Real sensor chart replicas

These recipes start from charts the team already uses. We created independent copies so readers can inspect their settings, capture a clean result, and practice without changing an operational dashboard.

Find the copies

Open Charts and search for Ejemplo documentación. None of the three copies belongs to a dashboard.

First: copy without touching the original

1. Open Charts and locate the visualization you want to study.
2. Open its name and wait for the query to finish.
3. Click Save.
4. Select Save as….
5. Enter a name beginning with Ejemplo documentación —.
6. Leave Add to dashboard empty.
7. Save and confirm the header says the chart is not on a dashboard.

From that point, every change belongs to the copy.

Recipe 1: current CPPW speed

This gauge answers: what is CPPW’s speed in the latest reading?

The gauge focuses on one reading. Navigation and source details stay outside the capture so the value remains primary.

Data settings

Control	Value
Visualization	Gauge chart
Metric	Current value
Filter	sensor = CPPW
Row limit	10

Appearance

• start angle 225 and end angle -45;
• CORE FIELD Enerwire color scheme;
• pointer, animation, and progress enabled;
• interval limits 0, 10, 250, 300.

A gauge is useful for a current reading. Do not use it to explain how the value got there; use a time series for that question.

Recipe 2: Lesmo 800 speed trend

This line answers: did Lesmo 800 speed remain stable during the period?

The line stays close to 625 m/min and makes small variations visible without navigation competing for space.

Data settings

Control	Value
Visualization	Line chart
X axis	timestamp
Metric	AVG(Lesmo_800)
Visible range	Previous quarter
Series / row limit	500 / 500

Appearance

• X axis: Time;
• Y axis: Speed (m/min);
• legend at the top;
• rich tooltip enabled;
• linear axis, no stacking, and no area fill.

For hourly changes, add a time grain. For small variations, keep more points and shorten the range.

Recipe 3: Soluble Building 3 temperatures

This comparison answers: how did the upward and downward temperatures behave together over the last six recorded hours?

Two transparent areas compare both temperatures and reveal their gradual decline.

Data settings

Control	Value
Visualization	Line chart with area fill
X axis	timestamp
Metrics	TBsoluble3 and TSsoluble3
Filter	Last 6 recorded hours
Row limit	50000

Appearance

• Y axis: Temperature (°C);
• CORE FIELD Enerwire color scheme;
• area, zoom, and bottom legend enabled;
• time shown as HH:mm;
• temperature shown with one decimal place;
• 30-minute visual interval on the time axis.

Area fill helps compare separation and shared movement. If the series overlap too much, reduce opacity or return to lines without fill.

Adapt a recipe to another machine

1. Save a copy of the closest recipe.
2. Change one thing at a time: sensor, metric, or period.
3. Update and check row count, unit, and range.
4. Rename the chart so it states machine, measure, and period.
5. Compare it with the original before adding it to a dashboard.

Columns are documentable; infrastructure is not

Sensor identifiers such as CPPW, Lesmo_800, TBsoluble3, and TSsoluble3 may appear in guides. Internal connection, database, schema, table, and dataset names are intentionally omitted.

Resultado esperadoExpected result

You can open a copy, explain every control, and adapt the recipe to another sensor without changing visualizations already used by the team.