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WS1528 Wide-Range Frequency Transmitter
Reliable Frequency Measurement & ConversionWS1528-B is a frequency transmitter designed around “Reliable Frequency Measurement & Conversion.” Supports 0–10KHz for stable frequency measurement and system integration. The sensing structure converts the physical process variable into a clear signal for industrial monitoring and automation. The confirmed values highlighted here are 0–10KHz. The feature is directly relevant to frequency monitoring, industrial process and automation system projects. Improve measurement clarity and maintenance efficiency in frequency monitoring applications, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation. |  |
Compatible with Multiple Sensor InputsWS1528-B is a frequency transmitter designed around “Compatible with Multiple Sensor Inputs.” Provides dependable frequency measurement for industrial automation systems. The product is organized around this specific field requirement without adding unrelated functions to the measuring point. The feature is directly relevant to frequency monitoring, industrial process and automation system projects. Improve measurement clarity and maintenance efficiency in frequency monitoring applications, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation. |  |
Compatible with Multiple Input WaveformsWS1528-B is a frequency transmitter designed around “Compatible with Multiple Input Waveforms.” Provides dependable frequency measurement for industrial automation systems. The product is organized around this specific field requirement without adding unrelated functions to the measuring point. The feature is directly relevant to frequency monitoring, industrial process and automation system projects. Improve measurement clarity and maintenance efficiency in frequency monitoring applications, helping engineers keep the installation, inspection and signal path easier to manage during long-term operation. |  |
Working Principle Diagram  |
