High Precision Stable-control 2 axis MEMS Gyro
ER-2MG-093
1. Cylinder;
2. Bias Instability (1σ 25℃): 0.3-0.1º/h;
3. Size: 120mm x Φ30mm.
Low Cost 2-Axis MEMS Gyro
ER-2MG-094
1. Cylinder;
2. Bias Instability (1σ 25℃): 1º/h;
3. Size: 120mm x Φ30mm.
2-Axis North-Seeking MEMS Gyro
ER-2MG-101
1. Thin;
2. Light weight;
3. Simple structure and good reliability.
High Performance Navigation 2 axis MEMS Gyro
ER-2MG-102
1. Thin;
2. Light weight;
3. Simple structure and good reliability.
High Precision Navigation/Stable Control 2 axis MEMS Gyro
ER-2MG-103
1. Thin;
2. Light weight;
3. Simple structure and good reliability.
Low-cost Attitude-control 2 axis MEMS Gyro
ER-2MG-104
1. Thin;
2. Light weight;
3. Simple structure and good reliability.
Low-cost MEMS Integrated Navigation System
ER-GNSS/MINS-05:
1. High reliability and low cost MEMS gyroscope and accelerometer;
2. Built-in full-band full-system dual-antenna positioning and orientation GNSS module;
3. Variety of data interface, support RS422/RS232 and CAN.
Low Cost Single Antenna MEMS Integrated Navigation System
ER-GNSS/MINS-07
1.High reliability and low cost MEMS IMU. The working temperature is -40℃~+80℃.
2.Built-in dual-band full-system single-antenna positioning GNSS module, supporting single-antenna high-precision positioning and velocity measurement.
3.The system can provide accurate integrated navigation information, attitude up to 0.1°, heading 0.1°.
High Precision Fiber Optic Inertial Navigation System
ER-FINS-40:
1. Highly reliable and extremely accurate fiber optic gyroscopes;
2. Large range and high precision quartz accelerometers;
3. Built-in full-band full-system dual-antenna positioning and orientation GNSS module.
High Reliability FOG IMU
ER-FIMU-40:
1. All solid-state three-axis fiber optic gyroscope;
2. High reliability;
3. Three-axis quartz flexible accelerometers.
Low Cost Fiber Optic Gyroscope
ER-FOG-851 (≤0.05～0.1º/h)
1. Bias stability: 0.05~0.1º/h;
2. 78.5×78.5×35mm;
3. Suitable for flight control platform.
High-performance Dynamic FOG North Seeker
ER-FNS-01D
1.Internal shock absorber, can adapt to large impact and vibration;
2.30s fast alignment, azimuth accuracy 1°; 90s accurate alignment, azimuth accuracy 0.5°;
3.Dynamic north finding, accurate north finding and attitude following in the case of vibration;
High Precision FOG North Seeker
ER-FNS-02 (0.02°-0.1°):
1. High precision initial alignment & direction control solution;
2. FOG and quartz accelerometer as core sensors;
3. High stability and reliability.
Low Cost 3 Axis FOG North Seeker
ER-FNS-03 (0.5°-1°):
1. Low cost FOG north seeking solution;
2. Specially suitable for mining application;
3. 3-axis FOG & 3-axis accelerometer.
Quick MEMS North Seeker for Heading Machine
ER-MNS-04A/B (0.5°-1°):
1.Fast alignment in 30 seconds, user selectable fast alignment time: 30s, 60s, 90s;
2.Fast alignment accuracy 1° or 0.5°;
3.Modular design, OEM available.
Mini MEMS North Seeker for Heading Machine
ER-MNS-04C
1.Adopting the latest MEMS gyro technology, it subverts the size of traditional gyro tools and is extremely small.
2.Size: 27×26×34 Weight: 40g (inner body).
3.Mainly used in mining, tunnel construction and underground space construction.
Dynamic MEMS north Seeker for Heading Machine
ER-MNS-05A
1.30 seconds static alignment (1°), dynamic tracking and holding;
2.Alignment accuracy 0.5°, tracking and holding accuracy: 0.5°/20 minutes;
3.Modular design: standard internal platform structure, OEM modular design, strong applicability;
4.Military-grade stability: shock resistance, vibration resistance, strong adaptability designed for harsh working conditions such as mining and tunnels.
Ultra-high Precision MEMS North Seeker for Heading Machine
ER-MNS-05C
1.Adopting the latest MEMS gyro technology, it subverts the size of traditional gyro tools and makes them extremely small;
2.Size: 43.2×43.2×35.5 mm Weight: 100 grams (inner table);
3.Alignment/North-seeking accuracy 0.25°;
4.Used in scenarios with high-precision north-seeking and strict volume requirements.
Low Cost MEMS North Seeker for Heading Machine
ER-MNS-06A
1.Adopt the latest MEMS gyro technology, compact size;
2.Adopt three-axis MEMS gyro, three-axis MEMS plus strapdown inertial measurement technology;
3.All-solid-state design, excellent anti-shock and anti-vibration ability, and resistant to harsh environment;
4.With self-seeking north function, not affected by magnetic field;
MEMS Gyro Directional Module for MEMS Directional Drilling/Drilling Directional Instrument
ER-MNS-09(0.25°-1°):
1.Adopt the latest MEMS gyro technology, cylindrical design, its diameter is reduced to 30mm, length is 120mm, can be easily embedded in the narrow space at the front of the drilling equipment (such as the probe);
2.Adopt the latest three-axis MEMS gyro, three-axis MEMS plus meter strapdown inertial measurement technology;
3.Full solid-state design, built-in inner platform, excellent impact and vibration resistance, and resistant to harsh environments.
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North Seeker for Hydraulic Supports in Underground Coal Mines
ER-MNS-10A
1.Adopting the latest MEMS gyro technology, it is the thinnest and lightest north seeker, with a thickness of only 14mm and a weight of 40g;
2.Using the latest three-axis MEMS gyro, three-axis MEMS plus strapdown inertial measurement technology;
3.It has the function of self-seeking north and is not affected by magnetic fields;
North-Seeking MEMS IMU
ER-MIMU-051
1. Size:70*65*45(with shell)/43.2*43.2*35.5 (without shell and baseboard);
2. OEM, modular design, strong applicability;
3. Can find north independently.
High Performance Navigation MEMS IMU
ER-MIMU-052
1. Size: 70*65*45(with shell)/43.2*43.2*35.5 (without shell and baseboard);
2. OEM, modular design, strong applicability;
3. Gyro bias instability(1σ 25℃): 0.03deg/hr.
High Precision Stable Control MEMS IMU
ER-MIMU-053(Previous ER-MIMU-03)
1. Size: 70*65*45(with shell)/43.2*43.2*35.5 (without shell and baseboard);
2. OEM modular design, strong applicability;
3. Gyro bias instability(1σ 25℃): <0.1deg/hr.