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Water protection for server rooms – real-time leak monitoring with Didactum

Didactum Connector for Water Detection Cables

Critical IT infrastructures and corporate facilities are the backbone of every organization. Even a single water intrusion – caused by a defective air conditioning unit, a burst pipe, or penetrating rainwater – can cause massive damage. The consequences range from costly repairs to complete downtime or data loss. Professional water leakage monitoring is therefore essential to comprehensively protect IT resources, data centers, and sensitive areas.

With the Didactum Connector for water detection chains and matching leakage sensors, server rooms, data centers, and production environments can be reliably monitored in real time. The system detects even the smallest amounts of moisture, triggers a water damage alert, and immediately informs administrators via e-mail, SMS, SNMP trap, or through direct integration into building management systems. This ensures that countermeasures can be initiated in time before serious damage occurs.

Functionality of leakage monitoring

The Didactum Connector works with a WLC leakage cable, which can be flexibly installed over several meters along walls, raised floors, server racks, or pipelines. As soon as the cable detects moisture, the resistance in the cable decreases, and the sensor immediately reports the incident to the Didactum monitoring system. This real-time leakage monitoring enables immediate alerting and reliably protects against outages.

Thanks to its modular design, multiple cables and sensors can be combined, allowing large areas or complex infrastructures to be covered. This makes the solution a central component for flood protection in data centers and corporate processes.

Advantages of Didactum water protection solutions

  • Early detection: Even the smallest amounts of moisture or leakage are registered.
  • Reliable alerting: Flexible notification via e-mail, SMS, SNMP, or integration into BMS.
  • Scalability: Expandable from small server rooms to large-scale data centers.
  • Reduction of consequential damage: Immediate response minimizes downtime and costs.
  • Integration: Compatibility with monitoring tools such as Nagios, PRTG, CheckMK, or Zabbix.

Typical applications

  • Server rooms & data centers: Water protection under raised floors, at cooling units, or along piping.
  • Technical and control rooms: Monitoring of electrical and network cabinets against moisture.
  • Production environments: Protection of water-carrying systems in industrial operations.
  • Archives & storage: Prevention of moisture damage to documents or goods.
  • Laboratories & research: Monitoring of sensitive measuring areas and cooling zones.
  • Cooling & HVAC zones: Real-time monitoring against water leaks in HVAC systems.
  • Basements & lower levels: Protection against penetrating rainwater or groundwater.

Technical details

The Didactum Connector for water detection chains can be connected to any analog input (A1...A8). Expansion units enable the integration of multiple sensors, making it possible to secure large and complex areas. WLC leakage cables are available in different lengths and can be connected into a closed detection loop, ensuring seamless water protection for data centers.

The water sensors operate on the principle of resistance change: when the cable comes into contact with water, the sensor immediately detects the drop in resistance. This technology is particularly reliable since it can measure even small amounts of moisture and prevents false alarms caused by dust or dirt.

Integration into monitoring and building systems

The systems are fully compatible with SNMP and Modbus and can be easily integrated into existing monitoring environments. This ensures that all events are centrally reported and documented. Through integration into building management systems, automatic countermeasures can be initiated – for example, shutting off water pipes, activating pumps, or triggering a siren.

Installation & configuration

Installing the leakage cables is straightforward. They are laid out along the desired areas and fixed with clips or adhesive pads. Extension or later adjustment of the cables is possible at any time. Once connected to the monitoring system, configuration is conveniently carried out via the web interface. Administrators can define individual alarm thresholds, alert chains, and escalation levels. A fully operational real-time water intrusion monitoring system is available within a short commissioning time.

Key benefits at a glance

  • Immediate alerting in case of water leakage
  • Easy integration into IT and building management systems
  • Scalable thanks to modular cable and sensor extensions
  • Reliable real-time protection against water damage
  • Seamless monitoring of even large infrastructures

Summary

How does the Didactum Connector detect water damage?

It works with a WLC leakage cable that changes its resistance upon contact with moisture. This process immediately triggers an alarm notification.

Can multiple areas be monitored simultaneously?

Yes, by combining several leakage cables and water sensors, seamless monitoring of even extensive IT infrastructures is possible.

What alerting options are available?

Alerts are sent via SNMP trap, e-mail, SMS, or through integration with the building management system. This ensures that all relevant personnel are informed.

Connector for Water Leak Detection Cable

Connector for Water Leak Detection Cable
The Didactum Connector for water leak detection chains works in combination with a WLC leakage cable, which functions as a water level sensor and moisture detector. The cable can be flexibly installed along walls, under raised floors, around server cabinets, near water pipes or air conditioning units. Once moisture is detected and the cable resistance drops, the sensor sends a signal to the Didactum monitoring system.

The leakage monitoring can be individually adapted to the local conditions. It is possible to monitor large areas and complex systems seamlessly using multiple water sensors and leakage cables. Integration into existing IT monitoring systems such as Nagios, PRTG, or Zabbix is straightforward and enables centralized monitoring of all security-relevant parameters.

DI14007 (Technical data AKCP manufacturer specifications)

Technical Specifications

ParameterDetails
Sensor TypeAnalog sensor
Measuring PrincipleDetects water leakage by resistance drop in WLC leakage cable
Accuracy3 % RH
Daisy ChainNo
Dimensions60 × 18 × 18 mm
Inputs2-wire (WLC cable)
OutputsRJ11 / RJ12 (6P4C)
Operating TemperatureOptimal range: -10 °C to +80 °C
Operating Humidity5 to 95 % (non-condensing)
Power Consumption60 mW
Max. Chain Length300 m from monitoring or extension device
Response Time15 seconds
Recovery TimeDepends on drying speed of the sensor

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