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E3

E3 Transformer Monitor

The E3 Transformer Monitor is a comprehensive, customizable solution for transformer asset management. Use data to smart decisions.

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E3 Transformer Monitor

Overview

Is the E3 a Complete Transformer Monitoring Solution?

Yes, the E3 is Dynamic Ratings’ most comprehensive transformer monitor, combining bushing, winding, OLTC, cooling system, and insulation monitoring in a single platform. The E3 Transformer Monitor utilizes field-proven technology in data collection, analysis and visualization to communicate and notify changes in transformer conditions. Combine the E3 monitoring solution with LIFESTREAM® support services to provide a comprehensive, data driven approach to condition monitoring for bushings, windings, OLTC, cool system and insulation of power transformers.

E3 Transformer Monitor

What Does the E3 Transformer Monitor Actually Monitor?

The E3 covers bushings, windings, OLTC, cooling system, and insulation in one platform. With online condition-based data, users receive alarms when problems first arise allowing early detection so that appropriate actions can be taken before problems escalate. Transformer failure can be catastrophic. Knowing the condition of assets allows users to reduce failure rates and unplanned outages.

E3 Transformer Monitor

How Does the E3 Reduce Transformer Maintenance Costs?

The advanced analytics within the E3 monitoring system filters through the condition data to automatically identify issues requiring maintenance attention. This allows the Operations & Maintenance crews to focus on resolving problems rather than manually collecting data for offline condition assessment. E3 Transformer Monitor analytics provides an optimal platform for conditioned-based maintenance.

E3 Transformer Monitor

How Does the E3 Help Extend Transformer Life and Loading Capacity?

The real time measurement of operational parameters allows visibility into the condition of an asset. Real-time understanding means you can load a transformer with confidence. Using data to make strategic decisions helps maximize asset life and planning for replacement. Extending the remaining useful life of an asset leads to deferred replacement capital costs.

How Does the E3 Improve Safety for Transformer Operators?

Condition-based monitoring increases the safety of workers and the public through

  • Situational Awareness.
  • Reducing trips to site.
  • Providing alerts, warnings and instructions.
  • Complying to industry safety standards.
E3 Transformer Monitor

How Does the E3 Compare to the C50 and B100 Transformer Monitors?

All three are built to protect your transformers and extend their service life, with each offering a different depth of monitoring for the asset it’s watching over. The B100 delivers dependable temperature monitoring, cooling control, communications, and condition monitoring in a straightforward, easy-to-deploy package. The C50 broadens that view with capabilities like bushing health, DGA integration, OLTC monitoring, and condition-based maintenance analytics, giving you a fuller picture of asset health. The E3 extends further still, layering in diagnostics such as dynamic loading, advanced thermal modeling, moisture and predictive temperature analytics, harmonics monitoring, and extensive customization for assets where that added intelligence delivers real value.

FAQ

What is the E3 Transformer Monitor?

The E3 is an advanced, engineered-to-order transformer monitoring and control platform designed for critical power transformers requiring comprehensive monitoring and control capabilities.

How is the E3 different from the C50?

The E3 builds on the capabilities of the C50 and adds advanced monitoring, thermal modeling, cooling control, harmonics analysis, loading calculations, and other specialized functions.

What parameters can the E3 monitor?

The E3 can monitor temperatures, DGA, moisture, bushings, cooling systems, OLTCs, communications, partial discharge, and additional transformer operating conditions.

What advanced analytics are included with the E3?

The E3 supports dynamic load calculations, advanced thermal modeling, predictive temperature functions, cooling efficiency analysis, and fault-counting capabilities.

Does the E3 support smart cooling control?

Yes. The E3 includes advanced cooling management features such as smart cooling strategies and multiple cooling control groups.

Does the E3 support smart cooling control?

Yes. The E3 includes advanced cooling management features such as smart cooling strategies and multiple cooling control groups.

Can the E3 monitor transformer harmonics and fault events?

Yes. The E3 includes advanced harmonics and fault monitoring capabilities.

Is the E3 suitable for critical power transformers?

Yes. The E3 is designed for applications where advanced monitoring, control, communications, and operational insight are required.

How does the E3 improve transformer loading decisions?

The E3 provides thermal models, predictive temperature calculations, and dynamic loading information to support more informed operational decisions.

Can the E3 support multiple communication interfaces?

Yes. The E3 supports multiple communication ports and integration into utility monitoring and control environments.

When should a utility choose an E3 instead of a more basic transformer monitor?

The E3 is best suited for utilities that require comprehensive monitoring, advanced analytics, detailed control functions, and enhanced visibility into transformer performance and asset health.

Specifications

Mounting35mm (1.37in.) DIN rail
Connection TypeNumbered terminal blocks (removable)
Operating Temperature-40°C to 80°C (-40°F to 176°F)
HumidityUp to 95% non-condensing
Power Supply ModuleDC Input: 48 VDC minimum to 275 V DC maximum, all tolerances included, 50 W
Power Input275 VDC / 265 VAC rms maximum, 47 - 63 Hz; IEC 60664 Over-voltage Category II
Power Output32VDC maximum; IEC 60664 Over-voltage Category I
Digital Inputs125 VDC / 125 VAC rms maximum, 47 - 63 Hz; IEC 60664 Over-voltage Category I
Digital Outputs125 VDC / 250 VAC rms maximum, 47 - 63 Hz; IEC 60664 Over-voltage Category I
Motor Energy Input300 VAC rms maximum, 47 - 63 Hz; IEC 60664 Over-voltage Category I
VT Inputs150 VAC rms maximum, 47 - 63 Hz; IEC 60664 Over-voltage Category I
Analog Inputs (other)24 VDC maximum; IEC 60664 Over-voltage Category I
Analog Outputs24 VDC maximum; IEC 60664 Over-voltage Category I
Communications24 VDC maximum; IEC 60664 Over-voltage Category I

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