EAK RESISTOR

  High voltage energy absorbing resistors are critical components in various electrical applications, particularly in high voltage systems where energy dissipation and stability are paramount. In this article, we will explore the specifications, technical parameters, and environmental requirements of high voltage energy absorbing resistors rated at 100 kV or higher. Rated Voltage and Testing Conditions The rated voltage for these resistors is set at ≥100 kV. To ensure their reliability and performance, acceptance testing is conducted at 1.2 times the rated voltage, which means that the acceptance voltage reaches 120 kV. Furthermore, these resistors must withstand standard lightning impulse voltages characterized by a waveform of 1.2/50 μs. Testing conditions are crucial for validating the performance of high voltage energy absorbing resistors. These tests are carried out in a controlled environment filled with sulfur hexafluoride (SF6) gas, under an absolute pressure of 0.2 MPa. Th...

  BWL BVR resistors are essential components in various electronic applications, known for their reliability and performance. Here are some key application cases that highlight their significance: Power Supply Circuits : BWL BVR resistors are widely used in power supply circuits to manage voltage levels and ensure stable operation. Their ability to handle high power ratings makes them ideal for this application. Voltage Divider Networks : In voltage divider circuits, BWL BVR resistors are employed to achieve precise voltage levels. Their accuracy and stability are crucial in applications where specific voltage outputs are required. Signal Conditioning : These resistors play a vital role in signal conditioning circuits. By controlling signal levels and reducing noise, BWL BVR resistors help improve the overall performance of electronic systems. Current Limiting : In LED lighting applications, BWL BVR resistors are used to limit current, e...

  Are you dealing with significant energy dissipation challenges in your high-power applications? Our water-cooled power dissipation resistors offer a robust and reliable solution. Designed for demanding environments like high-power amplifiers and large-scale power supplies, these resistors excel at converting electrical energy into heat, which is then effectively managed and dissipated through a water-cooling system. Key Features & Benefits: High Power Handling: Specifically engineered to handle substantial power loads. Take our 20kW model, for example – it can continuously dissipate 20 kilowatts of power, ensuring stable operation of your equipment. Efficient Cooling: The integrated water-cooling system provides superior heat dissipation compared to air-cooled alternatives, preventing overheating and ensuring the longevity of the resistor and connected components. Stable Performance: Our resistors maintain consistent resistance values even under high power loads, crucia...

  In modern motor drive systems, managing regenerative energy during deceleration or braking is critical to ensure safe and reliable operation. Water-cooled braking resistors have emerged as the ideal solution for dissipating excess energy generated during these processes. These resistors are widely used in demanding applications such as cranes , marine winches , mine hoists , and other heavy-duty industrial equipment. With their ability to handle high power densities and maintain thermal stability, water-cooled braking resistors are essential for engineers designing robust motor control systems. Why Water-Cooled Braking Resistors Are Essential When a motor decelerates or operates in braking mode, it often generates regenerative energy that must be safely dissipated to prevent overvoltage or damage to the system. Traditional air-cooled resistors may struggle to handle the intense heat generated during these processes, especially in high-power applications like lifting equipment or ...