- Time of flight 2d lasers.
- Time of flight 3d lasers.
- Digital profiling sonars.
- Digital 3D sonars.
- Digital scanning sonars.
- High resolution digital marine cameras.
- MH to MH gas and temperature sensors.
- RTK GPS for cm accuracy.
- Additional sensors are easily incorporated.
- Max resolution: 1920 X 1080.
- Native MPEG 4 and Motion JPEG output.
- Natural Pan Tilt Camera Motion.
- 10 to 1 Zoom, 12 times digital.
- Clear jpg frame grabs.
- Wide dynamic range.
- Min Illumination 0.45 lux.
- High output LED lights.
- 6 wheel drive amphibious ATV.
- 2,000ft. 4 wheel drive, skid steer tractor
- Pontoon floats.
- Electric winches with 1,200’ to 6,000’ of electro fiber,¼” steel cable.
- Digital Marine Cameras.
- Solid State Attitude Sensors.
- Hydraulic tow winch, 5,000” of rope.
- High capacity blower fan (1. 5 HP)
WASTEWATER & DRAINAGE TECHNOLOGY
On Staff, Software & Hardware Engineers.
Quick solutions for emergency work.
30 yrs of experience in problem solving.
Limitations:
- Soft sediment may prevent tractor travel.
- Pipe bends adding up to more than 90° may cause too much friction on the umbilical cable.
- High velocity flows may impact image as well as sonar and laser quality.
- Operating temperature range (-25° to 65° C).
Quick Builds for Specific Projects
1080P Marine Video Cameras
Laser and sonar can be used for pipe ovality measurements.
Time of Flight Laser (ToF) Data
Time of Flight laser is a line of sight measuring instrument. This means that the units will collect accurate data in a changing pipe diameter. They will also collect manholes or pipe break measurements as they conduct a pipe survey.
In-house bench testing has shown an accuracy of 3mm-3/32", with a 25m-82'. range
Two 12 mega pixel video cameras provide 360 degree view up and down. The Time of Flight laser collects laser point cloud data that is measurable and can be uploaded to CAD programs.
Pipe Profiling Sonar Data
Time of Flight Profiling Sonar is a line of sight measuring instrument. We utilize a high frequency profiling sonar head. Our minimum required standoff from the head is 3”, so we can collect sonar data in as little as 8” of standing water. We report the data in cross sections, longitudinal cross sections and sediment spreadsheets that can be easily interpreted.
In-house bench testing has shown an accuracy of 13mm-1.2", with a 6m-19' range
