Torsion Apparatus Horizontal

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Torsion Apparatus Horizontal Specification

Frequency
50 Hz

Accuracy
1% of full scale

Feature
Smooth operation, robust design, high accuracy

Power Source
Manual

Measurement Range
0 to 360 twist

Automation Grade
Manual

Capacity
Up to 5 Nm

Type
Horizontal Torsion Testing Apparatus

Dimension (L*W*H)
950 mm x 125 mm x 225 mm

Weight
Approx. 30 kg

About Torsion Apparatus Horizontal

For many years, we are involved in manufacturing, exporting and supplying a high quality range of Torsion Apparatus Horizontal. Keeping in mind latest market trends, this apparatus is precisely manufactured using optimum quality components and latest technology in accordance with set industry norms. In addition, offered apparatus is mostly used in laboratories to study of the shear properties of adhesive bonded joints. Further, this Torsion Apparatus Horizontal can be availed in divergent specifications and at affordable prices.

Features:

High strength
Optimal performance
Corrosion resistance
Compact design

Precision Testing for Materials Science

Engineered for high accuracy, the Horizontal Torsion Testing Apparatus allows in-depth analysis of shear and rigidity characteristics in metallic specimens. Its user-friendly, manually loaded system facilitates hands-on learning and dependable data collection for both educational institutions and research laboratories.

Robust and Versatile Construction

Constructed for lasting durability, the apparatus accommodates both round and square rods of steel, brass, or aluminum. Its smooth operation and stable support ensure repeatable testing, while the comprehensive range of included attachments enhances experimental flexibility.

Compact Design Suited for Laboratories

Measuring just 950 mm by 125 mm by 225 mm, and weighing around 30 kg, the apparatus is easy to position or store in standard lab spaces. Its manual operation ensures independence from electrical power, making it reliable for diverse settings.

FAQs of Torsion Apparatus Horizontal :

Q: How do you operate the horizontal torsion apparatus manually?

A: Operation is straightforward: secure the specimen rod between the supports, attach the appropriate weights, and apply torque using the hand-operated system. The graduated circular scale allows you to measure the degree of twist applied up to 360, all without using any electrical power.

Q: What types of specimens can be tested with this apparatus?

A: The device is compatible with both round and square rods made from steel, brass, or aluminum. It comes equipped with a range of specimen rods, enabling versatile mechanical property investigations across different materials.

Q: When should I consider using this apparatus in my testing process?

A: Utilize this apparatus when you need to determine the modulus of rigidity, shear strength, or mechanical properties of metallic materials in research, laboratory, or educational environments.

Q: Where can this apparatus be used effectively?

A: Its robust and compact design makes it ideal for academic labs, research centers, and industrial testing facilities where space and portability are considerations and manual operation is preferred.

Q: What is the process for performing a test?

A: Mount your prepared specimen between the apparatus supports, select and attach the required weight, then incrementally hand-load the mechanism. Record angle measurements from the circular scale as you apply torque, staying within the 0360 range and up to the 5 Nm capacity.

Q: How does the apparatus ensure high accuracy during tests?

A: The graduated circular scale provides precise readings and the apparatus boasts 1% accuracy of full scale, ensuring confidence in your modulus of rigidity and shear test results.

Q: What are the main benefits of using this horizontal torsion apparatus?

A: It delivers high-accuracy, repeatable results, is compatible with various metal specimens, and operates independently of electrical sources. Its robust, smooth design supports rigorous academic and professional testing for a comprehensive analysis of material properties.

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