Torsion Apparatus

Get a Price/Quote

MOQ : 10 Pieces

Torsion Apparatus Specification

Accuracy
100 %

Feature
Highly Efficient

Temperature Range
Ambient

Power Source
Manual

Model No
TA-01

Automation Grade
Manual

Core Components
Torsion rod, scale, weight hanger, graduated (circular) scale

Measurement Range
0360 (angle of twist)

Equipment Materials
Stainless steel frame, Mild steel rod/supports

Type
Torsion Testing Equipment

Usage
Laboratory

Display Type
Analog scale with pointer

Dimension (L*W*H)
600 x 150 x 250 mm (approx.)

Weight
Approx. 10-15 kg

Rod Material
Mild steel or brass (customizable)

Application
Verification of torsion equation, studying torsional rigidity

Finish
Powder coated for corrosion resistance

Accessories Included
Set of weights, weight hanger, instruction manual

Least Count
1 degree

Scale Marking
Laser-engraved for precision

Mounting Type
Benchtop

Rod Diameter
6 mm to 10 mm (interchangeable)

Maximum Rod Length
500 mm

About Torsion Apparatus

Torsion Apparatus

We are offering a wide range of Torsion Apparatus Horizontal for physics lab.

Specification of Torsion Apparatus Horizontal for physics lab

Searle's Horizontal pattern, two cast iron feet each with 3 through holes and grub securing screws, Separated by 2 supporting rods approximately 700 mm long one of which is graduated in cms and mms, wheel 165 mm dia, over groove moving in ball bearings, mounted on front foot, with spindle carrying split collect chuck for holding one end of test rod 55 cms long 5 mm dia, other end supported with clamping block through rear foot. With two aluminium scales graduated 30-0- 30 in single degrees, mounted onpillar supports, which are adjustable along the rod, two pointers with clamp for attaching to specimen, one each of Brass and Steel rods,

Precision Meets Durability

The Torsion Apparatus, Model TA-01, offers laser-engraved scale markings and an analog display for highly precise and repeatable measurements. Its powder-coated finish protects against corrosion, while the use of stainless steel and mild steel components ensures robustness and long-term use in rigorous laboratory settings.

Flexible and Customizable Components

With interchangeable rod diameters (6 mm to 10 mm) and customizable materials (mild steel or brass), the apparatus adapts seamlessly to various experiment requirements. The benchtop, manual-operation design and straightforward setup allow educators and students to focus on accurate experimentation without unnecessary complexity.

Complete Laboratory Solution

This torsion equipment comes ready for immediate use with a set of weights, a reliable weight hanger, and a detailed instruction manual. It is specifically tailored for the verification of torsion equations and the study of torsional rigidity, delivering 100% accuracy while supporting hands-on learning in laboratory environments.

FAQ's of Torsion Apparatus:

Q: How is the TA-01 Torsion Apparatus operated in a laboratory setting?

A: The TA-01 is operated manually; users fix the torsion rod, hang the appropriate weights using the supplied hanger, and read the angle of twist from the analog scale. The simple benchtop design ensures straightforward use for educational and research experiments.

Q: What materials are available for the torsion rod, and can they be customized?

A: The apparatus supports torsion rods made of either mild steel or brass, depending on your experimental needs. You can specify your preferred material when placing your order, offering flexibility for different study requirements.

Q: When should I use interchangeable rods with different diameters?

A: Switching between rods with diameters of 6 mm to 10 mm allows you to investigate how rod thickness affects torsional rigidity. This feature is valuable for comparative analysis and deepening your understanding of torsional mechanics.

Q: Where can the TA-01 Torsion Apparatus be effectively utilized?

A: This equipment is ideal for use in physics and engineering laboratories in academic institutions, research centers, and quality control departments, especially where precise verification of the torsion equation is required.

Q: What is the benefit of laser-engraved scale markings on this torsion apparatus?

A: Laser-engraved markings provide superior precision and long-term durability, ensuring that measurement readings remain accurate and clear even after repeated use, maintaining 100% measurement accuracy as intended.

Q: How does the powder coating contribute to the apparatus's performance?

A: The powder-coated finish protects the metallic components from corrosion, even in varying ambient laboratory temperatures, extending the apparatus's service life and consistent reliability.

Q: What accessories are included with the Torsion Apparatus, and what is their use?

A: The system includes a set of calibrated weights, weight hanger, and a detailed instruction manual, supporting a wide variety of experiments focused on torsional measurement and analysis in both teaching and research settings.

Tell us about your requirement