Heatmiser neoFlo Smart Radiator Thermostat

Smart Radiator Control from the IMI Heatmiser neo Ecosystem neoFlo is a smart thermostatic radiator head that brings room-by-room heating control to individual radiators. It uses hybrid control technology, combining traditional thermostatic precision with electronic accuracy, for quiet, stable temperature regulation and up to 6 years of battery life from four AA batteries. neoFlo works on its own straight out of the box, with manual control, basic scheduling, boost mode and frost protection needing no hub or network connection. Pair it with neoHub G3 to unlock full neoApp control: remote access, advanced scheduling, pre-heat, temperature offset and holiday mode. Add the IMI Heatmiser RF Switch and neoFlo can call for heat from the boiler, so a room can request warmth in the same way a wired thermostat would. neoFlo is designed to extend an existing IMI Heatmiser neo underfloor heating system into radiator-heated rooms, making it a natural fit for hybrid UFH and radiator installations. Key Features Hybrid electronic and thermostatic control for quiet, stable operation Up to 6 years battery life from 4 x AA batteries Stand-alone operation: no hub required for manual control and basic scheduling Simple time scheduling: up to 4 daily heating periods when used stand-alone Open window detection (closes valve if room temperature drops 2°C within 2 minutes) Boost mode: fully opens valve for 30 minutes for rapid warm-up Frost protection: opens valve automatically below 5°C Monthly automatic valve exercise cycle to prevent limescale build-up Compatible with neoHub G3 for neoApp control, and Amazon Alexa, Google Assistant and Apple HomeKit Fits M30 x 1.5 valve connection as standard; RA adaptor included Compatibility Requires neoHub G3 for app control, scheduling and smart home integration (not compatible with neoHub Gen 1 or Gen 2) Requires neoHub G3 + RF Switch if the radiator needs to call for heat from the boiler Can be used stand-alone with no hub for local radiator control only