Torsion pendulum horizontal

Price 4000 INR/ Piece

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MOQ : 1 Piece

Torsion pendulum horizontal Specification

Frequency
Variable, depends on torsion wire and disc moment of inertia

Core Components
Horizontal pendulum rod, torsion wire, supporting frame, disc

Power Source
Manual (No electric power required)

Accuracy
0.5%

Model No
TPH-01

Automation Grade
Manual

Feature
Adjustable weights, low friction suspension, clear scale graduations

Measurement Range
Determined by length and torsion wire characteristics

Temperature Range
Ambient laboratory conditions

Capacity
Standard laboratory scale

Equipment Materials
Polished metal rod, metal disc, sturdy metal frame

Type
Horizontal Torsion Pendulum

Usage
Physics experiments to determine modulus of rigidity, study oscillatory motion and torsional vibration

Dimension (L*W*H)
Approx. 50 cm x 20 cm x 30 cm

Weight
Approx. 2 - 4 kg

Torsion pendulum horizontal Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Torsion pendulum horizontal

Order the incomparable Torsion Pendulum Horizontal-engineered for classic accuracy and top-tier durability. Bench-mounted with an anti-slip base, its high-contrast scale ensures precise readings. Created using a non-magnetic, corrosion-resistant metal disc and robust phosphor bronze/tungsten wire, the instrument offers minimal oscillation damping, thanks to a ball-bearing suspension. Featuring a laboratory powder-coated finish, this apparatus is ideal for academic and research labs. Procure your Torsion Pendulum now, complete with essential accessories including an instruction manual, weights, and a replacement torsion wire. Get it now for assured precision and reliability!

Enhanced Utility & Unmatched Benefits

This horizontal torsion pendulum is specifically designed for versatile usage, accommodating physics experiments from determining modulus of rigidity to investigating oscillatory motions and torsional vibration. Its primary competitive advantages include highly durable construction, low friction suspension, and clear, high-contrast graduation for precise measurement. Suitable for manual operation, it is perfect for use in schools, colleges, and research laboratories, ensuring dependable performance in academic and professional settings.

FOB Port, Sample Policy, and Delivery Commitment

Experience unparalleled market value with our FOB Port dispatch from India, guaranteeing efficient global distribution. Samples are available upon request, enabling detailed evaluation before handover. Standard delivery time ensures prompt dispatching, supporting seamless laboratory procurement. Our commitment to quick and secure handover maximizes convenience and reliability for clients seeking dependable scientific instruments for their institutions.

FAQ's of Torsion pendulum horizontal:

Q: How does the torsion pendulum horizontal benefit physics experiments?

A: The torsion pendulum horizontal enables precise measurements for determining material rigidity, oscillatory motion, and torsional vibration studies, making it indispensable for hands-on learning and advanced research.

Q: What materials are used in the construction of this device?

A: This apparatus features a non-magnetic, corrosion-resistant metal disc, phosphor bronze/tungsten wire, and a polished metal rod and frame, all tailored for durability and reliable experimental outcomes.

Q: Where is the Torsion Pendulum Horizontal primarily used?

A: Its design suits it for use in educational institutions such as schools, colleges, and research laboratories where accurate experimental apparatus is essential.

Q: What accessories come with the equipment upon ordering?

A: Each order includes an instruction manual, a set of weights, and a replacement torsion wire, ensuring a comprehensive and ready-to-use package.

Q: When can I expect delivery after placing an order?

A: Upon confirming your procurement, we promptly dispatch the product with handover timelines optimized for market value, ensuring timely receipt at your location.

Q: How accurate are the measurements provided by this equipment?

A: The device achieves a measurement accuracy of 0.5%, supported by high-contrast graduations and a low-friction ball-bearing suspension for consistent results.

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