Australia
New Zealand
Greece
Reimagine climate control with precision, intelligence and energy efficiency.
Carrier’s ZS2 Pro-M Sensor is a versatile, intelligent solution for commercial building climate control. Combining precision monitoring with advanced control features, it supports measurements for temperature, humidity, CO2 and VOCs while also incorporating motion sensing for occupancy-based automation. Engineered to seamlessly integrate with Carrier's i-Vu Building Automation System, this sensor empowers businesses to optimize indoor air quality, energy efficiency and occupant comfort. Designed with a user-first approach, the ZS2 Pro-M includes an easy-to-read LCD display, setpoint adjustment controls and modes for fan and occupancy override.
The sensor supports measurement of temperature, carbon dioxide (CO₂), relative humidity, VOCs, and occupancy (motion).
The device communicates over the Rnet network and is designed for seamless integration with the Carrier i‑Vu® Building Automation System.
The sensor includes a large, backlit LCD display for clear visualization of environmental data and system status.
The sensor is addressable and supports daisy‑chaining, allowing multiple devices to be connected efficiently without excessive wiring.
It measures temperature, humidity, CO₂, VOC levels, and occupancy to support advanced HVAC and IAQ control.
Yes. It is designed specifically for Carrier i‑Vu® Building Automation Systems.
Yes. Occupants can adjust setpoints, fan speeds, operating modes, and use the occupancy override button (where permitted).
Yes. Standard electrical box mounting and Rnet communication make it suitable for new and retrofit applications.
Get directed to our Business Development team to start the authorization process and discuss sales support.
Get specialized help with system sizing, load
calculation analysis, and technical data required for project design.
Request support for warranty claims,
scheduled maintenance, and genuine spare
parts ordering.
For more information : ahi@ahi-carrier.com