THE RF-X1

THE RF-X1

Field Monitoring and Control Node.

The RF-X1 unit can operate, monitor, and manage multiple modules in the field such as pump stations, fertigation, valve control, and field monitoring. Its 5 expansion ports can manage multiple combinations of inputs and outputs. The mesh network technology links the nodes in the field with each other and one can be a Gateway unit to the Cloud.

DEVICE FEATURES

 

  • Multiple inputs and/or outputs. 5 Expansion ports.
  • RF mesh networks + Cellular communication.
  • IP65 Enclosed Outdoor Protection.
  • Self-powered w/solar panel + battery.
  • Cloud-based scheduling, local control.
  • Cloud software upgrades, internet configurations, and support.
  • Compatible with other WiseConn RF units.

DROPCONTROL TECHNOLOGY

 
  • Wireless mesh network.
  • Collaborative wireless networks with 2 miles line-of-sight.
  • 4G / LTE cellular connection to the cloud for synchronization.
  • Solar-powered with low-power consumption
  • Wide variety of sensors and compatible accessories.
  • Patented irrigation management process.

APPLICATIONS

 
  • Remote valve & pump control and monitoring.
  • Field sensor monitoring.
  • Fertigation control.
  • PID control.

DESIGNED FOR FIELD CONTROL AND MONITORING IN A COLLABORATIVE WIRELESS NETWORK

DEVICE FEATURES

 

  • Multiple inputs and/or outputs. 5 Expansion ports.
  • RF mesh networks + Cellular communication.
  • IP65 Enclosed Outdoor Protection.
  • Self-powered w/solar panel + battery.
  • Cloud-based scheduling, local control.
  • Cloud software upgrades, internet configurations, and support.
  • Compatible with other WiseConn RF units.

DROPCONTROL TECHNOLOGY

 
  • Wireless mesh network.
  • Collaborative wireless networks with 2 miles line-of-sight.
  • 4G / LTE cellular connection to the cloud for synchronization.
  • Solar-powered with low-power consumption
  • Wide variety of sensors and compatible accessories.
  • Patented irrigation management process.

APPLICATIONS

 
  • Remote valve & pump control and monitoring.
  • Field sensor monitoring.
  • Fertigation control.
  • PID control.

DESIGNED FOR FIELD CONTROL AND MONITORING IN A COLLABORATIVE WIRELESS NETWORK