Didactum Monitoring System 500T – Protection against water leakage and water ingress
Didactum Monitoring System 500T
Water is one of the underestimated dangers for critical infrastructures. Whether server rooms, data centers, logistics areas, or production halls – unexpected water intrusion can bring operations to an abrupt halt. With the Didactum Monitoring System 500T, companies receive a powerful all-in-one solution specially designed for water leakage monitoring, protecting them around the clock from significant damages. The Ethernet-based IT monitoring system combines advanced hardware and software in a robust 19-inch metal enclosure, reliably preventing damage from leaks and moisture intrusion.
The system is designed for cross-industry use. It monitors IT infrastructures in server rooms and data centers as well as production and technical areas. Typical applications include leak detection in raised floors, cable trays, and switch cabinets, and security monitoring in energy supply relevant environments. Thanks to its autonomous architecture, the 500T operates independently of operating systems, offering maximum fail-safety – a decisive advantage in water damage prevention.
The IT infrastructure monitoring of the Didactum System goes far beyond moisture detection. The appliance additionally measures temperature, humidity, airflow, and smoke development, and integrates security sensors like motion detectors, door contacts, and glass break sensors. Especially important for water intrusion protection are intelligent water sensors and leakage chains that detect even minimal moisture amounts and immediately send alarms via email, SMS, or SNMP trap.
Due to the modular design, the 500T system suits both small technical rooms and complex data centers. Up to eight analog sensors can be connected directly. The integrated CAN bus port allows expansion up to 64 sensors via add-on units. Thus, comprehensive data center leakage monitoring becomes possible, securing large infrastructure areas. IT managers can promptly implement countermeasures at the first signs of moisture to avoid costly damage to servers or critical systems.
Water Protection Through Intelligent Sensor Integration
Key sensors for water leakage monitoring include point leak detectors and water leakage cables, which can be deployed over large areas. These monitor raised floors and installations continuously and provide precise moisture detection. When a sensor is triggered by water, the 500T Monitoring System sends real-time alarms. Optionally, relays can be simultaneously activated to automatically start pumps or forward incidents to building automation or alarm systems.
Technical Features and Interfaces
The Didactum Monitoring System 500T features eight RJ-11 ports for sensors, a CAN bus port, relay outputs, and inputs for potential-free contacts. Through these interfaces, traditional environment and security sensors as well as external systems can be connected. The optional LTE modem ensures that alarm messages are reliably forwarded via SMS even during network failures.
Integration into standard SNMP monitoring tools like Nagios, PRTG, and Zabbix is straightforward, allowing direct inclusion of water damage alarms in existing network monitoring frameworks. Thus, the Didactum System provides a seamless link between room monitoring and central IT management.
Use Case: Water Protection in Practice
A typical scenario involves monitoring climate control systems in server rooms. If unnoticed water intrusion occurs due to condensation or defective cooling pipes, the 500T immediately responds. Administrators receive email and SMS notifications, SNMP traps are sent to management software, and automated activation of fans or pumps via relays occurs if configured. The integration of detection, alerting, and automated control makes this system a reliable next-generation solution.
Data Logger and Compliance
All sensor data is stored in the internal IP data logger and can be viewed through the web interface. Storage capacity can be extended via USB memory sticks. Companies benefit from detailed analysis and documentation of temperature, humidity, and water leakage events. Export in XML or CSV format facilitates assessments and transparent records required for audits.
Benefits of the Didactum Monitoring System 500T
- Early detection of water leakage and intrusion
- Expandable up to 64 sensors via modular extensions
- Integration of water leakage cables, point and combination sensors
- Real-time alerting via email, SMS, or SNMP
- Autonomous system with platform independence
- Expandable via LTE modem for redundant communication
- Robust 19-inch metal housing with integrated thermal protection
- Seamless integration into management systems
- Made in EU with German support
Summary
How does the water leakage detection work?
The system detects moisture via point water sensors or water leakage cables that are deployed over a large area, such as under raised floors or under installations. Even small amounts of water immediately trigger alarm messages.
How will I be alerted in an emergency?
The 500T offers flexible alerting options: e-mail, SMS via LTE module, or SNMP traps to management software. In addition, acoustic or visual alarm systems can be activated.
Is the system suitable for large data centers?
Yes, with expansion via CAN bus, up to 64 sensors can be networked. This enables a comprehensive water protection solution in large IT environments and data centers.
Didactum Monitoring System 500T
500T (Technical data AKCP manufacturer specifications)
Technical Specifications
| Parameter | Details |
|---|---|
| Device Management | Web, SNMP |
| Sensor Access | Three-level login |
| LAN | Ethernet 100 Mbit |
| Operating System | Linux v.6.2 |
| Interface | Any browser |
| RAM | 128 MB |
| CPU Speed | 720 MHz |
| Total CPU Cores | 2 |
| Clock | Built-in clock |
| Timer | Built-in watchdog |
| Max. Number of Sensors | 130 (physical sensors, dry contacts, relays) |
| Max. Number of Elements | 1000 (notifications, triggers, timers, logic, sensors, etc.) |
| LTE Gateway Mode | Yes |
| LTE Access Mode | Yes |
| Network Protocols | DHCP, HTTP, HTTPS, SNMP, SMTP, FTP, Syslog, TLS |
| Modbus RTU | With extension |
| Modbus TCP/IP | Yes |
| VPN secure data transmission | Yes |
| Energy Efficiency (EU) | Grade A |
| Power Input (230V AC) | Two inputs |
| Power Input (24–48V DC) | Two inputs |
| Power Input (12V DC) | Input |
| Min. Power Consumption | 1 W |
| Max. Power Consumption | 10 W |
| Analog Port | 8 built-in ports (6P6C for connecting analog sensors) |
| CAN Port | 1 port, max. 32 devices |
| Dry Contact Inputs | 16 |
| Relay Outputs (240V / 10A) | 2 |
| Relay Outputs (12V / 0.25A) | 2 |
| USB Cameras | 1 |
| IP Cameras | up to 4 |
| Operating Temperature | -10 to +70 °C |
| Storage Temperature | -25 to +85 °C |
| Operating Humidity | 0 to 90 % (non-condensing) |
| Installation | 19″ 1U |
| Enclosure Material | Sheet metal |
| Dimensions (L x W x H) | 440 x 44 x 90 mm |
| Weight | 1.5 kg |