Solutions Guides

Continuously monitoring vibration data can minimize downtime, allow you to track up-time, and send alerts to needed maintenance to avoid costly failures. This guide provides continuous monitoring of two critical vibration characteristics on both the X and Z axis of up to 40 motors using a QM30 Vibration Series Wireless Sensor.

This solution creates a “Check Engine Light” for each motor using in-depth analysis to indicate unusual characteristics without end-user interaction. 

Using K50U Ultrasonic Sensors and Q45U Wireless Nodes or the All-in-One Q45UA* Sensor Nodes paired to a DXM100 Wireless Controller, we can develop a wireless monitoring system for multiple tank level measuremUsing K50U Ultrasonic Sensors and Q45U Wireless Nodes or the All-in-One Q45UA* Sensor Nodes paired to a DXM100 Wireless Controller, we can develop a wireless monitoring system for multiple tank level measurements that is easy to set up, interpret the results, and monitor locally and through a cloud-based system. ents that is easy to set up, interpret the results, and monitor locally and through a cloud-based system. 

Remotely control up to 12 motors using two wireless Q120 Nodes and 12 single input/single output wireless Nodes. Track motor status, motor run time, the count of times that a motor was turned on, and the status of the auxiliary input.

This guide provides the ability to monitor and track a combination of up to 24 M-GAGEs or U-GAGEs through the DXM100 while providing indication through up to four wireless TL70 tower lights with six light segments on each. The local light indication can save time and money when action is required upon a vehicles arrival. It can also provide overall metrics to track and improve performance of the actions being taken. Application examples include loading docks and mobile pick-up areas.