Line Traps
Light Weight, Flexible Mounting
Line traps are used in transmission and distribution networks around the world. Line traps are a key component in PLC (Power Line Carrier) systems used for remote control signals, voice communication, remote metering and control between substations in the electrical T&D network.
Line Traps
Light Weight, Flexible Mounting
Line traps are used in transmission and distribution networks around the world. Line traps are a key component in PLC (Power Line Carrier) systems used for remote control signals, voice communication, remote metering and control between substations in the electrical T&D network.
Characteristics
- Up to 800 kV
- Up to 5,000 A
- 30-500 kHz frequency range
- High short-circuit withstand capability
- Mounting flexibility: vertical, horizontal or suspension
- Extremely reliable tuning devices
- Self-resonnance frequency greater than 500 kH
- Fixed or adjustable tuning devices
- Excellent cooling capabilities
- Maintenance free
- Air core, dry type
- Outdoor use
- Complaint with IEC and IEEE or equivalent standard
Specifications
| I (A) | Standard | Isc (kA) / 1s | Isc (kApeak) | L (mH) | |||||
|---|---|---|---|---|---|---|---|---|---|
| 400 | IEC I | 10 | 25.5 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 16 | 41 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| 630 | IEC I | 16 | 41 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 20 | 51 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| 800 | IEC I | 20 | 51 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 25 | 64 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| 1250 | IEC I | 31.5 | 80.5 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 40 | 102 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| 1600 | IEC I | 40 | 102 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 50 | 127.5 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| 2000 | IEC I | 40 | 102 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 50 | 127.5 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| 2500 | IEC I | 40 | 102 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 50 | 127.5 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| 3150 | IEC I | 40 | 102 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 50 | 127.5 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| 4000 | IEC I | 63 | 161 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 |
| IEC II | 80 | 204 | 0.1 | 0.2 | 0.32 | 0.5 | 1.0 | 2.0 | |
| * Shaded rating not available with OSD | |||||||||
Line traps according to ANSI standard
| I(A) | Standard | Isc (kA) / 2s | Isc (kA peak) | L (mH) |
|---|---|---|---|---|
| 400 | ANSI | 15 | 38.5 | 0.265 |
| 800 | ANSI | 20 | 51 | 0.265 |
| 1200 | ANSI | 36 | 91.8 | 0.265 |
| 1600 | ANSI | 44 | 112 | 0.265 |
| 2000 | ANSI | 63 | 161 | 0.265 |
| 3000 | ANSI | 63 | 161 | 0.265 |
| 4000 | ANSI | 80 | 204 | 0.265 |
| 5000 | ANSI | 80 | 204 | 0.265 |
| Other rating can be designed upon request. | ||||
Frequency Tuning
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GE Vernova has manufactured tens of thousands high voltage instrument transformers. Our customers recognize our top-of-the-line products for their long term robustness, safety and reliability.
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Instrument Transformers are an essential link for the safe and efficient operation of transmission networks. They provide accurate and reliable current and voltage measurements for secondary equipment such as meters, protections relays, bay computers and other devices.
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OSKF Oil-Insulated Current Transformers up to 800 kV
GE Vernova’s OSKF have been designed for a 30-year lifetime and, thanks to the profound technical concepts, many well out-live this service life. The oil is hermetically sealed from the air by a stainless-steel diaphragm assembly and all external parts are of corrosion-resistant material.
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OTCF Coupling Capacitor Voltage Transformers up to 800 kV
In high and extra high voltage transmission systems, capacitor voltage transformers (CVTs) are used to provide potential outputs to metering instruments and protective relays. In addition, when equipped with carrier accessories, CVTs can be used for power line carrier (PLC) coupling.
CCV Capacitor Voltage Transformers and CC Coupling Capacitors up to 800 kV
In high and extra high voltage transmission systems, capacitor voltage transformers (CVTs) are used to provide potential outputs to metering instruments and protective relays. In addition, when equipped with carrier accessories, CVTs can be used for power line carrier (PLC) coupling.
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Circuit Breaker Retrofit
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GE Vernova’s GIS retrofit solutions are designed to replace aging or obsolete circuit breakers manufactured by GE Vernova or a 3rd party with a new GE Vernova circuit breaker that includes the pure spring mechanism.
The GIS retrofit solution is a cost effective and reliable method to modernize and extend the lifetime of the substation by gaining all the advantages of implementing new reliable technology.
The solution is suitable to replace vertical or horizontal GIS circuit breakers.
The turnkey service solution includes:
Circuit Breaker Retrofit
For Gas-Insulated Substation
GE Vernova’s GIS retrofit solutions are designed to replace aging or obsolete circuit breakers manufactured by GE Vernova or a 3rd party with a new GE Vernova circuit breaker that includes the pure spring mechanism.
The GIS retrofit solution is a cost effective and reliable method to modernize and extend the lifetime of the substation by gaining all the advantages of implementing new reliable technology.
The solution is suitable to replace vertical or horizontal GIS circuit breakers.
The turnkey service solution includes:
Main Characteristics
GE Vernova’s solution is designed for 72.5-145 kV and 300 kV-420 kV gas-insulated substations, regardless of the manufacturer or the application. To match the existing configuration and dimensions, phase-distance can be adapted with the interface and the 420 kV circuit breaker can be installed in U or Z configuration.
Vertical Circuit Breaker with Pure Spring Mechanism
The vertical circuit breakers proposed to retrofit the gas-insulated substation are equipped with the pure spring mechanism used in all GE Vernova HV circuit breakers. This proven technology enables minimized maintenance and improved reliability. Key features include:
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GE Vernova Advantage
Versatile Solution
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Reliable Technology
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Safe and Eco-friendly
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Cost Effective Solution
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Vertical Circuit Breaker Specifications
| Breaker Type | 145 kV Vertical | 420 kV Vertical |
|---|---|---|
| Reference electro-technical standards | IEC/IEEE | |
| Rated voltage | 145 kV | 420 kV |
| Rated frequency | 50/ 60 Hz | |
| Enclosure | Single-phase | |
| Short-duration power-frequency, phase-to-earth/across isolation distance | 275 kV /315kV | 520/610 kV |
| Lightning impulse phase-to-earth/across isolation distance | 650 kVp / 750 kVp | 1425/1425 (+240) kVp |
| Rated current | up to 3150 A | up to 5000 A |
| Rated peak withstand current | 100 kAp / 108 kAp | 170 kAp |
| Rated short-time current | 40/3 kA/s | 63/3 kA/s |
| Rated short circuit breaking current | 40 kA | 63 kA |
| First-pole-to-clear factor | 1.5 | 1.3-1.5 |
| SF6 weight / pole | 5.4 kg | 50 / 60 kg |
| Operating sequence | O – 0.3s – CO – 3 min – CO CO – 15s - CO | |
| Min. gas operating pressure at 20°C (50Hz) | 5.5 bar | 5.5 bar |
| Circuit breaker approx. weight | 1500 kg | 4230 kg |
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Professional Services
Industry Leading Experience
GE Vernova’s Industrial Communications Professional Services offers a range of services and project management capabilities that can be tailored to provide a fully engineered, deployed, and supported system to meet application specific needs.
Professional Services
Industry Leading Experience
GE Vernova’s Industrial Communications Professional Services offers a range of services and project management capabilities that can be tailored to provide a fully engineered, deployed, and supported system to meet application specific needs.
MDS Wireless Services
GE Vernova’s Industrial Communications professional services team has a long history and extensive experience in supporting organizations of all sizes in implementing reliable and scalable communication networks. GE Vernova’s team will tailor their services and project management solutions to meet a broad range of customer requirements and communication networking applications that can easily scale where required
GE Vernova provides a broad range of services to support projects in a variety of industrial environments including:
Application Networking Services
GE Vernova can provide the following as part of their application networking services:
- New or modified network design, including IP addressing / subnetting and router configuration.
- Seamlessly integrate GE Vernova and non-GE Vernova equipment into a communications network.
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Propagation Analysis
For any network design, whether a thousand remotes that need to be monitored or a single point- to-point link, there must be a guarantee that stations can communicate within the service level requirements customers expect.
Based on site details including the latitude, longitude, antenna mounting height, a software modeling tool is utilized to predict the wireless coverage for the equipment needed to meet your application requirements. GE Vernova has extensive proven field experience in modeling the predicted coverage and propagation analysis reporting.
Traffic Modeling
GE Vernova analysts work closely with customers to understand their unique application characteristics and traffic patterns. The information is utilized to tailor a model to predict the data traffic flow in the system and provide an optimal network design which utilizes every possible bps available.
Based on site details including the latitude, longitude, antenna mounting height, a software modeling tool is utilized to predict the wireless coverage for the equipment needed to meet your application requirements. GE Vernova has extensive proven field experience in modeling the predicted coverage and propagation analysis reporting.
Requisition Engineering
Detailed bills of materials, drawings and instructions will be provided for customers during a project implementation resulting in decreased implementation time and enabling ease of system deployment.
Customized Packaged Models
GE Vernova’s services team has extensive experience designing, building, installing and commissioning customized packaged models. Model components can include GE Vernova and/or 3rd party radios, power supplies, batteries, RTUs and sensors. Customized enclosures are available on request.
Onsite System Optimization
GE Vernova’s team of expert analysts can conduct studies on existing system sites, examine current setups, and make recommendations for improving network performance. These studies include, but are not limited to, examining the following components: antenna and feedline systems, signal levels and interference, radio configurations, and firmware versions.
Wireless Projects
GE Vernova’s Industrial Communications Professional Services Process are based on years of experience and several deployments across multiple applications and industries, GE Vernova has developed a Professional Services Process (PSP) that allows us to partner with our customers for successful project implementations. GE Vernova’s PSP was developed over several years based on extensive experience in various industrial environments. It is a comprehensive process designed to be very application specific and is enhanced after every project
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Phase 1: Defining Scope of Work
The first phase of a network communications project is to gather information about the customer’s requirements. The following activities will take place during the definition phase of a project:
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Phase 2: Analyzing the Environment
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Phase 3: Developing the Final Network Design
During the design phase, the network design is finalized and ready to be implemented to meet the customer’s scope of work and requirements. GE Vernova can provide the following during this stage:
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Phase 4: Project Implementation
During project implementation, the following activities take place:
- File regulatory agency required spectrum documentation and procure all necessary equipment.
- Assemble the network communications devices, conduct factory assessment testing, oversee commissioning of the equipment, and complete network audits to ensure system performance.
- Prepare knowledge transfer and training materials on system operations and maintenance.
- Provide on-site training for a smooth transition of the project.
Phase 5: Supporting our Customers
GE Vernova can continue support of the implemented system and provide the following services:
- Access to an authorized local partner close to your facility for troubleshooting and replacement.
- A call center with access to technical services for assistance in troubleshooting system issues or general product questions or on-site support if required.
- A hosted or on-site network operations center for systems monitoring and diagnosis.
Lentronics Hardened Optical Network Services
Engineering
GE Vernova’s team of telecommunications engineers can provide support from budgetary quotes to full scale, turnkey projects, including:
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- Wiring and block diagrams
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- Custom installation instructions
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- Customer witness tests (CWT)
Field Service
Project Management
A wide variety of field services are offered to customers including:
- Installation, testing and commissioning of systems
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- On site assistance
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- Firm price quotation or Time & Expense (T&E)
The Lentronics Multiplexers team ensures on time and on budget completion of projects by:
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- Expediting when necessary
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Racks & Custom Enclosures
Our equipment integration designs are developed with detailed attention to equipment placement and accessibility. Offerings include both standard and custom packages for wireless device integration and networking accessories. Standards-based procedures for equipment integration and testing ensure that wireless systems are robust and future-proof.
Custom Enclosures & Integration Services
- Standardized offerings or custom designs
- Integration of radios, multiplexers, switches and routers with power supplies, antennas and cables
- Offering open frame racks, NEMA enclosures, or custom enclosures
- Ability to pursue industry safety certifications
- Complete documentation provided
- System level documentation
- Rack level documentation
- Site level documentation
Industrial Communications Classroom, Virtual & e-Learning Course
GE Vernova’s Industrial Communications training is offered in a wide variety of platforms and topics to provide flexibility in time, location and skill level. From attendance in on-site classroom courses to virtual course attendance, self-paced e-learning videos and customized courses, GE Vernova’s training provides customers with high-quality knowledge to be safe, efficient and successful in industrial wireless communications.
This training is ideal for End Users, Application Engineers, System Engineers or anyone who is responsible for the design and maintenance of a wireless data network. Additionally, any management personnel who supervise and delegate the design and maintenance assignments for a wireless network will benefit from these courses.
Agenda Classroom Schedule
Register Now
E-Learning Videos Contact Training
Sign up for training emails
Fundamentals of RF Communications
Instructors will remove the mysteries of RF communications by showing students the fundamentals of RF wireless theory, design, and installation. We will also discuss best practices for industry standard applications including Point-to-Point and Point-to-Multipoint radio systems. Students will also learn about the various types of radio interfaces including protocols and network fundamentals.
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Lentronics Hardened Optical Networks product specialists offer a variety of training courses for both SONET and SDH telecommunications standards. Customers can choose from holding training courses at their own physical location, or having their personnel take training at the GE Vernova main office located in Burnaby, just outside of Vancouver, Canada. Courses range from 2 to 5 days in length depending on customer requirements and the depth of training desired. Customized courses can also be provided.
Regional Training
Regularly scheduled Regional Training courses are offered at selected locations around North America. Contact your factory representative to discuss course offerings. Click here to request more information on regional training courses.
Factory Training Courses
Scheduled training classes are offered at regular intervals throughout the year at the GE Vernova MDS Technical Training facility located in Rochester New York, U.S.A. The Technical Training Center contains equipment for hands-on interaction with wireless communications products, test tools, and computers. Training class sizes are kept small so instructors can interact with each student. Students receive comprehensive course manuals, with course notes that include lab exercises.
Customer Site Training Courses
To increase the number of employees who can benefit from our training, GE Vernova MDS Technical Training offers the option of conducting training courses in person at customer facilities. These on-site courses can be customized to a specific range of topics.
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Monitoring and managing the health of your network is a critical consideration when designing, purchasing, and deploying equipment for your communications system. Equally important is ensuring that you maximize your network’s return on investment by increasing system throughput and uptime, improving the utilization of networked devices, and finally, supporting the deployment of maintenance resources when problems surface.
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Monitoring and managing the health of your network is a critical consideration when designing, purchasing, and deploying equipment for your communications system. Equally important is ensuring that you maximize your network’s return on investment by increasing system throughput and uptime, improving the utilization of networked devices, and finally, supporting the deployment of maintenance resources when problems surface.
Purpose Built for Industrial Communications
With over two million devices installed around the world and 30+ years of experience, GE Vernova is aware of the challenges our customers face when it comes to effectively managing their communication networks. MDS PulseNET software provides the insight and detailed system performance allowing you to intelligently and proactively manage your radio communications network.
Optimized for MDS Communication Products
MDS PulseNET is designed specifically for MDS devices and can also support a host of other devices.
- Out-of-the-box functionally for MDS devices
- Pre-loaded device performance rules and thresholds eliminate customer guesswork
- Application redundancy and Geo-redundancy through HA (high availability) configuration support
High Availability
MDS pulseNET Enterprise allows for high availability configuration which can reduce downtime to provide 24X7X365 access. The software may be installed in multiple hardware configurations that provide flexibility and redundancy.
Additional features include:
- Management by exception
- Pre-built, intuitive workflows
- User-configurable navigation
- Multiple pre-defined report options
- SQL or Oracle “Complimentary”
- Database for third party application integrations
Robust Monitoring of Important Performance Parameter
The software is designed to monitor the critical elements of a communications network. The software helps prioritize corrective actions for vast amounts of raw data that is created and stored over time. It can also trigger specific actions based on warning thresholds, such as sending messages to trouble ticketing systems or other management systems. Additionally, these event-triggering thresholds can be easily changed within the software to meet unique customer requirements. Historical performance data is available for several parameters including:
- Received Signal Strength Indicator (RSSI)
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- Error rate
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- Round-trip delay time
- Transmitter power
- Changes in modulation scheme
- GPS satellite connectivity and coordinate tracking
MDS PulseNET provides easy to review radio device performance screens showing the critical radio parameters such as: RSSI, SNR BER, Throughput, and Availability.
Easy Installation & Rapid Deployment
MDS PulseNET software requires minimal effort to install and operate, provides pre-built specific device warning thresholds to eliminate the guesswork, and provides visibility into radio communications that have historically been unmanaged.
- Intuitive installation and administrative set-up
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- Optimized for Virtual and Cloud based servers
MDS PulseNET software provides multiple, concurrent, role-based logins through a web interface so that each user is able to see exactly what they need to fulfill their individual responsibilities. MDS PulseNET also provides the operator with immediate access to performance trending graphs through the same simple navigation scheme. It normalizes the views for disparate technologies into simplistic and easy-to-use dashboards. The main dashboard provides a high level status of each set of functional components being monitored.
Once your system is properly configured, it can automatically discover your network devices, assign licenses to the devices and begin monitoring the network. When used with MDS LaunchNET provisioning tool, new provisioned devices may be automatically added into PulseNET Enterprise for a complete and seamless network management solution.
The following GE Vernova MDS devices can be monitored by MDS PulseNET (minimum firmware version in parentheses):
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PulsePAK add-on supports a number of third-party devices, allowing you to discover, monitor, and take action on your multi-vendor network.
With PulsePAK installed you can:
- Discover, authorize, and monitor 3rd Party devices beyond SNMP MIB-II configuration and performance
- Enable or disable rules, notifications, and configure custom thresholds for several severity levels
- Auto schedule collection of radio performance and configuration data, and view data trends over time
- View, track, and act on any alerts generated
| System | Standard | Enterprise |
|---|---|---|
Web-based platform for easy user access l Windows & Linux installations supported | • | • |
Single graphical user interface installation program | • | • |
Downloadable software and updates | • | • |
Automated discovery of IP based devices | • | • |
Automated network topology maps | • | • |
Purpose-built workflows for mission-critical networks | • | • |
Supports SNMP versions 1, 2c and 3 | • | • |
Integrated database supplied with installation | • | • |
Predefined best practices management for MDS devices | • | • |
Data Collection - Scalable to thousands of nodes via multiple systems/ distributed polling | Up to 500 devices | • |
Monitoring and management of third party devices 1 |
| • |
Support for third-party SNMP MIB-11 compliant devices |
| • |
High-availability server installation capable |
| • |
GPS aware mapping - automatic or manually located on GPS aware maps |
| • |
LAN Monitoring - basic fault/performance monitoring of network devices |
| • |
Custom rules, dashboards, and collections capable |
| • |
Fault | Standard | Enterprise |
|---|---|---|
Real-time color coded textual alarms and status icons | • | • |
Device availability reports | • | • |
Alarm filtering and notification | • | • |
Syslog server | • | • |
Built-in RF health alerting for industrial wireless networks | • | • |
Root cause correlation based on network dependencies | • | • |
Fault Management | Standard | Enterprise |
|---|---|---|
Alert integration with third-party network management software |
| • |
Notifications to 3rd-party manager of managers via SNMP trap forwarding |
| • |
Fully integrated graphical interface for SNMP trap receiving2 |
| • |
| Configuration | Standard | Enterprise |
|---|---|---|
Configuration Push to multiple devices immediately & scheduled (Orbit, SD, other non-GE Vernova via PulsePAKs) |
| • |
| Scheduled configuration collections separate from performance polling- Extremely important in low bandwidth remotes | • | • |
Provisioning of selected configuration parameters (on demand & scheduled) |
| • |
Firmware push (Orbit, SD, Mercury, iNET·I/II, other non-GE Vernova via PulsePAKs)1 |
| • |
Radio configuration change diary |
| • |
Performance | Standard | Enterprise |
|---|---|---|
Performance dashboard with purpose-built prescriptive diagnostic workflows | • | • |
Inherited performance collections based on vendor/model/configuration | • | • |
Performance collections for diagnostics (I.e. RSSI, SNR, bandwidth, etc.) | • | • |
Retains collections for comparison year-over-year | 45-day limit | • |
Performance dashboards for third parties1 |
| • |
Self-monitoring of PulseNET Enterprise system (memory, CPU, etc) |
| • |
System | Standard | Enterprise |
|---|---|---|
Tracking of configuration and firmware for MDS device | • | • |
User forced out when inactive for extended periods | • | • |
Remote access shortcuts to devices for Telnet, SSH and HTTP(s) | • | • |
Centralized to streamline security and control | • | • |
User level accounting | • | • |
Role based security (admin vs. operator) | • | • |
Limit operator device groups based on admin assignment |
| • |
LDAP and Radius support |
| • |
1. Out-of-the-box capability for monitoring third-party devices is enhanced in each release. Please contact a GE Vernova MDS Sales Representative to determine if a specific third-party devices is supported by the current version of PulseNET Enterprise.
2. Feature planned for a future release of PulseNET and PulseNET Enterprise.
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Power transformers - Oil sampling and analysis (C4233)
| Duration |
|---|
| 1 day |
| Who should attend? |
|---|
| Operation and maintenance technicians, technicians who collect oil samples, graduate engineers, asset managers, apprentices |
Power transformers - Oil sampling and analysis (C4233)
| Duration |
|---|
| 1 day |
| Who should attend? |
|---|
| Operation and maintenance technicians, technicians who collect oil samples, graduate engineers, asset managers, apprentices |