TOTUS G9 Transformer Monitor

A single, scalable system for transformer fleet health.

How TOTUS G9 Helps

When critical transformers fail, the costs and subsequent consequences can be severe. The TOTUS G9 Transformer Monitor combines Dissolved Gas Analysis (DGA), Partial Discharge (PD), Bushing Monitoring (BM), Through Fault Currents (TFC) and transformer analytics for full visibility of your fleet health in a single, scalable system. So, you have all the insights you need to prevent unplanned outages, extend asset life and strengthen grid resilience.

TOTUS Transformer Monitor Brochure

What TOTUS G9 Delivers

Full DGA profile

Provides a profile of nine key dissolved gases, enabling the detection of the most common transformer failure modes.

Bushing monitoring

Monitors bushing insulation and internal electrical activity for early detection of insulation breakdown.

Arcing events

Delivers detailed insights into arcing activity, revealing developing faults and allowing timely intervention.

Transformer analytics

Provides thermal, moisture, load and insulation ageing models for enhanced visibility into overall transformer health.

Improving Transformer Fleet Health Through TFC Monitoring

Transformers experience varying through-fault current events throughout their operational lives. These can cause internal mechanical stresses that gradually weaken the transformer, accelerate insulation ageing and increase the risk of failure.

TFC monitoring delivers early detection of potential faults, minimising downtime while reducing operations and maintenance costs. This proactive approach to asset management helps minimise risk ensuring safety, reliability, and longevity of critical assets.

Find out more

Benefits of TOTUS G9

Scalability

Adapts and scales your monitoring program with nine gas DGA, PD, Bushing and TFC for a flexible, customisable transformer monitor.

Reduced risk

Detects faults from overloads, insulation breakdown and arcing early, before they escalate to safety hazards, asset damage and costly downtime.

Optimised O&M

Focuses limited maintenance resources to assets most at risk while preventing expensive emergency repairs and premature asset replacement.

Extend transformer life

Defers costly, long lead-time replacements, supporting smarter, risk-based asset management decisions for longer transformer lifespans.

Simplify your Transformer DGA Analysis

DGA analysis is essential for identifying developing transformer faults but no single diagnostic method provides a complete picture. Instead, asset managers must compare multiple methods, each with its own thresholds and variables, making the process time-consuming and complex.

Camlin’s DGA Matrix simplifies DGA interpretation by bringing all leading diagnostic methods together in one clear, colour-coded view, simplifying your interpretation in just a click.

Access the DGA Matrix

How the Partial Discharge Triangle Enhances Transformer Fleet Health

With large amounts of partial discharge monitoring data, asset managers often face the challenge of understanding which transformers are affected by PD.

The PD Triangle provides a simple, colour-coded visual image showing the presence, intensity, and phase of PD activity. This empowers asset managers to quickly identify which transformers have active PD and which are PD-free, for more efficient screening of asset fleets. So, you can focus your time, resources and budgets where they matter most.