Intelligent correlator - ADC-III

Introduction

Based on industrial computer as the host of correlator, the multi-function correlator ADC-III has the function of intensity analysis and frequency spectrum analysis for leaking noise. And so provides more accurate reference for filter settings. Equipped with powerful correlation analysis software, ADC-III applies 3D correlation analysis, multi-correlation technology and automatic evaluates correlation reliability, it is able to pin-point leaks on metal and non-metal pipes fast, exactly and reliably. ADC-III is used for solving difficult leak detection problems and will help those water companies who has a lot of non-metal pipes.

Features

• Industrial Computer is used as operation platform of calculation, Chinese menus, easy to use
• With the function of double correlation, time domain correlation analysis and frequency domain correlation analysis, you can detect leaks in very complicated environment.
• 3D correlation analysis, distinguish leak noise from interference noise source.
• Continuous measurement and 11 times correlation, make detection result more accurate.
• The sampling speed achieves 10 K/S (common speed adopted in other countries is 5 K/S), enhancing accuracy of leakage location.
• High-sensitivity acceleration sensor with amplifier is adaptable to all kinds of long-distance pipeline
• Automatic Digital filtering, can be optimized according to on-site signal.
• Automatic gain control is used for transmitter, providing it with a dynamic range of 50 dB - 100 dB that promote the signal detection to the optimum.
• Up to 500 mw transmitter power satisfies the over-long correlation distance and enhances the communication performance with the receiver
• Can be used for up to 10 sections mixed material pipes
• Correlation results can be stored at any time without limit
• Raw data can be stored as required, convenient for playback and post analysis
• Signal intensity and waveform can be observed in real time, meanwhile, leaking noise can be monitored in real time.