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Verificador Portátil Inspector® L1000

The L1000 uses a moving beam laser scanner. It requires virtually no user training – basic scanning instructions are placed on the scanner. The L1000 analyzes the essential traditional verification parameters including average bar deviation, quiet zones, encodation check, mod check and ratio where applicable. It also provides the ANSI method Decodability calculation and percent of decode information.

Designed for maximum ease of use, even traditionally hard to verify bar codes such as high density codes with 5 mil (.13mm) X dimensions and codes on irregular, wet, shiny, laminated or moving surfaces are accurately analyzed.

The L1000 supports all the popular linear bar code symbologies.

Additionally, the L1000 contains 20K bytes of non-volatile memory that can be allocated in 5K byte segments for store and print and/or database capabilities.

The store and print data is accessible through a serial communications port. The database feature allows two, 16 character LCD lines to display a programmed, alphanumeric message directly related to the data in the bar code that is being analyzed.

Optional accessories include a printer and a battery charger/power supply.

• Bar codes on curved surfaces

• Bar codes on easily wrinkled or scratched surfaces

• Wet ink

• Codes that are short in height (<= ¼")

• Data match

• May use for analyzing symbols printed on a laser printer but must pay special attention to the ANSI decodability grade

• Applications using code 93 bar codes

RJS LASER INSPECTOR MODEL L1000 with MODEL CR1 SCANNER
STATEMENT OF COMPLIANCE 

The RJS Laser Inspector L1000 with model CR1 scanner performs the traditional method of verification. This document is intended to describe the verifier’s standards of compliance.

Average Bar Deviation Calculation Compliance

Digital data received by the scanner (see note 1) is used to calculate Average Bar Deviation and the ANSI method Decodability calculation. This is the basis for all bar code element measurements provided by this verifier model.

The L1000 average bar deviation analysis is traceable to the average bar deviation calculated by an RJS Inspector 4000 ANSI method verifier. This makes the L1000 traceable to the ANSI method of element width calculations (which are also used in the Inspector 4000 to calculate the ANSI method Decodability parameter.)

A reference symbol is included on the bar code test sheet supplied with each Laser Inspector Model L1000. The reference is created by scanning the symbol with a calibrated Inspector 4000 and then marking the symbol with the location of the “A” in the Inspector 4000 average bar deviation graph display.

ANSI Method Decodability Calculation Compliance

The ANSI method Decodability calculation is traceable to the Calibrated Conformance Standard Test Card for EAN/UPC Symbol Verifiers.

Final system test includes two steps for ensuring accuracy:

1.      Scanning a reference symbol and ensuring the placement of the “A” is calculated to be within +/- one (1) location marked on the reference. This equates to approximately +/- 21% accuracy between all Laser Inspectors for average bar code deviation calculations.

2.      Scanning the Decodability (BAR) symbol on the Calibrated Conformance Standard Test Card at the proper distance and angle and ensuring the Decodability calculation is within +/- 4 % of the NIST traceable value marked on the card.

Notes:
1. The L1000 does not require any calibration or adjustments. The laser scanner is screened for digitizer accuracy to be within acceptable tolerances for bar width deviation measurements and the ANSI method Decodability calculation.

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