China Mini Triaxial Vibration Sensor For Wind Power Generation for sale

Mini Triaxial Vibration Sensor For Wind Power Generation

Name: Mini Triaxial Vibration Sensor For Wind Power Generation
Brand: Shenzhen Rion Technology Co., Ltd.

Good Environmental Performance Mini Triaxial Accelerometer Industry Grade Vibration Sensor For Wind Power Generation ▶ INTRODUCTION AKS392 triaxial accelerometer is a product independently developed and produced by Rion Technology, which is specially used in the building monitoring industry. In order to improve the resolution of the product, the product uses a smaller range, which can more accurately reflect the subtle changes of the product. Digital interface output is

Place of Origin Guangdong, China

Non-linearity <0.5% FS(max)

Packaging Details 1pcs vibration sensor in each inner box , 50pcs/ctn

MODBUS automatic output rate 10Hz、25Hz、50Hz

Model Number AKS394-485

Supply Ability 3000 PCS/MONTH

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Product Description

Good Environmental Performance Mini Triaxial Accelerometer Industry Grade Vibration Sensor For Wind Power Generation

▶ INTRODUCTION

AKS392 triaxial accelerometer is a product independently developed and produced by Rion Technology,

which is specially used in the building monitoring industry. In order to improve the resolution of the

product, the product uses a smaller range, which can more accurately reflect the subtle changes of the

product. Digital interface output is adopted, RS232/485/TTL is optional, different address codes can be

set, and multiple sensors are connected in series for a long distance, which is convenient for multi-point

measurement and data analysis. The internal FFT processing can directly output the vibration frequency,

speed and amplitude of the object, which is convenient for users to analyze the data. The AKS392 is a

monocrystalline 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, solid structure and stable output after calibration. The new

electronic configuration provides solid state power for reset, providing protection against over-powering.

The long-term stability and deviation of the scale factor are typically less than 0.1% over the full scale

range. This series of products have the characteristics of solid structure, low power consumption and

excellent deviation stability, which ensures stable output reliability

▶ FEATURE

★ Three axes (X, Y, Z)

★ Output signal: RS232; RS485; TTL

★ Power supply voltage: 9~36V

★ Size: L34.3×W34.3×H38.5mm

★ Working temperature: -40°C ~ +85°C

★ Storage temperature: -40°C ~ +85°C

★ Excellent deviation stability, good environmental performance (shock, vibration and temperature)

▶ Application

★ Medical equipment

★ Bridge

★ Automobile

★ Road roller

★ Crash records, fatigue monitoring and prediction

★ Wind power generation

★ Large machinery, engines

★ Low-frequency vibration and automatic monitoring

★ Traffic system monitoring, roadbed analysis and high-speed railway fault detection

Specifications

AKS392	PARAMETERS	UNIT
Range	±2	g
Bias calibration	<1	mg
Measure axis	X,Y,Z	axis
Power on/off repeatability	<2	mg(max)
Bias temperature coefficient	0.15	%/℃(typical)
Resolution/threshold (@ 1Hz)	< 1	mg(max)
Non-linearity	<0.5	% FS(max)
Bandwidth (3DB)	80	Hz
Cross axis sensitivity	1	%
Transverse vibration sensitivity ratio	1	%
Density of noise	21	μg/√Hz
Resonance frequency	2.4	kHz
Output rate	5Hz,10Hz,25Hz,50Hz,100Hz,200Hz,500Hz,1000Hz
Output Interface	RS232/RS485/TTL
Protocol	RION 68 protocol and MODBUS RTU protocol
Input(VDD_VSS)	9~36 VDC
Operating current consumption	<60mA @ 12 VDC
Connector	Industry standard M12 connector
Weight	Product net weight: 82g, Magnetic base: 48g, L-shaped adapter plate 20g
Size	Product size: 34.334.338.5mm Magnetic adsorption base size: 34.2334.236mm L-shaped adapter plate size: 364415mm

▶ VIBRATION PARAMETER INDEX

The product's vibration frequency, speed, and displacement are derived from data analysis, where frequency is the main frequency of the current object vibration frequency, speed is the maximum vibration speed, and displacement is the maximum amplitude value of the object vibration. Because of the irregularity of the object vibration, the data is only used reference.