Vibration Monitoring & Predictive Maintenance
Remote intelligent monitoring system builds the Internet of Things to solve the problem of data acquisition through the arrangement of sensors, makes data sharing and analysis through the use of a large number of intelligent algorithms to help customers achieve all-round intelligent monitoring for equipment, reduce the risk of equipment negligence, disrepair, reduce unplanned downtime effectively,conduct full lifecycle management, improve component availability, manage spare parts, and improve operational efficiency.
RH505 Wireless sensor
Wireless vibration and temperature integrated sensor, collect velocity, acceleration, displacement and temperature signals simultaneously. The vibration signal can be displayed as spectrum/waveform in the software.
Intelligent self-inspect function, warning for abnormal anytime, saved time to check on site.
ExiaIICT4, can be used in zone 0, IP67, waterproof and dust-proof.
Long distance communication transmission from Gateway according to real-time conditions
RH560 Wireless Sensor Collector
MULTIPLE COMMUNICATION OPTIONS
Send data to server via 3G/4G/Wifi/Ethernet
STRONG DATA COLLECTION CAPACITY
128k waveform/51200 line spectrum, collect data with very high resolution for analysis
ALL CHANNELS SYNCHRONOUS ACQUISITION
All channels synchronously collect temperature and vibration signal, it increases machine safety through dual monitoring of vibration and temperature data.
VIBRATION & TEMPERATURE MONITORING
The wireless sensor collects both vibration and temperature signal
ALARM AND NOTIFICATION
Adopting various kinds of alarm parameters: overall value, index temperature, etc., to ensure the accuracy and timeliness of alarm information
Data Analytic Tool
Use both B/S structure; users can view machine condition through IE without installing any software.
Trend analysis tools: overall value, temperature, sampling index etc.
Time waveform, spectrum analysis, envelope demodulation
Multi time domain, Multi frequency domain
Waterfall, long time waveform