The Florawise Modular Max Expansion is a versatile controller for LoRaWAN-enabled I/O boards, HVAC systems, and facility equipment, supporting Fan Coil Unit (FCU) and Water Source Heat Pump (WSHP) control. With Modbus RTU/ASCII and BACnet MS/TP protocols, selectable via DIP switches, it comes with a default application for common FCU types, customizable through Sedona Framework and real-time updates via Wi-Fi. The controller excels in control, data logging, alarming, scheduling, and visualization, offering 8 AI, 4 AO, 8 DI, and 8 DO onboard I/Os.
General Description
Runs pre-engineered and user-programmed applications. (Please refer to order code for embedded applications)
Provides inputs and outputs necessary to monitor and control a variety of HVAC and other facility equipment.
Programming Framework
Powered by LoraWAN connection and control opportunity with Niagara Framework; enhancing control, data logging, alarming, scheduling, integration, and visualization capabilities.
Input/Output Specifications
- 8 Analog Inputs (AI).
- 4 Analog Outputs (AO).
- 8 Digital Inputs (DI).
- 8 Digital Outputs (DO).
Connectivity
Built-in RS485 interface for expanding I/O via multi-protocol I/O modules or integrating with other subsystems.
Additional hardware versions with a second RS485 port for Modbus and Bacnet MSTP
LoRaWAN® Node
Functions as a single-channel LoRaWAN® node
Line-of-sight range up to 10 km, approximately 2 km in urban environments.
Suitable for smart office, smart building, and other indoor applications.
Integrates LoRaWAN data into the Niagara application server without additional hardware.
Integration
Seamless integration with different HVAC technologies .( AHU / HRS / Fancoil / WSHP IO connections)
Ensures optimal performance and compatibility with HVAC unit connectivity options.
Compatibility
VRF Communication Support
Supported Brand
Terminal Name
Communication Line
Samsung
F1-F2 / R1-R2
NASA
Daikin
F1-F2
D3 Net
LG
A-B
Inter A-B
Mitsubishi Electric
M1-M2
M-Net TB3/7
Mitsubishi Heavy
A-B
S Slink I/II
Toshiba
U1-U2
TCC Link

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