> For the complete documentation index, see [llms.txt](https://support.meetuma.ai/uma-knowledgebase/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://support.meetuma.ai/uma-knowledgebase/data-and-reporting/analytics-pro/dashboard/temperature-and-humidity.md).

# Temperature & Humidity

<figure><img src="/files/T7aoPPdYPf00PrlcbIxC" alt=""><figcaption></figcaption></figure>

### Overview

The Temperature and Humidity dashboard combines climate monitoring with a built-in **damp and mould risk** assessment based on dew-point analysis. It is particularly valuable for healthcare estates, social housing, and any environment where HTM 04-01 or similar standards apply.

Use this dashboard to:

* Monitor occupant comfort across all monitored spaces
* Identify HVAC inefficiency and zones outside the comfort band
* Detect early warning signs of damp and mould
* Provide an evidence trail for compliance and condition reporting

***

### Sensor Status Bands

#### Temperature

| Status         | Range   | Meaning                                              |
| -------------- | ------- | ---------------------------------------------------- |
| 🔵 Poor (Cold) | < 17°C  | Below comfortable range; heating may be insufficient |
| 🟡 Acceptable  | 17–19°C | Slightly cool; monitor for occupant comfort          |
| 🟢 Excellent   | 19–22°C | Ideal comfort range                                  |
| 🟡 Acceptable  | 22–24°C | Slightly warm; check ventilation or solar gain       |
| 🔴 Poor (Hot)  | ≥ 24°C  | Above comfortable range; cooling or shading needed   |

#### Humidity

| Status  | Range  | Meaning                                                |
| ------- | ------ | ------------------------------------------------------ |
| 🟡 Low  | < 30%  | Dry air; may cause respiratory discomfort or static    |
| 🟢 OK   | 30–60% | Comfortable range                                      |
| 🔴 High | ≥ 60%  | Excess moisture; increases condensation and mould risk |

***

### Dashboard Structure

The dashboard is organised into four tabs:

1. **Monitoring**
2. **Data**
3. **Map**
4. **Floor Heatmap**

A metric switcher toggles every chart between **Temperature**, **Humidity**, and **Damp & Mould Risk**.

***

### Tab 1 — Monitoring

#### Temperature Trend

<figure><img src="/files/ardNI9FSBa27MbmhCs74" alt=""><figcaption></figcaption></figure>

*Line chart with Daily / Weekly granularity tabs.*

Temperature (°C) over time, with the recommended comfort band (typically 20–24°C) shown as a shaded background.

*Use it to:* spot drift away from setpoint and validate HVAC performance.

#### Average Temperature by Resource

<figure><img src="/files/ym8Hi6tSo353z0WPGOLP" alt=""><figcaption></figcaption></figure>

*Horizontal bar chart, ranked.*

Resources ordered by average temperature, colour-coded by deviation from comfort band.

*Use it to:* find rooms running consistently hot or cold relative to the rest of the floor.

#### Average Temperature by Weekday

<figure><img src="/files/irtXbnavB1ice56SdrI7" alt=""><figcaption></figcaption></figure>

*Bar chart.*

Temperature averages by day of the week, useful for detecting weekend setback issues.

#### Humidity Trend

<figure><img src="/files/MtYdJE2tPxcSNi3lvCwI" alt=""><figcaption></figcaption></figure>

*Line chart with Daily / Weekly granularity tabs.*

Relative humidity (%) over time, with the comfort band (typically 40–60%) shaded.

*Use it to:* identify periods of dryness (causing respiratory complaints) or excess moisture (creating condensation risk).

#### Average Humidity by Resource

<figure><img src="/files/4t1RtHqtruPmKuNRqz2l" alt=""><figcaption></figcaption></figure>

*Horizontal bar chart, ranked.*

Resources ranked by average humidity.

#### Average Humidity by Weekday

<figure><img src="/files/3Jn4G7ZKSZl6wPSOVvcX" alt=""><figcaption></figcaption></figure>

*Bar chart.*

Humidity averages by day of the week.

#### Damp & Mould Risk Assessment

<figure><img src="/files/XnK7dcb3xp14dPVf8Zt6" alt=""><figcaption></figcaption></figure>

*Multi-series area chart with reference lines.*

The headline compliance chart. It plots:

* **Minimum Temperature** (line)
* **Average Temperature** (shaded area)
* **Average Dew Point** (line)

Four dashed reference lines mark the dew-point risk thresholds:

| Status     | Dew Point | Action                                          |
| ---------- | --------- | ----------------------------------------------- |
| 🟢 Safe    | ≤ 10°C    | No condensation risk                            |
| 🟡 Caution | 10–13°C   | Monitor; condensation possible on cold surfaces |
| 🟠 Warning | 13–16°C   | Mould likely on poorly insulated areas          |
| 🔴 Risk    | > 16°C    | Active mould risk; intervene immediately        |

Dew point is calculated from the live temperature and humidity readings using the Magnus formula.

*Use it to:* demonstrate HTM 04-01 compliance and identify zones at risk before visible damage occurs.

***

### Tab 2 — Data

#### Temperature Data Table

<figure><img src="/files/vlI7c1kLKsKD044uRW0V" alt=""><figcaption></figcaption></figure>

*Sortable data grid.*

Minimum, maximum, and average temperature (°C) per resource.

#### Humidity Data Table

<figure><img src="/files/3heTWaTetvxgyC4gAuch" alt=""><figcaption></figcaption></figure>

*Sortable data grid.*

Minimum, maximum, and average humidity (%) per resource.

Both tables support CSV, JSON, and PDF export.

***

### Tab 3 — Map

#### Sensor Map View

<figure><img src="/files/FPxFksT5xokUlprnWrAd" alt=""><figcaption></figcaption></figure>

*Interactive geographic map.*

Buildings plotted on a world map, colour-coded by climate status.

***

### Tab 4 — Floor Heatmap

#### Climate Floor Heatmap

<figure><img src="/files/3kkiwjJI2Ti98nVSgb3r" alt=""><figcaption></figcaption></figure>

*Colour-coded overlay on an interactive 2D floor plan.*

Each monitored resource shown as a heat point coloured by its current temperature or humidity band.

*Use it to:* find the cold corners and damp zones in a building, supporting targeted insulation or ventilation work.

***

### Filters & Controls

* Building, Floor, Resource, Resource Type
* Date range with presets and custom ranges
* Granularity tabs on trend charts
* Metric switcher: Temperature / Humidity / Damp & Mould Risk

***

### Tips

* Falling temperature combined with rising humidity is a classic damp signature — investigate insulation and heating in those zones first.
* Pair this dashboard with the Energy dashboard to identify HVAC settings that compromise both comfort and efficiency.

### Overview

The Temperature and Humidity dashboard combines climate monitoring with a built-in **damp and mould risk** assessment based on dew-point analysis. It is particularly valuable for healthcare estates, social housing, and any environment where HTM 04-01 or similar standards apply.

Use this dashboard to:

* Monitor occupant comfort across all monitored spaces
* Identify HVAC inefficiency and zones outside the comfort band
* Detect early warning signs of damp and mould
* Provide an evidence trail for compliance and condition reporting

***

### Dashboard Structure

The dashboard is organised into four tabs:

1. **Monitoring**
2. **Data**
3. **Map**
4. **Floor Heatmap**

A metric switcher toggles every chart between **Temperature**, **Humidity**, and **Damp & Mould Risk**.

***

### Tab 1 — Monitoring

#### Temperature Trend

*Line chart with Daily / Weekly granularity tabs.*

Temperature (°C) over time, with the recommended comfort band (typically 20–24°C) shown as a shaded background.

*Use it to:* spot drift away from setpoint and validate HVAC performance.

#### Average Temperature by Resource

*Horizontal bar chart, ranked.*

Resources ordered by average temperature, colour-coded by deviation from comfort band.

*Use it to:* find rooms running consistently hot or cold relative to the rest of the floor.

#### Average Temperature by Weekday

*Bar chart.*

Temperature averages by day of the week, useful for detecting weekend setback issues.

#### Humidity Trend

*Line chart with Daily / Weekly granularity tabs.*

Relative humidity (%) over time, with the comfort band (typically 40–60%) shaded.

*Use it to:* identify periods of dryness (causing respiratory complaints) or excess moisture (creating condensation risk).

#### Average Humidity by Resource

*Horizontal bar chart, ranked.*

Resources ranked by average humidity.

#### Average Humidity by Weekday

*Bar chart.*

Humidity averages by day of the week.

#### Damp & Mould Risk Assessment

*Multi-series area chart with reference lines.*

The headline compliance chart. It plots:

* **Minimum Temperature** (line)
* **Average Temperature** (shaded area)
* **Average Dew Point** (line)

Four dashed reference lines mark the dew-point risk thresholds:

| Status     | Dew Point | Action                                          |
| ---------- | --------- | ----------------------------------------------- |
| 🟢 Safe    | ≤ 10°C    | No condensation risk                            |
| 🟡 Caution | 10–13°C   | Monitor; condensation possible on cold surfaces |
| 🟠 Warning | 13–16°C   | Mould likely on poorly insulated areas          |
| 🔴 Risk    | > 16°C    | Active mould risk; intervene immediately        |

Dew point is calculated from the live temperature and humidity readings using the Magnus formula.

*Use it to:* demonstrate HTM 04-01 compliance and identify zones at risk before visible damage occurs.

***

### Tab 2 — Data

#### Temperature Data Table

*Sortable data grid.*

Minimum, maximum, and average temperature (°C) per resource.

#### Humidity Data Table

*Sortable data grid.*

Minimum, maximum, and average humidity (%) per resource.

Both tables support CSV, JSON, and PDF export.

***

### Tab 3 — Map

#### Sensor Map View

*Interactive geographic map.*

Buildings plotted on a world map, colour-coded by climate status.

***

### Tab 4 — Floor Heatmap

#### Climate Floor Heatmap

*Colour-coded overlay on an interactive 2D floor plan.*

Each monitored resource shown as a heat point coloured by its current temperature or humidity band.

*Use it to:* find the cold corners and damp zones in a building, supporting targeted insulation or ventilation work.

***

### Filters & Controls

* Building, Floor, Resource, Resource Type
* Date range with presets and custom ranges
* Granularity tabs on trend charts
* Metric switcher: Temperature / Humidity / Damp & Mould Risk

***

### Tips

* Falling temperature combined with rising humidity is a classic damp signature — investigate insulation and heating in those zones first.
* Pair this dashboard with the Energy dashboard to identify HVAC settings that compromise both comfort and efficiency.


---

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