| Name: | Brass thermostatic radiator valve |
| Model Number: | YA-801 |
| Warranty: | 1 year |
| Connection sleeve: | M30 x 1.5mm |
| Approvals: | CE,EN215(Keymark),ISO9001,ISO14001 |
| Type: | Underfloor Heating Fittings |
| Pipe Length: | 2m |
| Control Range: | 6°C-28°C |
| Finish: | Injection moulded white |
| Working Medium: | Water |
| Maximum Pressure: | 10bar |
Remote Sensor TRV is a smart heating control device that optimizes indoor heating efficiency by remotely monitoring temperature and automatically adjusting water flow. Compared to traditional valve heads (which only sense the ambient temperature of the radiator), it maintains room comfort more accurately while reducing energy consumption. Here's a detailed breakdown:
Core functions and benefits Remote temperature sensing The actual room temperature is monitored by an independent temperature probe (wall/desktop mounted) to avoid misjudgment caused by the local high temperature of the radiator. Applicable scenarios: Radiators are blocked by furniture, direct sunlight, or environments with large temperature differences in the corners of the room. Energy saving performance Dynamically adjust the water flow to reduce overheating waste, and the measured can save 10%~25% of heating costs. The Remote Sensor TRV is a smart heating control device that optimizes indoor heating efficiency by remotely monitoring temperature and automatically adjusting water flow. Compared to traditional valve heads (which only sense the ambient temperature of the radiator), it maintains room comfort more accurately while reducing energy consumption. Here's a detailed breakdown: Core functions and benefits Remote temperature sensing The actual room temperature is monitored by an independent temperature probe (wall/desktop mounted) to avoid misjudgment caused by the local high temperature of the radiator. Applicable scenarios: Radiators are blocked by furniture, direct sunlight, or environments with large temperature differences in the corners of the room. Energy saving performance Dynamically adjust the water flow to reduce overheating waste, and the measured can save 10%~25% of heating costs.
