Wireless solutions kits simplify monitoring of rotating equipment

Banner’s new Wireless Solutions Kit for vibration monitoring is a fully integrated and easy-to-use solution for monitoring assets with rotating motion. It is designed to make it easy for users of any experience level to setup a wireless network, establish performance baselines and thresholds, and collect data from motors, fans, pumps, compressors, and similar equipment.

Key Benefits

Reduce downtime & increase productivity: Avoid unexpected downtime and make more informed decisions about maintenance schedules by detecting problems early before a failure can occur.

Simple setup:Plug in the box, bind the nodes through the HMI screen, install vibration sensors and nodes on the equipment, and start collecting data. Performance baselines and thresholds are automatically generated and no programming is required.

Visualize data & alarms: HMI clearly displays alarms and graphs of raw vibration data along with baseline, warning, and alarm values.

Local & remote monitoring: Access raw data right on the HMI or via the cloud from any network-accessible location.

Scalable solution: Monitor and collect data from up to 16 assets.

Key Features

Includes pre-programmed DXM100 wireless controller, pre-programmed 10.1 inch touchscreen HMI, 5-port industrial Ethernet switch

Select kits include a QM42VT1 vibration and temperature sensor and a Q45 vibration and temperature node

HMI displays alarms and graphs of raw vibration data along with baseline, warning, and alarm values

Access raw data right on the HMI or via the cloud from any network accessible location

View up to 7 days of data history on HMI screen and archive over 30 days of logged data in CSV files

Identify machine performance issues caused by misalignment, unbalance, bearing failures, pump cavitation, blade damage, etc.

Applications

Wireless Solutions Kits for vibration monitoring can be used with virtually any machine with rotating motion. These kits help users to:

Identify machine performance issues caused by misalignment, unbalance, bearing failures, pump cavitation, blade damage, etc.
Identify equipment requiring full spectrum analysis
Establish more strategic scheduling of equipment maintenance