Inertial Accelerometer Sensor 1 Axis Quartz Inertial Acceleration Meter Price Flexure Vibration Meter
Product Introduction
JB1-05 quartz accelerometer is a force equilibrium sensor,a precise instrument designed according to the principle of ineria.The acceleration input is converted to its fracture's subtle displacement,and then balanced by a feedback force.As a force feedback loop is used,the accelerometer has the features of high precision,high shock resistance,broad measurement range and excellent overload capacity.It is one of the most essential devices in the inertial navigation and guidance system.A quartz accelerometer consists of a gauge head.an excitation circuit and a frequency measurement circuit.The gauge head consists of a dampling plate,a metal pendulum and a force sensitive quartz stick.
Applications
Drilling Inclination Measurement
Aeronautics Astronautics
Instruments Inertial Equipment
Features
High resolution
High stability
High accuracy
Low power
Excellent overload capacity
Small volume
Low cost
Broad measurement range
Performance Characteristics
NO. | JB1-05 Parameter | Value |
1 | Range | ±50g |
2 | Threshold value | 5μg |
3 | Bias K0/K1 | ≤±7mg |
4 | Scale factor K1 | 1.3±0.2 mA/g |
5 | Second-order nonlinear coefficientK2 | ≤±30μg /g2 |
6 | Bias Repeatability of synthesisσK0 (1σ,1month) | ≤50 μg |
7 |
Scale factorRepeatability of synthesis σK1/K1 (1σ,1month) |
≤50 ppm |
8 | Comprehensive repeatability of nonlinear coefficients K2/K1(1σ,1month) | ≤±30 μg /g2 |
9 | Bias temperature coefficient | ≤±50 μg /℃ |
10 | Scale factor temperature coefficient | ≤±50 ppm /℃ |
11 | Noise(Sampling resistor 840Ω) | ≤8.4mv |
12 | Natural frequency | 400~800 Hz |
13 | Bandwidth | 800~2500 Hz |
14 | Random vibration | 6g(20-2000Hz) |
15 | Shock | 100g,5ms,1/2sin |
16 | Operating temperature range | -40~+85℃ |
17 | Storage temperature range | -60~+120℃ |
18 | Power supply | ±12~±15V |
19 | Current consumption | ≤±20mA |
20 | Temperature sensor | PT1000(optional) |
21 | Dimension | Ф25.4X30mm |
22 | Weight | ≤80g |
Dimension