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Email：sales@gtktech.com
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With the maturity of drone application technology, aerogophysical surveys, especially aeromagnetic measurement systems, are gradually using a large number of drone platforms. In an environment where geological environment and safety standards prohibit magnetic surveys by manned aircraft, drone magnetic detectors can undertake detection tasks based on the best terrain space and even provide better quality detection data.
The optically pumped magnetometer is a magnetometer based on the Zeeman splits generated by helium and other gases and atoms of alkali metals such as potassium, rubidium, and cesium in the external magnetic field, and developed using optical pumping and magnetic resonance technology. The optically pumped magnetometer is the most accurate magnetometer among mature commercial general field magnetometers. In order to be suitable for drone flight, our companyRubidium optical pump aeromagnetic measurement systemA chip-level atomic optical pump magnetometer implemented using micro-electromechanical technology integratesGPS, laser altimeter, 9-axis attitude sensor, barometric altimeter,
Using a mature multi-rotor drone platform, the comprehensive system is very cost-effective. Suitable for large-scale, drone aeromagnetic measurement in small areas of plateau and mountainous areas.
High-precision civil optical pump magnetometer
Ground static noise level: 0.01 nT (fourth-order difference method)
Resolution:0.0001nT
Sensitivity: 0.02nT/√Hz (0.1-100 Hzfrequency band, power spectrum)
Measurement dead zone: Single declination plane,± 7 degrees
Measuring range: 1000 nT - 100000 nT
Power supply and power consumption: 5V，3W
Operating temperature: -30C to +60C
Calibrating: No need
Probe size: 19x19x47 mm (probe)
Probe weight: 18 g (probe)/100g(frequency counter) (excluding connecting wires)
Response speed: 10000 nT/s
Maximum gradient tolerance: 1000 nT/cm
gas chamber medium: Rubidium
Micro multi-channel data collector(C)
CPU ARM Cortex-A53 1.2 GHz quad-core
Memory 1GB
Interface USB 2.0 interface 4 x USB Ports,GPS,10/100M Ethernet interface
Power input: 5V 2.5A
rated power: 800mAH(4.0W)
Overall size: 100 x 60 x 40mm
Weight:190.5g (excluding connecting wires)
Function: Data acquisition, optical pump aeromagnetic real-time compensation (requires the cooperation of fluxgate, etc.), vector fluxgatereal-time compensation
high precisionThe GPS receiving module collects geographical location information
9-axis accelerometer gyroscope attitude angle measurement module/barometer
Laser Altimeter
supply voltage 5V
average current ≤180mA Peak current ≤180mA
average power ≤0.9W Weight 77g
Range: 180m@90% reflectivity, 70m@10% reflectivity，130m@90% reflectivity &100Klux, 50m@10% reflectivity &100Klux
Operating temperature -25~60℃ Storage temperature -40~85℃
Protection gradeIV IP67
(C)
DajiangDJI M600 Pro 6 rotor drone
Symmetrical motor wheelbase | 1133 mm |
External dimension | 1668 mm×1518 mm×727 mm(propeller, boom,GPS The brackets are all deployed with landing gear) |
Weight (including 6 block TB47S Battery) | 9.5 kg |
Weight (including 6 block TB48S Battery) | 10 kg |
Recommended maximum takeoff weight | 15.5 kg |
hover accuracy (P-GPS) | Vertical: ±0.5 m, level:±1.5 m |
maximum rotational angular velocity | Pitch axis: 300°/s, heading axis:150°/s |
maximum pitch angle | 25 ° |
maximum rising rate | 5 m/s |
maximum descent speed | 3 m/s |
Maximum tolerable wind speed | 8 m/s |
Maximum horizontal flying speed | 65 km/h(Windless environment) |
Hover time *(6 block TB47S Battery) | No load: 32 minutes, load 6 kg:16 min |
maximum takeoff altitude | 2170R paddle:2500 m 2195 paddle: 4500 m |
Hover time *(6 block TB48S Battery) | No load: 38 minutes, load 5.5 kg:18 min |
Operating frequency | 920.6 to 928 MHz(Japanese version),5.725 to 5.825 GHz(Non-Japanese version),2.400 to 2.483 GHz |
Maximum communication distance (no interference, no obstruction) | 5 km(FCC model),3.5 km(CE model) |
With the maturity of drone application technology, aerogophysical surveys, especially aeromagnetic measurement systems, are gradually using a large number of drone platforms. In an environment where geological environment and safety standards prohibit magnetic surveys by manned aircraft, drone magnetic detectors can undertake detection tasks based on the best terrain space and even provide better quality detection data.
The optically pumped magnetometer is a magnetometer based on the Zeeman splits generated by helium and other gases and atoms of alkali metals such as potassium, rubidium, and cesium in the external magnetic field, and developed using optical pumping and magnetic resonance technology. The optically pumped magnetometer is the most accurate magnetometer among mature commercial general field magnetometers. In order to be suitable for drone flight, our companyRubidium optical pump aeromagnetic measurement systemA chip-level atomic optical pump magnetometer implemented using micro-electromechanical technology integratesGPS, laser altimeter, 9-axis attitude sensor, barometric altimeter,
Using a mature multi-rotor drone platform, the comprehensive system is very cost-effective. Suitable for large-scale, drone aeromagnetic measurement in small areas of plateau and mountainous areas.
High-precision civil optical pump magnetometer
Ground static noise level: 0.01 nT (fourth-order difference method)
Resolution:0.0001nT
Sensitivity: 0.02nT/√Hz (0.1-100 Hzfrequency band, power spectrum)
Measurement dead zone: Single declination plane,± 7 degrees
Measuring range: 1000 nT - 100000 nT
Power supply and power consumption: 5V，3W
Operating temperature: -30C to +60C
Calibrating: No need
Probe size: 19x19x47 mm (probe)
Probe weight: 18 g (probe)/100g(frequency counter) (excluding connecting wires)
Response speed: 10000 nT/s
Maximum gradient tolerance: 1000 nT/cm
gas chamber medium: Rubidium
Micro multi-channel data collector(C)
CPU ARM Cortex-A53 1.2 GHz quad-core
Memory 1GB
Interface USB 2.0 interface 4 x USB Ports,GPS,10/100M Ethernet interface
Power input: 5V 2.5A
rated power: 800mAH(4.0W)
Overall size: 100 x 60 x 40mm
Weight:190.5g (excluding connecting wires)
Function: Data acquisition, optical pump aeromagnetic real-time compensation (requires the cooperation of fluxgate, etc.), vector fluxgatereal-time compensation
high precisionThe GPS receiving module collects geographical location information
9-axis accelerometer gyroscope attitude angle measurement module/barometer
Laser Altimeter
supply voltage 5V
average current ≤180mA Peak current ≤180mA
average power ≤0.9W Weight 77g
Range: 180m@90% reflectivity, 70m@10% reflectivity，130m@90% reflectivity &100Klux, 50m@10% reflectivity &100Klux
Operating temperature -25~60℃ Storage temperature -40~85℃
Protection gradeIV IP67
(C)
DajiangDJI M600 Pro 6 rotor drone
Symmetrical motor wheelbase | 1133 mm |
External dimension | 1668 mm×1518 mm×727 mm(propeller, boom,GPS The brackets are all deployed with landing gear) |
Weight (including 6 block TB47S Battery) | 9.5 kg |
Weight (including 6 block TB48S Battery) | 10 kg |
Recommended maximum takeoff weight | 15.5 kg |
hover accuracy (P-GPS) | Vertical: ±0.5 m, level:±1.5 m |
maximum rotational angular velocity | Pitch axis: 300°/s, heading axis:150°/s |
maximum pitch angle | 25 ° |
maximum rising rate | 5 m/s |
maximum descent speed | 3 m/s |
Maximum tolerable wind speed | 8 m/s |
Maximum horizontal flying speed | 65 km/h(Windless environment) |
Hover time *(6 block TB47S Battery) | No load: 32 minutes, load 6 kg:16 min |
maximum takeoff altitude | 2170R paddle:2500 m 2195 paddle: 4500 m |
Hover time *(6 block TB48S Battery) | No load: 38 minutes, load 5.5 kg:18 min |
Operating frequency | 920.6 to 928 MHz(Japanese version),5.725 to 5.825 GHz(Non-Japanese version),2.400 to 2.483 GHz |
Maximum communication distance (no interference, no obstruction) | 5 km(FCC model),3.5 km(CE model) |
