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Revision Record Issue Date Remarks A Feb 2002 First issue B May 2002 Added Touch Screen Calibration section C July 2003 Removed Repair section (see B005‐0000‐1533) D Dec 2003 Added new Table Top Mount E Dec 2004 New LCD panel; Hampshire Touch Driver F June 2006 Removed Enhanced Remote Mount Safety and Regulatory Information The NCR RealPOS 7457 conforms to all applicable legal requirements. To view the compliance statements see the NCR RealPOS Terminals Safety and Regulatory Statements (B005‐0000‐1589). ...
Overview Chapter 1: 19429 Introduction The NCR 5964 is a 12.1‐inch SVGA (800X600) Liquid Crystal Display with Touch Screen. It’s available in two color schemes: • Beige (G11) • Charcoal Gray (CG1) Serial Number Location The serial number is on two labels. One label is located under the MSR (card‐swipe) on the unit chassis. By tilting the LCD display and removing the Cable Cover you can see the other label. ...
Chapter 1: Overview Model Number Major Model 5964‐5502 12.1ʺ Single‐Bulb Standard Brightness Touch Screen, No MSR, No Mount, No cables (G11) 5964‐5702 12.1ʺ Single‐Bulb Standard Brightness Touch Screen, No MSR, No Mount, No cables (CG1) 5964‐6002 12.1ʺ Dual‐Bulb High Brightness Touch Screen, No MSR, No Mount, No cables (G11) 5964‐6202 12.1ʺ Dual‐Bulb High Brightness Touch Screen, No MSR, No Mount, No cables (G11) 5964‐6402 12.1ʺ Dual‐Bulb High Brightness Touch Screen, No MSR, No Mount, No cables (G11) ...
Chapter 1: Overview Compatibility The 5964 is designed as an optional input/output device for the following workstations: • NCR 7452/7453‐4000 Retail Workstation • NCR RealPOS 80/80c Retail Terminal Standard Features The 5964 contains a 12.1‐inch Active Matrix (TFT) color LCD Touch Screen: • Integrated enclosure, including the LCD panel • LCD backlight hardware switch selectable at full or reduced brightness (Dual‐bulb models only) • Wedge controller for MSR and Speaker • Internal mono speaker controlled by wedge controller • Custom LCD cable for 7452/7453 LCD interface with RS‐232 and PS/2 • Integrated and remote cable length options (1m or 4m) • Three Track ISO MSR • Tilt and Swivel Remote Mount • Integrated Mount for RealPOS 80 and 7452 Peripheral Trays • 5‐Wire Resistive Touch Screen • Digital Visual Interface (DVI) • External PS/2 Keyboard Port ...
Chapter 1: Overview Wedge Controller The Wedge controller consists of a microcontroller and associated circuitry that permits (via a “PC standard” keyboard interface) the Touch Screen LCD to support the following peripheral devices: • MSR ‐ a three‐track ISO or two‐track JIS (optional) • Speaker The controller logically connects these devices in series with a standard PC keyboard. The retail workstation or PC interprets the data flow as keyboard input. For more information on the Wedge, refer to the NCR Wedge Software User’s Guide, BD20‐1368‐B. The 5964 includes support for a decoded RS‐232 scanner. Speaker The 5964 includes a built‐in speaker controlled by the wedge controller only. External Standard PC Keyboard Connector Because the 5964 does not have alphanumeric keys, a standard PC keyboard can be connected externally to the 5964 whenever keyboard input is required ...
Chapter 1: Overview Optional Features 2-Track JIS MSR This kit (5964‐K012) includes an integrated 2‐track JIS MSR head. No MSR Kit This kit (5964‐K010) is a filler plate to cover the hole in the 5964 cabinet with no MSR is installed. Peripheral Tray Mount for 5964 This kit is used to attach the 5964‐2000 integrated model to the workstation. A Peripheral Tray for 5964 kit (7452‐K301) is needed to connect the 5964 to the workstation. Weights and Measures Label Kit This kit (5964‐K000) includes 10 weights and measures labels. A weights and measures label must be placed on the 5964 display when the workstation configuration includes a scale. ...
Chapter 1: Overview 12.1-inch LCD Display LCD Panel The 12.1‐inch LCD panel is mounted behind the front plastic bezel of the enclosure. At least one TFT (active matrix) is supported. Only 3.3‐volt LCD panels are supported. A field replaceable fuse for safety protects power to the panel. It also is used to protect the system against damage in the event of a fault in the LCD panel. LCD Adapter Board The 7452/7453‐4000 uses four signals (Panel ID bits), which are used to identify the panel being used. These parameters are provided in the LCD harness. The Panel ID values are defined as: Panel Type Panel Type Value Value 0 DSTN‐Sharp LM80C312 8 TFT – Samsung LTM1201SI‐ T01 1 DSTN Sharp LM12S49 9 TFT Type 2 (Reserved) 2 DSTN Type 3 (Reserved) 10 TFT Type 3 (Reserved) 3 DSTN Type 4 (Reserved) ...
Chapter 1: Overview LCD Backlight Inverter Module Power for the LCD backlight is supplied by an inverter circuit, which is integrated on the LCD controller board in the 12.1” LCD. While the inverter can be set to various levels of brightness, the 12.1” LCD can only turn the backlight to maximum brightness or a lower brightness for dark environments. The inverter generates the high voltage necessary to start and run a dual CCFL backlight. ...
Site Preparation Chapter 2: Physical Environment The physical environments required for the 5964 LCD Display are listed in this section. Operating Range Condition Range Temperature 5° to 45°C Relative Humidity 10% to 90% (Non‐condensing) Atmospheric Pressure 3000 meters (max.) Storage Range Condition Range Temperature ‐10° to 50°C Relative Humidity 10% to 90% Transit Range Condition Range Temperature ‐40° to 60°C (One week max.) Relative Humidity 5% to 95% ...
Chapter 2: Site Preparation Electrical Environment Voltage Tolerance Current (Typical) Current (Max) ±10% 12.1”LCD +12 V Supply 1000 mA 1500 mA Voltage ±5% +5V External N/A 250 mA Keyboard Voltage ±5% +5V External N/A 250 mA Wedge Scanner Voltage Power Consumption (Touch Head) Typical Maximum 12.1” LCD 12 W 18 W Dimensions (348 mm) 13.7 in.
Installation Chapter 3: Caution: This device should only be powered by a power supply source which meets Safety Extra Low Voltage (SELV) and LPS (Limited Power Source) requirements per UL1950, IEC 950, and EN 60 950. The power source must be certified by the appropriate safety agency for the country of installation. Caution: Use a grounding strap when installing this feature. Installing the 5964 The 5964 is fully assembled at the factory. This section describes: • Connector Access • Connector Location • Mounting options • Cable Routing • Connecting the 5964 to a terminal • Connecting a keyboard to the 5964 • Powering Up • Screen Saving Features Remove the 5964 from the shipping package and verify the correct components are present before beginning installation. ...
Chapter 3: Installation Connector Panel Access The 5964 has 4 cable connectors. They are located on the bottom of the Touch LCD assembly. Tilt display to access the cable connectors. 19453 Connector Panel Wedge Scanner PS/2 Keyboard RS-232 19454 ...
Chapter 3: Installation Mounting Options The 5964 LCD Display is configured with a Table‐Top Mount that can be installed on a flat horizontal surface. It can also be configured with an integrated mount that attaches to the retail terminal. 19429 5964 Cables Connecting to a POS Please refer to your terminal’s Hardware User’s Guide for installation instructions and to the Site Preparation Guide for the proper hole sizes to cut when routing this cable within a modular configuration. ...
Powering Up This section describes powering up the workstation and the initial checkout procedures after all hardware has been installed. Note: No unit setup is required at installation unless the configuration must be changed from factory defaults. The Wedge Support Disk (LPIN G370‐0701‐0000) permits configuration of the operational parameters in the Wedge. 1. Plug the terminal AC Power Cord into an AC power source. 2. Power on the workstation. Screen Saving Feature The display has a time‐out function that causes the display to go blank after several minutes of inactivity. The screen saving feature is controlled by NCR platform software that comes as part of the standard terminal operating system image. This functionality is also available by installing the Retail Platform Software for Windows LPIN (D370‐0548). Touching the touch screen returns the display from screen saver mode. See the Programming chapter for information on how to program the G controller for proper panel OFF/ON sequencing.
Calibrating the Touch Screen Chapter 4: There are two versions of Touch Controllers used by the 5964 for Windows: • Hampshire TSHARC – All models • 3M MicroTouch – 5964‐5502/5502/6002/6202 Both calibration procedures are described in this section Also discussed are calibration procedures for DOS users (Microcal). Note: 5964‐6xxx units require BIOS version 4.0.2.2 or greater on RealPOS 80/80c‐1xxx/2xxx/3xxx terminals. Hampshire Calibration Procedures Be sure to observe for the following Touch Screen calibration guidelines: • Calibrate the touch screen as part of the installation process. • Recalibrate the touch screen when the system is installed at its final location. • Recalibrate whenever the terminal is moved to a new location. • Recalibrate the touch screen anytime the system has been disassembled for servicing. • Download the Calibration software from the NCR website. http://www.ncr.com a. At this site, select Support. Under Related Items, Services; select Drivers and Patches → ...
Chapter 4: Calibrating the Touch Screen Installing the Driver Note: If you have a previous version of another touch screen driver loaded on your system, you must completely remove it before continuing with this installation process. 1. Extract the Hampshire driver installation files into to a working directory on the host terminal. 2. Locate and run the TSHARC USB Setup.exe program. 3. At the Welcome screen select Next. → Next At the License Agreement screen select Accept Select the 12 or 10 Bit Controller Type and the Serial (RS/232) Controller Interface → Next. ...
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Chapter 4: Calibrating the Touch Screen 6. Select the COM port that you connected the serial cable to. The 9600 Baud Rate can be left selected. Do not select the Capacitive Controller box. → Finish. Setup is ready to install. Select Next 8. Restart the system. ...
Chapter 4: Calibrating the Touch Screen Calibrating the Touch Screen 1. Run the Hampshire Control Panel. Start → Programs → Hampshire TSHARC Control Panel Caution: DO NOT touch the screen after you launch the Control Panel for the first time. There is about a 15 second delay before the Calibration routine automatically starts. (The following screen is displayed during this time.) ...
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Chapter 4: Calibrating the Touch Screen 2. Press the Calibration target to begin the calibration procedure. 3. Touch the target and hold it until you are instructed to release it. Repeat this procedure with each of the targets as they appear. ...
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Chapter 4: Calibrating the Touch Screen 4. Touch the screen in several locations to test the calibration. 5. Select Accept if you are satisfied with the results. If not, repeat the process. ...
Chapter 4: Calibrating the Touch Screen Touch Screen Options If you feel the 4‐Point Calibration is not sufficient you can configure the program to provide additional points for more accuracy. 1. Select the Calibration tab. 2. Select the Configuration button to configure the calibration type. ...
Chapter 4: Calibrating the Touch Screen The touch points default to 4‐Point Calibration (4 points on the screen to touch). More points are more result in a more accurate calibration. Choose which calibration you prefer and select OK. Additional Screen Settings After the touch screen is calibrated, adjust the following features to meet your preferences. • Double‐ Click Option • Right‐Mouse Click • Touch Modes • Touch Sounds • Tack Bar Pull Up • Touch Offset ...
Chapter 4: Calibrating the Touch Screen 3M MicroTouch Calibration Procedures Touch Screen Calibration Observe for the following Touch Screen calibration guidelines: • Calibrate the touch screen as part of the initial installation. • Recalibrate whenever the terminal is moved to a new location. • Recalibrate after replacing any component in the terminal. • Recalibrate whenever a customer reports a touch screen problem. • Recalibrate if you switch to a new screen resolution Use the TouchWare utilities to perform the following procedures: • 2‐Point Calibration • Cursor Stabilization • 25‐Point Linearization • Restore Defaults Procedure The TouchWare utilities are available on the NCR Gold Drives for WinNT, Win2K, WinXP Pro and WinXPe. Application software can possibly generate a dialog box from the Touch Driver, with the message that the touch screen needs to be recalibrated. If the screen appears to be working normally, then this message can be ignored. There will be a check box labeled Do not show this message again. Make sure this box is checked. ...
4-10 Chapter 4: Calibrating the Touch Screen Calibration Flow Chart The following flow chart shows the proper sequence to perform the various calibration procedures. Perform 2-Point Calibration Note: When you re-image the hard drive, you may get the following error message: Is Calibration Correct? Controller's internal linearity data differs from its (Test by touching all 4 corners last saved linearity data.
Chapter 4: Calibrating the Touch Screen 4-11 2-Point Calibration Procedure → From the Windows Start button, select Settings Control → TouchWare. Panel 2. From the MicroTouch Touchscreen Properties screen, select Calibrate to begin calibration. ...
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4-12 Chapter 4: Calibrating the Touch Screen 3. Place your finger on the target that has a finger icon pointing towards it and hold it until Touch Enable is displayed beside the finger icon. Note: There are 2‐Point or 4‐Point Calibration methods available. ALWAYS use the 2‐Point method. If you inadvertently run the 4‐Point method then you must run the 25‐Point Linearization (follow the flow chart beginning at 25‐Point Linearization). For best results, press the target as accurately as possible. Hold your finger in place until notified by the target and then lift your finger off the target. 4. Repeat this procedure for the other target. ...
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Chapter 4: Calibrating the Touch Screen 4-13 5. A Warning dialog box is displayed while the data is saved. Do not touch the screen until this dialog box is no longer displayed. 6. Test the calibration by moving your finger around on the screen and verifying that the cursor follows your finger. It is also suggested that you Touch all 4 Corners and verify that the cursor moves deeply into the corners. 7. Select Done. 8. If you are satisfied with the calibration results you can select Close to exit the TouchWare program. If the system is still out of calibration after performing the 2‐Point Calibration then perform the Cursor Stabilization procedure (follow the flow chart beginning at Cursor Stabilization). ...
4-14 Chapter 4: Calibrating the Touch Screen Cursor Stabilization Procedure This procedure adjusts the touch screen frequency so the cursor is steady when you touch the screen. In TouchWare, go to the Cursor tab and Select the Stabilize Cursor button. ...
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Chapter 4: Calibrating the Touch Screen 4-15 2. Select Yes to continue. 3. Do not touch the screen during the test. ...
4-16 Chapter 4: Calibrating the Touch Screen 4. Select the recommended frequency and then select Apply. 5. Test the cursor stability by touching the screen in several places. Move your finger around the screen. The cursor should hold steady and the cursor movement should be smooth. If you still see erratic or jittery cursor movement then choose the next best frequency and select Apply again. When you are satisfied with stabilization select OK. 6. Perform the 2‐Point Calibration procedure. If you are still having calibration problems then perform the 25‐Point Linearization procedure (follow the flow chart beginning at 25‐Point Linearization). 25-Point Linearization Procedure The 25‐Point Linearization procedure should be performed if: ...
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Chapter 4: Calibrating the Touch Screen 4-17 • The Touch Screen Sensor is replaced • Main Controller Board is replaced • Persistent calibration issues not resolved by the 2‐point Calibration or Cursor Stabilization procedures. 1. In TouchWare, go to the Tools tab and Select the Linearize button. Perform the 25‐Point Linearization and 16‐Point Accuracy Test. If the Linearize button is grayed out (not accessible) you have to enable the feature. Enabling the Linearization Function a. Select the Options button ...
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4-18 Chapter 4: Calibrating the Touch Screen b. Select the Advanced button. In the list of Advanced Features. Check the box for Enable Linearization. None of the other items should be checked. d. Select the Close Close to return to the Tools tab. You can now select the Linearize button. ...
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Chapter 4: Calibrating the Touch Screen 4-19 2. Perform the 25‐Point Linearization. Use the same method for touching the targets as you used in the 2‐Point Calibration procedure. 3. After touching all 25 points select the Continue button to perform the 16‐Point Accuracy Test or select Done to save the Linearization Data. If neither is selected the program will time out and the Original Linearization Data will be restored. ...
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4-20 Chapter 4: Calibrating the Touch Screen 16-Point Accuracy Test 4. Perform the 16‐Point Accuracy Test. Touch each of the targets to check the accuracy of the calibration. As each target is touched the vertical/horizontal Error Range is displayed. The acceptable margin of error is less than 1.5%. 5. Perform the 2‐Point Calibration procedure. If the calibration is still unsatisfactory, or the error range >1.5%, then perform the Restore Defaults procedure (follow the flow chart beginning at Restore Defaults). ...
Chapter 4: Calibrating the Touch Screen 4-21 Restore Defaults Procedure This procedure returns the touch firmware to the factory default values and is performed to correct severe touch calibration problems. Note: A keyboard is required for this procedure. 1. In TouchWare, go to the Tools tab and Select the Terminal button. ...
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4-22 Chapter 4: Calibrating the Touch Screen 2. At the Terminal screen press the CONTROL and A keys at the same time [CTRL‐A]. A smiley face is displayed. 3. Enter RD (in CAPS) and then press the [Enter] key. A smiley face followed by a zero [0] is displayed indicating successful restore. ...
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Chapter 4: Calibrating the Touch Screen 4-23 4. Enter [Alt X] to exit the program. 5. Restart the system. 6. Perform the Cursor Stabilization procedure (follow the flow chart beginning at Cursor Stabilization) Restore Defaults Procedure This procedure returns the touch firmware to the factory default values and is performed to correct severe touch calibration problems. Note: A keyboard is required for this procedure. 1. In TouchWare, go to the Tools tab and Select the Terminal button. ...
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4-24 Chapter 4: Calibrating the Touch Screen 2. At the Terminal screen press the CONTROL and A keys at the same time [CTRL‐A]. A smiley face is displayed. 3. Enter RD (in CAPS) and then press the [Enter] key. A smiley face followed by a zero [0] is displayed indicating successful restore. ...
Chapter 4: Calibrating the Touch Screen 4-25 4. Enter [Alt X] to exit the program. 5. Restart the system. 6. Perform the Cursor Stabilization procedure 7. Perform the 25‐Point Linearization procedure. 8. Perform the 2‐Point Calibration and procedure. Summary If there is a Touch Screen calibration issue during or after installation, take the following actions in the order listed: 1. Perform the 2‐Point Calibration. 2. If the calibration is unsuccessful after two attempts, then run the Cursor Stabilization procedure. 3. Perform 25‐Point Linearization (Windows). 4. Perform Restore Defaults. 5. If you are still unable to calibrate then change the touch screen glass. (First, check the cable connections on the Touch Screen glass.) 6. The final step is to replace the Main controller Board. If this corrects the problem, then the old glass is probably OK to reuse. If there are problems in detecting the Touch Controller then: 1. Check that all harnesses on the Touch Sensor and Main controller Board are firmly seated. Check that the Touch Sensor’s flex cable is not cut or damaged. 2.
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4-26 Chapter 4: Calibrating the Touch Screen 8. Replace the Main controller Board. When you replace the Main controller Board or re‐image the Hard Drive, Windows may display a dialog box indicating that the Hardware Calibration Data does not match the Windows Registry settings. Answering either OK or Cancel is not important, provided you perform the 25‐Point Linearization before placing the terminal back into service. ...
Chapter 4: Calibrating the Touch Screen 4-27 Calibration Using Microcal (DOS) The calibration program looks at where your finger is when you lift it off the screen, not where you touch it. Therefore, calibrate the screen as follows: 1. Touch the screen near the calibration target. 2. Keep your finger on the screen and slide it to the center of the target. 3. Hold your finger firmly on the target for two seconds, then lift it off quickly. 4. Verify that the calibration was set accurately before making a service call. Perform the calibration again if necessary. If cursor is not stable, or false touches are suspected, run the Noise Check Utility from the Microcal program. Choose the recommended frequency (the one with the lowest noise level). This should also be done if the Touch Screen is still not calibrated after one attempt to recalibrate it. 1. Set the video resolution by going to the Tools menu, Video and selecting 800 x 600 256 colors. Go to the Tools menu, select Noise Check. 3. Follow the instruction prompts. Choose the frequency with the lowest noise level. ...
4-28 Chapter 4: Calibrating the Touch Screen Summary If there is a Touch Screen calibration issue during or after installation, take the following actions in the order listed: 1. Recalibrate. 2. If recalibration is unsuccessful after two attempts, then run the Noise check to change the frequency. 3. If you are still unable to calibrate, change the touch screen glass. 4. The final step is to replace the Touch Controller Board. If this corrects the problem, then the old glass is probably OK to reuse. ...
Programming Chapter 5: Device Interfaces Caution: When performing touch screen calibration on the 5964 LCD under Windows 95, note that if the terminal is shut down improperly the calibration may be lost. To avoid this situation, verify the terminal is properly shut down after calibrating the touch screen. To shut down correctly, select the Start button in the lower left corner of the screen, and then select Shutdown. When the terminal is powered up, the recent settings will be retained. Note: This procedure is especially important during initial calibration of the display in order to ensure that at least a base set of reasonable calibration parameters are preserved in the Windows 95 Registry. This chapter provides information on the device interfaces. 12.1-Inch DynaKey Video Drivers When using 12.1 displays the required video drivers depends on which class‐model of the terminal that it is configured with or if the display is being used with the C&T 69000 LCD SVGA Video Adapter card. The drivers are available on NCR software CD; NCR 74xx‐Base and System Client 3rd Party Drivers, D370‐1111‐0100 (previously, G370‐0830‐0000). Drivers and installation instructions are available on this software CD for Win. 3.1, Windows 95, Windows NT 4.0 and Windows 2000. Drivers are not needed for DOS. If the display is being used in a Dual Display configuration, refer to the NCR Retail Customer Information Display Userʹs Guide (BD20‐1431‐B) for specific OS, driver, and installation information. ...
Chapter 5: Programming Wedge Controller Interface Refer to the Wedge Controller 1.0 Implementation Specification (497‐0001747) and the Trigantor Device Specification (006‐8601066) for a complete description of the Wedge Controller (Wedge) The Wedge consists of a microcontroller (8051) and associated logic (including the Trigantor ASIC) which supports certain devices that can be logically connected in series with a standard PC keyboard. It controls input devices such as the ISO 3‐track MSR and keyboard data, and merges the data from any of them into the data stream of a PC keyboard. It also controls the operation of the speaker. Touch Screen Interface The touch screen interfaces to the terminal via the terminal’s standard RS232 port. The 5964 LCD uses the Serial/SMT3 controller referenced in that document. There is a bar code label (two‐dimensional PDF417 symbology) attached to the tail of the touch sensor that contains the 25 point linearization parameters associated with that particular touch sensor. This bar code label is scanned and the resulting data block is programmed into an on board non‐volatile EEPROM on the 5964 LCD Display Main Board during the manufacturing process. This provides the touch controller with course calibration data prior to initial system power‐up. After the course calibration data has been stored, all that is required to calibrate the sensor when installed on the LCD is to run the two‐point extended calibration routine. The extended calibration routine has the two touch points moved inward 12.5% from the corners of the display for easier access. The MicroTouch firmware defaults to the following communication parameters: ...
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Chapter 5: Programming • 9600 baud • No parity • 7 data bits • 2 stop bits • Format hex • Autobaud enabled For better compatibility with the MicroTouch DOS and Windows drivers and mouse emulator it is desirable to select the following communications parameters: • 9600 baud • No parity • 8 data bits • 1 stop bit • Autobaud disabled These parameters are loaded into the on‐board EEPROM chip during manufacture of the board. The Windows driver expects a 9600N81/tablet configuration. Both the DOS driver and the mouse emulator expect 9600N81, but can run at 2400 baud. The Autobaud feature permits the touch controller to figure out what baud rate the system is running by examining a command from the system. The problem is that the system must send the command first. If the system sends no command (as happens after a stand‐by), the controller does not know the systemʹs baud rate and does not send any touch coordinate data. This is seen to the operator as a dead sensor after coming out of stand‐by. Disabling Autobaud permits the touch controller to recover from a stand‐by situation, because it begins immediately sending points when touched after a ...
Chapter 5: Programming MSR Interface 3‐track MSR and JIS 2‐track MSR heads are available. The harness from the MSR head plugs into the main board. All decode circuitry resides on the main board. The decoder is based on the Trigantor chip currently used in NCR Retail products. The keyboard should not be used while a card is being swiped in the MSR. ISO and JIS card formats are supported in the initial release. All MSR data is sent to the host via the Wedge Controller. PS/2 Keyboard Interface A PS/2‐style keyboard connector permits alphanumeric entry and non‐ touch applications to be used through a standard PC keyboard. You cannot connect and use a Wedge Keyboard in this port. Panel OFF/ON Sequence Before turning the Panel Off, turn off the video using Sequencer Register 1 bit 5 (SR01[S]) in the same manner as IBM recommends for the standard VGA. To make Video Off more effective, some additional delay should be included before Panel Off. By turning the Video Off via SR01[5], the Sequencer is no longer refreshing the screen. This gives the Sequencer enough bandwidth to work with the Panel Off logic to do an orderly shutdown of the video output. ...
Migrating from 3M MicroTouch to Chapter 6: Hampshire Touch Driver SW Migration Considerations The 5964‐6402 model requires a new touch driver: Hampshire Touch Driver Version 6.18 or higher, which is downloadable from the NCR Support Web Site. See the Calibrating the Touch Screen chapter for driver installation information. This new driver supports all 5964‐2xxx/5xxx/6xxx models (current as well as older generation models). Note: Previously released drivers do not support the new model. If the customer’s current gold image includes the touch screen driver, the gold image must be updated with the new touch driver. ...
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Chapter 6: Migrating from 3M MicroTouch to Hampshire Touch Driver ...
Maintenance Chapter 7: This section provides instructions on how to clean the NCR 5964 LCD Display. Touch Screen Cleaning Procedures 1. Spray an ammonia‐based glass cleaner on a soft cloth and gently wipe the touch screen clean. Warning: Do not use any other types of cleaners such as vinegar, solvents, or degreasers. These can damage the screen. 2. Wipe the screen and edges dry. 3. Make sure the glass and screen edges dry completely before using the unit. MSR Cleaning Cards Part Part Number MSR Cleaning Card, Dry 998‐0052929 MSR Cleaning Card, Wet 603‐9014730 (box of 50) ...