Breaking Load Apparatus (Microcontroller Based) About
Application of Breaking Load Apparatus. This instrument is determining the load require for breaking the lipstick. The lipstick is holed horizontally in the chuck provided. A vertical rod having a V shape hook travels downward at a constant speed and presses the lipstick till it breaks. A digital display is provided to measure the breaking load. The highest load value is locked in the display. All safety measures have been provided to protect over travelling of hook.
Precise and Automated TestingUtilizing a microcontroller-based system, this apparatus enables fully automatic testing cycles with programmable settings for high consistency. The constant and regulated test speed ensures accurate results for a range of material specimens. The digital interface includes a soft-touch multifunction membrane keypad, offering intuitive control and setup.
Comprehensive Data ManagementEvery test result is recorded in the built-in memory, allowing users to conveniently track and retrieve data. The apparatus also supports digital output options including an LCD display and optional printer or USB port, streamlining documentation and analysis for lab personnel.
Durable, Safe, and User-friendly DesignRobust construction with a powder-coated mild steel body assures durability, while sophisticated safety mechanisms protect against overload and overtravel. The tabletop design, soft-touch keypad, and comprehensive accessory kit make it a versatile and reliable tool for quality testing in various environments.
FAQ's of Breaking Load Apparatus (Microcontroller Based):
Q: How does the Breaking Load Apparatus operate and what materials can it test?
A: The apparatus functions via fully automatic cycles, regulated by a microcontroller for accurate, repeatable load testing. It is suitable for evaluating the breaking load or strength of a wide range of material specimens, including metals and other substances conforming to the IS/ASTM standards.
Q: What is the process for setting up a test on this apparatus?
A: To set up a test, users simply secure the specimen using the provided standard fixtures, select the desired test cycle and programmable settings with the soft-touch keypad, and initiate the test. The apparatus handles the rest, controlling the loading, speed, and automatic data capture.
Q: What are the benefits of the inbuilt memory and digital output features?
A: Inbuilt memory allows the storage and retrieval of test results without manual logs. The digital LCD display provides real-time feedback, and optional printer or USB port supports immediate data output for easy record-keeping, analysis, and reporting.
Q: When should overload and overtravel protection be used, and how does it improve safety?
A: These safety features are always active, preventing damage to the equipment and samples by halting operations if the applied force exceeds safe limits or if the testing mechanism travels beyond the allowed range, ensuring operator safety and apparatus longevity.
Q: Where is this Breaking Load Apparatus typically installed or used?
A: Designed as a tabletop model with dimensions of 450 x 350 x 700 mm, it fits easily into laboratory, industrial, and quality control environments. Its 230V AC operation and moderate weight make it practical for most material testing setups.
Q: What customization options are available for load measurement range?
A: While the standard range is 0-100 kgf, customers can request customized ranges to suit specific testing requirements. These options can be discussed with the manufacturer or supplier at the time of order.
Q: How does the apparatus ensure accurate results during testing?
A: With accuracy rated at 0.1% of full scale, microcontroller-regulated test cycles, and a 0.01 kgf resolution, the apparatus ensures precise, repeatable readings for every test, supporting reliable assessment and quality control.