Aladin dispositivo power quality

Aladin

We help companies make their electrical systems safer and more efficient.

Aladin is an advanced electrical network diagnostics system designed to quickly and easily detect anomalies related to power quality.

FAQ

    Aladin allows the measurement and monitoring of voltage and current harmonics up to the 50th order, as well as both inductive and capacitive Power Factor (PF). It also monitors three-phase imbalance and overvoltage/undervoltage events.

    Aladin can be installed either on the power center upstream of the entire system or near one or more distorted loads that need to be monitored.

    The Aladin View app provides simple and intuitive monitoring of all measurements. A weekly automatic Power Quality report can also be downloaded.

    Aladin can connect via its own plug & play router, or through Wi-Fi or Ethernet.

Why choose Aladin?

  • Simple and immediate monitoring

    of key power quality parameters on the electrical system.

  • Easy yet comprehensive monitoring and reporting

    of power quality issues at low cost.

  • Accurate diagnosis of power quality problems

    to define the corrective actions required.

Measured electrical parameters

  • RMS Voltage 0–476V
  • RMS Current (configurable range) 0–6kA – 2% accuracy
  • Network frequency
  • Apparent, active, and reactive power
  • Energy

Technical specifications

  • 24-bit ADC up to 384ksps
  • Wi-Fi and Ethernet connectivity
  • Offline data storage on internal memory for up to 1 week
  • Automatic weekly power quality reports
  • Plug & play router for better communication
  • Portable version available
  • Simultaneous sampling up to 16kHz on 8 channels
  • Current acquisition via Rogowski coils and CTs
  • Immediate power quality report download for selected analyzers in custom time ranges
  • Intuitive dashboard
  • Remote configuration

How power quality conditioner technology works

Aladin is an advanced diagnostics device for power quality phenomena, easily installable on the electrical network—either centrally downstream of MV/LV transformers or locally on selected lines.