VeeCAN 800: Difference between revisions
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===Extra Information=== | ===Extra Information=== | ||
The VeeCAN 800 also has the I/O hardware to be converted to a Datalogger similar to the VeeCAN 320 device. | The VeeCAN 800 also has the I/O hardware to be converted to a Datalogger similar to the VeeCAN 320 device. | ||
===Mounting Information=== | |||
The thread on the displays is M4 x 0.7 threads, it is recommended to use plastic studs and thumbnuts. Metal screws can be used but the length of the screw must be taken in consideration with the thickness of the panel so the screw does not drill into the housing of the display. Over torquing screws can penetrate into the display causing internal damage. | |||
===Sample Screen=== | ===Sample Screen=== | ||
[[Image:VeeCAN800_screen1.png|400px]] | [[Image:VeeCAN800_screen1.png|400px]] | ||
Revision as of 14:12, 20 September 2016
VeeCAN 800
The VeeCAN 800 is 7" a fully waterproof resistive touchscreen display. It features a WVGA 800 x 480 TFT LCD color display, and 2 USB port (1 rear and 1 front accessible). The VeeCAN 800 also supports 14 analog inputs, 4 digital inputs, 8 outputs, 2 CAN connections, as well as an Ethernet connection.
With its superior I/O and Durable Design, the VeeCAN 800 is a great addition to any application where components have to withstand harsh conditions.
For product downloads such as datasheets, drawings, or user manauls, or for a link to purchase now, please return to the previous page here
Platform Benefits
- 7" Resistive Touchscreen Color Display
- WVGA Graphical High resolution 800 x 480 color TFT LCD
- Fully Waterproof
- Superior I/O capabilities
Versions
The VeeCAN 800 will be offered as a Base unit with a general engine instrumentation option, and as a Raptor easy to program display. A C SDK is also available for custom programming.
Extra Information
The VeeCAN 800 also has the I/O hardware to be converted to a Datalogger similar to the VeeCAN 320 device.
Mounting Information
The thread on the displays is M4 x 0.7 threads, it is recommended to use plastic studs and thumbnuts. Metal screws can be used but the length of the screw must be taken in consideration with the thickness of the panel so the screw does not drill into the housing of the display. Over torquing screws can penetrate into the display causing internal damage.
Sample Screen
