R-9W

Waterproof Vehicle GPS Tracker


Waterproof Vehicle GPS Tracker R-9W ARKNAV's R-9W Vehicle GPS Tracker and GPS car locator are designed for vehicle security and fleet management. Its rugged metal casing and wide range temperature operation are designed to withstand severe environments. R-9PRO Vehicle GPS Tracker is equipped with 13 configurable I/O cables, which allow fleet administrators to monitor not only the whereabouts but also the status of the vehicles with R-9PRO GPS tracker.

Apart from the standard accessories, ARKNAV also designed many optional accessories for R-9PRO Vehicle GPS Tracker, such as temperature sensors, and hands-free speakers & microphone. Please go to the accessories page to find out more. R-9PRO Vehicle GPS Tracker has waterproof version -- R-9W V2 Vehicle GPS Tracker.
  • 1. Built in motion switch (activated by G-Force)
  • 2. Detect external power loss
  • 3. Multi-task allows saving/reading GPS and GSM data at the same time
  • 4. Smart tracking with distance and angle tracking
  • 5. Accurate distance measurement using GPS data
  • 6. Upload firmware or configuration to multiple units over the air
  • 7. Vehicle immobilizer via phone or browser
  • 8. Analog input for temp/fuel monitoring
  • 9. I-BUTTON connection option
  • 10. IP-67 waterproof standard
  • 11. Custom ACK mechanism between device and server
  • 12. Support FTP
Physical Characteristics
Unit Size (L x W x H) 175 x 105 x 43 mm (±1mm)
Weight 234.2 g (±10g)
Housing Aluminum case with plastic end caps
Waterproof Standard IP-67
Environmental Characteristics
Operational Temperature -20°C ~ +60°C (board temperature)
Storage Temperature -40°C ~ +80°C
NOTE: Battery has individual operational and storage temperature limitations!
Electrical Characteristics
Input Voltage +9 ~ +36V dc, Ripple < 300 mV
Battery Characteristics
Backup Power Li-Ion Cell Battery – 3.7V/1000mAh
Battery Temp. Limitation Operation Temp -20°C ~ +60°C
Battery Temp. Limitation Storage Temp. -20°C ~ +35°C

File Name File Size Time
R-9W ARKNAV-Datasheet 182 KB MAR 20th 2012