Heatmiser neoFlo Smart Radiator Thermostat

Heatmiser neoFlo Smart Thermostatic Radiator Control The IMI Heatmiser neoFlo is an advanced smart thermostatic radiator control designed to deliver precise room-by-room heating management across radiator systems. Ideal for modern smart heating upgrades, neoFlo allows homeowners and installers to improve comfort, efficiency, and control while integrating seamlessly with existing Heatmiser systems, including wet underfloor heating installations. Designed for both retrofit and new heating projects, neoFlo provides intelligent radiator zoning with quiet operation, accurate temperature management, and optional app connectivity through the Heatmiser neo ecosystem. Key Features and Benefits Smart thermostatic radiator control for accurate room-by-room heating management Compatible with the Heatmiser neo ecosystem for integrated smart heating control Supports hybrid heating systems combining radiators and wet underfloor heating Quiet valve operation for improved day-to-day comfort Optional app control and remote access when paired with neoHub G3 Allows individual room scheduling and temperature adjustment Boost mode for rapid room warm-up when required Open window detection helps reduce unnecessary heating energy use Frost protection mode helps protect pipework during cold conditions Long battery life for low-maintenance operation Smart home compatibility with supported voice assistants and automation platforms Suitable for expanding existing Heatmiser smart heating systems Suitable Applications and Compatibility The neoFlo smart radiator thermostat is suitable for domestic heating systems using thermostatic radiator valves. It is ideal for: Radiator-only central heating systems Hybrid systems combining radiators with wet underfloor heating Smart home heating upgrades Multi-zone heating control installations Retrofit heating improvement projects Energy-efficient room zoning applications neoFlo can operate as a standalone smart radiator controller for localised temperature management or as part of a wider connected system when paired with Heatmiser neoHub G3 and RF Switch components. The unit is designed to fit most modern thermostatic radiator valves using a standard M30 connection and includes compatibility support for additional valve types using adaptors where required. Role In Underfloor Heating In properties using both radiators and wet underfloor heating, neoFlo plays an important role in creating a fully integrated smart heating system. It allows radiator-heated rooms to be managed within the same Heatmiser neo environment as underfloor heating zones, helping deliver consistent comfort and improved heating efficiency throughout the property. By enabling independent room-by-room temperature control, neoFlo helps reduce unnecessary heating demand, improve zoning performance, and support lower running costs. When combined with neoHub G3 and RF Switch, the system can also participate in intelligent call-for-heat functionality, allowing the wider heating system to respond dynamically to room requirements. Guidance neoFlo is designed for straightforward installation onto compatible thermostatic radiator valves. For app control, scheduling, and remote access, pairing with neoHub G3 is required. Where boiler communication or call-for-heat functionality is required, installation of the RF Switch should be completed by a suitably qualified heating or electrical professional. For best performance within smart zoning systems, neoFlo should be configured as part of a correctly balanced heating system. Technical Overview Smart thermostatic radiator controller Wireless communication within the Heatmiser neo system Supports smart scheduling and remote access via neoHub G3 Compatible with Heatmiser neoApp functionality Supports smart home integrations including voice control platforms Open window detection and frost protection functions Manual override and boost heating modes Designed for low-noise operation Battery-powered design with extended battery lifespan Suitable for domestic radiator heating systems and hybrid heating applications