Oil and Gas DTG Gyroscope
ER-DTG-E2:
1. Random drift (1σ): 0.3°/h;
2. Small size: φ29×52mm;
3. Strong shock resistance.
Beidou GNSS Satellite Based Enhanced Direction Finding and Positioning Board
ER-GNSS-B07
1. Excellent heading accuracy, better than 0.09° (1 metre-based line);
2. High precision chip and new CPU platform;
3. Support GPS, GLONASS, BeiDou, Galileo, QZSS, L-Band.
High Accuracy Dynamically Tuned Gyroscope
ER-DTG-E3:
1. Random drift: 0.03°/h;
2. Φ55×84mm;
3. Strong shock resistance.
Strapdown Dynamically Tuned Gyroscope
ER-DTG-E4:
1. Random drift: 0.03°/h;
2. Φ50×76mm;
3. Strong shock resistance.
Single Frequency High Precision Direction Finding And Positioning Board
ER-GNSS-B08
1. Support RTK positioning;
2. SUPPORT BDS B1, GPS L1, GLONASS G1, Galileo E1;
3. Support "Chinese precision", single machine to achieve decimeter level positioning.
Semi Liquid Floating Gyroscope
ER-RG-7 (≤0.03°/s)
1. Zero stability: ≤0.03°/s;
2. Substitute of US Honeywell liquid floating gyro;
3. Capable of attitude measurement.
ER-FIMU-50 Minimum FOG IMU (Same performance to KVH 1775)
ER-FIMU-50:
1. Minimum FOG IMU: F89mm*73mm; similar performance to KVH 1775, LN200;
2. Gyro-Bias stability/repeatability: 0.5°/h;
3. For navigation, control and dynamic measurement.
Double Axis FOG Gyroscope
ER-DFOG-50 (0.3~5.0º/h)
1. 2-Axis & low cost;
2. Bias stability: 0.3~5.0º/h;
3. Small size: 60mm×64mm×45mm.
Beidou/GNSS Single-Frequency Positioning Board
ER-GNSS-B09
1. Affordable, data update rate up to 20Hz DGPS solution;
2. Fast start and recapture time to make your work accurate;
3. Support Beidou, GPS, GLONASS, SBAS, compatible Galileo and QZSS.
Strapdown Flexible Gyroscope
ER-DTG-E5:
1. Random drift: 0.1°/h;
2. Φ34×64mm;
3. Strong shock resistance.
Two Axis Fiber Optic Gyroscope
ER-DFOG-60 ( 0.1~1.0º/h)
1. Double-axis FOG;
2. Bias stability: 0.1~1.0º/h;
3. Small size: 108mm×108mm×76mm.
High Temperature DTG
ER-DTG-E6:
1. Random drift: 0.2°/h (σ);
2. Φ35.4×78mm;
3. Strong shock resistance.
High-Quality Three-Axis FOG
ER-TFOG-50 (0.5°/h)
1. Low cost & high-quality;
2. 0.5°/h zero bias stability (10s smooth, 1σ).
ER-MA-01 GNSS Survey Antenna
ER-MA-01 Features:
1. High Phase Center Stability;
2. Tracking in Challenging Environments;
3. Strong Anti-interference Performance.
Three Axis Fiber Optic Gyroscope
ER-TFOG-60 (0.1~1.0º/h)
1. 3-Axis & low cost;
2. Zero bias stability: 0.1~1.0º/h;
3. Small size: 108mm×108mm×76mm.
Universal Measuring Antenna
ER-MA-02 Features:
1. Ruggedized Housing, Easy to Install;
2. High Phase Center Stability;
3. Tracking in Challenging Environments.
GNSS Measurement Antenna
ER-MA-03 Features:
1. High Phase Center Stability;
2. Tracking in Challenging Environments;
3. Strong Anti-interference Performance.
High Precision Voltage Output Type Single Axis Tilt Sensor
ER-TS-2180VO Features:
1. Single axis tilt monitoring;
2. Output 0~5V, 0.5~4.5V, 0~10V (optional);
3. Full range accuracy 0.005°, resolution 0.0007°.
High Precision Single Axis Tilt Sensor CANopen Output
ER-TS-2185CA Features:
1. Single axis tilt monitoring;
2. Full range accuracy 0.005°, resolution 0.0007°;
3. Output frequency 5~100HZ (optional).
Digital Output Type Single Axis Tilt Sensor
ER-TS-2186DI Features:
1. Single axis tilt monitoring;
2. Full range accuracy 0.005°, resolution 0.0007°;
3. Output frequency 5~100HZ (optional).
Low Cost & High Precision FOG IMU (Replace LN200)
ER-FIMU-60:
1. Tactical FOG inertial measurement unit, dimension, communication interface, power can be customized;
2. Gyro-bias stability/repeatability: 0.3°/h;
3. All-solid triaxial fiber optic gyroscope and triaxial quartz flexibility accelerometer.
Drone Antenna
ER-MA-04 Features:
1. Advanced D-QHA Technology;
2. Tracking in Challenging Environments;
3. Strong Anti-interference Performance;
4. Small Size and Light Weight.
High Quality Drone Antenna
ER-MA-05 Features:
1. Toughest Precision Antenna;
2. Strong Anti-interference Performance;
3. Tracking in Challenging Environments;
4. Advanced D-QHA Technology.
Three Axis Fiber Optic Gyroscope
ER-TFOG-70 (0.05~0.1º/h)
1. 3-Axis & low cost;
2. Bias stability: 0.05~0.1º/h;
3. Small size.