Dimensions
Height:
5.2 in. (13.2 cm)
Width:
4.4 in. (11.2 cm)
Depth:
2.4 in. (6.1 cm)
Mechanical/Electrical
Communication Port: DB-9, male, RS-232C, programmable baud
rate up to 115,200 baud
I/O Power:
DB-15, male, 5 programmable
outputs, 2 sync inputs +5VDC @ 1 amp required
Mounting:
2 sets of mounting holes on
2 surfaces, or clamp for tightening to 3/8 in. (.5 mm) rod
LEDs:
5
Environmental
Operating
Temperature: 40 to 105° F (4 to 41° C)
Storage Temperature:
-4 to 140° F (-20 to 60°C)
Relative Humidity:
10 to 95% Non-condensing
Ambient Light:
Not to exceed .5 mW/sq-mm 600 nm to 700 nm (calculated at about 2%
of laser light level; estimate, not verified)
MTBF:
10,000 hours (est.) (dominated by motor, then laser life)
Scanner
Scan Rate:
400 scans/second
Laser Power:
3 mW (+.5 mW)
Wavelength:
650-670 nm
Beam Shape:
Elliptical
Analysis Rate:
100 analyses/second (min.)
Bar Code Density
X Dimension:
6.6 mil (.2 mm) min. to 40
mil (1 mm) max.
Scan Width:
6 inches (15.2 cm)
X Dimension: 10 mil (.25
mm) or larger; 4.5 in. (11.4 cm) - (x dimension <10 mil)
Depth of Field:
±.125 in. (3.2 mm) min. with all verification analysis enabled
Symbologies
EAN/UPC with addenda, Code
39, Interleaved 2 of 5, Codabar, Code 128, Code 93
Operation Modes
Sync Mode
Moving Bar Codes:
A sync signal is used to
indicate when an object or label containing a bar code has entered
or exited the laser beam. Bar codes are analyzed, ports activated,
and transmissions sent as the bar codes pass through the beam. The
QCOLV-SV100 is programmed for the number of bar codes to expect
during a sync period. Therefore, the QCOLV-SV100 detects missing or
undetectable bar codes. A hardware input is the most common sync
source for Sync Mode.
Sync Mode
Stationary Bar Codes:
Bar codes are placed in the
beam and held in a known position. A sync input commands the unit
to turn on the laser beam, perform a programmable number of scans,
report the analysis, and turn off the laser beam. RS-232
communication sync command (-SA) is the most common sync source. A
rastering laser option is often used to analyze the bar code area.
Non Sync Mode
Free Scan Operation:
A sync signal is not used
and the unit scans and analyzes bar codes as they pass through the
laser beam. This mode is only recommended if the QCOLV-SV100 is
used as a bar code decoder, since it can’t report missing or
undetectable bar codes.
Parameters Analyzed
Average Bar
Deviation (Traditional method parameter)
Minimum Bar Deviation
(Traditional method parameter)
Maximum Bar Deviation
(Traditional method parameter)
PCS
(Traditional method parameter)
Reflectance – Light
(Traditional method
parameter)
Reflectance – Dark
(Traditional method parameter)
Ratio
(Traditional method parameter)
Quiet Zone
(Traditional method parameter)
X Dimension
(Traditional method parameter)
Decodability
(ANSI method parameter)
Defects
(ANSI method parameter)
Edge Contrast
(ANSI method parameter)
Global Threshold
(ANSI method parameter)
Modulation
(ANSI method parameter)
Overall Symbol Grade
(ANSI method parameter)
Reference Decode
(ANSI method parameter)
Rmin/Rmax
(ANSI method parameter
Symbol Contrast
(ANSI method parameter)
Bar Code Direction
(scanner decoder function)
Encoded Data
(scanner decoder function)
Symbology Type
(scanner decoder function)
% Decode
(multiple scanning parameter)
Modulo Check
Digits
(mandatory symbology and optional application parameters)
Safety/Regulatory
FCC Class B, CE Certified
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United States and/or other countries
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