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ROV Mountable

ROV Mountable

1165

Specifically designed for underwater remotely operated vehicles, Cygnus offers a dedicated ROV Mountable thickness gauge, depth rated to 2,000 m (6,562 ft). This mountable measurement gauge again benefits from the multiple-echo technology found in all our ultrasonic measuring devices. It is truly versatile and designed to measure metal thickness through coatings in the harshest operating conditions. Dedicated software reveals the date, time and thickness readings on the surface, which may be logged or stored. A Topside Repeater (TSR) is available, providing the ability to present the thickness measurements remotely and overlay them on to a video signal. This permits the measurements to be superimposed on the ROV camera™s monitor screen. Features: ROV 2000m MK5 UTG Kit, depth rated to 2,000 meters (6,562 ft). Selectable Deep Coat mode for measuring through coatings up to 20 mm thick. Supplied with CygLink software to display and log thickness measurements from the ROV on a computer at the surface, which can be saved to a file and printed out. CygLink has two data logging facilities: Quick Log for simple recording of thickness measurements and; Structured mode with four templates available “ Single Point, Multi Point, GridPoint and KeyPoint. The ROV gauge sends thickness measurement data to the surface via an RS-422 serial link. Cygnus can supply the RS-422 umbilical cable up to 1,200 m in length. For longer distances, the ROV gauge can output data in RS-232 mode. Fitted with a safety Pressure Relief Valve and Securing Eye. Easy calibration at the surface via CygLink software or Topside Repeater (TSR) unit. Removable end plate for full serviceability with access to the Option Switches, Fuse and Status LED. Wet mateable ˜MC™ style underwater connectors.
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M232 Fixed Mount Thermal Camera

M232 Fixed Mount Thermal Camera

7483

The FLIR M232 fixed mount pan and tilt camera is one of FLIR's smallest and affordable marine thermal cameras. Featuring a resolution of 320 × 240, the FLIR M232 fixed mount thermal camera improves safety by revealing vessels and obstacles at night. Enjoy 360-degree viewing while underway. Combine the FLIR M232 fixed mount thermal camera with a Raymarine Axiom MFD and take advantage of FLIR ClearCruise„¢ intelligent thermal analytics. ClearCruise„¢ provides audible and visual alerts when non-water objects such as boats, obstacles, or navigation markers”appear in the scene. This enhances boaters' overall situational awareness, both day and night. Installation Note: ClearCruise„¢ features are only available on conventional ball-up installations. ClearCruise„¢ is not available on ball-down installations.
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L2FR (Reverse Acting) 2-way Control Valve

L2FR (Reverse Acting) 2-way Control Valve

8964

The Clorius L2FR (reverse acting) 2-way control valves with 2 single seats are designed for regulating low, medium, high-pressure hot water and hot and cold seawater. The L2FR reverse acting gun metal valve is installed combined with Clorius self-acting thermostats, pressure differential regulators or electric valve actuators for regulation in central heating plants, industrial plants, industrial processes or marine installations – especially in control systems for cooling as the reverse acting valve is held in a closed position using a built-in spring, the max. differential pressure, which a valve can close, depends on the spring, and when opening the valve, the actuator has to overcome the spring force.
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L2F 2-way Control Valve

L2F 2-way Control Valve

8967

The Clorius L2F 2-way control valve is designed for regulating hot water – and cold and hot seawater. The valve is used in connection with one of Clorius temperature regulators in control systems for industrial processes or marine installations. Design The valve components – valve body, seats, cone and spindle – are made of sea water-resistant materials with connection flanges drilled according to DIN 86021. The connection thread for the actuator is G1B. Function Without the actuator being connected, the valve is held in an open position by means of a spring. With pressure on the spindle, the valve will close. In connection with our thermostats or electronic actuators, the valves will close at rising temperatures. The linear characteristic will not cease until the flow has dropped below 4% of the full flow.
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