
This product line has been retired, please see the
HHP page for more selections or contact a RACO Sales rep
for more information. RACO will keep accessories available for as long
as possible check with a RACO sales rep for availability and replacement
products.
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Hand Held Products Quick Check OLV-10 On-Line
Verifier
Overview
On-line Verification Ensures Quality Bar codes From Your Printers
Bar code verification is more than just scanning a bar code to see if it can be read.
Verification is a process of decoding the data, measuring critical key characteristics,
and assuring that the bar code will be readable in a wide variety of environments and
scanning systems. By placing this verification "on-line", you can reduce costly
waste of time, resources and labor right at the source of potential problems.
The One Series of Verifiers Designed Specifically For Your Business Needs
The Hand Held Products Quick Check series of on-line bar code verifiers provides continuous
inspection of labels as they are being printed, applied, stacked or handled. Bar codes
should be verified by decodability, readability and overall quality as close to generation
as possible. Our product design gives you the flexibility to place an on-line verifier
into your process precisely where it will do the most to improve productivity, reduce cost
and increase quality.
The Hand Held Products Model 10, used most often with direct thermal or thermal transfer printing,
incorporates a laser verifier which is powered by the printer itself. This verifier will
read one-half inch high bar codes at speeds of up to eight inches per second.
It's Like Having an Extra Set of Eyes Watching Over Your Business All the Time
The Hand Held Products Model 10 can be programmed to use data from the verifier about the quality of
the bar codes in process to automatically control the printer's pause function or to
illuminate an indicator light, activate an external alarm, shut down the system or
initiate other functions of your choice.
Get the Performance You Expected From Your Bar Code Program
Poor quality bar codes can bring a lot more problems than just short-term process
costs and productivity losses. Unreadable or incorrect bar codes can cause massive
shipping returns, database corruption and even customer fines. The accuracy, readability
and compliance of each and every bar code we use is critical. All the productivity and
cost savings we expect when we institute bar code programs can only be realized if we
ensure the quality of the bar codes themselves.
Features/Benefits
Precise, continuous bar code verification.
Automated monitoring of your barcode production.
Real-time quality control
Flexible, easy-to-learn / use programming
Configuration
Single, compact
housing (controller/scanner)
Powered by printer or applicator
Mounting Stand
Mechanical Specifications
Dimensions:
4.25in H x 7.5in W x 3.75in D
(10.7cm H x 19.0cm W x 9.5cm D)
Weight:
2.2 lbs (997 g)
Electrical Specifications
Communications:
RS-232
Input Voltage:
+5 VDC (300 mA max.)
Indicators:
6 LEDs:
5 indicate output status
1 indicates synchronization
Open Collector Outputs:
250 mA sink (maximum)
24 VDC pull-up (maximum)
Switch Input:
Internal 10K pull-up to 5 VDC
External pull-up to 24 VDC (maximum)
Electrically Isolated Input:
two wires
+ and -
input resistance
47K ohms
Activation Voltage:
+15 VDC to +100 VDC
120 Hz fully rectified 100 VDC RMS is
acceptable
Keypad (4-button):
select
enter
F1
F2
Liquid Crystal Display:
2 line x 16 character LCD
Environmental Specifications
Operating temperature range:
32 to 122 F (0 to 50 C)
Storage temperature range:
-40 to 158 F (-40 to 70 C)
Relative Humidity:
5% to 95% (non-condensing)
Optical Specifications
Scanner Illumination:
method
Moving beam
wavelength
670nmSystem
Scan Rate:
40 scans/second (nominal)
System Analysis Time:
50 ms (nominal)
X Dimension (minimum):
7.5 mil (0.19 mm)
Symbologies Verified
Bar Code Types:
Code 39
Interleaved 2 of 5
UPC/EAN with addendums
Codabar
Code 128
Code 93
Applications Verified
Application Types:
AIAG B-1
AIAG B-3, B-4, B-5
LOGMARS
UCC / EAN / ITF
Verification Methods
Parameters determined by:
Traditional (except print contrast signal)
ANSI/CEN (decode and decodability only)
Programmability
Programmable for:
No Read
Warnings
Rejects
Good Evaluations
Scanned Profile Grading (based on decodability)
Synchronized Operation
Control of Key Printer or Machine Functions
Models and Accessories