FIGURE OF MERIT OF A BALLASTIC GALVANOMETER TRAINER

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FIGURE OF MERIT OF A BALLASTIC GALVANOMETER TRAINER Specification

Type
Ballistic Galvanometer Trainer

Material
High-quality metal body with glass scale

Size
Standard laboratory size

Input Voltage
230V AC, 50 Hz

Color
White base with black panel

Dimension (L*W*H)
260 mm x 195 mm x 120 mm

Capacity
Designed for student group laboratory use

Noise Level
Silent operation

Display
Analog pointer type

Mounting
Table-top, anti-skid feet

Application
Demonstration and calculation of figure of merit (K) in physics labs

Connections
Banana socket terminals for easy setup

Galvanometer Scale
Mirror scale for precise deflection reading

Operating Temperature
10C to 40C

Damping
Non-inductive resistance provided for accurate measurement

Safety
Fused input to prevent over-current

Measurement Range
Micro-coulombs (C) display

Features
Supplied with circuit diagram, functional switches

Accessories
Includes operation manual, setup wires

Calibration
Factory calibrated, ready to use

About FIGURE OF MERIT OF A BALLASTIC GALVANOMETER TRAINER

Discover a gilt-edged, trending innovation for every physics lab-the FIGURE OF MERIT OF A BALLASTIC GALVANOMETER TRAINER. Marvelous in precision, this majestic device features a mirror scale for accurate deflection reading and a micro-coulomb (C) analog display. Secure your hot deal during our exclusive promotion! Outfitted with non-inductive resistance for stable damping, it comes with a clear circuit diagram, functional switches, banana socket terminals, and a factory-calibrated, anti-skid table-top body. Perfect for student groups, educators, and lab enthusiasts seeking reliability and safety, including a fused input and all essential accessories. Exported, distributed, and supplied across India.

Optimized Laboratory Application and Use

This Ballistic Galvanometer Trainer is perfectly suited for educational and research settings, designed for table-top use in laboratories. Simply connect using the banana socket terminals, follow the included operation manual, and observe galvanometer deflections while performing calculations. Apply it directly at physics workstations or group laboratory tables, enhancing practical learning in electromagnetism experiments. Its intuitive design ensures both educators and students can utilize it efficiently, offering straight-forward operation for learning and demonstration.

Ordering and Sample Policy Details

We make sample acquisition for the Ballistic Galvanometer Trainer seamless and straightforward. Request your sample during order processing, with sample availability subject to institutional requirements. Benefit from transparent pricing-just inquire about the asking price or sale price to get a competitive quote. Orders are processed efficiently, shipped using reliable FOB port arrangements to ensure swift delivery. Contact us for further details; your specimen will help you evaluate the trainer's majestic performance ahead of full purchase.

FAQ's of FIGURE OF MERIT OF A BALLASTIC GALVANOMETER TRAINER:

Q: How do I set up the Ballistic Galvanometer Trainer in the laboratory?

A: To set up, place the trainer on a stable surface using its anti-skid feet. Connect the supplied setup wires to the banana socket terminals as per the operation manual and circuit diagram, ensuring the fused input is secure before use.

Q: What is the main usage of this device in academic settings?

A: The trainer is primarily used to demonstrate and calculate the figure of merit (K) in physics labs, allowing students and educators to observe and measure electric charge with high precision.

Q: When should calibration be checked or re-performed?

A: The trainer comes factory-calibrated; however, it should be checked before use in any critical experiment or after extended storage to maintain measurement accuracy. Routine checks can help ensure gilt-edged performance.

Q: Where can this Ballistic Galvanometer Trainer be applied?

A: It is ideal for use in educational institutions and research laboratories, particularly in physics departments for electromagnetism demonstrations and experiments.

Q: What benefits does the mirror scale and non-inductive resistance offer?

A: The mirror scale enables more precise deflection readings by reducing parallax errors, while the non-inductive resistance ensures accurate, stable damping for reliable measurements.

Q: How does order processing for a sample work?

A: To request a sample, simply contact our sales team during order processing. You will be informed about the asking price or sale price, and samples are dispatched via our designated FOB port for ease of international trade.

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