Brief: Experience a brief tour of features designed to deliver dependable outcomes. In this video, you'll see a detailed demonstration of the 1000W Fixed Aluminum Shell Braking Resistor, showcasing its robust ceramic composition wirewound resistor core. We'll walk you through its high-performance design for industrial braking applications, highlighting its power dissipation capabilities and construction for demanding environments.
Related Product Features:
Features a robust aluminum shell housing a ceramic composition wirewound resistor for industrial braking applications.
Designed for high power dissipation with a rated power range from 10W up to 6000W across various models.
Offers strong overload resistance and high voltage withstand capability up to 3500V for reliable operation.
Operates across a wide working temperature range from -55°C to +375°C, ensuring stability in harsh conditions.
Provides excellent thermal stability and a long service life with a low temperature drift of ≤400ppm/°C.
Available in various configurations including fixed, adjustable, corrugated, and glazed wirewound resistors.
Ideal for applications such as simulated load experiments, equipment discharge, and inverter energy consumption braking.
Manufactured with high insulation coatings for moisture resistance and enhanced safety in electrical systems.
질문:
What is the maximum power rating available for these braking resistors?
The product line includes models with rated power ranging from 10W up to 6000W, with specific models like the RX20 and RXHG series capable of handling up to 6000W.
What temperature range can these resistors operate within?
These resistors are designed to operate within a wide temperature range from -55°C to +375°C, depending on the specific model, ensuring reliable performance in various industrial environments.
What applications are these braking resistors suitable for?
They are widely used in simulated load experiments, equipment discharge systems, automatic control, inverter energy consumption braking, and various industrial and automation applications.
What is the maximum voltage these resistors can withstand?
The maximum withstand voltage ranges from 3000V for standard models up to 3500V for glazed resistor variants, providing high voltage capability for demanding electrical systems.