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Brand: Reliant Lab
Reliant Lab Torsion Apparatus (Searle’s Type) 1 Meter
SKU: TB-RE-66462
Estimated Delivery By: Apr 16 - Apr 18 




MRP : ₹7799 ₹5299
32% OFF!
Estimated Delivery By: Apr 16 - Apr 18 
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₹5299 (Including GST)
MRP : ₹7799
32% OFF!
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Short Description
Reliant Lab Torsion Apparatus (Searle’s type)
1 Meter
Country of origin: India
Specifications
- Brand: Reliant Lab
- Product Type : Searle’s Type
- Size : 1 Meter Long
Description
The Searle’s Type Torsion Apparatus (1 Meter) is designed for the static determination of the Modulus of Rigidity of metal rods. The apparatus features a horizontal frame that supports a test rod of 100 cm (1 meter) in length. One end is fixed to a sturdy wall bracket, while the other end is attached to a wheel/pulley system. Two circular scales with pointers are positioned along the length of the rod to measure the angle of twist at different points. This dual measurement system is crucial because it allows the user to calculate the twist of a specific length of the rod, effectively eliminating any errors caused by the "end effects" or slipping at the fixed chuck.
Features
:- Extended 1 Meter Capacity: The 100 cm frame allows for the testing of longer rods, which results in larger, more easily detectable angular twists for a given torque.
- Precision Dual Scale System: Equipped with two high contrast circular scales and vernier pointers to measure differential twist across a defined length of the specimen.
- Heavy Duty Construction: Built with seasoned cast iron brackets and a rigid steel frame to ensure zero structural deflection during high load testing.
- Frictionless Ball Bearing Pulley: Features a precision machined pulley that ensures the applied weights translate into pure torque without loss due to friction.
Applications
:- Torsional Stiffness Analysis: Evaluating how the length of a shaft (up to 1 meter) influences its resistance to twisting forces.
- Elastic Limit Studies: Determining the point at which different metal rods transition from elastic to permanent plastic deformation.
- Material Comparison: Quantifying the performance difference between cold-rolled steel, hard brass, and annealed copper under torsional stress.
- Engineering Labs: A foundational experiment for mechanical and civil engineering students to understand shear stress and polar moment of inertia.
- Verification of Torsion Equations: Providing empirical data to validate the mathematical relationship between torque, length, and angular displacement.

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