Danfoss Ally eTRV Smart Radiator Thermostat ZigBee (014G2460)
The Danfoss Ally eTRV (014G2460) is a smart thermostatic radiator valve that provides precise temperature control for individual rooms.
It can be managed remotely via the Danfoss Ally app or integrated with compatible smart home platforms using ZigBee connectivity.
With scheduling, open window detection, and energy-saving features, the Danfoss Ally eTRV helps optimize comfort while reducing energy consumption.
Features
- Smart Temperature Control: Adjust radiator temperature remotely via the Danfoss Ally app.
- ZigBee Connectivity: Reliable communication with smart home hubs and automation systems.
- Custom Scheduling: Set personalized heating schedules for each room.
- Open Window Detection: Automatically pauses heating when a sudden temperature drop is detected.
- Energy Saving: Optimizes heating to reduce energy costs.
- Manual Control: Physical adjustment available directly on the valve.
- LED Display: Clear display shows current temperature and valve status.
Benefits
- Precise room-by-room heating control for comfort and efficiency.
- Convenient remote management from anywhere via smartphone.
- Reduces energy consumption through smart automation.
- Easy installation on most standard radiator valves.
- Seamless integration with Danfoss Ally smart home ecosystem.
Technical Details
- Brand: Danfoss
- Model: Ally eTRV (014G2460)
- Product Type: Smart Radiator Thermostat Valve
- Wireless Protocol: ZigBee
- Power Supply: 2 × AA batteries
- Temperature Range: 5°C – 35°C
- Threaded Connection: M30 × 1.5 mm (adapter included)
- Dimensions: 58 × 88 mm
- Color: White
- EAN: 5703469142460
- Weight: 0.15 kg
- Protection Class: IP20
- Quantity Per Unit: 1
Package Contents
- 1 × Danfoss Ally eTRV Smart Radiator Thermostat
- 2 × AA batteries
- 3 × Radiator valve adapters (RA / RAV / RAVL)
- 1 × User manual
Keywords
Danfoss Ally eTRV, 014G2460, smart radiator valve, ZigBee thermostat, smart home heating, energy-saving radiator control,
room-by-room heating automation.