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Didactum Humidity Sensor – Precise Humidity Monitoring for IT & Industry

Didactum Humidity Sensor

Continuous humidity monitoring is an essential factor for safe operation of data centers, server rooms, industrial environments, warehouses, or archives. Even small deviations can cause damage to IT systems or stored goods. The Didactum Humidity Sensor, with its high measurement accuracy and compact design, provides a reliable solution for real-time climate monitoring.

Technical Features

  • Accuracy: ±3 % relative humidity (RH)
  • Operating range: -40 °C to +100 °C
  • Additional functions: dew point calculation, frost point measurement, and determination of absolute humidity
  • Power consumption: only 60 mW – energy-efficient and low-power
  • Dimensions: 60 × 18 × 18 mm – compact and space-saving
  • Cable length: extendable up to 50 meters
  • Connection: RJ plug with AutoSense capability
  • Integration: SNMP v1/v2c/v3 for Nagios, PRTG, Zabbix, etc.

Integration & Installation

With AutoSense support, every Didactum monitoring system detects the humidity sensor immediately after connection. Individual thresholds and alarm levels can be configured via the web-based interface. Alerts are sent via e-mail, SMS, or SNMP trap. Thanks to flexible mounting (wall, ceiling, rack, or HVAC system) and optional cable extension, the sensor is highly versatile.

Application Areas

  • Data centers & server rooms: prevention of condensation and failures caused by humidity damage.
  • Industrial facilities: ensuring stable production conditions through humidity monitoring.
  • Clean rooms & laboratories: compliance with precise humidity levels for quality and process reliability.
  • HVAC systems: integration for energy-efficient heating, ventilation, and air conditioning control.
  • Warehousing & logistics: protection of temperature-sensitive goods such as pharmaceuticals and food.
  • Greenhouses: optimized climate monitoring for healthy plant growth.
  • Museums & archives: preservation of delicate exhibits and documents.

Sensor Functions in Detail

  • Dew point calculation: prevention of condensation risks.
  • Frost point determination: protection in cooling or freezing equipment.
  • Data logging: storage of climate values in combination with Didactum monitoring systems on SD card (up to 500 GB).
  • Logic schemes: automatic actions based on humidity levels (e.g., activating ventilation or sending alerts).

Economic Benefits

The Didactum Humidity Sensor prevents damage from moisture or condensation. Beyond safeguarding hardware and facilities, it also contributes to energy efficiency by enabling targeted HVAC operation based on precise real-time data. This ensures cost savings and extends the lifespan of critical infrastructure.

FAQ – Frequently Asked Questions

How accurate is the sensor?
With an accuracy of ±3 % RH in the range of -40 °C to +100 °C.

How is the sensor connected?
Via RJ port to a Didactum monitoring system with AutoSense detection.

What is the maximum distance possible?
Up to 50 m cable length with extension.

Can I integrate the sensor into SNMP tools?
Yes, into Nagios, PRTG, Zabbix, OpenNMS, or other SNMP-compatible platforms.

What additional functions are available?
Dew point and frost point calculation as well as determination of absolute humidity.

The Didactum Humidity Sensor offers a precise, energy-efficient, and versatile solution for climate monitoring. Whether in data centers, industry, clean rooms, warehouses, or archives – its real-time humidity monitoring, SNMP integration, and additional features such as dew point and frost point calculation make it an indispensable tool for modern monitoring and facility management systems.

Humidity Sensor

Humidity Sensor
The Didactum humidity sensor is the ideal instrument for precise humidity measurements in a wide range of environments such as data centers, server rooms, warehouses, or archives. With compact dimensions of 60×18×18 mm and a power consumption of only 60 mW, it is both space-saving and energy-efficient, making it particularly attractive for building technology and facility management.

Accurate measurement of relative humidity is essential across many sectors. In industrial processes, laboratories, cleanrooms, storage areas, or building technology, monitoring humidity is central to product quality, process safety, and energy efficiency.

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