Torsion Pendulum For Physics Lab

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Torsion Pendulum For Physics Lab Specification

Measurement Range
Varies with suspension wire and mass used; typically suitable for undergraduate experiments

Feature
Detachable components, adjustable length, precise scale markings

Automation Grade
Manual

Temperature Range
Room Temperature Operation

Power Source
Manual/Not Required

Model No
TPL-01

Accuracy
High sensitivity, precision within 1% depending on setup

Core Components
Stand, Suspension Wire, Brass/Copper Cylinder, Scale, Clamp

Capacity
Standard laboratory model (custom capacities available on request)

Equipment Materials
Mild Steel Stand, Brass Cylinder, Stainless Steel Suspension Wire

Type
Physics Laboratory Apparatus

Usage
Measurement of Torsional Rigidity and Moment of Inertia Studies

Display Type
Analog

Dimension (L*W*H)
Approx. 25 x 12 x 40 cm

Weight
Approx. 3-5 kg

Clamp Type
Adjustable, knurled clamp for wire tensioning

Cylinder Diameter
5 cm (approx.)

Finish
Powder Coated/Polished surfaces for corrosion resistance

Calibration
Factory calibrated, user re-calibration available

Suspension Wire Material
Stainless Steel (0.5 mm 1 mm diameter)

Cylinder Mass
Approx. 250 g

Application
Ideal for school, college, and university-level physics laboratories

Base Type
Heavy, vibration-proof base for stability

About Torsion Pendulum For Physics Lab

TorsionPendulum:

wire-hangfromauniversalclamp,Soliddiscof

12.5cmdia.1.25thickness.

Cat. No.	Specification	Price
DDRI-297	5"Brass Dia	3000.00
DDRI-297-A	5"Iron Dia	1200.00

Robust Construction and Superior Accuracy

Crafted with a mild steel stand, stainless steel suspension wire, and a brass cylinder, the torsion pendulum delivers excellent durability and stability. The heavy, anti-vibration base ensures minimal external interference, allowing for high-precision measurements in undergraduate experiments. Its accuracy is within 1%, making it ideal for physics demonstrations and in-depth studies.

Flexible Design for Advanced Learning

With detachable components, adjustable cylinder length, and an analog display type, this torsion pendulum accommodates a variety of experimental setups. Users can easily recalibrate the instrument, explore custom capacities on request, and precisely measure torsional rigidity and moments of inertia. Powder-coated and polished finishes provide lasting corrosion protection.

FAQ's of Torsion Pendulum For Physics Lab:

Q: How do I set up the torsion pendulum for an experiment?

A: To set up, secure the heavy base on a level surface, attach the stainless steel suspension wire to both the stand and cylinder, and use the adjustable, knurled clamp to fine-tune wire tension. Ensure the cylinder is at the desired length and the scale is visible before beginning measurements.

Q: What experiments can be performed with this torsion pendulum?

A: This apparatus is ideal for measuring the torsional rigidity of the wire and determining the moment of inertia of the cylinder. It's widely used in physics labs for undergraduate studies and demonstrations related to rotational dynamics.

Q: When should the torsion pendulum be recalibrated?

A: Although each unit is factory calibrated, recalibration may be necessary if the apparatus is moved, the suspension wire is replaced, or after extended use to ensure measurement precision. User re-calibration is straightforward using the included scale and instructions.

Q: Where is the torsion pendulum best suited for use?

A: This instrument is specifically designed for school, college, and university-level physics laboratories. Its vibration-proof base and sturdy construction make it suitable for classroom demonstrations and more complex experiments.

Q: What is the process for adjusting the wire tension?

A: Wire tension can be adjusted using the knurled clamp. Carefully rotate the clamp to achieve the desired tautness, which is crucial for accurate measurements of oscillations and rigidi-ty.

Q: What are the benefits of using stainless steel wires and a powder-coated finish?

A: Stainless steel suspension wires offer strength, durability, and resistance to environmental corrosion. The powder-coated finish on the apparatus further protects against rust, enhancing longevity and reliability in regular lab use.

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