PZNWE14

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PZNWE14 is a well-known industrial electronic meter used for measuring electric energy consumed by a power system in power plants, distribution centers and various residential applications. The PZNWE14 is one of the most widely used meters found in the industrial setting and has been used in many different areas of the electrical power industry.

The PZNWE14 is able to measure multiple electrical parameters such as active energy, reactive energy, voltage, current and power factor. Additionally, the PZNWE14 also has a wide range of extensions and features such as tamper identification, data collection, communication and more. As such, the PZNWE14 can easily be integrated into any industrial automation system and can be used for power metering, energy management and data collection.

The PZNWE14 meter is extremely adaptive and can be used to measure single and three-phase parameters in AC systems. Furthermore, it is also able to measure direct and alternating current and can work with any single-phase or three-phase cable connection. The great flexibility of the PZNWE14 makes it ideal for use in a variety of industrial settings such as power plants, distribution centers and other residential applications.

The working principle of the PZNWE14 is as follows. The meter calculates active energy by using a combination of current, voltage and time measured during the energy consumption of a single cycle. The voltage and current measurements are first converted to digital signals and then normalized. After this, energy is calculated by using the product of the current and voltage measurements which is then summed up over the cycle from start to end. Since the PZNWE14 is a complete package, it can calculate all three types of energy (active energy, reactive energy, apparent energy) from the same cycle.

Reactive energy is calculated by the PZNWE14 using a combination of frequency, voltage and current measurements over an entire cycle. First, the voltage and current is measured and then the frequency is measured over the entire cycle. Next, the product of the current, voltage, and frequency is then used to calculate the reactive energy consumed over the cycle. Finally, the PZNWE14 calculates the power factor by calculating the active and reactive energy consumed during the cycle.

The PZNWE14 also contains communication capabilities which enable it to transfer data to remote locations and could be used in a variety of industrial applications. This feature is used to transmit the energy consumption data from the meter to a central location and can be used for energy management or tracking energy consumption over a period of time. Additionally, the meter can be customized to detect a wide variety of tampering and also has a built in tamper identification feature which is used to detect any changes which may have been made to the system

The PZNWE14 is a highly durable and reliable device. It is designed to be resistant to various environmental influences such as heat, cold, humidity and vibration. Moreover, the device has a long lifetime and can survive shocks up to a certain magnitude. Additionally, the PZNWE14 meter is manufactured in accordance with industry standards and includes a wide range of safety measures such as safety approvals from several international safety organizations. As such, it is well suited for use in industrial and residential applications.

In conclusion, the PZNWE14 is a widely used industrial electronic meter capable of measuring many different parameters including active energy, reactive energy, voltage, current, as well as power factor. The PZNWE14 is also highly cost-effective and has multiple features such as data collection, tamper identification, and communication capabilities which make it ideal for use in a wide variety of industrial and residential applications.

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