22 SERVO 01.2014
NEW PRODUCTS
Direct Drive Gearmotor Tilts
Derived from their servo driven cradle tilts, ServoCity now offers direct drive gearmotor cradle tilts. These
cradle tilt systems are compatible with 3-12 VDC and 6-12
VDC gearmotors. The tilt framework is constructed of 1/4”
ABS plastic side plates tied together using 6061 T6
aluminum Actobotics™ components. The height of the
cradle is adjustable by moving the motor and bearing
mounts up or down the outside cradle.
The inside height is also adjustable so that users can
properly center the mass of the object to be tilted about
the axis of rotation. The camera plate has numerous 1/4”
width slots so the mass of the object to be tilted in the
forward and aft direction can be balanced.
There are two models available: The 4” cradle is
designed for cameras with a body width of 4” or less, while
the 6” cradle offers a solution for larger cameras with a
width of 6” or less. Both systems are rated for cameras up
to three pounds.
These open loop tilts are an excellent choice for
photographers and videographers using small video
cameras or still cameras. To vary the speed of the tilt
system, a speed controller can be utilized. The direct drive
gearmotor cradle tilts can be mounted to other Actobotics
components that utilize the .770” or 1.50” hub pattern
with the included 6-32 x 1/4” pan head screws.
These tilts can be configured in the overhead or
underslung position. The inside cradle has no range
limitation (it can rotate a full 360 degrees). The tilt systems
come in kit form, and step by step instructional assembly
videos can be found on ServoCity’s website. They are priced
at $39.99 for the 4" tilt and $49.99 for the 6" tilt.
For further information, please contact:
Website: www.servocity.com ServoCity
Board Design Support for
Embedded Video Engine Chips
Altium Limited has released new printed circuit board (PCB) design content supporting the FTDI FT800 family
of HMI solutions.
The FT800 family — with its revolutionary EVE
(Embedded Video Engine) Technology — combines display,
audio, and touch in a single chip. This optimized solution
reduces board area, power, and BOM requirements making
it a solution for Human Machine Interface (HMI).
By releasing board design content to support the FTDI
FT800 family, Altium eliminates the need for engineers to
spend time developing and validating PCB footprints,
schematic symbols, and 3D component bodies for the FTDI
components. The content release includes live supply chain
solutions providing an accurate picture of overall project
BOM cost, and assisting in sourcing the components
quickly.
For further information, please contact:
Website: www.ftdichip.com Altium Ltd./FTDI