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DC Voltage Transducer Voltage Sensor Transmitter Transformer Input 0-1000V DC Output 0-10V DC
ETB 20354
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Accurate and reliable voltage measurement with minimal power consumption!
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What Stands Out
Product Details
Who Should Buy?
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Electrical Engineers
Ideal for professionals who require accurate voltage measurement in DC circuits for testing and monitoring purposes.
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Industrial Applications
Suitable for industries needing reliable DC voltage monitoring in control systems and power management applications.
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Educational Use
Beneficial for educational institutions for demonstrating principles of voltage measurement and electronic circuit design.
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Low-Voltage Applications
Not suitable for projects that operate under 0V to 10V range, limiting its usability in such environments.
Product Description
DC Voltage Transducer Voltage Sensor Transmitter Transformer Input 0-1000V DC Output 0-10V DC
Customer Questions & Answers
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Question:
What is a DC Voltage Transducer?
Answer: A DC Voltage Transducer is a device designed to convert high DC voltage levels into a lower, standardized output signal. Typically, it takes input voltages up to 1000V DC and outputs a proportional signal, commonly 0-10V DC. These transducers are essential in various applications, including industrial automation, power monitoring, and system controls, allowing users to obtain safe, scaled-down voltage readings and ensure accurate monitoring of electrical systems. -
Question:
How does the input range of 0-1000V DC affect the performance of the transducer?
Answer: The input range of 0-1000V DC is crucial as it determines the transducer's ability to handle high voltages. Operating within this range ensures the transducer provides accurate and reliable outputs without damaging the device. This feature is particularly important for applications in power generation or distribution where voltages may fluctuate. By utilizing this transducer, users can effectively monitor and control equipment, thereby enhancing safety and performance. -
Question:
What are common applications for the DC Voltage Transducer?
Answer: Common applications include industrial machinery monitoring, energy management systems, and renewable energy setups like solar and wind applications. In these scenarios, the transducer allows for real-time voltage measurement that aids in system analysis, efficiency improvements, and ensuring operational safety. By integrating this transducer, technicians can make data-driven decisions for maintenance and modifications, ultimately optimizing the performance of electrical systems. -
Question:
Can the DC Voltage Transducer be used for both monitoring and controlling electrical systems?
Answer: Yes, the DC Voltage Transducer is versatile enough for both monitoring and control functions. It provides real-time voltage readings essential for assessment and allows integration with control systems to trigger protective mechanisms if voltage spikes occur. This dual capability is vital for effective system management, keeping the equipment operating within safe parameters while also providing instant feedback to operators. -
Question:
What is the output signal range of this transducer, and why is it significant?
Answer: The output signal range of 0-10V DC is significant because it standardizes high voltage readings into a manageable signal that can interface with most monitoring and control systems. This range ensures compatibility with various data acquisition systems, PLCs, and other control devices. By utilizing this standard output, users can easily integrate the transducer's function into existing setups without costly modifications or complex recalibrations. -
Question:
Is this transducer suitable for use in harsh environments?
Answer: The suitability of the DC Voltage Transducer for harsh environments often depends on its specific construction. Many models are built with robust materials and weatherproofing features that allow them to withstand exposure to dust, moisture, and extreme temperatures. If used in such environments, ensure that the transducer’s specifications match the stressors they will encounter, which is vital in industries like manufacturing, energy, and automotive sectors. -
Question:
How do I install the DC Voltage Transducer?
Answer: Installation typically involves connecting the input terminals to the high voltage source and the output terminals to the monitoring or control system. It’s important to carefully follow the manufacturer's guidelines to ensure accurate measurements and operational safety. In installation scenarios, use proper insulation and adhere to electrical safety standards to mitigate risks associated with high voltage applications. -
Question:
What safety features should I look for in a Voltage Transducer?
Answer: When selecting a Voltage Transducer, key safety features to consider include over-voltage protection, isolation between input and output, and certifications for electrical safety standards. These features ensure that the transducer can accurately measure high voltages without endangering users or connected equipment. Such safeguards are particularly crucial in industrial applications where equipment failure or electrical shock can have severe consequences. -
Question:
What is the difference between a transducer and a transformer?
Answer: A transducer converts one form of energy to another, such as high voltage to a lower voltage output, whereas a transformer typically steps voltage up or down without altering its type. While both devices aim to manage electrical energy, their functionalities serve different purposes in electrical systems. Understanding this distinction can help in selecting the right device based on specific application needs. -
Question:
Where can I buy the DC Voltage Transducer Voltage Sensor Transmitter in Ethiopia?
Answer: You can buy the DC Voltage Transducer Voltage Sensor Transmitter through Ubuy in Ethiopia. Ubuy offers a wide selection of electronic components, including various sensor devices, ensuring quality and reliable options for your needs. Shopping on Ubuy will provide a seamless experience, and you can easily find this particular transducer among their extensive inventory.
Loulensy Voltage Editorial Review
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Pros
- High accuracy readings
- Wide voltage range
- Compact design
- Easy to install
- Durable construction
Cons
- Requires basic electrical knowledge for setup.
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Product Price History
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ETB 20354
Order now and get it around Wednesday, September 16
This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
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Features & Benefits
- Input range: 0-1000V DC with customizable options.
- Output: stable 0-10V DC signal.
- High isolation resistance of 20M Ohm for safety.
- Compact dimension: 95*37*32mm, easy to install.
- Working stability with less than 0.2% annual change.
- Ideal for various environments, operational from -10 to 50 degrees.
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