SONOMETER, SPRING BALANCE TYPE

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SONOMETER, SPRING BALANCE TYPE Specification

Power Source
Not required (manual operation)

Measurement Range
Up to 5 kg (spring tension)

Automation Grade
Manual

Accuracy
0.1 N (spring balance)

Capacity
5 kg

Core Components
Wooden base, metal jaws, wire, pulley, spring balance

Model No
Sonometer-SpringBalance-Std

Equipment Materials
Wooden base with metal fixtures

Type
Spring Balance Type

Usage
Educational/Physics experiments

Dimension (L*W*H)
Approx. 100 cm x 12 cm x 10 cm

Weight
Approx. 3 kg

Maintenance
Low, easy cleaning

Base Finish
Polished with lacquer for durability

Wire Material
Stainless steel/copper

Spring Balance Calibration
Pre-calibrated for accuracy

Pulley Type
Brass, low friction

Instruction Manual
Provided

Wire Tension Adjustment
By moving spring balance and weights

Wire Length
Approx. 1 meter

Clamping Device
Provided for firm wire fixing

Number of Bridges
Two (movable and fixed)

Painting/Coating
Anti-corrosive on metal parts

Educational Use Level
School/college laboratory

Included Accessories
Set of weights, tuning forks (not always supplied)

About SONOMETER, SPRING BALANCE TYPE

Wooden baseboard, 70 X 9cm, has two steel wires attached to steel wires attached to two 50-N spring balances at one end, and to wrest pin knobs for adjusting wire tension at the other end. Three bridges one long, and two short are used for adjusting the length of the vibrating strings. Two spare lengths of wires are included.

Precision Engineering for Educational Excellence

The Sonometer-SpringBalance-Std is engineered for reliability in classroom and laboratory settings. With a robust wooden base, metal fittings, polished and lacquered surfaces, as well as anti-corrosive coatings, the device promises durability under frequent use. Its spring balance is pre-calibrated to ensure accurate measurement of tension, supporting a wide range of experiments related to wave physics and sound.

Adjustable Configurations for Versatile Experiments

Fitted with both movable and fixed bridges and a low-friction brass pulley, the sonometer allows effortless modification of wire length and tension. Users can adjust string tension via the calibrated spring balance or by shifting weights, offering opportunities to investigate various physical properties, such as resonance and vibration modes. The easy clamping device firmly secures wires, encouraging safe and precise adjustments.

Ready-to-Use and Maintenance-Friendly

This model requires no external power source and can be manually operated with ease. Its core componentswooden base, metal bridges, wires, and pulleysare manufactured for low upkeep, needing only straightforward cleaning. An instruction manual guides users through setup, operation, and experiment suggestions, ensuring educators and students can maximize its potential from the outset.

FAQs of SONOMETER, SPRING BALANCE TYPE:

Q: How is the tension in the wire adjusted during experiments with this sonometer?

A: The tension in the wire is easily adjusted by moving the spring balance or changing the position and amount of attached weights. This allows users to fine-tune the force applied to the wire, facilitating various physics investigations such as studying frequency and resonance.

Q: What educational levels is the Sonometer-SpringBalance-Std suitable for?

A: This sonometer is designed for school and college laboratory use, making it an effective tool for physics demonstrations and student-led experiments involving sound, vibration, and resonance.

Q: When should the sonometer wire be replaced, and what materials are compatible?

A: The wire should be replaced if there are visible signs of wear, such as fraying or corrosion, to maintain experimental accuracy. The device is compatible with stainless steel or copper wires approximately 1 meter in length.

Q: Where can the Sonometer-SpringBalance-Std be installed and operated?

A: It should be placed on a stable, flat surface in a laboratory or classroom setting. Its sturdy construction and lacquered base ensure it remains steady during experiments.

Q: What is the process for calibrating the spring balance on this sonometer?

A: Each spring balance is pre-calibrated for accuracy during manufacturing. No additional calibration is required by the user. A manual is included to guide proper operation and handling.

Q: How should the equipment be maintained for long-term use?

A: Routine maintenance involves keeping the apparatus clean and dry and ensuring that metal parts are protected by their anti-corrosive coating. Minimal upkeep is needed, making it suitable for frequent educational use.

Q: What are the main benefits of using the spring balance type sonometer in physics education?

A: The sonometer provides highly accurate, repeatable results for studying wave properties, supports hands-on learning, and requires minimal maintenance. Its straightforward manual operation and supplied accessories enable versatile and engaging physics experiments.

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