Portable barcode verifier conformity with ISO/IEC 15426-1 barcode verification / evaluation according to the verification specifications ISO/IEC 15416 or ANSI X3.182. Contactless inspection with a specifically optimized laser which resembles a scanner register with a simple positioning with the visible laser beam with keypad with 22 input keys for configuring and entering comments on-site. Suitable for measuring large and small barcodes and has a memory for up to
Portable barcode verifier conformity with ISO/IEC 15426-1 barcode verification / evaluation according to the verification specifications ISO/IEC 15416 or ANSI X3.182. Contactless inspection with a specifically optimized laser which resembles a scanner register with a simple positioning with the visible laser beam with keypad with 22 input keys for configuring and entering comments on-site. Suitable for measuring large and small barcodes and has a memory for up to 1000 readings. USB connection for a portable printer with a reliable PC communication per network possible and DHCP capable
Features:
Barcode Verifier in conformity with ISO/IEC 15426-1
Contact-free linear scanning with laser technology
Barcode verification / evaluation according to the verification specifications ISO/IEC 15416 or ANSI X3.182
Alternatively with optional parameters according to the respective symbology standards (configurable)
Specification of desired class or complete verification profile with target/actual comparison
Multiple measurement with averaging from 2 to 10 single measurements possible
Auto discrimination of the most important bar code symbologies
Automatic code size and check digits monitoring
VBarcode verification and visualization of quiet zones with an extended area
Ratio monitoring for two bar width codes (e.g. Code 39, 2/5i)
Verification of GS1 General Specification requirements
Barcode Verification / evaluation of GS1-128 data structures
Multilingual reports and user interface
Verifies barcodes:
EAN-13
UPC-A
UPC-E with/without ADD-ON
EAN-8, 2/5 Interleaved with/without check digit
ITF-14
Freight code
Code 39 with/without check digit
PZN-Code
Code 32
Code 128
GS1-128 with/without content verification
GS1-Databar
Technical Data:
Barcode verification unit with measurement accuracy in conformity with ISO/IEC 15426-1
ARM9, 32bit Microprocessor, 180Mhz, 32 MB RAM, 32MB Flash ROM, 512MB-MMC-Flash memory
ElinOS Embedded Linux operating system
Red light illumination with 670 nm semiconductor laser, laser protection class II, <1 mW, from 45°
Max. measurement width 140 mm, or 175 mm with 20 mil adapter, each incl. bright field zones
Aperture: 6, 8 mil 10 mil, with adapter 20 mil (equals 0.15; 0.2; 0.25, 0.5 mm)
Measuring accuracy: +/-5% for average value; +/-10 % for extreme values; +/-8 % for contrast values
Connections:
RJ45 Ethernet port for power supply and TCP/IP data transfer
USB 2.0 port for printer connection and for software update
Color LCD display, 22 short-stroke keys for operation and evaluation on site
Power supply: internal via 4 NiMH battery cells and/or externally via Power-Over-Ethernet power supply, primary 110-240 V~ with power connection cable for EU, US, UK, 2 CAT5 network patch cables (supplied)
Dimensions (L x W x H ): 222 x 85 x 92 mm
Weight: 1,115 g
User maintenance: Instrument is factory calibrated. Recalibration, required monthly or in the case of location or lighting change, with supplied calibration card
Verification tool monitoring recommended monthly with supplied test code
Operation after activation with REA TransWin 32 evaluation software program for PC with MS® Windows 7 and advanced operating systems and .NET Framework version 2.0 or later possible with the following functionalities: Data upload, display, save, parameterization, remote control, print-out
The Best All-Round Barcode Verifier is a portable Barcode Verifier Kit, including ScanCheck 3 Verifier, Power Supply/Charger, Cables, Calibration Card, Manual and Carry Case. The REA ScanCheck 3 is a universal high performance barcode verifier which meets ISO/IEC standards. It is commonly used by most, if not all, of the major multiples as a quality control tool.
Automatic barcode type and size determination provides easy use and user-independent verification. The measuring system is based on a laser scanner, the visible beam making setting up the unit for completely contactless measurements a breeze. The ScanCheck 3 comes with a carrying case and rechargeable batteries as standard making it fully portable. All verification results are visible via its high definition colour screen and multiple reports can be saved for later viewing if required.
Additionally the REA ScanCheck 3 will connect to the optional TD-GPT-U portable battery powered report printer. The REA ScanCheck 3 verifier will just as easily connect to it's comprehensive PC-based TransWin 32 software suite for easy analysis and reporting back in the office. The REA ScanCheck 3 supports English and German languages by default. Other languages can be added by the aid of a translation tool.
REA - ScanCheck 3 Features
Meets ISO/IEC 15416 and incorporates optional parameters. Full analysis to ISO, ANSI and CEN standards One verifier covers full range of high and low density barcodes! Powered by rechargeable batteries to ensure full portability. Large colour display andf keyboard for easy intuitive use. Fast, contact-free measurement by laser scanner technology. Easy software update by Flash-ROM technology.
Features:
• Contactless verification by a laser scanner designed for verification
• Meets ISO/IEC 15416 and incorporates optional parameters
• Designed to verify high and low density bar codes
• Powered by rechargeable batteries to ensure portability
• Automatic bar size determination and verification
• Short information Good, Warning or Fail by red, yellow or green lights Large colour display for ergonomic use
REA ScanCheck 3 is a universal high performance bar code verifier which meets to ISO standards. It produces reports which allow to proof that quality agreements are fulfilled. Automatic size determination provides easy use and user independent verification.
The measuring system is based on a laser scanner system adapted to the requirements for verification. This technique leads to contactless measurements. The power supply is provided by standard AA rechargeable batteries. These allow full portable operation.
The REA ScanCheck 3 supports German and English. Other languages can be added by the aid of a translation tool.For quick and ergonomic operation the REA ScanCheck 3 is equipped with a large colour display and a powerful 32bit CPU. Reports can be stored locally or saved on a PC using a USB/Network device and REA TransWin32 software.
Additionally the REA ScanCheck allows connecting a portable battery powered report printer. The REA ScanCheck 3 includes always a GS1-128 data content checker with no extra price.
REA ScanCheck 3 is a universal, battery-operated, high-performance bar code verification device which operates in accordance with current standards. The verifications document compliance with quality goals in production and monitoring of bar codes on data storage devices and products of all kinds.
The measurement principle is based on a laser scanner optimized for verifications. This makes contact-free measurement, largely independent of handling influ- ences, possible. For mobile use on site, the device operates self-sufficiently, independent of the power network with standard, rechargeable batteries. The operating system and application software support multiple languages.
For quick creation and evaluation of verifications and their comprehensive display, the unit is equipped with a powerful 32-bit processor, a brilliant color graphic display and tone generator. Measurement data can be saved internally in flash memory and/or immediately printed out via the USB interface with the mobile
report printer. Data can also be transferred via network communication to a standard PC and processed there further with the – optionally available – REA TransWin 32 evaluation software.
With REA Verifiers, you will find out why the read rates of codes are low. Use it to learn how the print quality of the codes can be evaluated and optimized, using the detailed measurement results.
