RESIDENTIAL & APARTMENTS
Explore room thermostats and zoning controls for hydronic underfloor heating, electric heating, fan-coil systems and compatible staged heat-pump equipment. Select the configuration for your wiring, control outputs and integration requirements.
FUMRON supplies control devices. HVAC equipment, BMS platforms, electrical design and on-site installation are separate project scopes.
01 / SYSTEM SELECTION
Wired or wireless links, new build or retrofit, and communication protocols are configuration conditions—not different HVAC systems.
FM20Rooms with water-based floor circuits and manifold actuators.
Control room heat demand and zone actuators. Match thermostat supply, switched output and actuator voltage/type; review the centre’s approved terminal diagram.
System connections & components →
FM10FApartments with 2-pipe or 4-pipe fan-coil units.
Control fan speed and heating/cooling valves. Specify 3-speed or 0–10 V EC fan separately from on/off or 0–10 V valve control.
System connections & components →
FM19Rooms heated by compatible resistive mats or cables.
Use the electric-heating variant. Size the circuit to its approved load rating and select a compatible floor probe, temperature limit and circuit protection.
System connections & components →
FM7Equipment with compatible low-voltage staged thermostat terminals.
Match heating/cooling stages, O/B reversing-valve logic and auxiliary heat. These room controls do not replace the equipment safety controller or proprietary bus controls.
System connections & components →Room setpoints and schedules let occupied rooms follow different patterns. Use dedicated room control and a correctly matched actuator/output for each zone.
Wired controls suit available compatible cabling. FM11RF-ZG sends RF demand to the documented FM-RC/WC9-RF receiver families where a signal cable is impractical; the receiver still needs power and local wiring.
Select outputs first, then a documented protocol version. A point list and control sequence help the integrator define mapping and commissioning instead of assuming universal compatibility.
Group rooms by equipment, supply and outputs, then record the exact order codes. Evaluate a sample configuration before extending that selection across the project.
Functional diagrams, not construction wiring drawings or pre-validated kits. Match the exact variants and terminal diagrams before electrical design.
Heating / FCU / staged-HVAC variants
Setpoints, schedules and equipment outputs belong to the selected application. PIR, keycard and window functions are sensing inputs/control strategies on supported FM10/FM10F variants—not communication protocols.
Wi-Fi/Tuya heating and FCU options; FM11RF-ZG Zigbee
Select the documented app variant. FM11RF-ZG uses a separate Zigbee hub connection and an RF link to a matched heating receiver. Hub, network and app access are dependencies; app control is not a whole-building management platform.
Selected FM10F/FM10/FM9, FM20F/FM20/FM19 and FM10U/FM10FU options
Catalog options include RS-485 Modbus RTU / BACnet MS/TP, IP Modbus TCP / BACnet IP, MQTT and LoRaWAN. Specify one documented configuration with point/object lists, network requirements and firmware version. Gateways, broker/platform services and commissioning are separate; options are not promised simultaneously.
Identify the equipment model, system type, supply and terminal functions. Compare them with the exact thermostat version; a family name alone does not establish compatibility.
Keep supply voltage separate from output type and rating. A dry contact, switched-live output and 0–10 V signal serve different interfaces. Electric-heating loads also require circuit sizing and suitable protection.
Where thermostat signal cabling is difficult and the exact RF pairing is documented. FM11RF-ZG names WC9-RF and FM-RC families in its source sheet. Check revision, range and site radio conditions; equipment power wiring remains.
An appropriate protocol module, its point/register or object list, compatible network settings and integration engineering. A Wi-Fi app does not by itself provide whole-building BMS management.
No. Hydronic, electric, RF, fan-coil and staged-HVAC versions can have different supplies, outputs and communication options. Record the exact order code for each room group.
FM10-PRO and FM60/FM61 provide dedicated air-quality monitoring, with measured parameters and interfaces defined by model. Integrated sensing can be discussed for residential or commercial controller customization; it is not a standard feature of every thermostat. Ventilation control requires separate equipment and an agreed control sequence.
Start with your email, company/project, country and requirements. Equipment models, terminal diagrams, room count and integration needs help narrow the selection. You do not need to choose a thermostat model first.
Bring your equipment interfaces, room groups and integration requirements into one project brief.
