RH225-B Digital Concrete Test Hammer Operation Video

Summary

The Langry Technology H225B Digital Concrete Test Hammer is a precision tool designed for non-destructive testing of concrete's compressive strength. Featuring electromagnetic sensor technology, it ensures accurate results without interference. The hammer's robust design is resistant to dust, oil, and strong light, and its modular structure allows for easy maintenance. With features like a rechargeable battery, clear audio reports, and a computer interface for data analysis, this tool supports a seamless testing experience, offering detailed reports, customizable settings, and efficient calibration for reliable concrete strength assessment.

Takeaways

• 😀 The H225B Digital Concrete Test Hammer is a non-destructive tool for measuring concrete compressive strength, developed by Langry Technology.
• 😀 It uses electromagnetic sensor technology for high-precision, no-contact measurements, ensuring accuracy and longevity.
• 😀 The device is designed to be dust, oil, and light-resistant, with a maintenance-free modular design for easy assembly and replacement.
• 😀 It features a rechargeable lithium battery with low power consumption for a longer lifespan, making it energy-efficient and environmentally friendly.
• 😀 A high-power loudspeaker provides clearer audio reports, even in noisy environments.
• 😀 The system software enables data processing, automatic matching of rebound values, and test report generation, enhancing the user experience.
• 😀 The H225B test hammer includes features such as a USB interface for data transfer and charging, with a memory capacity of 1,000 components and up to 100 measurement areas.
• 😀 Calibration settings are available to account for different impact angles, surface types, and block sizes, ensuring accurate strength calculations.
• 😀 The device allows users to delete rebound values, adjust parameters, and save data during the sampling process for precise testing.
• 😀 The instrument's user interface includes modules for viewing test data, system settings, and the ability to print reports via Bluetooth when connected to a printer.
• 😀 Before using the hammer for formal testing, a rate setting test is required, and the instrument performs automatic calculations of concrete compressive strength after the rebound test is completed.

Q & A

What is the primary purpose of the Langry Digital Concrete Test Hammer?

The primary purpose of the Langry Digital Concrete Test Hammer is to perform non-destructive tests to determine the compressive strength of concrete in construction and engineering projects.

What technology does the test hammer use to achieve high precision?

The test hammer uses patented electromagnetic sensor technology, which ensures no load or direct contact with the pointer, leading to higher precision and reliability in test results.

How does the Langry Digital Concrete Test Hammer resist harsh environments?

The test hammer is designed to be resistant to dust, oil, and strong light, making it suitable for use in challenging construction environments.

What is the power source for the Langry Digital Concrete Test Hammer?

The test hammer is powered by a rechargeable lithium-ion battery with a capacity of 3200 mAh. The design is optimized for low power consumption, offering longer battery life and energy efficiency.

How does the test hammer ensure clarity in noisy environments?

The hammer is equipped with a high-power loudspeaker that provides clearer voice reports, ensuring that the results are audible even in noisy environments.

What are the main components of the Langry Digital Concrete Test Hammer?

The main components include the mechanical body of the rebound hammer, an LCD screen, a charging indicator light, a loudspeaker, a USB charging jack, and a battery compartment.

What technical specifications are important for the Langry Digital Concrete Test Hammer?

Key technical specifications include an impact energy of 2207 Joules, recoiling tension spring strength of 785 ± 30 Newtons per meter, a calibration value of 80 ± 2 for the steel anvil, and an operating temperature range of -4°C to 40°C.

How do users configure settings for testing with the hammer?

Users can configure settings such as the impact angle, surface detection type, carbonization value, and correction factors for block size. These parameters can be adjusted through the sampling parameter setting interface.

How is the rebound value displayed during testing?

During testing, the device displays real-time data such as the original rebound value, the average rebound value, and the calculated compressive strength of the concrete in real-time on the LCD screen.

What options are available for managing and viewing test data?

Users can view test data through the viewing interface, where they can check the number of tested components, carbonization depth values, and other details. The data can also be exported to a computer for further processing and report generation using the Langry Technology software.