Brief: Get a guided demo that shows common workflows and troubleshooting tips for the 2000W High Power Ceramic Resistor. This video provides a detailed walkthrough of the resistor's construction, performance characteristics, and technical specifications, demonstrating its suitability for braking, load, inverter discharge, and aging load applications.
Related Product Features:
High power rating of 2000W with 8 Ohm resistance for demanding industrial applications.
Ceramic composition provides excellent high temperature load performance and durability.
Full welded structure enhances reliability and ensures a long service life.
Resistance surface is painted and available in a wide power range from 10W to 10KW.
Suitable for braking resistors, load resistors, inverter discharge, and aging load applications.
Available resistance values range from 0.1Ω to 10kΩ to meet various circuit requirements.
Corrugated wire-wound design ensures stable performance under high power conditions.
Manufactured with high reliability standards for consistent performance in industrial environments.
Fragen und Antworten:
What are the primary applications for this 2000W ceramic resistor?
This high-power ceramic resistor is designed for braking systems, load testing, inverter discharge circuits, and aging load applications in industrial and electronic equipment.
What is the resistance range available for these ceramic resistors?
These ceramic resistors are available in a wide resistance range from 0.1Ω to 10kΩ, making them suitable for various circuit requirements and power applications.
What makes this ceramic resistor suitable for high-temperature environments?
The ceramic composition and corrugated wire-wound design provide excellent high temperature load performance, while the full welded structure ensures enhanced durability and reliability under thermal stress.
What are the key construction features that contribute to the resistor's longevity?
The resistor features a full welded structure, painted resistance surface, and corrugated wire-wound design, all contributing to high reliability and extended service life in demanding applications.