In addition to its ability to analyze power quality (EN 50160 and EN 61000-4-30), our Power Quality Energy Analyzer & Data Manager has a high level of accuracy (0.5S class) and can measure single harmonics up to the 51st order. This device also has a long-lasting, battery-powered clock/calendar and non-erasable memory, as well as a function for updating the firmware remotely and ports for connecting to other devices (RJ45 and RS485).
The display screen and 2 digital inputs and outputs with separate connections make it easy to use, while the calibration light and ExpBus for external devices (inputs and outputs, environmental sensors) add more options. The NFC-equipped Power Quality Energy Analyzer is compact (96×96) and can be powered by a range of voltages (85-265Vac).
Single-three phase counter / energy analyzer (up to 3 single-phase lines). Backlit blue/white graphic LCD display. Measurement of the THD of voltage and current, neutral current, maximum and minimum voltage, maximum power and current, active energy of each phase. Phase sequence indication. 4 load operating time counters. 1 calibration LED. Firmware update remotely. RS485 port. Size: 4 DIN rail modules. Power supply 230-240Vac. Complies with: EN 50470-1 + EN 50470-3.
Our energy counter/analyzer is designed for three-phase, low voltage measurements on 3-phase and 4-wire systems. Additionally, it meets MID annex MI-003 and EN 50470-1 + EN 50470-3 standards and has class 1 (EN 62053-21) and class B (EN 50470-3) accuracy. To ensure optimal performance, the device is calibrated using external ECT CTs of 100A. It can measure THD on voltage and current, neutral current, maximum/minimum voltage, maximum current and power, and active energy of each phase.
Furthermore, it has four operating time counters and a calibration LED. It also has an RS485 interface and is sized for 4 DIN rail modules. Lastly, it can be powered by a wide range of voltages, from 85-440Vac phase-phase.
Our expandable system monitors and controls low/medium voltage loads and environmental parameters. It has an internal UPS, Ethernet/Wi-Fi communication, and a clock/calendar with non-volatile memory. It measures current/voltage harmonics up to the 51st order with 0.5S accuracy for active energy.
Integrated system for monitoring and managing Indoor Air Quality, local data-logging and publication of Dashboards / Graphs for the rapid identification of the healthiness of the environments. AirQPro can be configured as a Master or Slave allowing you to create networks made up of several AirQs.
In addition to its class 1 and class B accuracy, our energy counter/analyzer is calibrated with external ECT CTs and meets MID and EN standards. It is capable of measuring THD, neutral current, max/min voltage/current/power, and active energy. Furthermore, it has operating time counters, a calibration LED, an RS485 interface, and is sized for 4 DIN rail modules. Lastly, it can be powered by a wide range of voltages, from 85-440Vac phase-phase.
Our split core current transformers are easy to install and can measure AC or DC loads in the 100-500A range. They are accurate at low currents/powers and suitable for power quality management.
Our split core current transformers are compact and easy to install with a snap-on, screwless mounting system. They are ideal for quick and easy installation of our instruments without the need to disconnect primary cables. These transformers are accurate at low currents/powers and suitable for power quality management.
Flexible split current transformer, mV output (for exclusive use with the Electrex product families version F: Femto D4 F, Exa 96 F, Kilo F, Giga F PQ Box, Exa F D6 and 96). Internal size: 70 mm. Configurable full scale: 250A or 500A or 1.000A or 2.000A or 4.000A. Connection cable of 2 meters. Accurancy +/- 1%.
Ambient Luminosity sensor for the Deca Sensor TE BUS, Net series with built-in SI BUS module, Libra and RS485 Node SI series. Configurable for indoor (0-4.000Lux) or outdoor (0-65.000Lux) use. Black external case, size: 38x73x20 mm. Wired, 1 m Cat. 5E cable.
Pressure sensor for the Deca Sensor TE BUS, Net series with built-in SI BUS module, Libra and RS485 Node SI series. Measure range: from 800 to 1.100 mbar. Black external case, size: 38x73x20 mm. Wired, 1 m Cat. 5E cable.
Empowering Efficiency and Sustainability with Energy Metering Products
In today’s world, where energy conservation and efficiency are paramount, energy metering products have emerged as indispensable tools for individuals, businesses, and industries alike. These innovative devices, including energy meters, power quality meters, CTs (Current Transformers), and smart sensors, offer a multitude of benefits that contribute to informed decision-making, energy savings, and sustainable practices and are a part of energy metering products.
1. Accurate Measurement with Energy Meters
Energy meters serve as the backbone of energy management systems. They provide precise data on energy consumption, enabling users to:
Monitor Usage: Energy meters allow individuals and organizations to track their electricity, gas, or water consumption with high accuracy. This data empowers users to identify trends, make informed decisions, and optimize energy usage.
Billing and Cost Management: For businesses and utilities, accurate energy metering is essential for fair billing and cost management. Energy meters ensure that users are billed only for the energy they consume.
Load Profiling: Energy meters offer load profiling capabilities, which help identify peak usage times. This information aids in load balancing and optimizing energy distribution.
2. Ensuring Power Quality with Power Quality Meters
Power quality meters are designed to monitor and analyze the quality of electrical power. These devices offer benefits such as:
Voltage Monitoring: Power quality meters continuously measure voltage levels and detect fluctuations or disturbances. This information helps users identify and mitigate power quality issues.
Harmonic Analysis: Power quality meters can identify harmonic distortions in the electrical supply. This is critical for maintaining the efficiency of sensitive equipment and reducing downtime.
Event Logging: These meters record power quality events, such as voltage sags, swells, or interruptions. This data helps diagnose problems and implement corrective actions promptly.
3. Current Transformers (CTs): Precision in Current Measurement
CTs, or Current Transformers, are essential components in energy metering systems, providing benefits like:
Accurate Current Measurement: CTs ensure that current measurements are precise and reliable, even in high-current applications. This accuracy is crucial for billing, monitoring, and load management.
Safety: CTs play a pivotal role in protecting equipment and personnel by stepping down high currents to safe levels for measurement and control.
4. Smart Sensors: Transforming Energy Management
Smart sensors are the future of energy metering, offering benefits including:
Real-time Data: Smart sensors provide real-time data on energy consumption and power quality, enabling immediate responses to anomalies and inefficiencies.
Integration: These sensors can integrate with other smart devices and systems, creating a comprehensive energy management ecosystem. Users can remotely monitor and control energy usage, optimizing efficiency.
Predictive Maintenance: Smart sensors can predict equipment failures and maintenance needs, reducing downtime and improving reliability.
Energy metering products, including energy meters, power quality meters, CTs, and smart sensors, are instrumental in enhancing efficiency, sustainability, and cost-effectiveness. Whether in residential, commercial, or industrial settings, these devices provide accurate data, ensure power quality, and enable informed decisions for a greener and more sustainable future. By leveraging the benefits of energy metering products, individuals and organizations can take proactive steps towards optimizing energy usage and contributing to a more energy-efficient world.