Pan and tilts with position feedback and optional RS-485
/ RS-232 control to remotely orient camera systems, acoustic equipment,
and other instrumentation.
The unparalleled reliability of the PT-10-FB pan and tilts is
due in part to its rugged construction. Housings and machined
components are made of corrosion resistant, hard-anodized aluminum.
All external hardware is made of stainless steel for deep water
or hazardous environment applications.
The PT-10-FB pan and tilts provide 10 lb-ft (13.56 N-m) of output
torque on each axis. Heavy-duty ball bearings supporting the output
shaft allow it to accommodate heavier payloads up to 25 pounds.
The drive train for each axis of the pan and tilts uses either
a reversible synchronous motor or a brushless stepper motor coupled
to low backlash harmonic gearing. The rugged design of the gear
train allows stalling of either output shaft without damage to
the gears or the motors.
The PT-10-FB pan and tilts are equipped with internal limit switches
and position feedback potentiometers on both axes. The potentiometers
sense pan and tilt orientation angles for display at the remote
control station.
With the choice of different power configurations, AC or DC,
the PT-10-FB pan and tilts can be used in a wide array of varying
environments and applications. Additionally, the 24 VDC model
with optional RS-485 / RS-232 communication protocol is highly
configurable and precision controllable - PT-10-FB
RS-485 computer controlled pan and tilts.
The PT-10-FB pan and tilts are available in two versions: air-filled
or oil-filled. Air-filled pan and tilts are used for shallow water
applications up to 30 meters depth. Also, air-filled pan and tilts
are suitable for above water applications where rain, humidity,
and dust are issues. Oil-filled pan and tilts are used for subsea
applications up to 3,000 and 6,000 meters depth.
The PT-10-FB pan and tilts complement all ROS underwater
lights and underwater video
cameras and was designed to be an integral part of turnkey,
remotely operated, video inspection
systems.