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ACREL Multi-Circuit Energy Meter | 24-Branch Data Center Power Monitoring

ACREL Multi-Circuit Energy Meter | 24-Branch Data Center Power Monitoring

SKU: AMC16Z-FAK24
$728.00Price
ACREL Multi-Circuit Energy Meter | 24-Branch Data Center Power Monitoring is a multi-circuit AC energy meter designed for monitoring outgoing branch circuits in data centers and precision power distribution systems. It monitors the full electrical parameters and switch states of 24 branches on each of two independent A+B AC outgoing circuits, providing centralized monitoring of up to 48 branch circuits. Key features include Class 0.5 active energy accuracy, harmonic measurement, RS485 Modbus-RTU communication, and DIN rail installation.

The ACREL Multi-Circuit Energy Meter | 24-Branch Data Center Power Monitoring is a multi-circuit AC energy meter and branch circuit monitoring module developed for high-density electrical distribution monitoring. It is particularly designed for data center power supply management and precision distribution applications where many outgoing circuits must be monitored from a centralized device.

The ProSight Multi-Circuit Energy Meter | 24-Branch Data Center Power Monitoring monitors 24 branches on each of two independent A+B AC outgoing circuits, providing monitoring for a total of 48 branch circuits. It measures a broad range of electrical parameters, including voltage, current, active power, reactive power, apparent power, power factor, frequency, active energy, and reactive energy. The device also supports harmonic analysis from the 2nd to 31st harmonic and switch-state monitoring.

The meter communicates through RS485 using the Modbus-RTU protocol, enabling integration with centralized power monitoring, data center infrastructure management, SCADA, or energy management platforms. Its 35 mm DIN rail mounting allows convenient installation inside electrical distribution and control cabinets.

How Does It Work?

  • The ProSight Multi-Circuit Energy Meter | 24-Branch Data Center Power Monitoring is installed as part of an AC outgoing branch circuit monitoring system.
  • Current transformers provide current measurement signals from the monitored branch circuits.
  • The meter acquires electrical measurements from the A+B independent outgoing circuits.
  • It calculates and monitors key parameters including voltage, current, active power, reactive power, apparent power, power factor, frequency, and energy.
  • It monitors the switch state of the supported branch circuits.
  • Harmonic information from the 2nd through 31st harmonics can be used to evaluate electrical power quality.
  • Measurement data is transmitted through the RS485 communication interface using Modbus-RTU.
  • The collected information can be integrated into centralized monitoring software for real-time supervision and electrical system analysis.

Why Choose this Product?

  • High-density multi-circuit monitoring – Monitors 24 branches on each of two independent A+B AC outgoing circuits.
  • Comprehensive electrical measurement – Provides detailed electrical data beyond basic energy measurement.
  • A+B circuit architecture – Designed to monitor independent dual-path AC distribution arrangements commonly used in critical power infrastructure.
  • High measurement accuracy – Active power and active energy accuracy are specified as Class 0.5 in the available technical information.
  • Power quality insight – Supports harmonic measurement from the 2nd to 31st harmonic.
  • Switch-state monitoring – Provides visibility into the operating state of monitored branch circuits.
  • RS485 Modbus-RTU communication – Enables integration with centralized monitoring and automation platforms.
  • DIN rail installation – Simplifies installation in electrical distribution and control cabinets.
  • Centralized monitoring – Helps reduce the complexity of monitoring numerous branch circuits individually.

Benefits

  • Monitor multiple AC branch circuits from one compact monitoring system
  • Improve visibility of electrical conditions across critical distribution infrastructure
  • Centralize electrical data collection and analysis
  • Support monitoring of dual A+B power distribution paths
  • Detect changes in branch circuit electrical performance
  • Provide accurate active energy and power measurements
  • Monitor harmonic conditions for improved power quality analysis
  • Track switch states across monitored circuits
  • Enable remote data acquisition through RS485 communication
  • Simplify integration with Modbus-RTU monitoring systems
  • Support data center power infrastructure management
  • Optimize space within electrical distribution cabinets
  • Improve operational awareness of critical electrical systems
  • Facilitate preventive maintenance and troubleshooting through detailed electrical data
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