LazerData® 9000E Bar Code Laser Scanner
Dependable High-Speed Scanning In A Compact, Durable Design
The LazerData® 9000E Bar Code Laser Scanner is a compact solution for
high-speed bar code scanning applications in a variety of manufacturing,
quality control and distribution environments. Its small, rugged design and
exceptional performance make it the ideal choice for applications ranging from
verification to sorting to automatic manifesting.
Superior Performance For Accurate, Consistent Reads
The LazerData® 9000E scanner's advanced optical performance is achieved using a
670nm visible laser diode or choice of 840nm or 1310nm infrared laser, and
rotating polygon mirror on a DC brushless motor. It's designed with speed and
reliability in mind. Scan rates up to 2000 per second are produced and the
brushless motor design eliminates costly maintenance down time. In fact, the
LazerData® 9000E scanner boosts a MTBF rate of 50,000 hours!
To eliminate logjams and keep materials moving through the system, PSC has
designed an advanced digital signal processor that boosts information movement
capability far in excess of even the 9000E scanner's scan rate. For even
further performance enhancement, PSC designed a thermo-electric cooler which
prolongs laser life in hostile environments and an optional 10mW or 20mW laser
for longer operating range and improved read rates on poor contrast labels.
Built Tough To Last, Yet Simple To Install
A rugged extruded aluminum housing protects the LazerData® 9000E scanner optics
and decoding circuitry from the contaminants and other hazards found in harsh
industrial environments. And, because the unit is so small, it fits easily into
existing systems without requiring modifications to surrounding components.
Installation is further simplified by an optional omni-mount which allows the
scanner to be positioned precisely in the desired bar code location and a
convenient mounting scheme which accommodates common #6 hardware.
Programmability is also built in. The LazerData® 9000E can be configured for a
variety of applications and can be programmed either locally or from the