0102030405
Hammered Pipe Pile Penetration Meter
Equipment composition
Sensor System
* Hammer Blow Count Sensor: Records the number of blows per strike
* GNSS Antenna: Monitors pile coordinates and penetration depth via the BeiDou satellite positioning system
* Tilt Sensor: Detects pile verticality to ensure construction accuracy.
Data Acquisition and Transmission
* The control terminal integrates sensor data and uploads it to the management platform in real time via a mobile network, supporting remote monitoring.
TECHNICAL PARAMETER
1. Digital Display Accuracy: 0.01mm
2. Linearity: ±0.5%FS
3. Operating Conditions: Temperature Range: 10℃~35℃
4. Displacement Sensor: 0-300mm, Accuracy Class 0.2
5. Laser Count Switch Range: 0-20 meters
6. Power Supply: 220V±10% 50Hz±1Hz
7. Power Consumption: ≤10W
8. Software Description: This software runs on Windows and other operating systems, enabling automatic data extraction, storage, and printing.
Application Scenarios:
Construction Quality Control: Real-time data monitoring helps prevent over- or under-driving, ensuring the pile foundation bearing capacity meets standards.
Information Management: Integration with an engineering management platform enables traceability of the construction process.
Technical Points
Control Principles: The control of pile termination hammering needs to be determined based on the soil conditions at the pile tip. When the pile tip is in a general soil layer, controlling the design elevation of the pile tip is primary, with penetration as a secondary consideration; when the pile tip reaches a hard soil layer, penetration control is primary, with pile tip elevation as a secondary consideration.
Equipment Requirements: When conducting high-strain dynamic pile testing, force sensors (such as ring strain gauge force sensors) and vibration sensors (such as piezoelectric accelerometers) are required to accurately measure the stress and motion state of the pile body. Modern intelligent construction management systems also often integrate relevant monitoring technologies to achieve precise control of the pile driving process.
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