Home / Products / Power Analyzer / MID approved power analyzer

MID approved power analyzer

Eastron Electronic Co., Ltd.

MID approved power analyzer Suppliers

Eastron Electronic Co., Ltd. headquartered in Jiaxing, China, near to Shanghai, Hangzhou, Jiangsu, is one of the leading high-tech manufacturer and supplier for electricity products and energy measurement solutions. Over the years, we have developed a rich range of electricity meters, sensors, communication modules and management systems.

Eastron keeps investing on the research and development of new technology and new products on electricity metering. We have energetic and innovative development teams in both China and UK,which help us keep the competitive edge in the market. MID approved power analyzer Suppliers and Wholesale MID approved power analyzer Factory in China.The collaboration with leading universities and institutions also brings many cutting-edge technology into our products. To make sure the reliability of the products, Eastron has setup own professional lab that can performs EMC, LVD, accuracy and environment tests according to IEC, EN, GB, UL standards.

With more than 40 patented technologies on software, embedded software and hardware, Eastron has been awarded with “High-tech Enterprise” and “High-tech R&D Centre of Electricity Application”. Eastron strictly follows ISO 9001 Quality management system, and the production is approved by SGS according to MID standard. Supply Wholesale MID approved power analyzer for sale.

Creating value to and growing up with our partners is our mission. Eastron provides not only the high quality and innovative products, but also first-class service to all our customers. We have professional team for technical supports and aftersales services. We have provided products and services to more than 50 countries in Europe, Asia-Pacific, America, Middle East, and Africa. We pride ourselves on having long-term partners globally that allows us to further our growth and bring our innovation and quality to the market.

Honor & Qualification

Choose comes from trust, and cooperation
comes from honesty.

NEWS

What technologies are used in electronic kWh meters to enhance data collection and transmission?

Oct 10,2024

Electronic kWh meters have revolutionized how we measure electrical energy consu......

Integrating Multi-Function Energy Meters with Smart Grid Technology

Oct 01,2024

The rise of smart grid technology marks a significant shift in how energy is gen......

What types of applications are best suited for solid core current sensors, and why?

Sep 23,2024

Solid core current sensors are particularly well-suited for several applications......

How do current sensors handle the measurement of very low currents in sensitive electronic devices?

Sep 19,2024

The measurement of very low currents in sensitive electronic devices presents a ......

What are the common types of current transformers used in three-phase MID energy meters?

Sep 10,2024

In three-phase MID energy meters, current transformers (CTs) are essential for m......

Industry Knowledge




The Functions of MID Approved Power Analyzer.
MID approved power analyzer is designed for the measurement of active, reactive and apparent energy, voltage, current, frequency, power factor, and other electrical parameters in compliance with the Measuring Instruments Directive (MID). Its main functions include:
Accurate energy measurement: MID approved power analyzer provides precise measurement of active, reactive and apparent energy, enabling accurate billing and monitoring of energy consumption.
Real-time monitoring: With its ability to measure various electrical parameters such as voltage, current, and power factor, the power analyzer allows for real-time monitoring of energy usage and quality of power.
Load management: The power analyzer can help to manage loads by providing information on the energy usage of individual appliances and equipment, allowing for more efficient energy consumption and reducing energy costs.
Power quality analysis: By measuring and analyzing various parameters such as voltage and current harmonics, THD, and inter-harmonics, the power analyzer can provide insights into the quality of power being delivered to a facility, allowing for early detection of potential issues and optimization of power quality.
Data logging: The power analyzer can log data on energy consumption and other electrical parameters, providing valuable insights into energy usage patterns and identifying areas for potential energy savings.


How to Use MID Approved Power Analyzer?
MID (Measuring Instruments Directive) approved power analyzers are used for accurate measurement of electrical parameters in compliance with European Union (EU) regulations. Here are the steps to use an MID approved power analyzer:
Connect the analyzer to the power source: Plug in the analyzer to the power source and ensure that the voltage and current terminals are properly connected.
Configure the settings: The MID approved power analyzer comes with a user interface that allows you to configure the settings as per your requirements. Set the type of electrical parameters you want to measure, the range of values to be measured, and the sampling rate.
Start the measurement: Once the settings are configured, start the measurement by pressing the appropriate button on the analyzer. The analyzer will start measuring the electrical parameters such as voltage, current, power, energy, and frequency.
Record the data: The MID approved power analyzer will display the measured values on the user interface. You can also record the data on a separate device such as a computer or data logger by connecting the analyzer to it.
Analyze the data: Once the data is recorded, you can use software tools to analyze the data and draw insights from it. This can help in identifying areas of energy wastage, detecting anomalies in the electrical system, and optimizing energy consumption.
Repeat the process: You can repeat the measurement process as many times as required to monitor the electrical parameters over time and track changes in energy consumption.