Description

Specifications Table

Material – High-purity platinum
Grade – Laboratory/Research grade
Application – Temperature coefficient measurement, resistance calibration
Compatibility – Callender & Griffin’s Bridge setup

Product Overview

This platinum resistance thermometer kit is designed for precise measurement of the temperature coefficient of resistance in laboratory settings. Engineered with high-purity platinum, it ensures exceptional accuracy and stability across a wide temperature range, making it ideal for calibration and research applications. The included Callender & Griffin’s Bridge enhances measurement precision by minimizing errors in resistance readings, providing reliable data for critical experiments. The thermometer’s robust construction ensures durability, while its research-grade quality guarantees consistent performance in demanding environments. Whether used for material characterization or instrument calibration, this kit delivers repeatable results with minimal drift. The system is optimized for seamless integration with standard laboratory setups, offering researchers and educators a dependable tool for resistance-based temperature measurements. Its design prioritizes ease of use without compromising on technical specifications, ensuring both novice and experienced users can achieve accurate outcomes.

FAQs

1. What is the primary application of this platinum resistance thermometer?

It is primarily used for measuring the temperature coefficient of resistance in platinum, often in calibration and research environments where precision is critical.

2. Is this thermometer compatible with other bridge circuits?

The kit is specifically designed for use with Callender & Griffin’s Bridge, but it may work with other high-precision bridge circuits if the resistance range matches.

3. What grade of platinum is used in this thermometer?

The thermometer uses high-purity, laboratory-grade platinum to ensure accurate and stable resistance measurements over time.

4. How should this thermometer be stored when not in use?

Store it in a dry, temperature-controlled environment, preferably in its original protective case, to prevent contamination or physical damage.

5. Can this kit be used for industrial temperature monitoring?

While it is highly precise, this thermometer is optimized for laboratory use rather than continuous industrial monitoring, where ruggedness and automation may be required.