 |
 |
Inertial Navigation System sensor DETA 20 Series |
■ Redundant heading gyro ■ Heading 0.5? RMS, attitude 0.1? RMS
■ Typical gyro bias stability 5°/hr
|
| ■ Zero offset, scale factor, orthogonality -40°-85° temperature factory calibration ■ Calibration test report |
| ■ Conical rowing compensation, adaptive SPKF ■ Serial TTL/ CAN ■ 22x22x8.5mm, 6grams |
| ■ 10 DOF 3-axis gyros, 3-axis accelerometer, 3axis magnetometer, heading gyro |
|
|
 |
 |
Inertial Navigation System sensor DETA 30 Series |
■ Redundant heading gyro technology for enhanced 3D stability
■ Typical Gyro Bias Stability 2?/hr
|
| ■ Stable angle output, heading 0.5? RMS, attitude 0.1? RMS ■ Conical rowing compensation, adaptive SPKF |
| ■ Biast, scale factor, orthogonality -40°-85° temperature factory calibrati |
| ■ Each module is delivered with a calibration test report ■ Serial TTL/CAN interface |
| ■ 12 degrees of freedom six-axis gyroscope, three-axis accelerometer, three-axis magnetometer ■ 22x22x8.5mm, 7gram |
|
|
 |
 |
Inertial Navigation System sensor DETA 100 Series |
■ Dual-frequency RTK centimeter-level positioning, dual-antenna direction finding, support network RTK
|
| ■ Redundant heading gyro technology for enhanced heading stability |
| ■ Stable position angle output, 1cm position accuracy, heading angle 0.2? RMS, attitude 0.1? RMS |
| ■ Conical rowing compensation, adaptive SPKF ■ Heading gyro bias stability 2?/hr |
| ■ Bias, scale factor, orthogonality temperature factory calibration ■ Serial port TTL / 232 & CAN interface |
|
|
   |
| EPSILON-A EPSILON-E EPSILON-N |
Inertial Navigation System sensor EPSILON Series |
| EPSILON-A is an IMU and AHRS |
| EPSILON-E supports an integrated navigation system with external GNSS and other auxiliary sources |
EPSILON-N has a built-in single-antenna L1/L2 dual-frequency GNSS receiver, providing a combined positioning accuracy of about 1m
|
| EPSILON-D The built-in dual-antenna differential GNSS can provide centimeter-level positioning and dual-antenna lateral function |
| EPSILON-D4G is an upgrade of the D version, which can connect to the network NTRIP base station through the built-in 4G device to obtain differential correction data, and has the network remote upgrade function. |
|
  obtain differential correction data, network remote upgrade function.jpg) |
| EPSILON-D EPSILON-D4G |
| ■ Dual-frequency RTK centimeter-level positioning, dual-antenna direction finding, support network RTK |
| ■ Redundant gyro technology for enhanced stability ■ RTK base station mode |
■ Stable position angle output, 1cm position accuracy, heading angle 0.1? RMS
|
| ■ Gyro Bias Stability 2?/hr ( <2°/hr relative heading ) ■ 16G memory Log FFT notch filter |
| ■ Bias, scale factor, orthogonality temperature factory calibration ■ 2D/3DMagnetic calibration |
| ■ Conical rowing compensation, adaptive SPKF ■ Tactical Grade Array Sensor |
| ■ Odometer/sonar/radar external auxiliary interface ■ 4G Netcom/Radio version |
|
|
