ER-3QA-02E High Performance Triaxial Quartz Accelerometer
Introduction
ER-3QA-02E High Performance Triaxial Quartz Accelerometer with high performance,is composed of three A15 acceleration sensors, 24 bit high precision A/D converter, 16 bit ultra low power consumption single chip microcomputer and mechanical structure. ER-3QA-02E has the features of digital output, high precision installation error, temperature compensation and low power consumption.
Specifications
Parameters | Unit | ER-3QA-02E1 | ER-3QA-02E2 | ER-3QA-02E3 | ER-3QA-02E4 |
Range | g | ±2 | ±4 | ±8 | ±16 |
3H stability (0g) | g | 3×10-5 | 4×10-5 | 5×10-5 | 1×10-4 |
Scale factor | v/g | 1±0.1 | 0.5±0.05 | 0.25±0.025 | 0.125±0.0125 |
Power supply | v | ±15 | ±15 | ±15 | ±15 |
Output frequency | Hz | 200 | 200 | 200 | 200 |
Electrical interface | / | Rs422 | Rs422 | Rs422 | Rs422 |
Working temperature | ℃ | -40~+60 | -40~+60 | -40~+60 | -40~+60 |
Storage temperature | ℃ | -45~+65 | -45~+65 | -45~+65 | -45~+65 |
Vibration | / | 8g 20~2000Hz 60min | |||
Shock | / | 120g, 4.5ms, 1/2sin | 120g, 4.5ms, 1/2sin | 120g, 4.5ms, 1/2sin | 120g, 4.5ms, 1/2sin |
Size | mm | 60×60×39 | 60×60×39 | 60×60×39 | 60×60×39 |
Install dimension
Wiring definition
No. 1: Power supply +15V
No. 2: Ground wire
No. 3: -15V power supply
No. 4: T+
No. 5: T -
No. 6: Ground wire
No. 7: X-axis output
No. 8: Y-axis output
No. 9: Z-axis output
Application Techniques
1.Calibration Method of Accelerometer
2.What is the Purpose of the Accelerometer Senor?
3.What is the Quartz Accelerometer Digital Closed Loop Servo Circuit?
4.Study on the Stability of Quartz Accelerometer Head
5.How to Improve the Impact Resistance of Quartz Accelerometer
6.What is the Effect of Temperature Coefficient on Quartz Accelerometer?