AC Voltage Sensor 0-100V 0-200V 0-500V 0-1000V Voltage Transducer 0-10V 0-5V 4-20mA RS485 DC224V Voltage Transmitter

• Voltage Type: AC Voltage
• Input Signal Type: AC Voltage Transmitter
• Output Signal Type: Analog Output
• Phase: Single
• Display Type: No Site Display
• Accuracy Grade: 0.1G
• Model NO.: BSA-U
• IP Rating: IP55
• Certification: RoHS
• Customized: Customized
• Transport Package: Carton Package
• Specification: 12.8*11.6*2.8
• Trademark: QIDIAN
• Origin: China Mainland
• HS Code: 9030339000
• Production Capacity: 500000

Product Description

Advantages of AC voltage transmitters

An AC voltage transducer is an important measurement tool that converts the measured AC voltage signal into a standard voltage or current signal output, so that these signals can be received and recognized by subsequent measurement, control and data processing equipment. Here are some of the key benefits of AC voltage transmitters:

High precision and stability

AC voltage transmitters typically have high measurement accuracy and good stability, which allows them to perform reliably in a wide range of industrial measurement environments. For example, some transmitter products can be better than 0.5% accurate and maintain this level of accuracy over a wide frequency range1.

Signal Conversion and Isolation

The AC voltage transmitter not only converts the AC voltage signal into a standard signal, but also has the function of signal isolation. This isolation can effectively prevent the signal from being affected by external interference, improving the reliability and stability of measurement and transmission7.

Save on cable and installation costs

The output of an AC voltage transmitter is typically 4-20mA in a two-wire system, which means that there is no need for a separate output power cord during installation, and very inexpensive and thinner wires can be used for the cable. This can result in significant savings in cable and installation costs4.

Strong anti-interference ability

AC voltage transmitters are usually highly resistant to interference, especially in terms of resistance to induced lightning and surges. This allows them to operate in electrically noisy environments, guaranteeing accurate measurement results12.

High frequency response and wide frequency band

AC voltage transmitters typically have a wide frequency band and are able to handle a wide range of signals from low to high frequencies. This makes them widely used in modern power systems and automated control systems1.

In summary, AC voltage transmitters offer a number of design and technical advantages that not only improve the accuracy and reliability of measurements, but also support the overall performance of the system. The correct selection and use of AC voltage transmitters ensures the quality of measurement results and provides efficient signal processing solutions for a wide range of industrial applications.