:
SSC140-SF-X-630MC
145kV termination with IEC 62271-209 contact pad for
630mm2
copper conductor.
Catalog Prefix Approximate Ship Weight
SSC140 90 kg (199 lbs)
SSC150 90 kg (199 lbs)
SSC160 110 kg (243 lbs)
Ship Weight
14. G & W E L E C T R I C P A G E 1 4
G&W’s Python®
PATR style transmission terminations are
designed for gas insulated substation and oil immersed
equipment applications on extruded dielectric cable
systems rated: 72.5kV, 145kV, and 245kV IEC (69kV,
138kV, 230kV IEEE)
Features
• Stress Cone: Factory molded and 100% tested
• Available with mechanical shrink or slip on installation
method
• 69kV and 138kV are type tested per applicable
requirements of IEEE 48 and IEC 60840
• 230kV is prequalification and type tested per IEC 62067
• Suitable for XLPE and EPR cables
Application Range
Conductor Material Conductor Size Insulation Diameter**
72.5 (69) kV
Copper 240mm2
- 1600mm2
(500 kcmil - 3200 kcmil)
40.5mm - 90mm (1.59 in. - 3.54 in.)
Aluminum 240mm2
- 1600mm2
* (500 kcmil - 3200 kcmil) *
145 (138) kV
Copper 240mm2
- 1200mm2
(500 kcmil - 2500 kcmil)
43mm - 96mm (1.69 in. - 3.78 in.)
Aluminum 240mm2
- 1200mm2
* (500 kcmil - 2500 kcmil) *
245 (230) kV
Copper 400mm2
- 2500mm2
(750 kcmil - 5000 kcmil)
74mm - 124.9mm (2.91 in. - 4.92 in.)
Aluminum 400mm2
- 1600mm2
* (750 kcmil - 3200 kcmil) *
* Aluminum conductors larger than 800mm2
(1600 kcmil) may require special conductor connection provisions.
**Contact your G&W representative for additonal cable sizes.
Standard Components
1. Equipment connection:
• Contact pad style suitable for GIS or oil immersed
transformer applications
• Stem connector style suitable for oil immersed
transformer applications. Various styles of aerial lugs
are available for stem connector design.
2. Connector with double “O”-ring seal
3. Epoxy insulator with built-in cable shield break
4. Dielectric fluid
5. Premolded rubber stress cone
6. Aluminum clamping ring
7. Aluminum base plate
8. Aluminum entrance housing with heat shrink seal
Note: Standard kit also includes: grease, sandpaper, PVC tape,
heat shrink seal, solder, flux, tinned copper ground braid and
grounding lugs.
3
1
5
4
2
7
6
8
Optional Corona Shield
p Contact Pad
per IEC 60859
p Contact Pad
per IEC 62271
GIS and Transformer Terminations
15. G & W E L E C T R I C P A G E 1 5
Aerial Lug Options- Used only with Stem Connector Style
Style 4 Clamp Type
Aerial
Conductor
Size
Aerial Lug
Height
Dimension Lug Material Code
mm2 AWG/
kcmil
inches mm
35-
240
#2-
500
7 178
Bare Copper C1
Tinned C1T
Silver Plated
Copper
C1S
300-
500
550-
1000
7 178
Bare Copper C2
Tinned C2T
Silver Plated
Copper
C2S
Style 8 NEMA 4-Hole Type
Description Code
Bare Copper N
Tin Plated Copper NT
Silver Plated Copper NS
3.38”
(86mm)
Height
3”
(76mm)
8”
(203mm)
3”
(76mm)
Catalog Prefix
Approximate
Ship Weight
PATR119 72 kg (160 lbs)
PATR140 90 kg (200 lbs)
PATR160 177 kg (390 lbs)• Crimp type connectors supplied
as standard
• Shear bolt connectors available
Connectors
Dielectric Fluid Volume Compensating System
• Required for proper performance in horizontal or inverted termination
installations.
• Compensates for dielectric fluid expansion and contradiction caused
by temperature fluctuations.
• Supplied with:
- Dielectric fluid reservoir with internal gas bladder
- Insulating hose
- Optional alarm device to signal accidental loss of dielectric fluid
• Contact your G&W representative for additional information.
Pressure Gauge
Insulating Hose
1/2” Valve
Schrader Valve for filling
internal Gas Bladder
Dielectric fluid
reservoir
• Required for filling terminations
during installation.
• Kit must be ordered separately.
• Kit can be used to fill multiple
terminations. G&W recommends
ordering one oil filling kit per six
terminations ordered.
• Supplied with:
- Pump
- Valves and fittings
- Hose (2 meters)
- Sight glass
Oil Filling Kit
Connection Type Code
Stem Connector X
Contact Pad
per IEC 60859
SF
Contact Pad
per IEC 62271-209
SG
Ship Weight
16. G & W E L E C T R I C P A G E 1 6
Catalog Number Builder
Use the chart below to build your G&W catalog number. This number should be used for all inquiries and quote requests.
In addition, the following cable information is required to process your order:
1. Conductor size and O.D. of conductor (nominal and max) 4. Jacket O.D. (nominal and max)
2. Insulation O.D. (min and max) 5. Cable construction details with metallic
3. Insulation shield O.D. (min and max) screen type and fault current rating.
2
- - - - - -
1 3 4 5 6
Rated
Voltage
kV (IEC)
Rated
Voltage
kV (IEEE)
BIL
(kV)
Code
72.5 69 350 PATR119
145 138 650 PATR140
245 230 1050 PATR160
1 System Voltage 2 Connection Type
Description Code
Stem Connector X
Contact Pad
per IEC 60859
SF
Contact Pad
per IEC 62271-209
SG
4
Conductor Size
(See application range chart, Page 14)
5 Conductor Material
Material Code
Copper C
Aluminum A
6 Entrance Configuration
Description Code
Aluminum entrance housing
and heat shrink seal X
Wiping Sleeve for lead
sheath, corrugated aluminum,
or corrugated copper cable,
Mounting plate with standoff
insulators (4)
WS
Example:
PATR140-X-CS-630MC-X-C1S-X
145kV termination with stem connector and corona shield for 630mm2
copper
conductor with clamp style, silver plated aerial lug, with standard, mechanical
shrink installation.
7 8 9
Size mm2
Code kcmil Code
240 240M 500 500K
300 300M 750 750K
400 400M 1000 1000K
500 500M 1250 1250K
630 630M 1500 1500K
800 800M 1750 1750K
1000 1000M 2000 2000K
1200 1200M 2500 2500K
1400 1400M 3000 3000K
1600 1600M 5000 5000K
1800 1800M
2000 2000M
2500 2500M
3 Corona Shield Option
Description Code
None X
Corona Shield CS
7 Aerial Lugs
(Use only with stem connector)
Description Code
No aerial lug X
Clamp, Copper, 240mm2
max C1
Clamp, Copper,
300mm2
- 500mm2 C2
NEMA 4-hole, Copper N
8
Aerial Lug Finish
Finish Code
None X
Tinned T
Silver S
9
Installation
Description Code
Mechanical Shrink X
Slip On- Use for spares or
long term storage. Installation
tool is available and is ordered
separately
S
GIS and Transformer Terminations
17. G & W E L E C T R I C P A G E 1 7
G&W’s Python®
premolded rubber joints (PMJ) are
available for 145kV and 245kV IEC (138kV and 230kV
IEEE) extruded dielectric cable systems.
Features
• Factory premolded joint
• 100% routine tested
• 138kV are type tested per applicable requirements of
IEEE 48, IEC 60840
• 230kV is prequalification and type tested per IEC62067
Options
• Available with mechanical shrink or slip-on installation
method.
• Shield break or Non shield break configurations.
• Available with the following options for outer protection:
– Heat shrink tubing
– Copper housing
– Fiberglass housing
– Copper and fiberglass housing
• Shear bolt connectors available.
Conductor Material Conductor Size
Insulation
Diameter**
145 (138) kV
Copper 400mm2
- 1200mm2
(750 kcmil - 2500 kcmil)
60mm - 94mm (2.36 in. - 3.70 in.)
Aluminum 400mm2
- 1200mm2
* (750 kcmil - 2500 kcmil) *
245 (230) kV
Copper 400mm2
- 2500mm2
(750 kcmil - 5000 kcmil)
82mm - 117mm (3.23 in. - 4.61 in.)
Aluminum 400mm2
-2500mm2
* (750 kcmil - 5000 kcmil) *
* Aluminum conductors larger than 500mm2
(1000 kcmil) may require special conductor connection provisions.
**Contact your G&W representative for additonal cable sizes.
Application Range
Premolded Joint
Applications
• Extruded dielectric cable systems, XLPE and EPR insulated
– Cable ground shield: copper wires / tapes, corrugated
aluminum or copper sheath, lead sheath.
– Direct burial, submersed or vault.
p PMJ shown installed on cable with copper housing outer
protection.
18. G & W E L E C T R I C P A G E 1 8
Catalog Number Builder
Use the chart below to build your G&W catalog number. This number should be used for all inquiries and quote requests.
In addition, the following cable information is required to process your order:
1. Conductor size and O.D. of conductor (nominal and max)
2. Insulation O.D. (min and max)
3. Insulation shield O.D. (min and max)
4. Jacket O.D. (nominal and max)
5. Cable construction details with metallic screen type and fault current rating.
2
- - - -
1 3 4 5 6
Rated
Voltage
kV (IEC)
Rated
Voltage
kV (IEEE)
BIL
(kV)
Code
145 138 650 PMJ140
245 230 1050 PMJ160
1 System Voltage 2 Shield Break Option
Description Code
With Shield Break B
Without Shield Break N
3
Conductor Size (See Application
section for available application range)
4 Conductor Material
Material Code
Copper C
Aluminum A
6 Installation Method
Description Code
Mechanical Shrink X
Slip On- Use for
spares or long term
storage. Installation
tool is available and is
ordered separately
S
5 Additional Housing Protection
Description Code
None X
Copper Housing with
Compound
C
Fiberglass Housing
with Compound
F
Copper Housing and
Fiberglass Enclosure
with Compound
CF
Size mm2
Code kcmil Code
400 400M 750 750M
500 500M 1000 1000K
630 630M 1250 1250K
800 800M 1500 1500K
1000 1000M 1750 1750K
1200 1200M 2000 2000K
1400 1400M 2500 2500K
1600 1600M 3000 3000K
1800 1800M 5000 5000K
2000 2000M
2500 2500M
Catalog Prefix Approximate Ship Weight
PMJ140 75 kg (165 lbs)
PMJ160 105 kg (266 lbs)
Example 1: PMJ140-B-630MC-CF-X
Premolded joint, 145kV (138kV), with shield break
630mm2
copper conductor cable. Kit is supplied with
copper housing with compound and fiberglass enclosure
with compound. Mechanical shrink installation method.
Example 2: PMJ160-N-2500KA-X-S
Premolded joint, 245kV (230kV), without shield break for
2500 kcmil aluminum conductor cable. Slip-On installation
method.
Premolded Rubber Joints
Ship Weight
19. G & W E L E C T R I C P A G E 1 9
Application Photos
p Dry type outdoor termination angle
mounted on a tower.
p Dry type outdoor termination in a
substation application.
p Outdoor termination
p Outdoor terminations with optional brown porcelain.
p PATR140-SF terminations installed in a GIS. p SSC140-SF terminations installed in a GIS.
p Installation of premolded joint.
20. G&W offers a complete line of
Distribution and Transmission
Cable Accessories including:
Transmission Cable Accessories for
Self-contained and Pipe Type Cables
• Offers a variety of accessories for all cable systems
• For outdoor applications through 345kV IEEE
• For gas insulated substations through 345kV IEEE
• Transition joints available through 138kV IEEE
Distribution Cable Joints and Splices
• Support wide variety of cable types through 35kV
• From simple tape splice kits to innovative epoxy designs
• Elbow interfaces for quick disconnect and reconnect
• Joints for underground vaults or direct burial
Distribution Cable Terminations
• Support wide variety of cable types through 46kV
• High grade, wet process porcelain insulators
• Field assembled designs offer interchangeable parts
• Variety of designs offer built-in stress relief and insulation
G&W Electric Company
305 W. Crossroads Pkwy
Bolingbrook, IL 60440-4938 USA
Tel 708.388.5010 Fax 708.388.0755
www.gwelec.com
ISO 9001:2008 Certified
ISO 14001:2004 Certified
Transmission Cable Accessories for
Extruded Dielectric Cable
• For outdoor applications through 230kV IEEE
• For gas insulated substations through 230kV IEEE
• Dry type designs available for easy installation
Catalog Python13
April, 2013