
ARAG GPS receiver
Atlas 300
Part no.: 67046701650

Further information
- Dimensions (mm):
- 171.9 x 67.9 x 159.25
- Technical data:
- Supply voltage 9 - 36 V DC
Operating temperature -20 °C to +60 °C
one analog output NPN max. 50 mA
Two RS232 serial ports
Reverse polarity protection
Short-circuit proof - Weight:
- 658 g
- Catalogue:
- Plant spraying (p. 801)
GL1DE technology to reduce deviations and increase accuracy in the event of signal failure. Position calculation with integration of GPS and GLONASS signals to ensure reliable position measurement even under difficult conditions and with obstacles such as trees, houses, bridges, etc.
• Compatible with free SBAS correction signals (Egnos, WAAS, MSAS, etc.)
• LED for operating status: Power supply, available position, differential correction available
• Position update 10 times per second (10 Hz)
• Integrated fixing magnets in the receiver
• Preconfigured for connection to ARAG driving monitors
• Recommendation for the Bravo 180S: entry-level solution for those new to precision farming.
• Scope of delivery: ATLAS 300, metal base for fastening, double-sided adhesive bath, operating instructions (DVD ROM)
Technical data:
Supply voltage 9 - 36 V DC
Operating temperature -20 °C to +60 °C
one analog output NPN max. 50 mA
Two RS232 serial ports
Reverse polarity protection
Short-circuit proof
• Compatible with free SBAS correction signals (Egnos, WAAS, MSAS, etc.)
• LED for operating status: Power supply, available position, differential correction available
• Position update 10 times per second (10 Hz)
• Integrated fixing magnets in the receiver
• Preconfigured for connection to ARAG driving monitors
• Recommendation for the Bravo 180S: entry-level solution for those new to precision farming.
• Scope of delivery: ATLAS 300, metal base for fastening, double-sided adhesive bath, operating instructions (DVD ROM)
Technical data:
Supply voltage 9 - 36 V DC
Operating temperature -20 °C to +60 °C
one analog output NPN max. 50 mA
Two RS232 serial ports
Reverse polarity protection
Short-circuit proof