Crafted for Exact Measurements in DC Systems
Expert DC Shunt Manufacturer – Since 1985
Endorsed by Global Industry Leaders
More than 3,000 companies from 30 countries have placed their trust in us, and that number is on the rise.
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Unlock efficiency and precision in your projects with our DC SHUNTs. Tailored for excellence, our low MOQ and rapid delivery ensure your operations stay ahead without compromise. Experience the perfect blend of quality, speed, and affordability, designed to meet your specific needs. Let us power your success with solutions that truly make a difference.
Customization
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Low MOQ
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Exact engineering for peak performance.
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Choosing the right DC shunt for your equipment
Navigate the perfect DC Shunt selection for your equipment , factoring in crucial elements such as current capacity, voltage drop, precision, and size to ensure optimal performance and reliability. Tailor your choice to match your specific needs.
FL-27 DC SHUNT
As a standard resistance, it is widely used in laboratories and measuring equipment.
Customized
Customize DC shunts with a variety of sizes and models tailored to your unique needs.
DC Current Shunt
The fixed setpoint shunt is a particular kind of external shunt that can be used to monitor DC currents under 10 kA directly on analog display equipment, thereby extending the range of DC current measurements, or as a current in a sequential circuit. The reference resistor used for sampling may be thought of as the primary current's analog signal for measurement.
Workshop
DC Shunt Applications
Exploring Diverse Industries: The Wide-Ranging Applications of DC Shunts
Energy Management and Distribution
DC current shunts are integral in power generation and distribution networks, facilitating the monitoring and control of electrical currents to ensure system efficiency and safety. They play a crucial role in both conventional and renewable energy sectors, aiding in the optimization of power flow and energy usage.
Transportation and Mobility
In the electrical systems of transportation modes such as railways, subways, and electric vehicles, used to measure and control the current in electric motors and other electrical devices.
Industrial Automation and Manufacturing
In automated machinery and control systems, they monitor the current in motors, drives, and other electrical devices, and during the testing and manufacturing processes of electronic products to ensure quality and performance.
High-Tech Applications and Critical Infrastructure
In aerospace, used to monitor the electrical systems of aircraft and spacecraft, ensuring the safety and reliability of critical systems. In data centers, they help monitor current and energy consumption, improving energy efficiency and reducing operational costs.
Most Popular Questions.
DC SHUNTs are versatile and can be used in a wide range of industries, including renewable energy (solar and wind power), automotive (especially in electric vehicles), electronics manufacturing, power distribution, and more. They are essential for accurate current measurement and management in these fields.
DC SHUNTs are designed for high accuracy and precision in current measurement, typically offering accuracy levels from 0.1% to 0.5%, depending on the model and application. This makes them suitable for critical applications where precise current measurement is crucial.
Yes, DC SHUNTs can be customized to meet specific requirements, including different sizes, amperage ratings, and connection types. Customization allows them to fit perfectly into your specific application, ensuring optimal performance and accuracy.
DC SHUNTs are built to last, with a lifespan that can extend several years under proper use and conditions. They are made from durable materials like copper or manganese, designed to withstand harsh environments and high temperatures, ensuring reliability and longevity in various applications.
Choosing the right DC SHUNT involves considering several factors, including the maximum current to be measured, the voltage drop across the shunt, accuracy requirements, and environmental conditions of the application. It’s also important to consider the size and connection type to ensure it fits your system. Consulting with LEEYD can help identify the most suitable model for your needs.
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