Connected industrial visibility

Equipment monitoring from field signals to informed action

Explore a practical monitoring framework for connected equipment, with a power-distribution transformer used as an illustrative engineering case.

Monitoring overview

A structured view of equipment condition

Modern industrial automation brings information and communication technology together with industrial control systems such as CNC, PLC, embedded systems and SCADA.

Depending on the application, selected operating signals can be collected from equipment, transferred through an appropriate industrial network, and presented to authorised users for review. The design must account for equipment criticality, communications, data quality, access control and the decisions the information is expected to support.

Equipment and field measurements

Industrial communications and data handling

Visualisation, review and response planning

Concept workflow

From equipment signals to usable context

A monitoring architecture should be selected for the actual equipment, operating environment and approved data-governance requirements.

Define

Identify the equipment, operating states and questions the monitoring effort needs to address.

Measure

Select suitable sensors and control-system data without disrupting safe equipment operation.

Connect

Move approved data through an appropriate industrial network and controlled interfaces.

Contextualise

Relate measurements to equipment identity, operating state and relevant engineering models.

Review

Present information for authorised engineering review, maintenance planning or further analysis.

Technical architecture & monitoring library

Transformer monitoring visualisations & simulation models

The following engineering diagrams and multi-physics views illustrate the instrumentation architecture, thermal-fluid dynamics, magnetic flux simulations, and operational interfaces applied in industrial power equipment monitoring.

Multi-Physics Engineering Models: These detailed simulation views and technical schematics demonstrate virtual sensor placement, electromagnetic field distribution, and heat dissipation modeling under operating conditions.

Illustration of a transmission and distribution network connected to monitoring and control — Power-system context for monitoring across transmission, substations and distribution.

Cover of IEC 60076-1 Power transformers Part 1 General — IEC 60076-1 shown as a reference point for power-transformer terminology and requirements.

General arrangement and dimensional drawing of a distribution transformer — Distribution-transformer arrangement and dimensional reference.

Diagram of eleven Industry 4.0 technological advancement pillars — Industry 4.0 technology pillars that may inform a connected monitoring architecture.

Concept diagram for a transformer monitoring methodology — Conceptual monitoring methodology for organising equipment data and review.

Simulation view of coolant-flow velocity contours in transformer equipment — Example simulation view: instantaneous coolant-flow velocity contours.

Simulation view of coolant-temperature contours in transformer equipment — Example simulation view: instantaneous coolant-temperature contours.

Simulation view of directional heat flux in transformer equipment — Example simulation view: instantaneous directional heat flux.

Simulation view of magnetic-flux density in a transformer core — Example simulation view: instantaneous magnetic-flux density in the core.

Engineering view of magnetic-flux density across a transformer winding — Example engineering view: magnetic-flux density across a winding.

Simulation view of electric-current density in transformer equipment — Example simulation view: instantaneous electric-current density.

Simulation view of ohmic loss in transformer coils — Example simulation view: instantaneous ohmic loss in the coils.

Concept illustration of a virtual sensor for transformer monitoring — Virtual-sensor concept for deriving or presenting equipment information.

Engineering view presenting transformer magnetic-flux density — Example engineering view of magnetic-flux density information.

General interface configuration diagram for equipment monitoring — General interface configuration for organising equipment-monitoring information.

General condition-monitoring concept diagram — General condition-monitoring concept for connecting equipment data with engineering review.

Discuss an equipment-monitoring requirement

Share the equipment type, available signals, operating context and review objectives. Prism Tech Solutions can help scope an appropriate concept for further evaluation.

Plan a monitoring brief