This compact device consists of a media isolated pressure sensor, a 900 MHz wireless node, and a battery power supply. The all-in-one design makes it less expensive than purchasing a separate sensor and node and eliminates the time, labor, and expense of installing separate sensors and nodes. It integrates easily in applications where infrastructure, movement, or mobility make wired solutions impractical, ineffective, or cost-prohibitive.
All-in-one wireless pressure sensors make it easy to monitor and collect data from a single point or multiple points on critical systems throughout a facility. Users can deploy and redeploy a single all-in-one sensor multiple times or deploy multiple all-in-one sensors in a network.
The all-in-one wireless pressure sensor makes it easy to monitor system performance and health from any network-enabled location. Staff have access to timely, accurate data that can be used to make better, more informed decisions about their systems and strategically plan maintenance and service schedules based on actual need, as well as staff and resource availability.
Performance Series all-in-one wireless pressure sensors monitor pressure levels on an industrial refrigeration system to ensure system health and efficiency.
Banner’s all-in-one wireless pressure sensors measure air, gas, and fluid pressure. They can be used to monitor systems and equipment to increase availability, improve efficiency, and ensure health.
DX80N9X1W-PS50G | 900 MHz ISM Band | 0-50 PSI GAUGE Pressure Sensor in the housing port pre-wired to the Node |
DX80N9X1W-PS50G1 | 0-50 PSI GAUGE Pressure Sensor with 1 meter cable pre-wired to the Node | |
DX80N9X1W-PS150G | 0-150 PSI GAUGE Pressure Sensor in the housing port pre-wired to the Node | |
DX80N9X1W-PS150G1 | 0-150 PSI GAUGE Pressure Sensor with 1 meter cable pre-wired to the Node | |
DX80N9X1W-PS500S | 0-500 PSI SEALED GAUGE Pressure Sensor in the housing port pre-wired to the Node | |
DX80N9X1W-PS500S1 | 0-500 PSI SEALED GAUGE Pressure Sensor with 1 meter cable pre-wired to the Node |