AKCP leak monitoring with the sensorProbe2+ LCD
AKCP sensorProbe2+ LCD
Monitoring for leaks in critical infrastructures such as server rooms, data centers, or industrial environments is becoming increasingly important. Even the smallest water leaks can cause significant damage – from defective servers to power outages and weeks-long operational disruptions. This is where AKCP leak detection comes into play, enabling fast and precise detection of leaks with advanced sensor technology. The sensorProbe2+ LCD series from AKCP, in particular, provides administrators and technicians with a compact yet extremely powerful solution that monitors environmental parameters in real time and provides timely alerts of hazards.
A core aspect of modern leak detection systems is the immediate visualization of crucial operational values directly on the device. The sensorProbe2+ LCD model stands out in this regard. Thanks to the integrated LCD display, current sensor readings and system messages can be checked without external devices. In practical use, this means considerable time savings when identifying critical conditions such as water leaks, overheating, or air conditioning failures. For data center operators or industrial infrastructures, this direct display is a key advantage – reducing effort during incidents and increasing system uptime.
The AKCP sensorProbe2+ LCD was designed for a wide range of applications and impresses with its enormous flexibility. Up to four intelligent RJ-45 sensor ports support the connection of numerous AKCP sensors, including leak sensors for server rooms, temperature sensors, or combined thermal maps. Depending on the configuration, up to 400 online sensors can be integrated, making the system suitable for both small installations and large monitoring environments. As such, AKCP leak detection becomes a key component in data center environmental monitoring, industrial plants, and telecommunications infrastructures.
Another central feature is the integrated PoE support (Power over Ethernet), which reduces installation effort. Separate power cables are unnecessary, saving costs and simplifying installation in hard-to-access areas. Additionally, power supply can be secured with a redundant external power supply, ensuring maximum operational reliability in the event of a failure. The combination of these features makes AKCP monitoring systems a future-proof investment for any organization relying on reliable leak detection.
LCD Display as Central Monitoring Instrument
The integrated display of the sensorProbe2+ LCD not only provides readings but also visualizes immediate alarm notifications. In the event of a leak in the server room, the display clearly shows the affected sensor and any exceeded individual thresholds. The visual representation minimizes the risk of misinterpreted signals. Especially in situations where every minute counts, this feature enables rapid response. The display also provides network and system status messages so administrators are always informed about IP address, connectivity, and general device status.
Flexible Sensor Integration
AKCP leak detection relies on versatility. The four sensor ports automatically detect the connected sensor type. This means leak sensors for water detection, temperature sensors, airflow sensors, or even combined measurement devices for power consumption can be connected. Especially in comprehensive server room solutions, multiple parameters are often monitored in parallel: water, temperature, humidity, and smoke. The sensorProbe2+ LCD reliably covers all these scenarios. Thanks to AKCP’s proprietary Autosense technology, sensor setup is almost fully automatic, with no complex configuration steps required.
PoE Power and Easy Installation
With native support for IEEE 802.3af PoE, complex power cabling is unnecessary. This provides significant advantages for use in densely packed racks or remote locations. A single Ethernet connection is enough to transmit both data and power. Optional redundant power supplies further reduce the risk of downtime. Plug-and-play architecture ensures that installations are completed within minutes – a feature especially valued in projects with many sensor points.
SNMP, Modbus, and IoT Connectivity
AKCP sensors can be integrated into existing IT environments via standard protocols such as SNMP (v1/v2/v3), HTTPS, or encrypted email alerts. For industrial integration, there is also a Modbus interface for connecting UPS systems, generators, or climate control systems. With the professional license, modern IoT features are also unlocked: MQTT/MQTTS, IPv6, and VPN capabilities. This ensures that AKCP leak detection integrates seamlessly into modern cloud environments or edge computing architectures.
Alarm and Visualization
To protect sensitive areas such as server rooms, it is not enough to simply detect water. That’s why AKCP’s leak detection offers detailed alarm configurations: administrators can set threshold values for critical limits and configure individual responses. In addition to audible alarms, external devices such as fans or emergency lighting can be controlled directly via the sensor ports. This means that in an emergency, not only is a notification sent, but operational intervention occurs automatically.
Summary
How does AKCP leak detection work?
Monitoring is based on sensitive sensors that instantly detect water or moisture. As soon as a leak is detected, the system sends an alarm to administrators and visualizes the status on the integrated LCD display.
Which environments is the sensorProbe2+ LCD suitable for?
The device can be used in server rooms, large data centers, industrial facilities, or telecommunications sites. Thanks to Modbus integration, it is also capable of enhancing existing automation systems.
Can the leak detection solution also communicate via mobile networks?
Yes, with an optional 4G modem, the sensorProbe2+ LCD can send SMS notifications and establish data connections in networks without Ethernet. This makes it particularly well-suited for remote locations.
AKCP sensorProbe2+ LCD
SP2+ LCD (Technical data AKCP manufacturer specifications)
| Parameter | Details |
|---|---|
| Dimensions | Size: 135 x 81 x 36 mm Weight: 0.4 kg |
| Network Interface | Standard 10/100 Mbps Full Duplex Ethernet RJ-45 Port |
| Mounting | 0U rack mounting possible Integrated DIN rail clip and cable tie mounts Screw mounting possible |
| Power Supply | PoE IEEE 802.3af support External power supply 5.5 V / 3 A Input: 100–240V AC, 0.22 A |
| Status Indicators | LCD display for sensor values, status and IP address LED for power supply LED for network connection LED for sensor status and thresholds |
| RJ-45 Ports | 4x RJ-45 sensor ports for AKCP Autosense sensors Up to 20 dry contact inputs (5VDC) via 5DCS per port 1x integrated dry contact I/O |
| Components | Highly integrated, energy-saving SMT technology for long-term reliability |
| Operating Environment | Temperature: 0 °C to 70 °C Humidity: 20% to 80% (non-condensing) |
| MTBF | 1,400,000 hours (based on field experience with sensorProbe devices) |
| Inputs | 4x RJ-45 sensor ports 1x 10/100 Ethernet port 1x UART external modem port |
| Outputs | Configurable output signals (0VDC/5VDC) on all 4 sensor ports |
| Max. Number of Sensors | Maximum of 400 online sensors, including virtual sensors |
| Max. Number of Users | 500 users (Pro license required) |
| Supported Protocols | SNMPv1, SNMPv2c, SNMPv3 Modbus TCP, Modbus RS485 MQTT, MQTTS Rsyslog RADIUS TACACS+ HTTP, HTTPS IPv6 NTP VPN Encrypted email (SSL/TLS, STARTTLS) BACnet |
| Pro License Features | Pro License (SP2+LCD-PRO-L): Enables: Mapping, 3rd party Modbus, IPv6, SNMPv3, VPN, User management, heartbeats, remote UI access Virtual sensor packages (VS): 5 additional virtual sensors (max. 80 possible). Each SP2+LCD includes 5 free virtual sensors DCS license: 5 dry contact inputs (per port). 1 license = 1 RJ45 port enabled RADIUS (RAD): User authentication via RADIUS server TACACS (TAC): User authentication via TACACS+ BACnet (BAC): Integration into building automation systems |