TORSION PENDULUM

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TORSION PENDULUM Specification

Speed Range
Manual oscillation

Accuracy
±0.5% in oscillation period measurement

Shape
Rectangular base with cylindrical rod and disc

Temperature Resistance
Ambient laboratory conditions

Control Type
Manual

Features
Rigid construction, easy to assemble, corrosion resistant parts, precision bearings

Type
Mechanical Torsion Pendulum

Dimension (L*W*H)
400 mm x 150 mm x 350 mm

Equipment Type
Laboratory Experimental Apparatus

Equipment Materials
Mild Steel frame with Stainless Steel and Brass fittings

Material
Stainless Steel rod, Brass disc, Mild Steel base

Application
Physics lab experiment for moment of inertia, rigidity modulus determination

Instruction Manual
Detailed experiment manual included

Packaging
Foam-cushioned, export quality box

Calibration
Supplied with certificate of calibration if required

Oscillation Period Range
0.5 to 5 seconds (typical for setup)

Suspension Wire Material
High tensile steel for minimal energy loss

Mass Range
Disc mass approx. 500 g

Disc Diameter
Approx. 100 mm

Finish
Powder-coated body for corrosion resistance

Mounting
Free standing or clamp-mounted

Usability
Suitable for undergraduate and postgraduate laboratory courses

About TORSION PENDULUM

Procure the TORSION PENDULUM, a preeminent and brilliant laboratory apparatus for physics experiments. Featuring a noble design with a high tensile steel suspension wire, this top-of-the-line device ensures minimal energy loss and maximum precision. The powder-coated, corrosion-resistant chassis combines a stainless steel rod, brass disc, and mild steel base for enduring performance. With a typical oscillation period of 0.5 to 5 seconds and 0.5% accuracy, this noble instrument is a trusted choice for undergraduate and postgraduate courses. Supplied with a calibration certificate on request and a detailed instruction manual, it exemplifies scientific excellence.

Versatile Application & Distinct Features of the TORSION PENDULUM

Used as an experimental apparatus in physics labs, the TORSION PENDULUM excels in determining moment of inertia and rigidity modulus. Its special features include a high tensile steel suspension wire and powder-coated body for corrosion resistance. The device is easy to assemble, offers manual control, and ensures accuracy in oscillation period measurement. Widely used by undergraduate and postgraduate students, it serves in academic and research institutions for foundational mechanical experiments.

Sample Availability, Shipping, and Supply Capabilities

Samples of the TORSION PENDULUM are available upon request, enabling thorough evaluation before procurement. Products are packed in export-quality, foam-cushioned boxes to guarantee safe transportation and immaculate arrival at your destination. Shipments depart via reliable FOB port arrangements in India, ensuring prompt and efficient delivery worldwide. With robust supply ability, bulk requirements can be accommodated seamlessly to meet institutional demands for timely experimentation and laboratory setups.

FAQ's of TORSION PENDULUM:

Q: How does the TORSION PENDULUM assist in physics laboratory experiments?

A: The TORSION PENDULUM is designed for experiments such as determining the moment of inertia and measuring the rigidity modulus, making it highly useful for educational and research-based physics experiments.

Q: What special materials are used in the construction of the TORSION PENDULUM?

A: The apparatus features a high tensile steel suspension wire, a stainless steel rod, a brass disc, and a mild steel base, all selected to ensure durability, minimal energy loss, and long operational life.

Q: When should calibration be requested with the equipment?

A: A certificate of calibration is supplied upon request, ensuring precision for experiments that require accurate period measurements and adherence to laboratory standards.

Q: Where can the TORSION PENDULUM be mounted for use?

A: The equipment is versatile and can be set up as a free-standing unit or securely clamp-mounted, depending on laboratory space and experimental requirements.

Q: What is the process for assembling and using the TORSION PENDULUM?

A: The pendulum is easy to assemble with the provided detailed manual. After mounting and calibration, manual oscillation initiates measurements, allowing accurate data collection within typical period ranges.

Q: What are the benefits of the equipment's special finish and packaging?

A: A powder-coated finish ensures corrosion resistance, and export-quality foam-cushioned packaging guarantees the apparatus arrives undamaged, maintaining its noble condition during transportation.

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