The X14 – IXN14 heat pump range from Fairland represents the pinnacle of global innovation in pool climate control. Equipped with an advanced control system featuring Full-Inverter technology, these pumps continuously adjust the speed of the DC Inverter compressor (Hz by Hz) and the fan motor in real time, guaranteeing perfectly heated water with minimal energy consumption.
Who is the Fairland X14 Designed For?
This range covers residential pools with recommended volumes between 18 and 65 m³. It is the ideal choice for homeowners who use their pool frequently and want to maintain a stable water temperature throughout the entire swimming season without wasting energy.
Because it operates exclusively on single-phase (230 V) power, the X14 range easily integrates into any standard home without requiring costly changes to the electrical installation or upgrading to a three-phase contract. Its compressor modulates power linearly and continuously, completely eliminating the startup and shutdown spikes of traditional On/Off systems, which drastically reduces long-term operating costs and mechanical wear.
Key Advantages and Benefits
- Incomparable Energy Efficiency (COP 14): Top-tier thermal performance where, for every 1 kW of electricity consumed, the system can generate up to 14 kW of useful heat for your pool.
- Smart and Silent Operation: Operates up to 9 times quieter than conventional heat pumps, recording a minimum sound pressure of just 40 dB(A) at 1 meter.
- Soft Start Technology: When turned on, the electrical current starts strictly at 0 A and rises linearly over 2 minutes, protecting the home’s electrical installation from overloads.
- Spiral Titanium Heat Exchanger: Developed in high-quality pure titanium, its helical geometry provides a thermal exchange area 30% larger than standard smooth exchangers.
- Wide Temperature Range: High capacity for continuous operation even under winter weather conditions, operating effectively in outdoor temperatures from -5 °C to 43 °C.
- Integrated Remote Control: Full management, temperature configuration, and real-time equipment monitoring through native Wi-Fi connectivity via your smartphone.
Comparative Chart of Energy Consumption and COP Efficiency
Technical Specifications and Characteristics
Please refer to the detailed comparative model table below to select the ideal power capacity based on your pool’s volume:
| TECHNICAL SPECIFICATIONS | IXN08 (81350100) | IXN10 (81350101) | IXN14 (81350102) | IXN17 (81350103) |
|---|---|---|---|---|
| Recommended pool volume (m³) | 18 ~ 35 m³ | 20 ~ 40 m³ | 30 ~ 50 m³ | 35 ~ 65 m³ |
| Operating air temperature (°C) | -5 ~ 43 ºC | |||
| PERFORMANCE CONDITIONS: AIR AT 26 °C – WATER AT 26 °C – HUMIDITY 80% | ||||
| Heating capacity (kW) – Turbo Mode | 8.5 kW | 10.0 kW | 13.5 kW | 17.5 kW |
| Heating capacity (kW) – Smart Mode | 6.8 kW | 8.0 kW | 10.8 kW | 14.0 kW |
| C.O.P. Maximum / Minimum | 12.7 ~ 6.5 | 12.8 ~ 6.2 | 14.0 ~ 6.7 | 13.3 ~ 6.6 |
| C.O.P. at 50% capacity | 9.5 | 10.0 | 10.6 | 10.1 |
| PERFORMANCE CONDITIONS: AIR AT 15 °C – WATER AT 26 °C – HUMIDITY 70% | ||||
| Heating capacity (kW) – Turbo Mode | 6.2 kW | 7.1 kW | 9.6 kW | 12.4 kW |
| Heating capacity (kW) – Smart Mode | 5.0 kW | 5.7 kW | 7.7 kW | 9.9 kW |
| C.O.P. Maximum / Minimum | 6.4 ~ 4.5 | 6.7 ~ 4.3 | 7.2 ~ 4.8 | 6.8 ~ 4.7 |
| C.O.P. at 50% capacity | 5.8 | 6.1 | 6.6 | 6.2 |
| ACOUSTIC & ELECTRICAL DATA | ||||
| Sound pressure at 1 m dB(A) | 40.1 ~ 51.5 | 40.8 ~ 52.0 | 41.9 ~ 53.9 | 45.2 ~ 56.3 |
| Sound pressure at 50% capacity (1m) dB(A) | 43.7 | 44.2 | 48.0 | 48.7 |
| Sound pressure at 10 m dB(A) | 20.1 ~ 31.5 | 20.8 ~ 32.0 | 21.9 ~ 33.9 | 25.2 ~ 36.3 |
| Rated input power (kW) at 15ºC | 0.19 ~ 1.38 kW | 0.21 ~ 1.65 kW | 0.27 ~ 2.00 kW | 0.36 ~ 2.64 kW |
| Rated input current (A) at 15ºC | 0.83 ~ 6.0 A | 0.91 ~ 7.17 A | 1.17 ~ 8.7 A | 1.57 ~ 11.48 A |
| INSTALLATION & DIMENSIONS | ||||
| Recommended water flow (m³/h) | 2 ~ 4 m³/h | 3 ~ 4 m³/h | 4 ~ 6 m³/h | 6.5 ~ 8.5 m³/h |
| Water inlet-outlet pipe spec (mm) | 50 mm | |||
| Net dimensions L x W x H (mm) | 744 × 359 × 648 | 894 × 359 × 648 | 894 × 359 × 648 | 954 × 359 × 648 |
| Net weight (kg) | 36 kg | 43 kg | 48 kg | 56 kg |
Why Buy the Fairland X14 at Pools&More
Heating a pool requires a rigorous evaluation of the geographic area, solar exposure, and the presence of a thermal cover. At Pools&More, we offer specialized technical support to help you choose the correct model.
- Official Fairland distributors with full factory warranty.
- Specialized pre- and post-sales technical advice.
- Experts in integrating heating systems with home automation and covers.
- Real stock with fast shipping and highly protected logistics.
Frequently Asked Questions (FAQ)
Which Fairland X14 model is recommended for a 35 m³ pool?
For a 35 m³ pool, the recommended model is the IXN10 (10 kW, designed for volumes between 20 and 40 m³). However, if your pool is located in a windy area, experiences colder temperatures, or does not have a thermal cover, we strongly advise choosing the IXN14 (13.5 kW) model. This provides an extra margin of heating capacity, allowing the pump to spend more time running at lower speeds, where it is exponentially quieter and more economical.
Is the COP 14 of the Fairland X14 real or just a theoretical maximum?
The COP of 14 is completely real and certified under industry-standard reference conditions: outdoor air at 26 °C, water at 26 °C, and 80% relative humidity, applying specifically to the IXN14 model. It is a peak value achieved when the pump runs in smart maintenance mode (at about 20%-30% of its mechanical capacity). When the outdoor temperature drops to 15 °C, the COP modulates between 7.2 and 4.8 depending on the compressor load. Running normally at 50% speed, the COP remains at an excellent 10.6 (air at 26 °C) and 6.6 (air at 15 °C).
Is the X14 heat pump compatible with salt-water treated pools?
Yes, with complete safety. The internal heat exchanger of the Fairland X14 range is made of **pure titanium with a spiral design**, which offers absolute chemical immunity against corrosion and oxidation caused by conventional chlorine, bromine, or salt produced by saltwater chlorinator systems (even at high concentrations).



















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