Technical specifications indicate that the Controller 69 Pro platform utilizes a dual-band Wi-Fi and Bluetooth chipset to facilitate simultaneous local-area network control and wide-area data logging. Monitoring capabilities include a dedicated Non-Dispersive Infrared (NDIR) CO2 sensor, which provides molecular analysis of carbon dioxide levels rather than the volatile organic compound estimates provided by equivalent (eCO2) sensors. Standardized testing protocols suggest a stabilization period of 24 hours is required for the NDIR hardware to establish a baseline calibration.
Architectural Integration
Material analysis confirms the use of proprietary Universal Indoor System (UIS) interconnects, featuring Molex-style connectors that utilize specific Pulse Width Modulation (PWM) signal mapping. While this architecture supports precision fan speed transitions across 10 distinct steps, integration with non-proprietary hardware requires the use of UIS adapters. Environmental automation logic is further supported by Vapor Pressure Deficit (VPD) triggers calculated via leaf temperature and humidity metrics.
System performance remains operative via Bluetooth protocols during wide-area network outages, though the hardware chipset is limited to 2.4GHz frequency bands.
Aggregated specification data lists a four-port controller capacity, which serves as the central hub for atmospheric regulation. For users requiring expanded connectivity beyond the proprietary AC Infinity ecosystem, the ecobee Smart Home Security Bundle provides an alternative sensor architecture utilizing 915MHz sub-GHz radios for increased wall penetration.
Comparative standards for these environmental automation units can be explored within the broader smart sensors hardware classification.
