Dgps GPS Rtk Gnss Surveying Equipment China Made Cheap Sale V30 Rtk GPS

• Customization: Available
• Model No.: 30
• Dimensions (W X H): 19.50cm X 10.40cm(7.68 in X 4.09 in)
• Model NO.: V30
• Weight: 1.3kg (2.86lb) with Internal Battery, Internal Rad
• Operating Temperature: -45to +65
• Storage Temperature: -55 to +85
• Humidity: 100%, Considering
• Water/Dustproof: IP67 Dustproof
• Shock and Vibration: Designed to Survive a 3m(
• Data Storage: 64MB Internal Memory
• Rtk Surveying Performance: 8mm+1ppm RMS
• Accuracy: 2mm
• Vertical Lines: 4
• Horizontal Line: 2
• Transport Package: Carton Box
• Specification: CE/ISO/FCC
• Trademark: Hi-Target
• Origin: China
• HS Code: 9031809090
• Production Capacity: 1000 PCS Per Month

Product Description

Dgps GPS Rtk Gnss Surveying Equipment China Made Cheap Sale V30 Rtk GPS

System Features:
Multi-constellation tracking
220 tracking channels.
Supports GPS, GLONASS, GALILEO, BDS, SBAS.
NGS approved GNSS antenna.
 
Intelligent operation
Equipped with a smart speaker guiding the whole operation.
Multi one-button functions make fieldwork easier, such as auto base setup by one button, the rover can get fix solution once it is turned on.
 
 
Diversify RTK application
Optional transceiver UHF radio
The transceiver UHF radio enables the working mode to be switchable between base and rover.
2-watt HI-TARGET internal UHF radio and 2-watt Pacific Crest TrimTalk© internal UHF radio are optional. Pacific Crest TrimTalk© internal UHF radio is compatible with other radios.
Removable internal UHF radio enables users to fix or exchange simply.
 
Seamless operation in CORS system
Built-in GPRS/GSM/3G module ensures that the V30 works perfectly with network RTK positioning.
 
Long-life battery
Powered by 5000mAh Li-ion battery.
Static working time 13 - 15 hours.
RTK Rover (UHF/GPRS/GSM) working time 10 - 12 hours.
RTK Base working time 8 - 10 hours.
 
Rugged and unique design
IP67 dust/water protection.
Withstands 3-meter natural fall onto concrete.
Rapid tracking and perfect avoidance or reduction of obstruction and multipath effect to ensure superior positioning capability.