Inductance Measurement Trainer Module

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Inductance Measurement Trainer Module Specification

Features
Inbuilt Inductors, Test Points, Safe Operation, Easy to Use

Power Supply
230V AC 10%, 50Hz

Control Type
Rotary Switch

Shape
Rectangular

Display Type
Analog Meter

Accuracy
2% of FS

Type
Inductance Measurement Trainer Module

Dimension (L*W*H)
340mm x 210mm x 100mm

Equipment Type
Electronic Laboratory Instrument

Equipment Materials
ABS plastic enclosure, PCB components

Power
3 Watts (max)

Voltage
220V AC

Material
Industrial Grade

Application
Laboratories, Education, Technical Training

Included Components
Patch cords, instruction manual

Test Points
Multiple for in-circuit checks and practical experiments

Weight
Approximately 2 kg

Compliance
IS, IEC standards as applicable

Operating Temperature
0C to 50C

Measurement Range
0.1 mH to 100 mH (approx depending on model)

Mounting Type
Tabletop

Calibration
Factory calibrated, user adjustable

Protection
Fuse protected for user safety

About Inductance Measurement Trainer Module

Inductance Measurement Trainer Module

Display	3 1/2 digit to read +-1999 coun
Power	230V 50 H
Brand	Micro Technologies
LDR	10MM dia with encapsuled inside metal housing.
Bulb	12V bulb for varying lumination.
V Power Supply	1.2 V to 10V variable supply for bulb.
Displacement	Shaft displacement 30 m
Resolution	1MM

Precision Learning for Future Engineers

Designed specifically for laboratories and technical training, this inductance measurement module empowers students and professionals to master practical concepts. The inclusion of inbuilt inductors, easy-to-access test points, and analog measurement capabilities ensure an effective hands-on experience. Safety is prioritized with a fuse-protected, ABS plastic enclosure, complying with international standards for use in educational institutions.

Comprehensive User Experience

The module comes complete with convenient rotary switch controls and a step-by-step instruction manual, making it easy to operate for both beginners and advanced users. Multiple test points allow in-circuit checks, enabling a deeper understanding of circuit behavior and inductance properties. Its user-adjustable calibration feature ensures continual accuracy across diverse applications.

FAQs of Inductance Measurement Trainer Module:

Q: How do I calibrate the Inductance Measurement Trainer Module for accurate readings?

A: The module comes factory calibrated, but users can adjust calibration using the provided instructions in the manual. This process ensures accuracy within 2% of the full scale, accommodating variations for specific experiments or components.

Q: What is the measurement range of this inductance trainer, and can it measure both very small and larger inductors?

A: Depending on the model, the trainer covers an inductance range from 0.1 mH up to 100 mH, making it suitable for analyzing both small and medium-value inductors commonly used in educational and laboratory applications.

Q: When should I use the multiple test points provided on the trainer module?

A: Test points are ideal for in-circuit verification, monitoring voltage, or measuring inductance values at various stages of your practical experiments, enhancing your understanding of circuit dynamics in real time.

Q: Where is this inductance measurement trainer typically used?

A: This module is designed for use in laboratories, educational institutions, and technical training centers, particularly where hands-on experience with circuit measurement and analysis is essential to the curriculum.

Q: What is the process for safe operation of this trainer module?

A: Ensure the trainer is placed on a tabletop, use the included patch cords for circuit connections, and operate within the 0C to 50C temperature range. The unit is fuse protected to enhance user safety during all operations.

Q: How does the analog meter display benefit users in practical training?

A: The analog meter provides clear, real-time readings of inductance, allowing students to visualize changes instantly during experiments, which aids in developing a hands-on understanding of electronic principles.

Q: What are the primary benefits of using this trainer module in laboratory environments?

A: It promotes interactive learning, offers repeatable accuracy, features robust safety standards, and simplifies both setup and usage, making it an invaluable teaching tool and resource for technical skill development.

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