Planon System Solutions RC810, RC850 manual DocuPen Roller Calibration Procedure

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RC810 850 Operating Manual:opman_eng_rc800_022006_eng.qxd 05/06/2008 9:30 AM Page 16

DocuPen Roller Calibration Procedure

Note: In order to perform Color Calibration you need to print out the Color Calibration sheet. You can download the file from the installation CD or from the link: http://www.planon.com/drivers.php. Please print the color calibration sheet on photo paper in landscape mode.

The DocuPen is factory calibrated and there should be no need to re-calibrate. We advise you to recalibrate only if you experience poor scan quality, e.g. if your scanned image looks disproportionally stretched (or shrunk) then you need to calibrate the rollers.

As a rule, color calibration must be performed before roller calibration Note: Before starting the calibration procedure please make sure that you have downloaded our latest DocuPen PenTwain drivers. You can download the drivers from the CD or the following link: http://www.planon.com/drivers.php

1. Connect the DocuPen to your computer using the USB cable.

2. Start the Paperport soft- ware.

3. Press and hold the left Shift and Ctrl keys on your keyboard and then click the Scan button within the Paperport window.

The DocuPen Scanner Control window will appear with the Calibration function enabled.

4. In the DocuPen Scanner Control Window, click on Options and select the Calibration func- tion. If you don't see the Calibration function please redo step 3.

5.In the Calibration Setup dialog window - Select Calibrate Roller and confirm by click- ing the OK button

DocuPen Roller Calibration Procedure (continued)

6. You will be prompted to turn the DocuPen ON. Press the Power On button on your DocuPen and Click OK in the PenTwain Dialog window

7. After the memory has been format- ted the Calibration scanning dialog window will appear. Please disconnect the DocuPen from the USB cable and position it on top of the Roller Calibration sheet.

Please scan the sheet in B&W mode and high resolution.

8. The DocuPen will now save the Calibration image into memory. After the image is saved, please attach the DocuPen to the USB cable. Now press the Power ON but ton on the DocuPen and click the OK button within the Calibration scanning dialog window.

9. The Calibration result dialog window will appear. You should see the roller calibra tion values to the left. If the accuracy is within 96-104%, you have successfully

calibrated the rollers!10. Finally, click Upload Values to pen button in the Calibration result dialog window to send the cali- bration result to the DocuPen. You will be prompted to turn the DocuPen ON.

Press the Power ON button on the DocuPen and click OK in the dialog window - this will store the new values.

You have successfully recalibrated your DocuPen!

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Contents Operating Manual Legal and Other Notices Check the Contents IntroductionDocuPen Features Driver and Software InstallationPower On/Rez Resolution Button Settings LEDs IndicatorsSoftware Installation Installing the USB driver Installing the USB driver Installing the USB driver Installing the PaperPort Software Installing the PaperPort SoftwareDownload the scanned Images to PaperPort Installing the Abbyy FineReader Sprint Software Convert scanned images to text using Abbyy SprintDocuPen Scanner Control Window Scan Settings LED IndicatorsDocuPen Scan modes Profile Configurator Scan mode Profile ConfiguratorMono b/w Docu Color 12bit Photo Color 24bit 200 dpi 100 dpiDocuPen Color Calibration procedure DocuPen Roller Calibration Procedure Points to Remember Before You Scan On-board memory and External memory cardWarranty Proper Handling and Safe Use Technical Support

RC850, RC810 specifications

Planon System Solutions offers a range of innovative products designed to streamline building management and improve operational efficiency. Among their lineup, the RC810 and RC850 models stand out as powerful solutions for facility managers and organizations seeking to optimize their resources.

The Planon RC810 is engineered with a focus on user-friendly operation and adaptability. It features an intuitive interface that simplifies everyday tasks, allowing users to seamlessly navigate through its functionalities. This model is equipped with advanced data integration capabilities, enabling it to connect with various sensors and IoT devices within a building's infrastructure. This integration facilitates real-time monitoring of environmental conditions, occupancy levels, and energy consumption, providing valuable insights that help minimize operational costs and enhance sustainability.

The RC850 takes it a step further by incorporating enhanced analytics and reporting features. It is designed for organizations that require a more comprehensive overview of their facilities’ performance. The RC850 leverages machine learning algorithms to analyze historical data, which allows users to forecast future trends and make data-driven decisions. This model also supports an extensive range of customizable dashboards, offering a visual representation of key performance indicators that can be tailored to meet the specific needs of different stakeholders.

Both models are built on a robust platform that ensures reliability and security. They are designed to comply with industry standards, providing users with peace of mind regarding data protection and privacy. The scalability of the Planon systems means that they can be deployed across various facility sizes, from small offices to large corporate campuses, making them versatile solutions for any organization.

In terms of connectivity, the RC810 and RC850 support multiple protocols, allowing them to communicate with various building management systems (BMS) and third-party applications. This interoperability is crucial for organizations that require a holistic view of their operations.

Overall, the Planon RC810 and RC850 provide powerful tools for facility management, equipped with cutting-edge technologies and features that promote efficiency, sustainability, and intelligent decision-making. By harnessing the capabilities of these systems, organizations can enhance their operational performance while contributing to a more sustainable future.