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AKCP isolated DC sensor IDCV00 – Precise voltage measurement for critical applications

AKCP Isolated DC Voltage Sensor IDCV00

Reliable monitoring of DC voltages is indispensable in modern data centers, industrial facilities, and power supply systems. Especially in critical infrastructures—from UPS systems to solar power plants—precise voltage measurement is essential to detect faults, failures, or safety risks at an early stage. The AKCP Isolated DC Voltage Sensor IDCV00 provides an advanced solution for safe and accurate DC voltage monitoring in complex environments.

In direct combination with the proven AKCP sensorProbe and securityProbe monitoring systems, the IDCV00 combines robust hardware isolation with state-of-the-art network integration. Its galvanic isolation with up to 1600 V isolation voltage ensures maximum safety, while its precision measurement technology reliably detects even the smallest voltage changes.

Outstanding Accuracy and Safety

  • Measuring ranges: -60 to +60 VDC or -5 to +5 VDC (configurable depending on application)
  • Resolution: 0.001 V
  • Accuracy: ±1% of full scale
  • Input impedance: up to 1.6 MΩ for minimal circuit load
  • Isolation: galvanic isolation up to 1600 V

These features make the IDCV00 the sensor of choice for precise voltage measurement while providing maximum protection against leakage currents, overvoltage, or short-circuit risks.

Easy Installation and Flexible Connectivity

The isolated DC sensor is compact (65 × 62 × 15 mm) and can be mounted on a DIN rail or with screws. Power is supplied directly by the connected monitoring system, so no external power adapter is required. Communication is carried out via RJ45 connection with Cat5/Cat6 cable, supporting lengths of up to 18 meters. This ensures flexible integration even in large infrastructures.

Software Integration and Alarm Functions

The AKCP Isolated DC Voltage Sensor features AutoSense detection and is automatically recognized by the monitoring system when connected. Through the web interface, users can configure custom thresholds, measurement ranges, and alarms. Several alerting options are available:

  • E-mail notifications sent directly to administrators
  • SMS alerts via GSM gateway
  • SNMP traps for integration into platforms such as Nagios, OpenNMS, Tivoli, or PRTG

Collected data can be stored locally and exported for long-term trend analysis, providing a reliable basis for predictive maintenance strategies.

Typical Applications

  • Data centers: DC monitoring of UPS battery systems
  • Solar and energy storage systems: monitoring of batteries and PV infrastructures
  • Medical technology: precise voltage monitoring for laboratory or diagnostic equipment
  • Industrial automation: integration of DC circuits into centralized monitoring networks
  • Third-party sensors: integration of external DC voltage signals into AKCP monitoring systems

Safety and Monitoring Advantages

The galvanic isolation of the IDCV00 effectively protects monitoring hardware from damage caused by overvoltage or EMC disturbances. This is particularly important in environments with heavily fluctuating DC loads, such as production facilities or hybrid energy systems. The high precision of the measurements also provides an ideal foundation for battery management, efficiency analysis, and monitoring of critical energy paths.

Installation and Operation

Commissioning is straightforward: simply plug in the sensor, and AutoSense detection ensures it is immediately visible in the web interface. Users can then configure thresholds or define SNMP queries straight away. LEDs clearly indicate operating status, ensuring reliability. Practically no maintenance is required, as the sensor is designed for long service life and stable continuous operation.

Economic Benefits

The Isolated DC Voltage Sensor IDCV00 optimizes system availability, reduces maintenance requirements, and protects valuable equipment from damage. By detecting anomalies and voltage deviations at an early stage, it helps prevent unplanned outages. Its precise measurement data also supports energy efficiency improvements. The result: fast ROI and sustained operational security.

FAQ – Frequently Asked Questions

What voltage ranges does the sensor cover?
It measures either -60 to +60 VDC or -5 to +5 VDC with 0.001 V resolution.

Does the sensor provide galvanic isolation?
Yes, it offers up to 1600 V isolation between the monitored circuit and the monitoring system.

How is integration performed?
Via RJ45 port and Cat5/6 cable up to 18 m, directly into sensorProbe or securityProbe devices with AutoSense detection.

Can alarms be customized?
Yes, thresholds and alarm responses can be freely configured, including e-mail, SMS, and SNMP alerts.

Is the sensor suitable for solar and battery systems?
Yes, the IDCV00 is particularly useful in photovoltaic and energy storage applications.

The AKCP Isolated DC Voltage Sensor IDCV00 combines high measurement precision, comprehensive safety through galvanic isolation, and flexible integration options. It is ideal for companies requiring reliable DC voltage monitoring in critical infrastructures. With alarm notifications, trend analysis, and SNMP compatibility, it is an indispensable tool for data centers, solar plants, industrial facilities, and medical institutions. It delivers the essential combination of safety, flexibility, and precision needed for modern automation and monitoring environments.

AKCP Isolated DC Current Sensor IDCV00

AKCP Isolated DC Current Sensor IDCV00
For remote monitoring of DC voltages with the network-based sensorProbe and securityProbe alarm servers, AKCP has designed an isolated model of the DC current sensor. This isolated DC current sensor features a reinforced housing that provides enhanced protection against short circuits or overvoltage compared to the conventional AKCP DC current sensor.

The AKCP DC current sensor offers impressive technical features that make it a reliable tool for DC voltage monitoring. The sensor can measure DC voltages in two configurable ranges: from -60 to +60 VDC or from -5 to +5 VDC. The resolution is a precise 0.001 V with an accuracy of 1% full scale.

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