Remotely Operated Radiation Tolerant
Underwater Camera and Inspection Systems
for the Nuclear Power Industry

R.O.V. Technologies Inc.

Lights

R.O.V. offers several standard lighting systems designed for a variety of tasks as well as custom fabrication of lighting systems to suit specific customer requirements.

Wet

R.O.V. wet lights are finned, 2-3/4 inch diameter black anodized aluminum housings with silicone o-rings and quartz lens ports for superior heat dissipation and temperature resistance.  They feature polished aluminum semi-spot reflectors with 250W, 110V heavy-duty bulbs to provide bright lighting in a durable package.  A removable screw base with an underwater pluggable connector allows for quick and easy bulb changes.

These lights are typically used on the standard R.O.V. stud cameras, FAIS arms and crawler turrets.

Mini-Wet Lights

R.O.V. mini wet lights utilize a 100W, 110V bulb in a sealed housing that is less than 1-1/4 inches in diameter.  These lights have a spring loaded quartz lens port, providing safe release should any pressure build up in side the housing.

These lights are typically used on the standard R.O.V. PTZ pole camera systems and mini-submersibles.

Wet/Dry Lights

R.O.V. wet/dry lights utilize similar technology to the wet lights.  They have a 75W, 100V bulb in a 2 inch diameter housing.  These lights can be used safely wet or dry.

These lights are typically used on the standard R.O.V. crawler bodies, standard submersibles, and all dry application equipment.

Cavity Lights

Cavity Light R.O.V. offers a power tilting version of the ROS HPS-1000 cavity light.  Each unit includes a custom mounting pole that is installed over the reactor head studs using the jet pump grapple that easily positions the light adjacent to the cavity wall just above the feedwater spargers.  The ballast box for the light is hung on the handrail using the attached bracket, and the light is tilted to the desired position using the toggle switch on the ballast box.  The light can be easily adjusted at any time to provide optimum lighting for changing vessel tasks.