Setting Environment Limits

Setting Environment Limits

Environment limits define the acceptable conditions for a room and its assets.

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Categories of Limits

Climate

• Temperature (°F)
• Humidity (%)
• Dew Point (°F)

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Light

• Lux (lx)
• UV

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Air Quality

• VOC (ppb)
• Formaldehyde (ppb)
• Ozone (ppb)
• NO2 (ppb)

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Particulates

• PM2.5 (µg/m³)
• PM10 (µg/m³)

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Biological

• Mold index

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Safety

• Leak detection

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Structural

• Pressure (hPa)
• Vibration (mm/s)

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Context

• Noise (dB)

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Control Context

• CO2 (ppm)

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How Limits Work

Each measurement has:

• Minimum value
• Maximum value
• Real-time sensor reading

The system compares:

Current Value → Against → Defined Range

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Debounce Settings

• Red transition seconds
• Recovery seconds

These prevent rapid status changes from short spikes.

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Why This Matters

Environment limits drive:

• Risk evaluation
• Advisory messages
• Alerting logic

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Best Practices

• Set realistic ranges
• Avoid overly tight thresholds
• Use debounce settings to reduce false alerts

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Well-defined limits turn raw data into meaningful risk signals.