Acoustic wave monitoring system RAEM1
conditionvibrationfor bearings

acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
acoustic wave monitoring system
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Characteristics

Type
condition, vibration, acoustic wave
Applications
for bearings, process, alarm, for machines, acoustic emission, bridge, turbine, for pumps, for storage tanks, remote control, for wind turbine, for pipelines
Domain
for the automotive industry, for the construction industry, for the electronics industry, for the petrochemical industry, for the metallurgical industry, for the mining industry, for power generation
Technology
ultrasound
Configuration
portable, compact
Interface
Ethernet, digital I/O, CAN protocol, RS-485
Other characteristics
continuous, real-time, wireless, digital, high-precision, remote, automatic, data acquisition, smart, measuring system, IoT, high-performance, individual

Description

Based on Acoustic Wave (Acoustic Emission) technology and Linux operating system, could achieve long-term stable running. combined with Qingcheng IoT cloud platform, it could meet the different requirements of application. Features: Compatible with a variety of communication methods, long transmission distance, fast speed. Compact design and easy installation. RAEM1 system is an IIoT-AE product designed for remote unattended acoustic wave (acoustic emission) long term monitoring applications. RAEM1 is a single channel AE monitoring system integrated with data acquisition, processing and transmission in one small cylinder. RAEM1 is a compact all-in-one AE monitoring system, whose easy installation and automatic operation makes the unattended remote monitoring achievable. RAEM1 System Elements The RAEM1 package consists of a RAEM1 cylinder, an AE sensor, a power adaptor and some accessories. When the RAEM1 detects AE signals on the sensor, it will automatically process, analysis and transmit the result data to the desired terminals. Based on the application and the actual site environment and requirements, the appropriate matching sensor and the communication methods are selected from all available options when ordering. The output power, analog filter and communication modules are hardware embedded so they are not allowed to modified by software after manufacturing. It is recommended to only connect the original paired sensor to the RAEM1.

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Meet this supplier at the following exhibition(s):

Conference EWGAE 2024
Conference EWGAE 2024

18-20 Sep 2024 Potsdam (Germany)

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    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.