Shear Force Apparatus

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Shear Force Apparatus Specification

Technology
Mechanical Measurement

Features
Robust Construction, Easy to Operate, Clear Scale Indications

Automation Grade
Manual

Machine Type
Shear Force Testing Apparatus

Accessories Type
Dial Gauge, Weight Set, Instruction Manual

Control System
Hand Operated Mechanism

Accuracy
0.5% of Full Scale

Power Source
Manual Operation

Surface Treatment
Powder Coated

Type
Bench Top Apparatus

Material
Mild Steel Frame, Stainless Steel Components

Function
To demonstrate and measure shear force in beams under loading

Application
Educational, Laboratory, Civil Engineering

Dimensions
1100 mm x 250 mm x 350 mm (L x W x H)

Educational Level
University and Technical Institutions

Weight Set Capacity
Up to 2 kg per hanger

User Interface
Manual Adjustment Knobs

Net Weight
Approx. 18 kg

Measuring Device
Dial Gauge (10 mm travel)

Packing Type
Export Quality Wooden Case

Finish
Corrosion Resistant

Beam Length
Approx. 1 meter

Supporting Method
Simply Supported Beam

Load Application Type
Point Load and Distributed Load

About Shear Force Apparatus

Capitalise on the transcendent performance of our Shear Force Apparatus, crafted for optimum accuracy and sensational durability. Designed with university and technical institution users in mind, this bench-top apparatus features a robust mild steel frame and stainless steel components, ensuring a corrosion-resistant finish. Opt for manual precision with dial gauge measurements up to 10 mm travel and easily adjustable knobs. Accommodating both point and distributed loads, with a weight set capacity of 2 kg per hanger, this apparatus offers clear scale indications and export quality packing. Pick yours from India's leading distributor, exporter, manufacturer, supplier, and trader for exceptional educational value.

Versatile Applications of Shear Force Apparatus

Used as an essential educational tool, the Shear Force Apparatus finds application in university, technical, and civil engineering laboratories. Specifically designed to demonstrate and quantify shear forces in simply supported beams under different loads, it serves both general pedagogical purposes and advanced experimental investigations. This apparatus is indispensable for understanding the internal mechanics of beams and enhances the learning curve for engineering students and professionals alike.

Sample Policy and Certifications for Shear Force Apparatus

We offer a transparent sample policy for our Shear Force Apparatus. Samples may be available upon request, subject to outlay and order processing terms. The asking price for samples reflects our commitment to quality. Certifications with each unit verify precision and manufacturing standards. Reach out to discuss sampling and receive detailed documentation supporting our reputable standing in the industry.

FAQ's of Shear Force Apparatus:

Q: How is the Shear Force Apparatus used in laboratory settings?

A: The apparatus is manually operated to apply point or distributed loads onto a simply supported beam, allowing users to measure shear force using the dial gauge. Students and professionals can observe and analyze real-time responses of the beam under varying loads.

Q: What types of experiments can be conducted with this apparatus?

A: Experiments demonstrating the measurement and distribution of shear forces in beams, differences between point loading and distributed loading, and comparative studies involving material behavior can be performed, enhancing understanding in civil engineering education.

Q: Where is this apparatus commonly installed?

A: It is primarily found in university laboratories, technical institutions, and civil engineering departments for instructional and research purposes.

Q: What is the process for ordering a sample unit?

A: Interested buyers can contact us for order processing details and sample availability. The sample outlay and asking price are provided upfront, ensuring transparency throughout the process.

Q: What are the benefits of using this specific Shear Force Apparatus model?

A: This model delivers optimum accuracy (0.5% of full scale), a robust construction, corrosion-resistant finish, clear scale readings, and easy manual operation, making it both reliable and user-friendly for educational and demonstration use.

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