Product Description: Features
- Aluminum low profile NEMA 4 box for harsh environments
- Dual 16-bit PC/104 backplane accommodates up to four PC/104 boards
- Provision for heatsinking CPUs and power supply
- Measures just 8.7 x 5.6 x 3.25 inches
- Cover incorporates a recessed gasket
- Two or four watertight glands provide strain relief for field cabling yet retain environmental integrity
FACTORY OPTIONS
- DIN Rail mounting
- Complete system integration which includes design, development and support at the board software and system level
- RoHS Available. Please contact us for ordering information
The 104GH-BOX is an ideal and simple solution for those looking for the protection of a NEMA enclosure and the compact size of the PC/104 bus. This low-cost NEMA enclosure is made from die cast aluminum alloy and resistant to atmospheric and marine corrosion. A dual 16-bit PC/104 backplane is integrated inside the enclosure and can accept up to four PC/104 modules. The 104GH-BOX allows for a variety of system configurations to quickly and easily take full advantage of the modularity, reliability and small-scale size of PC/104. APPLICATIONS
- Military and Defense
- Avionics
- Communications/Networking
- Automotive
- Process Control
- Industrial Control/Automation
- Data Acquisition
ADVANCED AND CUSTOM SYSTEM Every application is different, and ACCES can easily tailor a system to a users specific needs. After listening to our customers, ACCES has developed a system design and integration team focused on the development of powerful, yet simple to use, data acquisition systems. These include extensive CPU and peripheral capabilities and the integration of a generous selection of our (or customer-specified) data acquisition, I/O, or special-function PC/104 boards. Custom development can include minor variations of standard boards and systems to completely custom interfaces and configurations. ACCES has the in-house engineering resources to design, develop, supply and support custom embedded systems at the board, software and system level.
