FSPP912Y

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The FSPP912Y series of power transducers is designed for measuring, storing, and displaying the values of mains waveshape parameters, such as RMS value, crest factor, frequency, fundamental frequency, phase angle, energy count and other parameters. These transducers provide an easy and economical solution for an array of power measurement tasks in industrial and commercial applications.

The FSPP912Y series provides precision measurement and digital readout of mains waveshape parameters. The range of input signal voltage is 0 to 600V, while the input frequency can range from 40 to 69Hz ( 44 to 155Hz for some models). The output frequency is DC, converted directly from the input.

The transducer can measure and display the basic data (RMS, peak, crest factor, frequency and energy), and the advanced parameters (such as phase angle, harmonics, total harmonic distortion, etc.).

The FSPP912Y series features a variety of digital display modes, including single-phase, three-phase, totalizing, harmonics and others. Typical installation of the transducer is easy and fast, with a convenient two-wire connection. Integration into a wider telemetry and data logging system is also possible, with the FSPP912Y series fully compatible with a variety of communication protocols (Ethernet, DeviceNet, RS-485, etc.).

The working principle of the FSPP912Y series is based on analog-to-digital conversion of input signals. The series utilizes 12-bit A/D converting units, coupled with a powerful microcontroller and large memory capacity, to produce highly accurate digital representation of input signals. This information is then processed in order to extract the waveshape parameters, frequency, pulse count and other data for direct display or remote communication.

The FSPP912Y series is suitable for a variety of applications that require accurate measurement of mains waveshape parameters. These could include, but are not limited to, measurement of quality and efficiency in power systems, monitoring of voltage sags and harmonics in electrical grids, as well as data logging for load analysis. The transducers are designed to be more cost-effective than other mains measuring solutions in a wide variety of industrial and commercial settings.

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