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DC Voltage Transducer Voltage Sensor Transmitter Transformer Input 0-450V DC Output 4-20mA DC
The DC voltage transducer provides accurate root-mean-square measurement for direct current voltages, making it suitable for use in industrial automation systems.
DC Voltage Transducer Voltage Sensor Transmitter Transformer Input 0-450V DC Output 4-20mA DC
Item #: 40509545

DC Voltage Transducer Voltage Sensor Transmitter Transformer Input 0-450V DC Output 4-20mA DC

Item #: 40509545

€ 119

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The DC voltage transducer provides accurate root-mean-square measurement for direct current voltages, making it suitable for use in industrial automation systems.
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Note: Step Down Voltage Transformer required for using electronics products of US store (110-120). Recommended power converters Buy Now.

What Stands Out

Wide Voltage Range
This transducer effectively handles input voltages up to 450V DC, ensuring compatibility with various high-voltage systems and applications.
Standard Output
The 4-20mA output standard provides easy integration with existing monitoring systems, enhancing usability and flexibility in different environments.
High Accuracy
Designed for precision, this voltage sensor guarantees accurate readings, minimizing errors in critical applications and improving overall reliability in measurement.

Product Details

Shop the best DC voltage transducer for industrial automation systems at Ubuy Malta. Monitor and measure direct current voltages accurately with an RMS measurement, 0.2% full scale accuracy, and a quick response time. Mounting options available. 24-month quality guarantee.
Item Weight1 lbs (450 grams)

Who Should Buy?

Suitable For
  • Electrical Engineers

    Ideal for monitoring DC voltage levels in various electrical systems for precise reporting and analysis.

  • Industrial Automation

    Useful for integration into automation systems to trigger alarms or control processes based on voltage levels.

  • Battery Monitoring

    Perfect for applications involving solar or battery systems needing consistent voltage monitoring to ensure proper performance.

Not Suitable For
  • Low Voltage Applications

    Not suitable for applications requiring monitoring of voltages below 0V or above 450V as input range.

  • Non-Electrical Users

    Users without electrical knowledge may struggle to install or interpret data from this voltage sensor effectively.

  • High Precision Needs

    Not recommended for applications that require high accuracy as this device may not meet stringent precision standards.

Product Description

DC Voltage Transducer Voltage Sensor Transmitter Transformer Input 0-450V DC Output 4-20mA DC

About This Item

Introducing our DC Voltage Transducer Voltage Sensor Transmitter Transformer, the ideal solution for industrial automation systems. Whether you're monitoring direct current (DC) voltage loads or need accurate RMS measurements, this transducer has got you covered. With a built-in potential transformer and signal conditioner, this transducer combines functionality and convenience. It provides average root-mean-square (RMS) measurement for DC voltages with an impressive accuracy of 0.2% full scale (FS).

Plus, with a response time of just 250 ms, you can trust that your readings will be accurate and up-to-date. Installation is a breeze, thanks to multiple mounting options. Choose between a DIN rail or panel mount, whichever suits your needs best. No matter the location or environment, this transducer is designed to withstand the demands of industrial settings. We understand the importance of quality and reliability, which is why this product comes with a 24-month warranty.

In the unlikely event that you encounter any issues, simply reach out to us within 30 days of receiving it and we'll gladly provide a full refund or replacement if there's a quality problem with the original product. Please note that return shipping costs will be borne by the buyer, while the manufacturer will cover the cost of sending any replacements. Don't compromise on accuracy and performance when it comes to monitoring DC voltage. Trust our DC Voltage Transducer Voltage Sensor Transmitter Transformer to deliver unmatched reliability and precision.

Enhance your industrial automation systems today with this exceptional product.

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is a DC Voltage Transducer and how does it work?

    Answer: A DC Voltage Transducer is a device designed to convert an input voltage signal into a proportional standard output signal, typically 4-20mA DC. The transducer measures input voltages within a range of 0 to 450V DC and outputs a corresponding current signal. This current signal is commonly used in industrial applications for monitoring and controlling processes. With its high accuracy, the transducer ensures reliable data transmission to control systems, making it a valuable component for automation and process control.
  • Question: What applications are suitable for the DC Voltage Transducer?

    Answer: The DC Voltage Transducer is ideal for various applications including power monitoring, renewable energy systems, electric vehicle charging stations, and industrial automation. These devices are used to continuously monitor voltage levels and send real-time data to a central control unit. For example, in solar power systems, it helps in ensuring optimal charge levels, while in manufacturing, it aids in tracking equipment performance and safety measures.
  • Question: What is the significance of the 4-20mA output in a voltage sensor?

    Answer: The 4-20mA output is a standard signal used in industrial automation, offering several advantages for data transmission. This output allows for long-distance signal sending without significant loss of quality and defines a clear lower limit at 4mA, which indicates a zero voltage condition. For instance, in remote monitoring applications, this standardization ensures compatibility with various control systems and instrumentation, simplifying integration.
  • Question: How do I install a DC Voltage Transducer?

    Answer: Installation of a DC Voltage Transducer typically involves connecting the input to the voltage source and the output to the control system using appropriate wiring. It’s crucial to follow the wiring diagram provided by the manufacturer to ensure proper function. Ensure all connections are secure and consider using protective measures against electrical interference. For a practical scenario, in a laboratory setting, users might integrate this transducer with a PLC for real-time voltage monitoring.
  • Question: Can the DC Voltage Transducer be used in harsh environments?

    Answer: Many DC Voltage Transducers are designed to withstand harsh conditions such as extreme temperatures and humidity. Check the specifications for environmental ratings, such as IP ratings for ingress protection. For instance, in manufacturing facilities where exposure to dust and moisture is common, selecting a robust transducer can ensure reliable performance and reduce maintenance frequency, leading to enhanced operational efficiency.
  • Question: What safety features should I look for in a voltage sensor?

    Answer: When selecting a voltage sensor like the DC Voltage Transducer, look for key safety features such as overload protection, insulation ratings, and compliance with international safety standards. These features prevent dangerous operating conditions and ensure the integrity of both the device and the connected systems. For example, in electrical substations, having a transducer with proper surge protection is critical to avoid damage during voltage spikes.
  • Question: What are the typical accuracy specifications for a DC Voltage Transducer?

    Answer: Accuracy specifications for DC Voltage Transducers generally range between ±0.1% to ±0.5%, depending on the design and manufacturer. A higher accuracy transducer is essential for applications requiring precise voltage monitoring, such as in laboratory setups or calibration tasks. Understanding the accuracy you need will help ensure that your monitoring systems operate effectively and reliably.
  • Question: Are DC Voltage Transducers suitable for battery-operated systems?

    Answer: Yes, DC Voltage Transducers are suitable for battery-operated systems, especially if they are designed to handle low power consumption. Many models offer energy-efficient operation, which is beneficial for portable applications. In practice, using a transducer in a solar-powered battery system can help track battery voltage while preserving energy for other functions, leading to better energy management.
  • Question: How does temperature affect the performance of a voltage sensor?

    Answer: Temperature can significantly impact the performance of a voltage sensor. Most DC Voltage Transducers have specified operating temperature ranges, and exceeding these limits can result in inaccurate readings or damage. For example, in outdoor applications, such as monitoring solar panels, it's important to select a transducer rated for higher temperatures to maintain consistent performance and reliability during extreme weather conditions.
  • Question: Where can I buy the DC Voltage Transducer Voltage Sensor Transmitter?

    Answer: You can purchase the DC Voltage Transducer Voltage Sensor Transmitter Transformer Input 0-450V DC Output 4-20mA DC on Ubuy in Malta. Ubuy offers a range of products which are convenient for customers looking for specialized electronic components, ensuring you find the right product for your application needs.

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Pros

  • High precision
  • Wide input range
  • Robust design
  • Easy installation
  • Low power consumption

Cons

  • Occasional calibration needed

Product Price History

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