Skip to product information
1 of 6

PIT8300 Pile Intergrity Tester

PIT8300 Pile Intergrity Tester

Regular price $5,999.00 AUD
Regular price Sale price $5,999.00 AUD
Sale Sold out
Taxes included.

PIT8300 is a portable low strain pile integrity tester used to evaluate concrete foundation pile quality with reflection-wave analysis. It helps identify potential defects and supports location assessment of abnormal sections in pile shafts.

Model

PIT8300

Display screen

8 in, resolution 1280 x 800

Storage mode

16G internal storage

A/D sampling accuracy

24 bit

Sampling interval

0-1000 us

Sampling length

1024, 2048, 4096, 8192 (four selectable options)

Data upload method

WiFi cloud upload or U-disk transfer

Sensor type

Accelerometer

Sensor sensitivity

100 mV/g

Sensor range

50 g

Triggering mode

Signal triggering

Power supply

Detachable lithium battery (6360 mAh / 68.688 Wh / 10.8 V)

Working time

Greater than or equal to 8 h

Working environment

-10 to 50 C, less than or equal to 90% RH

Outline dimensions

258 x 188 x 52 mm

Standard

ISO/DIS 8045 International
EN 12 504-2 Europe
BS 1881, part 202 Great Britain
DIN 1048, part 2 Germany
NFP 18-417 France
B 15-225 Belgium
ENV 206 Europe-ASTM C 805 USA
JGJ/T 23-2011 China

Technical advantages

  • 24-bit high-precision A/D acquisition supports clear and stable waveform capture.
  • Real-time waveform processing includes smoothing, integration, filtering, and selectable amplification methods.
  • Signal superposition function helps suppress noise and improve interpretation quality.
  • Dedicated PC software supports advanced data analysis and customizable report output.
  • Multiple sampling lengths and trigger settings increase adaptability for different pile conditions.

Introduction

The low strain reflection-wave method is suitable for integrity checks of concrete pile shafts. PIT8300 supports rapid field testing and helps estimate the extent and position of defects for engineering quality control and acceptance inspection.

Typical applications

  • Integrity screening of cast-in-place and precast concrete foundation piles.
  • Quality verification during construction, acceptance, and maintenance stages.
  • Abnormal waveform analysis for potential defect localization in pile shafts.
View full details