Description
WMD Fish Resistivity Counter Underwater Light-board Infra Red 730nm– the pinnacle of underwater illumination engineered for resistivity camera systems, fish guidance, academic research, and marine applications, inspired by the success of our resistivity counter work.
Key Features:
- Fully Submersible Design: Dive into unparalleled underwater visibility with our fully submersible IR Light-boards for resistivity camera systems
- Externally Driven High-Intensity IR LEDs: Illuminate the depths with confidence. Our Light-boards feature externally driven high-intensity IR LEDs, fully dimmable to meet your specific lighting requirements and aid in regulation of camera ‘white out’.
- Regular grid spacing for pixel measurement and calibration for camera measurements and so refinements are within the operators control for optimum image sensitivity.
- Compatibility with External Touch Sensitive Remote Controller: Take control with precision using our external touch sensitive remote controller. Dimmable with in built thermal protection. Capable of up to 300w output
- High-Impact Engineering Plastic Surround: Built for durability, our Light-boards feature a high-impact engineering plastic base board. This robust construction shields against debris strikes in high-flow conditions, offering enhanced protection compared to typical stainless steel constructions.
- IP69K Rating for Extreme Conditions: Raising the bar for durability, our Light-boards boast an impressive IP69K rating, ensuring resilience against high-pressure, high-temperature water jets, and providing unmatched protection in the harshest underwater environments.
- Optional removable strike face over-panels and light diffuser panelsNote: Complete Unit requires 2 x WMD Slimline PSU’s (1 per panel) which come complete with remote controller
Illuminate your underwater lighting experience with the WMD Resistivity Counter IR Light-board – where innovation meets durability. Explore the depths with confidence, enjoying unparalleled safety and compliance in every underwater application.
