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Fatigue Testing Machine

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Fatigue Testing Machine Specification

Features
High Quality

Power Supply
230 V AC, 50 Hz

Accuracy
1%

Control Type
Manual

Display Type
Analog

Shape
Rectangular

Speed Range
4200 RPM

Glass Type
Tempered Glass

Type
Rotating Beam Type

Dimension (L*W*H)
1100 x 320 x 900 mm

Equipment Type
Fatigue Testing Machine

Equipment Materials
Heavy Duty Steel

Power
0.5 HP Motor

Voltage
220 V

Material
Plastic & Glass

Application
Laboratory

About Fatigue Testing Machine

Fatigue Testing Machine-For metals Reverse Bending, Cantilever Type supplied complete with jigs and fixtures mounted an elegant table with motor, weights etc. An electronic Digital Revolution Counter registers the number of revolutions taken by the sample to break. The machine automatically stops after the rapture of the specimen

Features:

Simple design

Table Type model

Light weight

Compact Model

Simple lever system for changing load

Accurately are calibrated

10 digit electronic counter instead of mechanical counter cab be supplied at additional price

Technical Specification:

1. Maximum bending moment: 200kg cm

2. Bending movement adjustable: 0-200kg cm

3. 1-30-100 kg cm, II-100-200 kg cm

4. Gripping dia of specimen: 12mm

5. Testing dia of specimen: 8mm

6. Rotating speed: 4200 rpm

7. Accuracy of applied bending: ±1%

8. Digital counter No. of digits: 10

9. Power required: 0.5 H.P

10.Main Supply: 220V, 50Hz, A.C. ph

High Precision Fatigue Testing

This fatigue testing machine offers reliable and repeatable results, thanks to its precise control systems and robust heavy-duty steel construction. The analog display and continuous operation mode allow for uninterrupted monitoring of test specimens. Users can assess the endurance limit and fatigue life of materials under controlled laboratory conditions, ensuring high accuracy and data integrity for research or quality control.

Engineered for Safety and Durability

Safety is paramount with the integrated overload protection circuit. Constructed from a combination of tempered glass, heavy-duty steel, and high-quality plastic, the machine ensures both operational safety and long-term durability. Its powder-coated finish resists corrosion, making it ideal for frequent use in laboratory environments.

FAQs of Fatigue Testing Machine:

Q: How does the Rotating Beam Type Fatigue Testing Machine operate?

A: The machine operates by applying a controlled bending moment, up to 200 Nm, to a rotating specimen of 8 mm diameter and 100 mm length. The analog display tracks the number of cycles until failure. Manual controls allow the user to set and monitor testing parameters during continuous operation.

Q: What safety features are included with this fatigue testing machine?

A: This equipment is equipped with an overload protection circuit, which automatically interrupts operation if the loading exceeds safe limits, preventing potential damage to the machine and enhancing user safety.

Q: When is this fatigue testing machine typically used in a laboratory setting?

A: It is commonly used during the analysis of material fatigue, especially when determining the endurance limit of samples under rotating stress. Laboratories deploy this machine for both research and quality assurance purposes, ensuring material reliability before deployment.

Q: Where can this fatigue testing machine be installed?

A: Due to its manageable dimensions and weight (120 kg), the machine can be installed in research laboratories, manufacturing quality control rooms, and educational institutions. It requires a stable power supply of 230 V AC, 50 Hz, for optimal operation.

Q: What is the process for conducting a fatigue test with this machine?

A: To perform a test, securely mount the specimen, set the desired parameters using the manual controls, then commence continuous operation. The machine will rotate the sample at speeds up to 4200 RPM, applying the specified bending moment until the sample fails. The display shows the exact number of cycles completed at failure.

Q: How does using this machine benefit quality control and research?

A: By providing highly accurate (1%) data on material fatigue life, the machine allows manufacturers and researchers to evaluate the durability and performance of various materials. This helps in predicting potential failures in real-world applications, leading to improved product reliability.

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