AMX instruction manual Setting up the VTM-D15/A touch device

Page 30

Configuration and Setup

5.In the COM Properties dialog box, select the default Bits per Second rate of 38400 and turn Flow Control to None.

6.Type ECHO ON (will not appear) and press ENTER. Although there are no characters displayed, the window is now active and ready to receive commands.

7.Type HELLO and press ENTER. This message is used to verify that serial communication has been established. When a valid connection exists, the device responds with HOW ARE YOU DOING.

8.Follow the remaining setup procedures for an Axcess system configuration. The commands used for AxcessX and HyperTerminal are the same.

Setting up the VTM-D15/A touch device

The touch drivers are already part of the firmware downloaded from SoftROM but you still have to use terminal emulator to configure the touch device with the desired driver. Refer to the Programming section of the AXB-TPI/3 Touch Panel Interface 3 instruction manual for more information on the MOUSE command.

To configure the touch panel with the correct driver:

1.Verify that all devices are correctly attached (including all cables on the panel and power sources) to the AXB-TPI/3.

2.Enter ?PAR to verify that the TPI/3 characteristics are correct. The return from the TPI/3 includes these characteristics:

Version indicates the TPI/3 firmware version on the TPI/3.

Device # identifies the beginning device address for the attached touch device.

# Devices identifies the number of devices that are assigned for use through the touch panel firmware.

Output Resolution displays the horizontal, vertical, and refresh rate for the monitor connected to the TPI/3.

Mouse Type displays the mouse driver assigned for use through the TPI/3.

Cursor enabled displays whether the cursor is enabled/disabled.

Brightness displays the brightness value associated with the monitor. The ability to adjust the brightness value is not available.

Contrast displays the contrast value associated with the monitor. The ability to adjust the contrast value is not available.

Do not calibrate the TPI/3 if you are using a Microsoft® compatible mouse or a mobile mouse. Do not enter the <> when entering the values or commands.

3.Use the following command and Device IDs to set the mouse driver:

Mouse<# for touch driver>

This command allows you to see the characters on the display as you type them. The following table lists the supported touch devices and their associated ID’s.

PRGM EX. 1

 

26

VTM-D15/A 15" MultiMedia Touch Panel Systems

 

 

 

Image 30
Contents VTM-D15/A AMX Limited Warranty and Disclaimer Table of Contents Upgrading the TPI/3 Firmware MultiMedia Touch Panel MultiMedia System ComponentsPin DB15 VGA Signal Cable Power AdapterPower Cord Pin Mini Din to 9-pin DB9 Touch Panel Signal CablePSN6.5 Power Supply optional VTM-D15/A and VTM-D15/AB SpecificationsSpecifications Floppy DiskIBM VGA VTM-D15/A and VTM-D15/AB Rear Components Rear component connection locations on the VTM-D15/AAXB-TPI/3 Specifications Dimensions HWDFront Panel Rear Panel Components SendCommands AXB-TPI/3 Components RgbhvVTM-D15/A Sample Configuration Pin captive-wireInstalling the input modules Installation and WiringSetting up the AXB-TPI/3 Removing input modulesSetting up the Panel Mounting the TPI/3 in an equipment rackTable Top Installation VTM-D15/A and D15/AS Installing the Table Top support bracketFixing holes on each side of pull-out flap Surface Mount Installation VTM-D15/AB and D15/ASB Connecting the cables on a VTM-D15/A table top panelInstalling the Surface Mount support bracket Surface Mounting Kit VTM-WMB contents Connecting the cables on a VTM-D15/AB surface mount panel Rear of VTM-D15/AB shown with attached VTM-WMB bracketWiring the AXB-TPI/3 Preparing captive wiresWiring guidelines Using the AXlink connector for data and powerVGA in DB-15 Connector Pinouts Connecting the MultiMedia ComponentsUsing the VGA in DB-15 male high-density connector Pin Signal FunctionYour system is now connected and receiving power Installation and Wiring Configuration and Setup VTM-D15/A Startup and Setup ProceduresFront Panel buttons and indicators LEDs Setting Up Serial Communication from PC to the TPI/3 Setting Up Serial proceduresUsing Axcessx for serial communication COM Port Parameter Settings Using HyperTerminal for serial communicationParameter Setting Setting up the VTM-D15/A touch device Resolution Refresh Rates Setting the Output ResolutionAvailable Resolutions Supported Touch DevicesSetting Up AXlink Communication from Master to the TPI/3 Setting Up AXlink proceduresCalibrating the Monitor Using Axcessx for AXlink communication Using HyperTerminal for AXlink communicationSetting up the VTM-D15/A touch device through AXlink Setting Up NetLinx Communication from PC to the TPI/3 Use the following command to set the mouse driverSet the Output resolution of the TPI/3 by entering Using NetLinx Studio for communication via an COM Port SendCommand 130,’calibrate’ Configuration and Setup Configuration Upgrading the TPI/3 FirmwareDownloading the Firmware Press F10 to exit the SoftROM program On Screen Display OSD Features On Screen Display OSD IconsOn Screen Display OSD Icons Exiting the OSD Selecting the Language of the OSDAdjusting Screen Brightness and Contrast Adjusting Display Performance Phase and ClockAdjusting Horizontal and Vertical Screen Position Selecting the Picture Color TemperatureAdjusting Display Color Red, Green, Blue Adjusting OSD Menu Parameters OSD Position and TimerAdjusting the Picture Sharpness Adjusting the OSD Timer settingAutomatic Contrast Adjustment Optimizing Picture Performance in DOS Graphic/TextReturning Recall to Factory Default Settings Troubleshooting Display TroubleshootingTroubleshooting Use these messages to address panel issues Troubleshooting VTM-D15/A 15 MultiMedia Touch Panel Systems 12/02
Related manuals
Manual 52 pages 36.75 Kb

VTM-D15/A specifications

The AMX VTM-D15/A is a next-generation armored vehicle designed for versatility and adaptability in modern combat scenarios. Developed to meet the evolving demands of modern military operations, it embodies advanced technologies and exceptional characteristics that make it a standout choice for armed forces worldwide.

At the heart of the AMX VTM-D15/A is its robust chassis, designed to withstand harsh terrains and explosive devices. The vehicle boasts a well-protected hull using advanced composite materials and ballistic plating, ensuring crew safety in hostile environments. It can be fitted with reactive armor systems that enhance protection against projectiles and anti-tank missiles.

The VTM-D15/A features a powerful engine that provides high mobility across various landscapes, capable of reaching speeds of up to 100 km/h on flat terrain. Its off-road capabilities are complemented by a sophisticated suspension system that allows for excellent maneuverability in rugged conditions. The vehicle is also equipped with all-terrain tires, further enhancing stability and traction.

One of the remarkable aspects of the AMX VTM-D15/A is its modular design that allows for quick configuration changes between various combat roles. This adaptability permits the integration of different weapon systems, including machine guns and anti-tank guided missiles, that can be rapidly mounted or dismounted as per operational requirements.

The vehicle's advanced battlefield management system improves situational awareness, allowing for real-time data sharing and communication with other units. It is equipped with state-of-the-art sensors and reconnaissance tools, ensuring that it can gather intelligence and operate effectively in diverse combat environments.

Moreover, the AMX VTM-D15/A emphasizes crew comfort and ergonomics, featuring a spacious interior designed for extended missions. The vehicle's climate control systems and noise-reduction technologies significantly enhance crew endurance and focus in prolonged operations.

In a world where military operations are increasingly dynamic, the AMX VTM-D15/A stands out as a versatile, powerful, and technologically advanced armored vehicle. Its combination of protection, mobility, and adaptability ensures that it can meet a wide array of mission requirements, making it a vital asset in modern military arsenals.