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Small Size FOG Gyroscope
ER-FOG-50 (0.2~2.0º/h) 1. Bias stability: 0.2~2.0º/h; 2. Small size: Φ50mm×38mm; 3. Digital closed loop mode.
MEMS Accelerometer Installation Error Correction Method
In order to further improve the accuracy of MEMS accelerometer, the measurement error of mems acceleration sensor must be reduced as much as possible.
High Precision 2D Electronic Compass
ER-EC-225CAN: 1. Measurement range 0~360°; 2. Heading accuracy 1°, tilt range ±5°; 3. Industrial grade design.
What is a Fiber Optic Rate Gyroscope?
ER-FOG-910 (0.02º/h) 1. Bias stability: 0.02º/h; 2. Small size: Φ82×26; 3. Long life and high reliability.
Low Power Consumption Wireless Transmission Tilt Sensor
ER-TS-22800 Feature: 1. Accuracy: 0.005°, resolution: 0.0008°; 2. Measurement range: ± 30°; 3. Volume (94*74*64mm) (customizable).
Low Cost 2D Electronic Compass (Single Board)
ER-EC-220: 1. Heading accuracy 1°, tilt range ±5°; 2. Measurement range 0~360°; 3. With hard magnetic, soft magnetic and tilt compensation.
High Precision Wireless Transmission Tilt Sensor
ER-TS-12200-Modbus Features: 1. Dual axis monitoring (single axis optional); 2. Full range accuracy 0.001°, resolution 0.0005°; 3. Volume (94*74*64mm) (customizable).
Low Cost FOG Gyroscope
Small Size Fiber Optic Gyroscope
ER-FOG-60 (0.06~0.5º/h) 1. Bias stability: 0.06~0.5º/h; 2. Small size: Φ60mm×30mm; 3. Light weight: ≤120g.
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°-1°/h, accelerometer-25g; 3. For navigation, control and dynamic measur
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