An optional HMI provides a convenient local interface for monitoring system conditions and viewing information from the Advanced Wireless System. The HMI can be configured for applications such as tank level monitoring, pump control, pressure monitoring, alarms, and other system information.
The RCT 80222S Advanced Stationary System provides reliable wireless control and monitoring for applications requiring both discrete and analog signals. The system includes a Gateway and Node that communicate wirelessly, allowing control and monitoring signals to be transmitted between remotely located equipment without the need for control wire.
The 80222S combines discrete switching and analog monitoring in one wireless system, making it well suited for pump control, tank level, pressure, flow, and other remote monitoring applications.
Each Gateway and Node provides two discrete inputs, two relay outputs, two 4–20 mA analog inputs, and two 4–20 mA analog outputs. The system operates in the 900 MHz frequency band and provides two-way communication between the Gateway and Node for dependable transmission of control and monitoring signals.
The 80222S provides wireless control and monitoring between a Gateway and Node, eliminating the need to install control wire between equipment locations.
Discrete inputs at either location can control relay outputs at the opposite location, while 4–20 mA analog signals can be transmitted wirelessly for applications such as tank level, pressure, flow, and other process monitoring.
The Gateway and Node provide two-way communication, allowing control and monitoring signals to be exchanged reliably between locations. The system can operate as a stand-alone wireless link or interface with PLCs and other control equipment.
The RCT 80442S Advanced Stationary System provides reliable wireless control and monitoring for applications requiring additional discrete and analog I/O. The system includes a Gateway and Node that communicate wirelessly, allowing control and monitoring signals to be transmitted between remotely located equipment without the need for control wire.
The 80442S combines expanded discrete switching with analog monitoring in one wireless system, making it well suited for applications requiring control of multiple devices along with remote monitoring.
Each Gateway and Node provides four discrete inputs, four relay outputs, two 4–20 mA analog inputs, and two 4–20 mA analog outputs. The system operates in the 900 MHz frequency band and provides two-way communication between the Gateway and Node for dependable transmission of control and monitoring signals.
The 80442S provides wireless control and monitoring between a Gateway and Node, eliminating the need to install control wire between equipment locations.
Discrete inputs at either location can control relay outputs at the opposite location, while 4–20 mA analog signals can be transmitted wirelessly for applications such as tank level, pressure, flow, and other process monitoring.
The Gateway and Node provide two-way communication, allowing control and monitoring signals to be exchanged reliably between locations. The system can operate as a stand-alone wireless link or interface with PLCs and other control equipment.
The RCT Advanced Stationary System provides flexible wireless control and monitoring for applications requiring multiple control signals or more advanced system capabilities. Operating at 900 MHz, the system uses a Gateway and one or more remote Nodes to create a reliable wireless network between equipment locations.
With integrated discrete and analog I/O, the Advanced Stationary System is well suited for pumps, tanks, motors, alarms, level monitoring, pressure monitoring, PLC interfaces, and other industrial, municipal, agricultural, and water-system applications.
• 900 MHz Frequency Hopping Spread Spectrum (FHSS) radio communication
• Gateway and Node network architecture
• Six discrete inputs and six discrete outputs
• DIP-switch selectable I/O configuration
• Two-way, acknowledged wireless communication
• Integrated monitoring of the wireless connection
• User-defined output conditions in the event of a lost RF link
• Site-survey capability to assist with system setup and installation
The RCT Advanced Stationary System provides reliable wireless monitoring and control between remotely located equipment without the need for control-wire or conduit runs.
Each system is built around a Gateway and one or more Nodes. The Gateway serves as the master of the wireless network, communicating with the Nodes and exchanging input and output status. Nodes can be connected to switches, sensors, relays, PLCs, and other control devices, allowing signals to be transmitted wirelessly between locations.
Multiple Nodes can be incorporated into a system, and the wireless network can be configured to accommodate greater distances or challenging site conditions.
12 VDC supply power; 15 W power supply included.
*The range of all radio products is dependent on local conditions and antenna selection/location.
The PalGate Wireless Cellular Controller provides convenient remote control of a single discrete output using a smartphone application or desktop interface. Using cellular communication, the controller allows equipment to be operated remotely without requiring a traditional radio link between locations.
The controller operates through cloud-based software, allowing authorized users to control the device from a smartphone or desktop interface. A single dashboard provides access to device control, event logs, and user management.
The discrete output can be used to operate contactors, relays, PLC inputs, and other control devices. It can also provide a dry-contact control signal to other RCT wireless transmitters or transceivers, making it useful for integrating cellular control into larger wireless control systems.
RCT Advanced Wireless Systems provide flexible control and monitoring for applications that require more than simple wireless switching. With discrete and analog I/O, multiple system configurations, and options for cellular control, these systems can solve a wide range of industrial, municipal, agricultural, and water-system applications.
Transmit discrete control signals and 4–20 mA analog signals between remotely located equipment.
Choose the I/O capacity and system configuration that best matches the requirements of the application.
Designed for pumps, tanks, PLCs, alarms, process monitoring, automation, and other remote equipment.
