Precise Crack Detection with Langry’s Crack Detectors
LANGRY’s Crack Detectors offer advanced wireless technology for precisely quantifying crack width in various structures, including bridges, tunnels, buildings, concrete pavements, and metal surfaces.
Introducing Our Crack Detectors
- LANGRY's Crack Detectors use wireless technology for convenient use and flexible operation. They allow for easy maneuverability.
- These detectors automatically capture both vertical and inclined cracks. They provide a real-time display of crack width measurements.
- Users can effortlessly switch between multiple cracks during detection. It enables comprehensive analysis of crack patterns and widths.
- LANGRY provides advanced data analysis software. It facilitates data transfer between the detector and the computer.
Our Crack Detecting Products
Applications of Crack Detectors
- Our Crack Detectors are commonly used in bridge inspection to quantify and assess the width of cracks in concrete structures.
- These detectors are employed in tunnel monitoring applications. They detect and measure cracks in linings, allowing engineers to identify structural issues.
- Crack Detectors are vital for assessing the condition of pavements. They find and measure cracks to assess quality and durability.
- They monitor and analyze cracks in building facades, walls, and foundations. This helps to identify weaknesses and prevent hazards.
Product Comparison
Navigate through crack detectors effectively with our comprehensive product comparison. Evaluate sensitivity, versatility, and ease of use to find the perfect tool for identifying and analyzing cracks in various materials.
Product name |
LR-FK202  |
LR-FS500  |
|---|---|---|
|
Measurement Range
|
0~10mm
|
≤500mm |
|
Measurement Accuracy
|
±0.01mm
|
±5mm (crack depth≤50mm) or ±10% (50＜crack depth≤500mm) |
|
Data Storage
|
32GB
|
- |
|
Power Supply
|
Li-on rechargeable battery |
- |
|
Outline dimensions
|
Probe 50mm*50mm*160mm Tablet 245mm*165mm*15mm |
- |
|
Total weight
|
Probe 450 g Tablet 725g |
Host 800g Transducer 290g * 2 Signal line 180g * 2
|
|
Dimension
|
- |
Host 200 * 136 * 50mm Transducer φ 43 * 74mm Signal line 2m
|
|
Sampling period
|
- |
0.05μs-4μs |
|
Sound time resolving power
|
- |
0.1μs |
|
Amplitude resolving power
|
- |
<0.5dB
|
Take Control of Structural Integrity!
Get started with LANGRY’s crack test and ensure the safety and reliability of your structures.
OEM/ODM Capabilities of LANGRY NDT
Go beyond the ordinary with LANGRY’s comprehensive OEM and ODM services for NDT Equipment. We empower you to customize every aspect of our products, from the inside out.
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Integrate your logo seamlessly onto the front-of-box label, nameplate, and user manual. Simply send us your logo file, and we'll handle the rest.
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Ensure everything meets your expectations. We'll send you a sample rebound hammer customized with your branding for approval before production begins.
Contact LANGRY today to explore the possibilities and receive a personalized quote. We’re here to turn your vision into a reality.
Frequently Asked Questions
What types of structures can LANGRY's Detectors be used on?
LANGRY’s Detectors are suitable for use on various structures, including bridges, tunnels, buildings, concrete pavements, and metal surfaces, for quantitative detection of crack width.
How does the wireless connection feature enhance usability?
This wireless connection feature provides convenience and flexibility in operation. This feature allows users to easily capture and analyze crack data without the limitations of wired connections.
Can LANGRY's Crack Detectors capture both vertical and inclined cracks?
Yes, LANGRY’s Crack Detectors can automatically capture both vertical and inclined cracks. They provide comprehensive crack width measurements in real time.
Is the software compatible with different operating systems?
Yes, our software is compatible with a range of operating systems, including Win 9X/NT/XP/Win10 (including 64-bit). This ensures ease of use for engineering testing personnel.
Frequently Asked Questions
What is a Testing Anvil Calibration Tool?
A Testing Anvil Calibration Tool is a precision instrument used to calibrate rebound hammers, ensuring accurate and consistent testing results in various applications such as construction, geotechnical engineering, and materials testing.
How does a Testing Anvil Calibration Tool work?
The Testing Anvil Calibration Tool is placed on a rigid horizontal surface, and the rebound hammer is used to conduct vertical or horizontal rebound tests on its surface. The calibration value of the rebound hammer is then adjusted based on the results obtained from the anvil.
Why is calibration important for rebound hammers?
Calibration is essential to ensure the accuracy and reliability of rebound hammers in assessing the compressive strength of concrete and other materials. Proper calibration guarantees consistent and trustworthy testing results, vital for quality control and safety in construction and materials testing.
How often should a Testing Anvil Calibration Tool be replaced?
The lifespan of a Testing Anvil Calibration Tool depends on factors such as usage frequency and maintenance practices. Generally, these tools are durable and can be used for an extended period. However, it is recommended to monitor the condition of the anvil core and body and replace them if signs of wear or damage are observed to maintain calibration accuracy.
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