Aquaforte - Ambient Temperature Sensor for SC980–SC985 Heat Pumps - SC980N
Aquaforte – Ambient Temperature Sensor for SC980–SC985 Heat Pumps
This is the genuine Aquaforte replacement ambient temperature sensor for the SC980 to SC985 Full DC Inverter Pool Heat Pump series. It monitors the surrounding air temperature to allow the heat pump’s controller to optimise performance, protect the unit, and provide accurate readings across all operating modes. A failed or inaccurate ambient sensor can cause erratic behaviour, fault codes, or reduced efficiency.
Compatibility
Designed exclusively for the Aquaforte Full DC Inverter Pool Heat Pump range covering models SC980, SC981, SC982, SC983, SC984, and SC985 — a series spanning 5.5 kW to 18 kW heating capacity. Always verify your exact model variant before ordering to ensure a correct fitment.
Why genuine matters
As an original Aquaforte spare part sourced through Fluidra, this sensor is manufactured to the precise tolerances required by the heat pump’s control board.
Installation
The ambient sensor is located between the fixed plate and middle plate inside the heat pump unit. Replacement requires opening the casing and disconnecting the sensor from the main PCB. While the process is straightforward for a qualified pool or HVAC technician, it is not recommended as a DIY task due to the electrical components involved.
Additional information
| Compatible Models: | SC980, SC981, SC982, SC983, SC984, SC985 |
|---|---|
| Heat Pump Series: | Aquaforte Full DC Inverter Pool Heat Pump |
| Heating Capacity Range: | 5.5 kW – 18 kW (across series) |
| Part Type: | Ambient Temperature Sensor |
| Brand: | Aquaforte |
| EAN: | 8717605131481 |
In details
- Genuine OEM part — exact fit and accuracy
- Covers the full SC980–SC985 model range
- Restores correct ambient temperature monitoring
- Prevents false fault codes caused by a faulty sensor
- Sourced directly through Fluidra supply chain
- Fits SC980–SC985 series only — verify model before ordering
- Professional installation recommended due to internal electrical access