Description
Specifications Table
Product Material – High-grade metal alloy
Grade – Student/educational
Application – Resistance measurement, electrical experiments
Product Overview
The Kelvin Bridge Student model is a precision instrument designed for accurate resistance measurements in laboratory settings. Built with a high-grade metal alloy, this bridge ensures durability and long-term reliability, making it an essential tool for educational and research applications. The design eliminates errors caused by contact and lead resistance, providing precise readings even for low-resistance values. Its user-friendly layout allows for easy adjustments and quick setup, ensuring efficient experimentation. The bridge is optimized for stability and minimal thermal drift, maintaining accuracy over extended use. Whether used in controlled lab environments or educational demonstrations, this Kelvin Bridge delivers consistent performance without the need for additional accessories. Its robust construction resists wear and corrosion, while the simplified interface reduces the learning curve for students and researchers. The model adheres to standard resistance measurement principles, ensuring compatibility with common lab procedures and theoretical studies.
FAQs
1. What is the primary function of this Kelvin Bridge?
This Kelvin Bridge is designed to measure unknown resistances with high precision by comparing them against a known standard resistance, minimizing errors from lead and contact resistance.
2. Can this bridge be used for industrial resistance testing?
While optimized for educational and lab use, it can handle basic industrial resistance measurements, but for high-precision industrial applications, a professional-grade model is recommended.
3. What alternatives exist if I need higher accuracy?
For higher accuracy, consider a Wheatstone Bridge or a digital low-resistance ohmmeter, though these may require additional setup and calibration.
4. How should I store this Kelvin Bridge when not in use?
Store it in a dry, dust-free environment, preferably in an anti-static bag or case to prevent corrosion and maintain calibration over time.
5. Is this model compatible with standard lab power supplies?
Yes, it works with most low-voltage DC power supplies commonly found in labs, but ensure the voltage does not exceed the bridge’s specified limits to avoid damage.
