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REA Elektronik constantly strives to improve its products and therefore reserves the right to make changes to the figures and data contained in this document on an ongoing basis without prior notice.
Software options ................. 11 Transport, storage and operating conditions ..........12 Safety Instructions ..................13 General safety ..................13 Additional safety instructions for REA VeriCube UV ........15 Electrical hazards ................16 REA VeriCube Version ................17 REA VeriCube Standard ................ 17 REA VeriCube Pharma ................
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Certificate of conformity for the REA calibration cards ....... 109 EU declaration of conformity for the REA VeriCube ........110 Technical data ..................111 Measurement Report radiation emission ..........114 Terms of guarantee ................114 Attachment ..................116 25.1 General symbols used in this manual ..........116 25.2...
Microsoft Windows. In contrast to a scanner for barcodes and matrix codes, REA VeriCube is an optically operating measurement device. Measurement devices are subject to a regular adjustment and calibration (monitoring of testing equipment).
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08316222 Protective Cover VeriCube 030.037.200 Measuring table – one measuring table as a table for parts / cans which can neither be left on the REA VeriCube for measuring nor placed on the REA VeriCube. 99031620 Stand – REA VeriCube can be mounted into our height-adjustable stand and used with the camera modules with focus position +15mm.
The plastic cover serves as dust protection during the storage and transportation of the REA VeriCube. The glass plate serves as a top plate in the event that the codes to be measured need to be placed on the surface. The glass top plate must always be removed prior to the transportation and the plastic cover used as protection.
Supplementary notes can be found in Annex 24. Symbols are described in 24.1. The REA Verifier tester REA VeriCube is built according to state of the art and recognized safety regulations. Nevertheless, its use risks to life and limb of the user or others, or damage to the REA VeriCube or other property may arise.
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Warning: Be careful with the glass cover. When the VeriCube is tilted, it could slip out and fall down. Caution, danger of injury. Warning: Be careful with the glass cover. After a glass breakage, be careful with possible glass splinters, danger of cutting.
(wearing UV glasses). With REA VeriCube UV the irradiation values according to EN 62471:2008 for the skin directly on the device are exceeded. For longer-term work at the radiation source it is therefore recommended to wear opaque clothing and gloves.
REA VeriCube Version REA VeriCube Standard The REA VeriCube, in the standard design, has 13 screws on the upper side. With the exception of any two screws, all the others can be removed. The plate is either in blue or silver in color. The screws have Torx T10 heads.
REA VeriCube UV The REA VeriCube UV has an ultraviolet illumination as an alternative to the red light illumination with 660 nm. For this alternative illumination there are arranged 16 UV- LEDs with a wavelength of 365 nm in the unit.
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The focusing plane of the camera module in UV is shifted in relation to that in red light. If the REA VeriCube UV is to be used for measurements with red light, it is essential that a suitable camera module is then used for red light.
REA has two different versions for infrared lighting in its portfolio. The REA VeriCube IR can be purchased as a variant with 855 nm or with 945 nm. With these types of device, IR is always the alternative lighting to red light. For this alternative lighting, the device contains 16 IR LEDs with a wavelength of 855 nm or 945 nm.
When the REA VeriCube is subjected to temperature changes (e.g. when it is utilized in heated rooms after transport in winter), condensation can occur on the optical parts. In such an instant, wait for about 15 min before the REA VeriCube can be used.
The REA VeriCube is delivered with two identical network cables. Picture of PoE power supply and network cables The REA VeriCube is connected with one of the two Ethernet cables to the PoE power supply unit. The socket, which is marked on the power supply unit with "Data&Power Out”, is intended for the connection to the device.
As long as the testing takes place, no LED lights up on the Ethernet socket of the REA VeriCube. As soon as the device receives power, the left LED lights up (light- orange)
6.4.2 Network operation The PC is connected to a company network LAN. The REA VeriCube is connected from the "Data/IN" connection with an available and connected (patched) network socket. The server (DHCP) in the network automatically assigns the network addresses.
6.4.7 Using a gateway The REA VeriCube is using the camera protocol GigE Vision. This is primarily specified for a direct communication between two devices (PC and Camera). Operation over a Gateway is not recognized and does not work.
The REA TranWin32 software is necessary for the operation of the VeriCube. Only one REA VeriCube can be used by a PC at any one time. Other REA Verifier products can be used on this PC at the same time but not a second REA VeriCube.
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VeriCube The REA Verifier model REA VeriCube is used The installation option ADB Client installs the REA article database software. The option ScanLink Assistant is an option for installing and using the ScanLink software for extended analysis and evaluation of ISO standardized data structures.
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DataServer. This installation requires that the license is activated in VeriCube or that a license key is ordered from REA. Please also refer to the separate Audit Trail manual.
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Depending on the selected installation, the following icons can then be found on the desktop. In the actual release only the TransWin32 and maybe the REA ADB icon is there. The other two icons are not required because these programs are started and stopped automatically together with the TransWin32 program.
Correct handling General considerations The REA VeriCube is an optical measurement device with a camera and built-in lighting. The device should be lifted only by the recessed grips provided for this purpose. The camera module should never be used as a handle.
Operating the device In some basic functions, the REA VeriCube can be operated with the device buttons The on/off button With this button, the device is turned on and off. The PoE power supply needs to communicate with the connected device, this results in some turn-on delay.
The following calibration checks if the required measuring accuracy is achieved. The REA VeriCube must be calibrated in regular intervals of between 4 and 12 weeks. In the setting >configure >configure calibration and adjustment the validity period of the calibration can be entered from 1 to 90 days.
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The instructions for performing a correct measurement must be observed particularly closely during calibration (see section 7.2). The adjustment and calibration data of the REA VeriCube are, in contrast to the other REA Verifiers, saved in the PC – not on the device.
(the normal materials let the light penetrate). During the operation of an adjustment step, the device should not be moved. Adjustment of REA VeriCube The device adjustment is initiated through the REA TransWin32 software. For this purpose, the menu item >configure, >Adjustment and calibration must be selected in TransWin32.
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5 minutes, before starting the adjustment procedure. The REA VeriCube is delivered with a transparent plastic top plate, which covers the inside space of the camera, as well as with a glass top plate.
The card is positioned so that a completely unprinted area of the map is in the field of view of REA VeriCube. The blue square in the image below shows the position that should be shown in the field of view.
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After the white card is placed on the REA VeriCube, the level correction is started by selecting the OK icon. Picture of a level correction card (original size 22 x 25 cm) Picture: The level correction card on the device The level correction corrects the uneven lighting of the measurement field (tolerances of the LEDs, construction, optics, etc.).
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This does not apply to REA VeriCube IR. With this device the warning can only be avoided by making adjustments and subsequent measurements without a disc.
Camera modules with 8mm focal length: Latest calibration cards contain a REA reference test report for the symbol Dnom = 0.75 and for Dnom = 0.5. For adjustment and calibration of the 8mm lens the symbol with Dnom = 0.75 should be used and thus the reference values from the test report of the 0.75 symbol should be transferred to the...
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ISO/IEC 15426-2 states that it is a per cent value. This per cent value refers to the Contrast Uniformity value specified for the test symbol 5 (see the card with the REA article number 90031704). Contrast uniformity is one detail value of many used to determine Modulation for the entire symbol.
ISO/IEC 15426-2 states that it is a per cent value. This per cent value refers to the Contrast Uniformity value specified for the test symbol 5 (see the card with the REA article number 90031704). Contrast uniformity is one detail value of many used to determine Modulation for the entire symbol.
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The reference values can be edited and modified by “Edit reference values” A test report with the reference results of REA is supplied with all calibration cards. The test reports with the reference results carries the following stamp: Picture: Stamp on the reference test report To avoid confusions, the certified calibration card has a serial number which is mentioned in the reference test report.
9.2.4 Calibration with extended calibration cards For this purpose, the extended calibration uses test cards, which are sold by REA and its authorized resellers, but are otherwise manufactured fully independently of REA and are measured with other reference devices (traceable back to national standards).
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#5, #10, #11 and #12 with X=0,200. A resolution of approx. 10 pixels per module is recommended. Level 1: Calibration with REA calibration card with DataMatrix reference test code: part-no. 90031702 Level 2: Calibration with REA calibration card with DataMatrix reference test code: part-no.
In this context, this is not the case. The diaphragm opening of the lens of the REA VeriCube has a fixed presetting from the plant, which achieves the best compromise between the maximum possible depth of field and the minimum possible diffraction effects.
11 Execution of the measurements 11.1 Positioning of the device The REA VeriCube can be operated in different measuring positions. 11.1.1 Camera downwards In this mode, the device is positioned, for example, on a printed sheet or on another flat product with the camera pointing downwards. On a printed sheet, the device can be moved from code to code and the measurements are made in this position.
If this is not sufficient, the product or the REA VeriCube and the product can additionally be placed on a lifting table and thus the optimal measurement position can be set.
This setting does not influence the measurement. 11.7 Recording the image The REA VeriCube can take an image without making an evaluation. Icon. Old icon New icon 11.8...
11.12 Rotating the image Depending on the orientation of the REA VeriCube, the movement of the image does not follow what is maybe intuitively expected. For this reason, the image can be rotated with the help of the green arrow symbols until the movement of the image moves as expected.
12 Configuring the evaluation and symbologies In this section, the essential REA VeriCube configurations are described. This configuration is performed with the help of the Windows software TransWin32. The detailed description of TransWin32 is in a separate operating manual.
The calibration and service data can be saved by using Configure / Others / Collect device data. The calibration data can be re-imported on another PC with the TransWin32 installation for a REA VeriCube device. In this way, a new calibration can be avoided if one device is used alternately at different PCs.
The user management can be applied through two alternative approaches: User management through TransWin32 (only if the SW option is available) User management through the service program (relevant for users of REA Check ER and REA ScanCheck 3 without a TransWin32 license) The actual user management dialog and also the subsequent work procedure are the same in both cases.
Depending on the selection, the use as administrator or as normal user is possible. After logging in, the REA device is ready for measurement, or if an administrator has logged in, it is ready for measurement and configuration.
Both network adapters (network cards, including WLAN) work in the same network. The REA Verifier on adapter 1 sends the data to the PC and the PC can send back the data through either adapter 1 or 2. If adapter 2 was chosen, the data no longer comes to the REA Verifier as it is connected to adapter 1.
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Speed The REA VeriCube has a network connection with max. speed of 1 Gbit/s. If the REA device is connected directly to a PC with a 100Mbit/s network interface, the speed is automatically restricted to 100Mbit/s. If the REA device and the PC are connected through an Ethernet switch with a speed of 1Gbit/s and the PC can, as before, process max.
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Temporary change of the IP address If a fixed IP has been assigned to REA VeriCube, but this is no longer permitted in the network, then the device can no longer be connected, but is still found. This will also happen, if the REA VeriCube and PC are in different logical networks.
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Now, an IP address can be set, that is reachable by your PC. But please be aware, that this IP will only be active in your VeriCube until next restart of the device!!! This means, don't turn off the Vericube, but connect it by TransWin32 and change the network settings of the VeriCube in the menue ...
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You might set it now back to DHCP ON or set a new IP address that can be found in the network. Finally, the REA VeriCube has to be restartet to change the IP-Address. If problems occur that cannot be corrected with this manual, please contact REA...
Make sure that no streaks remain on the mirror. To clean the lens of the camera module, switch off the REA VeriCube, then loosen the knurled screw on the camera module and removed it. Please handle this carefully so that the grub screw, which fixes the focusing, is not loosened.
Intel Corporation. Linux is a registered trademark of Linus Thorvalds. REA is not responsible for the validity of this data. The use of any protected concepts and names should not represent a violation of a copyright and a protected brand.
This end-user license agreement is a law binding agreement between yourself (either as an unstudied or as a juristically qualified person) and REA for the use of the REA software as described above and the documentation thereof, either in digital or in printed format.
This license does not entitle you to reserve any rights in conjunction with the mentioned registered trademarks, logs and brand names. In the event that any rights of REA are not adhered to or the conditions of this license agreement are not kept, the granted license will automatically be withdrawn.
18.5 Liability The user uses the program entirely at his / her own risk. REA cannot be held liable or responsible for any damages, caused by either the user or a third party, either by direct usage or by means of duplication.
ISO/IEC 15426-2 Automatic identification and data capture techniques – Barcode Verifier conformance specification – Part 1 Two-dimensional symbols The barcode verifier REA VeriCube is a device which fulfills the requirements of these standards for minimum functionality (mandatory) and for optional functions.
The calibration card must be stored protected from daylight. Scratching, dirt and other negative influences make the card unusable. The measurement precision of the REA VeriCube must be regularly verified (see section 9.2). Technical changes reserved August 2015 REA Elektronik GmbH ●...
EN 62471:2008. With VeriCube UV, the irradiation values for the skin are exceeded directly on the system. For long-term work at the radiation source, the use of opaque clothing and gloves is recommended.
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If you have any questions regarding customer service, please contact REA Elektronik GmbH or its representative in charge of your area. On the REA Web site, you’ll find a document that indicates the status of the device. Devices no longer manufactured are taken from repair support after the period specified there.
25.6 Intended use The REA VeriCube is a measuring device that can only be used for quality control of printed barcodes and matrix codes or for reflectance measurements. It is a measuring device, that must always be connected to a PC via a network.
25.7 Recycling The REA VeriCube is an electronic device and must not be disposed of with household waste. The respective owner is responsible for the proper recycling. The REA VeriCube is a device which is exclusively sold for commercial use. For this reason, the REA VeriCube is not marked with the crossed bin symbol.
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