The HawkEye 50T/51T are high-performance, high-resolution readers for
low-contrast two dimensional (2-D) data matrix direct part marks (DPMs). They
incorporate advanced video image processing and illumination technology to read
symbols on a variety of surfaces that have been created by dot peen, laser, or
inkjet.
The hand-held readers feature the LytePype illumination system that delivers
superior performance for DPM reading and highly reliable read rates. The HawkEye
50T/51T are contact or near contact readers, and the LytePype guides the
operator to position the reader for a simple point-and-shoot operation.
The hand-held readers provide a comprehensive set of programmable features that
can be configured to address any data collection application. Setup is simple,
and performed via the Graphical User Interface PC application program through
the serial interface port or by reading special Data Matrix codes supplied with
the unit.
The HawkEye 50T is designed to read DPMs with cell sizes as small as
0.004" (0.10 mm), and an overall symbol size of up to 0,75" x 0,75" (19mm x
19mm).
The HawkEye 51T is designed to read DPMs with cell sizes as small as
0.006" (0.15 mm), and overall symbol size of
up to 1,4" x 1,4" (36mm x 36mm).
HAWKEYE
51T - HawkEye 51T High Performance Hand-Held Direct Part Mark Reader. The
HawkEye 51T includes RS232 Coil Cable, 1D/2D DataMatrix Decoder Software,
Mounting for LytePype llumination system. (require LytePipe and Power
Supply)
HawkEye 45T series The HE45T instantly reads large linear as well as high
density matrix symbols utilizing unique DPM (Direct Part Mark) decoding
algorithm, which continuously adapts the
resolution, illumination, and image field for the fastest automatic symbology
identification and decoding over the widest range of symbology types, sizes,
recording surfaces and ambient lighting.
All Direct Part Mark reader products share the same advanced Data Matrix reading
algorithms. All products can effectively deal with a variety of reading
situations such as rotated codes, low contrast images, and damaged codes without
any reading performance degradation.