Digital

Visor Remote Monitoring and Diagnostics

Visor Remote Monitoring and Diagnostics

Delivering Value with Remote Monitoring & Diagnostics
 
 
Digital

Visor Remote Monitoring and Diagnostics

Through a combination of the powerful remote access and inbuilt Data Historian GE Vernova's Visor system enables a series of lifecycle services:

  • Commissioning support from remote experts
  • Spare parts management
  • Upgrade support
  • Remote training
  • Remote technical support & engineering
  • Service agreement specific features:
     
    • Health reports
    • Automatic fault notifications
    • Dashboards

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Now, your systems can be remotely monitored—and issues diagnosed—safely and securely through Services+ Visor Remote Monitoring & Diagnostics (RM&D) system.

Read Only

This version of Visor allows Engineers non-destructive read only access to data and engineering tools for monitoring only. Hardware and software restrictions limit functionality to read only.

Write Enabled

Write Enabled Visor systems offer full system access to remote Engineers allowing them to make software modifications and remotely control plant equipment as if they were on site. Access to these Visor boxes is controlled by a dedicated user access workflow that requires multiple levels of approval before access to the site can be granted.

Switchable Read/ Write

A hybrid of the two versions listed above, Switchable Read/ Write by default remains in a read only state, protected by a hardware and software barrier restricting access to read only to remote Engineers. By the push of a button (by the Customer on site) the Visor box is turned into a write enabled system, allow Electrification Engineers full system access to make remote changes. As with the dedicated write enabled variant, this is controlled by a user access workflow that requires multiple levels of approval before access to the site can be granted.

Technical Data

  • Based on RXi 042 Controller
  • 12.1" Touchscreen built into cabinet
  • Provides 2 or 3 firewalls 
  • Marine Version with Filters & ID Dongles Available
  • Optional Choice of Managed/ Fibre Ethernet Switches
  • IP44 Rating 
  • Rated at 55 Deg C ambient with 1 RXi fitted (VCB RXi). When RXi 2 and/or RXi 3 fitted, this reduces to 45 Deg C ambient
  • Cabinet size: 600 mmH x 600 mmW x 350 mmD 
  • Weight = 44 Kg
  • Single 1ph 230Vac Fee

Features

  • Global Remote Service Support
  • Automatic Alerts for Drives
  • Data Historian
  • Single, Onsite Software
    Repository
  • Third-party Application Support
  • On-Prem Support for Embedding Digital Solutions
  • Switchable Read/Write, Added Security/Functionality

Benefits

  • Support from Remote Experts
  • Remote Assistance with Spare Parts Management
  • Enhanced Upgrade Support
  • Availability of Remote Training
  • Enhanced Remote Technical Support & Engineering
  • Service Agreement Specific Features:
    • Health Reports
    • Automatic Fault Notifications
    • Dashboards

Digital Suite

Digital Suite

Electrification’s Digital Suite – Intuitive digital tools and expert services to drive operational and business outcomes that matter.

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VesPA (Vessel Performance Analyzer)

VesPA (Vessel Performance Analyzer)

VesPA is Electrification's real-time configurator, it helps design the entire electrical system to power and propel a vessel, optimizing thrust and power to ensure the best performance while meeting environmental targets.

learn more VesPA (Vessel Performance Analyzer)

Test & Inspection for Machine Status Assessment (TIMSA)

Advanced inspection program to reduce risk of failure on MV/HV rotating machines

Test & Inspection for Machine Status Assessment (TIMSA)

Advanced inspection program to reduce risk of failure on MV/HV rotating machines

Test & Inspection for Machine Status Assessment (TIMSA)

Advanced inspection program to reduce risk of failure on MV/HV rotating machines

Within our rotating machines health monitoring offering, GE’s advanced TIMSA program is the most effective and proactive test and inspection approach for both your motors and generators. With this inspection program, we will identify any critical issues in your equipment and offer best solutions to fix them before a failure occurs. The inspection will be performed by fully trained and highly skilled field service experts, giving you the best assessment of your unit health status and the key actions to maximize its life expectancy.

Following inspections, GE can provide repairs and field services support, including [parts] replacement, to help you reduce risks and optimize your maintenance costs.
GE will carry out a series of electrical and mechanical tests with excelling safe work practices, on a periodic basis adapted to your business imperatives.

But not only can we inspect your GE and non-GE rotating machines; our team of expert field service engineers will also inspect any other peripheral control, protection or instrumentation system related to the rotating machine, that you may want to include in the outage.

We perform all essential tests below to detect abnormalities in stator winding. Indeed, all traditional methods fail in detecting stator winding problems while this represents a major cause of MV/HV rotating machine failure:

  • Internal Visual inspection or boroscopic – to get a visual expert assessment of winding and core health.
  • Recording & analysis of operating data – to measure voltage, current, temperature, vibration, etc.
  • Insulation resistance test (IR) - to verify winding to ground resistance and check it is above the minimum acceptable value.
  • Polarization index (PI) – to assess cleanliness of the winding. Permissible PI is 2.0 and above.
  • Dielectric Discharge (DD) – to diagnose aging and deterioration of stator insulation.
  • RLC measurements – To check that winding is compliant with original technical specification.
  • Step Voltage (SV) – As stated in IEEE 43 § 6.4, this test assesses the winding dryness and general condition.
  • Surge test – Conducted as per IEEE 522 standard to assess the inter-turn integrity of winding by fast rise wave comparison.
  • Partial Discharge (PD) measurement 1 - To measure the winding’s response to a specific stress level and to predict its future performance.
  • Dissipation factor (tan δ) measurement 1 – To evaluate the quality of the stator winding’s insulation.

MECHANICAL TESTS (OPTIONAL)

These extra inspections will check mechanical integrity of the rotating machine components, giving you rounded integral insight on your rotating machine health status:

  • Bearing inspection – Open inspection on bearing journal surfaces, to measure and verify clearances.
  • Vibration analysis – To identify signs of wear and tear in advance to avoid very expensive damages.
  • Bearing oil analysis – To determine the overall service conditions of a bearing system and identify issues before a failure occur

SPECIALIZED TESTS (OPTIONAL)

We will recommend other tests specific to your business conditions that you may require, such as:

  • Dissipation factor measurement
  • Offline partial discharges measurement
  • Acoustic measurement
  • CT/VT characteristics analysis
  • Stator wedge mapping
  • Resonant Surge Oscillography
  • Online harmonic component analysis
  • Etc.

OTHER EQUIPMENT

We will deploy experts to inspect any other control, protection or instrumentation equipment connected to the rotating machine, that you may want to include in the inspection, providing integral inspection service recommendations, with a global system view. These may include, among others:

  • Variable frequency drives;
  • Motor starters and motor controls;
  • Automatic voltage regulators;
  • Protection relays;
  • ATEX purging systems;
  • Heat exchangers;
  • Etc.

FINAL REPORT

Customer will receive a final report with the expert assessment of Electrification Engineering Office.

  • Minor inspections: Lowly invasive electrical tests and boroscopic inspections, without exposing unit winding, completed typically in 1-2 days, usually repeated every 1-3 years.
  • Major inspections: On top of minor inspection testing, unit end shields are opened, exposing winding for direct thorough inspection and cleaning. Extra mechanical checks are added for bearings, fans, and other rotating components. These are typically completed in 3-7 days. Usually repeated every 4-6 years.
  • Rotor out inspections: On top of major inspection tasks, the rotor is threaded out of the stator for full winding inspection and cleaning, as well as extra testing. This level of inspection is recommended ad-hoc, usually takes 7-15 days, and is performed every 10-15 years.

  • OEM backed unit health status assessment.
  • Inspection tailored to your specific unit needs;
  • Expert recommendations on best actions to maximize your asset lifetime and optimize your service expenditure;
  • Integral maintenance and repairs service
 
 

Service Program Surveys

Minimizing your maintenance costs

Service Program Surveys

Minimizing your maintenance costs
 
 

Service Program Surveys

Minimizing your maintenance costs

We will carry out non-invasive inspection of the system, while the equipment is running, and work with you to understand historic maintenance, environmental conditions, budget constraints, operational constraints, and business imperatives. Our field Service expertise will effectively cover both GE Vernova and non-GE Vernova equipment. At the end of the service program survey, Electrification will provide you a detailed report that includes all features required to have an OEM backed maintenance program of your rotating machines, adapted to your business model.

  • Identify safety critical issues - safety critical problems will be brought to your attention immediately and a resolution proposed. Electrification will provide prioritized dispatch of parts needed to resolve such issues and, if necessary, the Field Service Engineer will remain on site or return to site to supervise the solution;
  • Identify operational critical issues – reductions in performance or critical items affecting reliability will be brought to customer’s attention at the end of the service survey.

  • A maintenance plan – based on your specific business constrains and our experience with thousands of similar machines, we will suggest an OEM designed maintenance plan, to help avoid that unwelcome, unplanned outage;
  • Critical spare parts – provide a list of the [spare parts] you should consider holding;
  • Suggest details of obsolete parts that you may wish to plan to replace;
  • Upgrade packages appropriate to your equipment and circumstances.

  • Service program adapted to your business needs
  • Minimized downtime/costs relationship maintenance program
  • OEM backed recommendations
  • Direct access to all required services

Make the best of your Marine equipment

We offer a complete training experience combining remote and in-presence sessions, using advanced digital technologies:

Make the best of your Marine equipment

Make the best of your Marine equipment

We offer a complete training experience combining remote and in-presence sessions, using advanced digital technologies:

Control & Automation training offers

Power Conversion training flexibility

• Tailored learning modes to suit individual needs
• Examples from field lessons learned

Control & Automation training offers

Control & Automation training offers

Power Conversion training flexibility

• Tailored learning modes to suit individual needs
• Examples from field lessons learned

TrainingAvailable offline locations*
DP & Automation System Maintenance – M100USA – Houston, Korea – Busan, UK – Rugby, Brazil – Macaé
DP & Automation Operator Familiarization – M101USA – Houston, Korea – Busan, UK – Rugby, Brazil – Macaé
DP System Maintenance – M102Korea – Busan, UK – Rugby, Brazil – Macaé
DP Operator Familiarization – M103Korea – Busan, UK – Rugby, Brazil – Macaé, India – Chennai
Vessel Automation System Operation & Maintenance – M104Korea – Busan, UK – Rugby, Brazil – Macaé
DP Software Familiarization (HMI) – M404USA – Houston/Pittsburgh, Korea – Busan, UK – Rugby, Brazil – Macaé
Dynamic Positioning Induction (Basic) – M401USA – Houston/Pittsburgh, Korea – Busan
Dynamic Positioning Simulator (Advanced) – M402USA – Houston/Pittsburgh
Dynamic Positioning Seatime Reduction – M403USA – Houston/Pittsburgh
Marine and Offshore Power Systems – M400USA – Houston/Pittsburgh, Korea – Busan, UK – Rugby, Brazil – Macaé
STATCOM: MM7 ConverterFrance - Villebon
PECe DC driveFrance - Villebon
HPCi-P80iFrance - Villebon, India - Chennai
Digital Control & regulation system Logidyn D2 with LogiCADGermany - Berlin
Digital Control & regulation system Logidyn D2 with LogiCAD: MaintenanceGermany - Berlin
Digital Control & regulation system HPCi with P80iGermany - Berlin
Digital Control & regulation system HPCi with P80i: MaintenanceGermany - Berlin

Rotating Machines training offers

Power Conversion training flexibility

• Tailored learning modes to suit individual needs
• Examples from field lessons learned

Rotating Machines training offers

Rotating Machines training offers

Power Conversion training flexibility

• Tailored learning modes to suit individual needs
• Examples from field lessons learned

Training coursesAvailable offline locations*Flyer
Operation, Maintenance & TroubleshootingFrance - Nancy, UK - Rugby 
Installation & CommissioningFrance - Nancy, UK - Rugby 
In-Depth Generator TrainingUK - Rugby 
Virtual AVR traininGUK - RugbyPlease contact us for more details

Have a question, contact us

Drives training offers

Power Conversion training flexibility

• Tailored learning modes to suit individual needs
• Examples from field lessons learned
• Flexibility of delivery – customer site, in our center or remotely.

Drives training offers

Drives training offers

Power Conversion training flexibility

• Tailored learning modes to suit individual needs
• Examples from field lessons learned
• Flexibility of delivery – customer site, in our center or remotely.

Rotating machines serial numbers and product names

Outstanding services for your synchronous and induction machines… across the product life cycle

Rest assured every aspect of your equipment runs smoothly wh

Rotating machines serial numbers and product names

Outstanding services for your synchronous and induction machines… across the product life cycle

Rotating machines serial numbers and product names

Outstanding services for your synchronous and induction machines… across the product life cycle

Rest assured every aspect of your equipment runs smoothly wh

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