Brief: Join us for a close-up look at this solution and see it in action. In this video, we demonstrate the BC1 25W-50W Ceramic Wirewound Variable Resistor, showcasing its construction, operation, and key technical features. You'll get a detailed walkthrough of its high-power performance, durability, and suitability for industrial voltage and current adjustment applications.
Related Product Features:
High power handling with ratings from 25W to 50W and a wide resistance range from 1Ω to 10kΩ.
Constructed with high-quality resistance wire wound on a durable ceramic skeleton for reliable performance.
Features excellent heat resistance, humidity resistance, and wear resistance for long-term durability.
Designed for voltage and current adjustment in industrial equipment up to 500 volts AC/DC.
Offers a mechanical travel of 280° to 300° with a linear deviation not greater than ±10%.
Equipped with a metal protective housing and handwheel for safe and easy operation.
Suitable for telecommunications, railway systems, medical devices, and industrial machinery.
Undergoes rigorous testing including high temperature, vibration, and load durability checks.
Domande frequenti:
What is the resistance range and tolerance for the BC1 variable resistor?
The BC1 variable resistor offers a standard resistance range from 1Ω to 5kΩ (extended to 10kΩ as per the title) with a tolerance of ±10%.
What are the key environmental and durability specifications?
It operates in a temperature range from -55°C to 350°C, withstands vibration tests, and has a rotation durability of 5,000 cycles with not less than 90% travel.
In which applications is the BC1 variable resistor commonly used?
It is ideal for telecommunications, railway systems, electrical equipment, medical devices, industrial machinery, and low-frequency AC/DC equipment requiring voltage/current regulation.
What is the maximum working voltage and insulation rating?
The BC1 resistor has a maximum working voltage of 1000V and an insulation voltage of 2500V, ensuring safe operation in high-voltage environments.