rugged Vehicle DC DC Adapter ROD01.2
ROD01.2

The ROD01.2 DC / DC converter has a hardened casing and is dust, water, vibration and jolt protected. On the housing holes are appropriate so as he can be permanently installed in a vehicle for example.

Can be used for our notebooks Rocky RK10/RF10, our tablet PCs Panther DR10/DK10, MobiTough MK10, Lizard RS11 and Battery chargers with militaryl DC-IN connector.

Also compatible for previous models:

  • RT9/ RK9/ RF9
  • DR886/ DK886
  • RT886EX/ RK886EX/ RF886EX
  • ML886
  • RT786EX/ RK786EX
  • RT686EX
  • DR786EX/ DR786AC

Do not use for Computers with Built-In Vehicle Adapter!

Order Information:

146782 External Vehicle Adapter ROD01.2

Also available as CE/RoHS-compliant version (cadmium-free connectors)

Features

  • Input Voltage: 16-34V-DC according to VG96916 T5
  • Output Voltage: 19V ±0.5V 4.2A
  • Output Overvoltage Protection
  • Short-Circuit Protection and Current Limit
  • Operating Temperature range: -46°C to +85°C
  • Storage Temperature Range: -46°C to +90°C

Additional Certifications

  • IP65 accoring to EN 60529 (Dust and Water)
  • ISO 16750-2:2010
  • MIL-STD 810F Method 521.2 (Ice and Snow)
  • VG 95332, Bl. 20 (Sand and Dust)
  • MIL-STD 810F Method 505.4 (Procedure I) (solar radiation)
  • MIL-STD 810F Method 508.5 (mould infestation)
  • Surge- and spike resistant for 28 VDC Systems according to MIL-STD 1275
  • EMI VG 95373 and MIL-STD 461E
  • EN 60950-1, UL 94V-0

Environmental specifications

MIL-STD 810G

Operating

Storage

Height AMSL
Method 500.4, Procedure I, II


4,572 m (15000 ft)

4,572 m (15000 ft)

Temperature
Method 501.4, Procedure I, II
Method 502.4, Procedure I, II


-46° C to +85° C


-46° C to +90° C

Temperature Shock
Method 503.4, Procedure I


-40° C to +70° C < 1min


-40° C to +70° C < 1min

Humidity
Method 507.4, Procedure I


N/A


95 %

Salt fog
Method 509.4, Procedure I


N/A


5 %, 35° C

Vibration
Method 514.5 Category 1
Method 514.5 Category 14, Procedure I
Method 514.5 Category 20, Procedure I

10 – 57 HZ ±0,075 mm
57 – 500 Hz 2 g
Sin., 10kt/min

10 – 57 HZ ±0,075 mm
57 – 500 Hz 2 g
Sin., 10kt/min

Shock
Method 516.5, Procedure I


15 g, 11 ms


25 g, 6 ms

Downloads

Downloads