Fundamentals of Temperature Measurement

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Fundamentals of Temperature Measurement Specification

Feature
In-depth temperature measurement principles, calibration procedures, practical applications

Accuracy
Theoretical/Reference manual (not instrument based)

Core Components
Theory, Diagrams, Calibration Tables

Model No
FOTM-2024

Temperature Range
-200C to 1600C

Capacity
Standard laboratory capacity

Measurement Range
-200C to 1600C

Equipment Materials
Paper, Cardboard Bound, Printed Matter

Type
Fundamentals of Temperature Measurement (Text/Reference Book)

Usage
Educational, Laboratory, Research, Industrial

Display Type
Analog

Dimension (L*W*H)
Approx. 24 x 16 x 3 cm

Weight
Approx. 0.7 kg

Mounting Type
Tabletop

Response Time
Less than 2 seconds

Resolution
1C

Application
Academic Demonstrations, Industrial Process Control

Storage Temperature
20C to 60C

Calibration
Factory Calibrated

Sensor Type
Thermocouple (Type K)

Operating Environment
10C to 50C

About Fundamentals of Temperature Measurement

Description :

Experimentalintroduction to temperature Measurement: methods, Areas of application,characteristics non electrical method, gas- and liquid-filled thermometers,bimetallic thermometers and temperature measuring strips, electric methods:thermocouple, resistance temperature detector Pt100, thermistor (NTC).

Comprehensive Guide to Temperature Measurement

This reference book delves into the theoretical and applied principles of temperature measurement, with a focus on Type K thermocouples. Covering a broad temperature range from -200C to 1600C, it is tailored for users in education, laboratories, and industry. Factory calibration and straightforward calibration tables allow for reliable application across different settings.

Optimized for Academic and Industrial Environments

Designed for robust educational and industrial use, the book features practical mounting as a tabletop reference. Each section provides clear diagrams and step-by-step procedures, teaching best practices for calibration and measurement, making it indispensable for training, demonstrations, and applied research.

Durable, Accessible, and Easy to Use

Crafted from quality paper with a sturdy cardboard binding, the book measures approximately 24 x 16 x 3 cm and weighs just 0.7 kg, making it portable yet durable. Its intuitive analog displays and concise language ensure accessibility for both beginners and experienced professionals.

FAQs of Fundamentals of Temperature Measurement:

Q: How does the book explain the process of temperature measurement with Type K thermocouples?

A: The book provides a step-by-step exploration of temperature measurement using Type K thermocouples, including theoretical background, connection methods, calibration procedures, and practical application guides with detailed diagrams.

Q: What are the primary benefits of using this reference for academic demonstrations and industrial control?

A: This reference offers easily accessible, accurate theoretical material, calibration tables, and real-world examples ideal for academic demonstrations, laboratory research, and industrial process environments.

Q: When should this book be used as a reference in educational or industrial settings?

A: This book should be used whenever foundational understanding or theoretical clarification of temperature measurement with thermocouples is requiredespecially during lectures, lab experiments, or process troubleshooting.

Q: Where can this book be effectively utilized for maximum educational impact?

A: It is most effective on laboratory benches, in academic classrooms, or at industrial process workstations, where quick reference to principles, calibration procedures, or diagrams supports both teaching and operational needs.

Q: What is the process described for calibration within the reference book?

A: The book presents clearly illustrated calibration procedures, including step-wise factory calibration references and validation methods, to ensure users can accurately interpret and apply theoretical calibration data in practice.

Q: How can users benefit from the analog display and included diagrams?

A: Analog displays and detailed diagrams visually clarify measurement principles, system response, and calibration procedures, aiding both comprehension and fast referencing during demonstrations or fieldwork.

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