RS485 AKF392 3 Axis Mems Accelerometer 5.5 Khz Frequency Response MEMS Based Accelerometer
● bridge ● road roller
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Range
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±2
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±4
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±8
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±10
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±20
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±40
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g
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Deviation Calibration
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<1
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<1
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<1
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<1
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<1
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<1
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mg
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Measuring Axial
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X,Y,Z
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X,Y,Z
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X,Y,Z
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X,Y,Z
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X,Y,Z
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X,Y,Z
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axis
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Up/Off Power Repeatability
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<2
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<2
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<2
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<2
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<2
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<2
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mg(max)
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Deviation temperature coefficient
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0.01
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0.01
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0.01
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0.01
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0.01
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0.01
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%/℃
(Typical value)
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Resolution/Threshold (@ 1Hz)
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< 1
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< 1
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< 1
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< 1
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< 1
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< 1
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mg(max)
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Nonlinearity
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<0.5
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<0.8
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<1
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<1
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<1
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<1
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% FS(max)
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Frequency response
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2.4
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2.4
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2.4
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5.5
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5.5
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5.5
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kHz
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Bandwidth (3Db))
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500
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500
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500
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500
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500
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500
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Hz
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Cross-axis sensitivity
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1
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1
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1
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2
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2
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2
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%
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Lateral vibration sensitivity ratio
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1
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1
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2
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5
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5
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5
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%
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Resonance frequency
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2.4
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2.4
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2.4
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5.5
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5.5
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5.5
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kHz
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noise density
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21
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21
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21
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86.6
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86.6
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86.6
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μg/√Hz
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0g output 2.5V
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<0.01
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<0.01
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<0.01
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<0.008
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<0.008
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<0.008
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mV
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Output rate
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5Hz,10Hz,25Hz,50Hz,100Hz,200Hz,500Hz,1000Hz
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Output interface
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RS232/RS485/TTL
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Protocol
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Rion Standard Protocol And Modbus Rtu Protocol
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Reliability
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MIL-HDBK-217,Grade 2
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Shock Resistance
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100g@11ms,Triaxial And Identical (Half Sine Wave)
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Recovery Time
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<1ms(1000g, 1/2 Sin 1ms,Shock Acting On The i Axis)
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Vibrate
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20g Rms,20~2000Hz (Random Noise ,o ,p,i Per Axis For Action 30 Minutes
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Reliability
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MIL-HDBK-217,Grade 2
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Shock Resistance
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100g@11ms,Triaxial And Identical (Half Sine Wave)
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Input(Vdd_Vss)
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9-36 VDC
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Recovery Time
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<1ms(1000g, 1/2 Sin 1ms,Shock Acting On The i Axis)
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Vibrate
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20g Rms,20~2000Hz (Random Noise ,o ,p,i Per Axis For Action 30 Minutes )
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Current Consumption
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<60mA @ 12 VDC
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Connector
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Industrial Standard M12 Connector
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Weight
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73.5g
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Dimension
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34.3*34.3*38.5mm
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The AKF392B three axis accelerometer is produced using Swiss patented technology. This acceleration series can be applied to various fields such as vibration testing and impact testing.The product adopts digital interface output, RS232/485/TTL optional, different address codes can be set, and multiple sensors can be used in series for long distances, which is convenient for multi-point measurement and data analysis. The AKF392B is a monocrystal line silicon capacitive sensor, consisting of a micromachined silicon chip,a low-power ASIC for signal conditioning,a microprocessor for storing compensation values and a temperature sensor. This product has low power consumption, Complete calibration system, solid structure and stable output.The new electronic configuration provides solid-state power for reset, and providing full protection for over-current.In the full range,Typical values for long-term stability and bias of the scale factor are less than 0.1%. This series of products has the characteristics of strong structure, low power consumption and excellent deviation stability, which guarantees outstanding output reliability.
