8.4" Military Grade Rugged Portable Panel PC w/ Intel Celeron N2930, 4GB RAM, 128GB SSD, Windows 10, Resistive Touch (Model: WMRDPC0840-N29)
Military Grade Rugged Portable Panel PC Intel Atom 8.4" Full NEMA4 Wide Temperature and Dust/water resistant Protection. CPU: Intel Celeron N2930 1.83Ghz, 4GB RAM, 128GB SSD, Windows 10 IoT Enterprise, 12VDC in, 38999/1 Power connector with Resistive Touch
WMRDPC0840-N29
- Overview
- Specifications
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DISPLAY |
Resolution |
800x600 |
Size |
8.4 inches |
Contrast Ratio |
600:1 |
Panel Brightness |
600 nits |
View Angles |
75,75,60,70 |
Active Area |
170.4x127.8 mm |
Touch / Glass |
5 Wires Resistive Touch |
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SYSTEM SPECIFICATION |
Processor |
Intel Celeron N2930 1.83GHz (up to 2.16GHz) |
Memory |
4GB SODIMM, DDR3L 1600 MHz |
Storage |
128GB SSD |
Ethernet controller |
2 x Intel® Ethernet Controller |
WLAN |
Support (Optional) |
Operating System |
Windows 10 IoT Enterprise (64 bit) |
BT |
Support (Optional) |
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ENVIRONMENT |
Operating Humidity |
10% to 95% RH |
Operating Temperature |
-20°C ~ 60°C |
Storage Temperature |
-30°C~70°C |
Shock |
Operating:30g for 18ms |
Vibration |
Operating: 1.60/1.96/2.18 g rms for XYZ / 5500Hz |
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CERTIFICATION |
Certification |
CE, FCC |
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IO PORTS |
USB Port |
1 x USB2.0 1 x USB3.0 |
Serial Port |
1 x RS232(Default)/422/485 |
LAN |
2 x RJ45 |
Video |
1 x HDMI (Optional) |
Indicator |
1 x PWR LED
1 x HDD LED |
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MECHANICAL |
Dimension |
277 x 219.5 x 59.7 mm |
Mounting |
VESA Mount |
Enclosure |
Metal Housing with Aluminum Bezel |
Cooling System |
Fanless Design |
Weight |
2.3 kg |
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POWER |
Power Rating |
12V DC (MILDTL38999/1 connector) |
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CONTROL |
Button |
4 Keys: Power, Brightness Up, Brightness Down, Reset |
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ACCESSORIES |
Accessories |
User Manual, Driver CD and User Manual, Touch Driver CD, Open Wire Cable, 100~240V AC to DC Adapter, Power Cord |
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COMPLIANCE |
MILSTD 461E/F/G |
RE101 / RE102
CE101 / CE102
CS118 with EMI Glass / Touch(Optional)
RS101 / RS 103 CS101 / CS 106 / CS 109 / CS 114 / CS 115 / CS 116 |
MILSTD 810G |
Vibration Method 514.6
Humidity Method 507.4
Transit Drop Method516.5 |
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