TEMPERATURE COEFFICIENT RESISTANCE OF PLATINUM RESISTANCE THERMOMETER USING CAREY FOSTER BIDGE METHOD

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TEMPERATURE COEFFICIENT RESISTANCE OF PLATINUM RESISTANCE THERMOMETER USING CAREY FOSTER BIDGE METHOD Specification

Type
Lab Instrument for Measurement of Platinum Resistance Temperature Coefficient

Material
Platinum (Sensor), Bakelite/Brass/Stainless Steel (Body/Bridge)

Size
Standard Laboratory Bench Size

Input Voltage
230V AC, 50Hz

Color
White & Silver (As per product image)

Dimension (L*W*H)
Approx. 40 cm x 14 cm x 13 cm

Capacity
Single Measurement Unit

Noise Level
Silent Operation

Accessories
Connecting wires, standard resistances, demonstration manual included

Measurement Range
Room Temperature to 100C or as specified

Thermometer Type
Platinum Resistance Thermometer (PRT)

Heating Medium
Water bath (for temperature variation demonstration)

Bridge Type
Carey Foster Bridge

Compliance
Meets Standard Laboratory Safety Norms

Wiring
Four-terminal connection for accurate measurement

Power Supply
Mains Operated

Application
Physics Laboratory Experiment for Determination of Platinum Resistance Temperature Coefficient

Resistance Range
0 - 10 (depending on setup)

Display Type
Manual/Analog Scale

Accuracy
High precision, typical 0.1C

Sensitivity
Capable of detecting small temperature changes

About TEMPERATURE COEFFICIENT RESISTANCE OF PLATINUM RESISTANCE THERMOMETER USING CAREY FOSTER BIDGE METHOD

Discover precision with our Valiant TEMPERATURE COEFFICIENT RESISTANCE OF PLATINUM RESISTANCE THERMOMETER, utilizing the peerless Carey Foster Bridge method. Unassailable in accuracy, this trending measurement unit offers high sensitivity and a resistance range of 0-10. Its platinum sensor and durable Bakelite/brass/stainless steel build guarantee longevity. Shop now to elevate your laboratory experiments-simply Add to Cart and experience industry-leading precision in determining temperature coefficients. Ideal for exporters, manufacturers, suppliers, and traders in India seeking unmatched quality and reliability.

Exceptional Material and Usage Features for Laboratory Excellence

Engineered with platinum sensors and solid Bakelite, brass, and stainless steel components, this instrument exemplifies durability and precision. Designed for rigorous physics laboratory experiments, it offers reliable four-terminal connections and silent operation. Its main competitive advantage lies in its unmatched accuracy, with a high precision margin of 0.1C, setting it apart from conventional thermometers for temperature coefficient determination.

Sample Availability, Supply Capacity, and Flexible Payment

Samples of the TEMPERATURE COEFFICIENT RESISTANCE OF PLATINUM RESISTANCE THERMOMETER are available upon request for quality assessment before purchase. Our supply ability meets bulk and individual demand, with fast arrival assured post-confirmation. With competitive sale prices reflecting superior market value, payment terms remain flexible to accommodate distributors and traders. Secure your order today and be ready to lead your laboratory experiments with confidence.

FAQ's of TEMPERATURE COEFFICIENT RESISTANCE OF PLATINUM RESISTANCE THERMOMETER USING CAREY FOSTER BIDGE METHOD:

Q: How does the Carey Foster Bridge method enhance measurement accuracy in this thermometer?

A: The Carey Foster Bridge method ensures highly accurate resistance readings by eliminating errors due to wire and contact resistances. This enables precise determination of the platinum sensor's temperature coefficient, critical for laboratory measurements.

Q: What types of laboratories can benefit from this instrument?

A: Physics laboratories, educational institutions, and research centers focusing on thermal properties and resistance measurements can greatly benefit from this thermometer. It is designed for advanced scientific experiments requiring peerless accuracy and sensitivity.

Q: When is it recommended to use the platinum resistance thermometer over other temperature measurement devices?

A: Platinum resistance thermometers are recommended when high precision, reliability, and sensitivity are crucial-especially in academic research, standard calibration, and critical industrial applications spanning temperatures from room temperature up to 100C.

Q: Where are the measurements displayed, and how easy is it to read the results?

A: Measurements are displayed on a manual or analog scale, providing clear and reliable readings. The interface is designed for easy interpretation, with four-terminal wiring ensuring unambiguous results for every experiment.

Q: What is the process for obtaining a sample, and what are the payment terms?

A: To obtain a sample, interested customers can contact the supplier with their requirements. Flexible payment terms are available, making it convenient for buyers to complete transactions and benefit from the competitive sale price offered.

Q: What accessories are included with the instrument and how do they enhance usability?

A: This unit is supplied with connecting wires, standard resistances, and a comprehensive demonstration manual, which collectively facilitate set-up, accurate measurement, and seamless operation for users at all skill levels.

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