• Vibration Monitoring Kit with (2) SV88 Vibration Sensors and (1) GW66 Remote Monitoring Gateway
• Configurable vibration monitoring system with predictive maintenance analytic software
• Measurements: GRMS, VRMS, peak, crest factor, kurtosis, skewness, standard deviation, and FFT analysis
• GW66 Gateway Web GUI through WiFi or ethernet connection; Edge computing of vibration analysis
• SV89 Vibration/Temperature Remote Sensor (10 kHz Z Axis)

The FLIR SV89 Vibration and Temperature Remote Sensor is a wireless sensing solution designed for continuous vibration and temperature monitoring of critical equipment. By continuously analyzing vibrations from rotating equipment, it enables the necessary insights to utilize predictive maintenance strategies. Vibration trending and data analysis can help detect serious problems with industrial machines long before the damage can be seen, making it ideal for manufacturing environments that use rotating machinery, industrial pumps, fans, gearboxes, and motors.

The FLIR SV89 makes precise measurements of GRMS, VRMS, peak, crest factor, kurtosis, skewness, standard deviation, and FFT analysis provides users with detailed insights into the vibrational characteristics of monitored equipment to prevent costly downtime. The rugged, IP66 rating ensures reliable performance in demanding environments subject to moisture, dust, or debris.

The FLIR GW66 Remote Monitoring Gateway is an integral part of the vibration monitoring system. The GW66 Remote Monitoring Gateway has a Web GUI that is accessed through WiFi to easily deploy, monitor, and manage remote sensors. The GW66 features edge computing of vibration analysis (FFT) through WiFi connectivity. The Gateway has multi-communication protocols (Modbus, MQTT, OPC UA) for integration with advanced analysis tools. With Gateway connection options including Ethernet and WiFi, this vibration monitoring system will seamlessly deploy into existing operations.

• Precise measurements of GRMS, VRMS, peak, crest factor, kurtosis, skewness, standard deviation, and FFT analysis provides users with detailed insights into the vibrational characteristics of their equipment to prevent costly downtime.
• Wireless capability enhances flexibility in installation, allowing for easy deployment in various industrial environments.
• Multi-communication protocols (Modbus, MQTT, OPC UA) for integration with advanced analysis tools.
• Web GUI accessed through WIFI to easily deploy, monitor and manage sensors.
• Configurable vibration monitoring and predictive maintenance analytic software.

• Condition monitoring of critical equipment: By continuously analyzing vibrations from rotating equipment, it enables the necessary insights to utilize predictive maintenance strategies.
• Fault detection of vibration patterns is indicative of potential faults such as: misalignment, bearing defects, or gear damage.
• Data-driven decision making for reliability-centered maintenance to help identify patterns, trends, potential failure modes and the severity of detected issues.