| Standard hotel guest rooms | 2-pipe fan coil thermostat with heating and cooling changeover | 2-pipe fan coil units with low, medium, and high fan speeds | Three-speed fan control; valve output matched to the installed actuator; configurable cooling or heating mode | Remote temperature setting, occupancy-based setback, scene control, and central monitoring | Confirm whether the valve actuator is powered by 24 V AC, 230 V AC, or another supported supply; verify neutral-wire requirements | Hotel rooms and serviced apartments |
| Office buildings with four-pipe systems | Four-pipe thermostat with separate heating and cooling valve control | Four-pipe fan coil units providing simultaneous heating and cooling availability | Independent heating and cooling outputs; fan-speed control; adjustable setpoint limits | Room grouping, scheduling, energy reports, and integration with a Zigbee gateway | Use separate wiring for heating and cooling valves; check the number and type of relay outputs | Commercial offices and mixed-use buildings |
| Energy-saving smart buildings | Occupancy-aware Zigbee thermostat with local and remote control | 2-pipe or 4-pipe fan coil systems, depending on the output configuration | Accurate room temperature sensing; configurable deadband; valve and fan control; local buttons or display | Occupancy sensor input, window-contact input, open-window protection, scheduling, and temperature limits | Define the fail-safe state for valve and fan outputs; provide a stable Zigbee mesh through powered routers | Green buildings and energy-management projects |
| Large multi-floor developments | Gateway-managed thermostat with scalable network functions | Multiple fan coil zones distributed across rooms and floors | Stable communication range, network capacity, device replacement process, and reliable power recovery | Remote commissioning, device status monitoring, group commands, firmware management, and alarm reporting | Perform a radio survey; account for concrete walls, metal cabinets, risers, and the placement of Zigbee routers | Hotels, hospitals, schools, and office towers |
| Renovation projects | Retrofit thermostat compatible with existing wiring and valve actuators | Existing fan coil units where wiring cannot be substantially modified | Supported supply voltage, relay contact ratings, fan-speed outputs, sensor location, and wall-box dimensions | Wireless commissioning, retained local control, and optional gateway connection | Check existing cable cores before selection; do not assume that a wireless communication link eliminates power wiring | Existing hotels, apartments, and commercial refurbishments |
| Quiet rooms and premium accommodation | Low-noise control thermostat with gradual temperature management | Fan coil units using three-speed or electronically controlled fan motors | Fan output compatibility, minimum switching interval, sensor accuracy, and control hysteresis | Automatic fan mode, temperature calibration, night setback, and occupancy scenes | Verify that relay switching is suitable for the fan motor; consider actuator and relay noise during night operation | Guest rooms, bedrooms, and executive offices |
| Projects requiring open integration | Standards-based Zigbee thermostat with documented data points | Fan coil units controlled through supported relay or actuator interfaces | Supported Zigbee device profile, command clusters, reporting behavior, endpoint structure, and gateway compatibility | Temperature, mode, fan speed, setpoint, valve state, occupancy, and fault-status reporting | Test pairing, rejoining after power loss, OTA update behavior, and interoperability with the selected gateway | BMS-connected and multi-vendor automation projects |
| Safety and compliance-focused projects | Certified thermostat matched to the local electrical and radio requirements | Fan coil systems installed in residential, commercial, or public buildings | Electrical ratings, insulation, temperature limits, enclosure material, EMC performance, and applicable regional approvals | Secure joining, access control, encrypted communication, and controlled commissioning permissions | Request test reports and declarations applicable to the destination market; installation must follow local electrical codes | Public buildings, regulated facilities, and export projects |