About Digital Point Load Test Apparatus
Specification:
Digital Point Load Testerconsists of a 60 kN capacity load frame with a hydraulic loading ram driven by a hand pump. The frame is adjustable for testing of samples up to 102mm diameter. A ruler assembled on the frame allows the direct measurement of the distance between the conical platens before and after the test. The compression load is measured by a pressure transducer connected to an advanced digital display unit assuring the best accuracy and resistance to the failure shocks
Safety Features of Digital Point Load Test Apparatus:
- Load range : 0 - 60 kn
- Digital display : 2 x 16 characters
- Resolution : 32.000 div.
- Accuracy : 1%
- Load pacer included
- Load measurement in both kn and mpa
- Serial port for pc connection
Accurate and Efficient Strength TestingEngineered for laboratory use, the Digital Point Load Test Apparatus streamlines rock and concrete core strength evaluation. Automatic digital controls, variable test speeds, and instant LCD readout contribute to swift, repeatable, and accurate testing, vital for research and quality assurance. With a sturdy design and easy operation, it meets IS:8764 and ASTM D5731 standards, ensuring international compliance.
State-of-the-Art Data ManagementInternal storage allows archiving up to 100 test results, while the optional data logging software and USB/RS232 connectivity simplifies result export, review, and backup. The digital indicator, fast response time, and error alerts ensure reliability and convenience during critical testing procedures.
Enhanced Safety and DurabilitySafety is integral with built-in emergency stop and overload protection. The mild steel powder-coated body and hardened steel platens guarantee prolonged usage and consistent performance, making it a solid investment for any laboratory or material testing facility.
FAQ's of Digital Point Load Test Apparatus:
Q: How does the Digital Point Load Test Apparatus determine the strength of rocks or concrete cores?
A: The apparatus applies a controlled, incremental load to a test specimen using hardened conical platens, measuring the load at failure through a microprocessor-based digital indicator. This process determines the point load index, reflecting the specimen's strength.
Q: What is the specimen size and test capacity for this apparatus?
A: The equipment accommodates specimens with diameter and length ranging from 50 to 100 mm. It is designed to test a single specimen at a time, with a maximum load capacity of up to 100 kN, suitable for typical rock or concrete core samples.
Q: When is calibration required for the Digital Point Load Test Apparatus?
A: Calibration is performed prior to delivery, and a calibration certificate is supplied with the unit. It is recommended to recalibrate annually or whenever precision needs verification to ensure continued measurement reliability.
Q: Where can this apparatus be installed and operated?
A: This bench-top apparatus is suitable for laboratories in geology, civil engineering, or material testing sectors. It is designed for indoor use within an operating temperature of 5C to 40C and relative humidity 85% (non-condensing).
Q: What is the standard process for running a test with this device?
A: Place the specimen between the hardened conical platens, set the desired test speed (1-5 mm/min), and initiate the test through digital controls. The apparatus automatically records the breaking load, which can be viewed via the LCD display or stored in memory.
Q: How does the apparatus ensure operator and equipment safety during testing?
A: Key safety features include an emergency stop function and overload alert. Rugged construction and overload protection mechanisms safeguard both users and the device during operation, lowering risks in the lab environment.
Q: What are the main benefits of using this apparatus for point load testing?
A: Users benefit from automated data capture, high testing accuracy (1%), digital force display, efficient test cycles, optional data export, and robust safety features. Compliance with international standards enhances test credibility and supports diverse research or quality control needs.