CCTV and Sonar Pipe Inspection system Sewer Drain pipe with Water Inspection

Generally CCTV combined with sonar is used for internal condition inspection or assessment where depth of flow of sewage varies from 25% to 75% of overall sewer diameter for sewers greater than500mm in diameter. The sewer under water can be scanned by the sonar while above water can be inspected by the camera system to generate the video inspection report. The device, utilized two inspection systems, makes a new era on the way of pipeline inspection.

Features:
CCTV & Sonar Inspection together

CCTV inspection above water, soanr inspection under water

CCTV and sonar image display on the same screen

Data and images saved in the hard disc
Built-in roll and pitch angle sensors
Built-in cable counter interface
Inspect pipe profile automatically

Sonar Probe Technical Parameter

Pan&Tilt Camera JT2000
1, 360 degree, no limited rotate
2, The lens heating can prevent fog
3, Camera light can be adjusted
4, Maximum Brightness upgrade 50%, More suitable for small diameter
5, Optional Laser, calibrate defect size

ZK200 Control |Unit

Control pane: control of crawler speed, direction, camera focusing, rotation, light intensity, camera up and down, clutch, the control box can be took out separately and do operation by a DB9 wire.

Power: AC 220V

Output: PAL mode

Waterproof: IP63

Camera control: a key center control

Data output: distance, time live display, pressure, inclination, elevator height animation display.

Resolution: 800*640

Resolution: 1024*768

Weight: 20kg

Manual Cable Drum:
Counter: high precision coder( ±0.1m), cable length calculation.
Layering: manual layering
Waterproof: IP63


SonarProf Pipe Sonar Professional Analysis Software
Support pipe cross-section in real-time representation and a full 360-degree profile extendable (IMG. 1)
Automatically generate pipe 3-D modeling and view debris and defect inside clearly (IMG. 2)
Support debris volume calculation & analysis data to be plotted easily (IMG. 3)
Automatic reporting for high efficiency report preparation (IMG. 4)