【关注川源科技HiCY】
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服务热线 400-700-2017
服务热线 400-700-2017
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Application Areas
·Dedicated to solving the problems of scraping, structural damage and production safety hazards caused by abnormal vibration of industrial tanks, achieving high-precision dynamic monitoring and real-time early warning
Capturing abnormal vibrations caused by material mixing, mechanical friction or external interference during the operation of the tank, preventing tank scraping or structural damage
Multi-dimensional vibration synchronous monitoring |
Fully sealed dustproof and waterproof structure |
Millisecond response |
 High-precision vibration sensor |  Intelligent alarm |  Customized data analysis |
Model | |
Vibration speed | 0~50mm/s |
Vibration acceleration | ±16G |
Vibration angular velocity | ±2000°/s |
Vibration displacement | 0~39999um |
Vibration frequency | 1~100Hz |
Accuracy | <5%F.S. |
Internal operating voltage | 5V~36V |
Sensor operating current | <25mA |
Vibration measurement direction | X-axis, Y-axis, Z-axis (three-axis synchronous measurement) |
Operating temperature | -40°C~85°C |
Detection cycle | 1~100Hz |
Deadline | 0~100Hz |
External information transmission | Network port and other serial port communications |
Size | 47*38*33mm |
Impact resistance | 20000g (Compliant with MIL-STD-810G standard) |
Enclosure protection grade | IP67 |
In many industrial fields, slurry tanks are one of the core production equipment. During long-term operation, they often produce abnormal vibrations due to uneven material mixing, mechanical friction or external interference, leading to tank scraping, structural damage and even equipment failure, seriously affecting production safety, efficiency and equipment life.
Limitations of Traditional Vibration Monitoring Technologies |
· Single monitoring dimension: It is difficult to achieve multi-axis synchronous vibration signal capture and spectrum analysis
· Poor environmental adaptability: Ordinary sensors are not stable enough in high-risk, dusty, and humid working conditions
· Insufficient accuracy and response speed: Unable to accurately capture micron-level deformation or instantaneous abnormal vibration
· Low level of intelligence: Lack of customized data analysis and early warning functions, difficult to meet complex process requirements
Core drivers |
Industry safety and efficiency
Technology upgrade requirements—high-precision dynamic monitoring, intelligent function expansion, operation and maintenance cost optimization requirements, environmental protection and compliance requirements
Multi-dimensional synchronous acquisition
Environmental robustness design
Vibration sensors installed in horizontal and vertical directions collect the vibration parameters of the slurry tank (such as velocity, acceleration, displacement, etc.) in real time and convert them into standardized electrical signals. The vibration signals of the equipment are captured by three-axis MEMS sensors.
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Integration The first fully integrated gas production pressure measurement equipment Industry leading companies promote products | Ultra-wide temperature range -40°C~250°C ultra-wide measurement temperature range Unique buffer structure design prevents electrolyte from contacting and corroding the sensor | Fully automatic measurement One-stop multi-channel, new measurement experience Fully automatic measurement of all parameters | Professional data processing Single point mode and linear mode are optional Measurement data is displayed online in real time |
The anti-scratch monitoring system is installed on the side wall of the transfer tank to detect abnormal vibration of the tank in real time and issue a light warning based on the threshold.
