Web: October 2 | 2026
Hello,
This edition brings new Dynamox Platform features designed to make your maintenance routine more agile and your decisions more confident. See what has changed and how to apply it to your daily work.
Conveyor Belt Asset Pro heatmap now shows temperature, acceleration and velocity
What changed?
Previously, you could only see the alert status of each spot. Now you choose which data to display on the map: Alerts, Temperature, Acceleration or Velocity.
For physical quantities, each cell is colored on a gradient proportional to the value measured in the selected period. You can view this value as averages, maximums or minimums.
What you gain in practice
- More precise prioritization: tell apart the severity of idler frames at the same alert level, based on the intensity of the physical quantity.
- Visual triage: degradation zones are visible right on the map, without opening each spot one by one.
- Comparative context: switch between temperature, acceleration and velocity on the same heatmap, without changing screens.
DMA: pin assets already being addressed to the “Read” tab
What changed?
You can now pin machines and spots to the “Read” tab. A pinned item does not return to “Open” on its own, either after 72 hours or when criticality increases. It only leaves the tab when someone manually unpins it.
What does this change in practice?
- Assets with an identified problem and an action plan in progress stop returning to the queue with every new alert.
- The “Open” tab stays focused on what truly needs analysis.
- To pin an item, use the three-dot menu on the row or the padlock in the “Read” tab. Once the action is complete, one click on the padlock unpins it.
- Every pin and unpin action is recorded in the Read/Open History, with user, date and time.
In the “Read” tab
- Closed padlock: the item is pinned. Clicking it unpins the item, which returns to “Open”.
- Open padlock: the item is read but not pinned. Clicking it pins the item. The tooltip shows: “Click to pin this item to the read tab.”
The “Mark as read” option still works as before.
More complete reports: owner, type, deadlines and PDF attachments
What changed?
The report creation form has new fields:
- Owner: identifies the technical owner of the report, who can be someone other than the person who created it. The creator automatically becomes the owner, but you can select any user in the workspace. Every change is recorded in the report history.
- Report type: you define whether the report is Sensory or Predictive, regardless of the screen where you started creating it. For sensory reports, you can also link a checklist if you wish. Once the report is saved, its type cannot be changed.
- Desired date and Action deadline: the Desired date indicates when the team plans to intervene under ideal conditions. The Action deadline indicates the latest point before an imminent risk of failure.
- PDF attachments: in addition to images, you can attach technical documents and other PDF files of up to 20 MB each. Just drag the file or paste it with Ctrl+V. For now, you need to download a PDF to view its content.
What does this change in practice?
- Each report has a clear owner, making it easier to track and follow up on actions.
- You record sensory reports without switching screens, and your reporting reflects the correct type of each inspection.
- Intervention planning becomes clearer, with the ideal date separate from the deadline.
- All diagnostic documentation is kept in the report itself.
Dynamox recommended spectral configuration for sensors HF+s, TcAs e TcAg
What changed?
When you configure a Spot with a DynaLogger HF+s or TcAs, Dynamox Platform (Web) now suggests the Dynamox recommended configuration for that point: standard spectrum (maximum frequency, duration and axes) and telemetry. The suggestion follows technical vibration analysis criteria and takes into account the sensor model, the asset’s monitoring class and, for bearing housings, the rotational speed (RPM). For the TcAg, which has no standard spectrum, it applies to General Settings and Telemetry.
The decision is always yours: accept it with one click or configure manually, as before.
The Devices tab in the Spot Center has been reorganized into three sections: General Settings, Telemetry and Standard Spectrum. At the top, a notice shows the Spot status: Configuration applied (follows the recommendation) or Suggested configuration (differs from the recommendation).
Your current Spots do not change automatically. Nothing is altered unless you accept the suggestion, and your collection history is preserved.
How does it work in practice?
- Faster commissioning: enter the RPM and apply the recommendation, without adjusting parameter by parameter.
- Fewer errors: the selection table shows only valid combinations, with the recommended one highlighted.
- More reliable data: the measurement adapts to the asset’s rotational speed, capturing enough shaft revolutions without losing spectral precision. This supports more accurate diagnostics and earlier failure detection.
- Standardization: similar assets are monitored with the same parameters, so spectra can be compared across points, plants and teams.
- More autonomy: users who are not vibration specialists can correctly configure a large number of sensors.
- You stay in control: if you reject the suggestion, the platform respects your choice and does not suggest it again for that Spot.
How to apply it
- New Spot, or sensor model changed to HF+s, TcAs or TcAg: the settings come pre-filled with the suggestion. Check the RPM and save.
- Existing Spot with Suggested configuration: review the RPM and click Accept suggestions at the end of the form to apply spectrum and telemetry settings (including the measurement interval) at once.
- Spectrum only: when you enter the RPM, the recommendation appears and can be accepted right there. Or click the vibration field and use Select recommendation in the table.
These improvements were designed to make your monitoring more intuitive and efficient, contributing to a more agile and clear operation in your daily routine.
