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The KRY-12II Swimming Pool Heat Pump is a professional constant temperature dehumidification heat pump engineered exclusively for indoor swimming pools, with a high-efficiency heat pump system as its core component. This equipment is dedicated to maintaining a stable and comfortable indoor pool environment by precisely regulating water temperature, air temperature and ambient humidity. It realizes superior energy saving through air heat recovery technology and is built with a professional anti-corrosion structure and intelligent control system, belonging to the high-quality power transmission equipment for aquatic facilities. Unlike traditional heating equipment, the KRY-12II abandons fuel combustion, achieving zero pollutant emission and aligning with global low-carbon environmental protection trends, making it a first-choice heating solution for various indoor swimming pool projects.

The KRY-12II only consumes electrical energy to drive its compressor during operation, with no fuel burning process at all. It does not produce harmful exhaust gases such as carbon monoxide and carbon dioxide, nor discharge smoke or waste residue, realizing truly green and low-carbon operation. This advantage makes it compliant with international environmental protection standards and ideal for eco-conscious pool projects.
This swimming pool heat pump is adaptable to all types of indoor swimming pools, including home private pools, hotel and resort pools, gym and clubhouse pools as well as public indoor pools. According to the actual pool water volume and heating/dehumidification requirements, matching power models can be flexibly selected, and the installation process is simplified without complex on-site modification, saving construction time and labor costs.
Daily maintenance of the KRY-12II is extremely simple, with only regular cleaning of the heat exchanger and filter as the main daily work. The equipment is built with high-quality components and a durable structure, eliminating the need for frequent replacement of core parts. Its long service life effectively reduces the overall maintenance and operation costs for users in the long run.
Specification | KRY-12II Parameter |
Rated heating capacity (A24/26℃) | 12kW |
Rated power (A24/26℃) | 2.35kW |
COP (A24/26℃) | 5.1 |
Rated heating capacity (A20/26℃) | 11kW |
Rated power (A20/26℃) | 2.3kW |
COP (A20/26℃) | 4.78 |
Cooling Capacity | 5.7kW |
Consumed Power (Cooling) | 2.5kW |
EER | 2.3 |
Rated voltage (Hz) | 220V 50HZ |
Maximum input power | 3kW |
Maximum current | 12A |
Water flow | 3.5m³/h |
Noise dB(A) | <50 |
Anti-shock level | I |
Waterproof level | IP44 |
Unit size (mm) | 1030×410×865 |
Unit Weight | 95kg |
For gym and clubhouse pools serving daily member exercise, the KRY-12II provides precise temperature and humidity control to ensure swimmers’ comfort. Its low noise (<50dB(A)) design will not interfere with members’ exercise and leisure experience, which is perfectly suitable for the closed indoor environment of gyms and clubs.
Most high-end residential and villa pools feature personalized design, and the KRY-12II has a simple and sleek appearance that can be seamlessly integrated with courtyard or equipment room decoration styles. With a service life of 10-15 years, it matches the long-term use needs of high-end residences and avoids the trouble of frequent equipment replacement.
Hotel and resort pools require year-round constant temperature to ensure a premium guest experience, and the KRY-12II features stable operation performance and low-temperature adaptability, which can cope with winter low-temperature conditions and ensure the pool is open all year round. As a high-frequency service facility, its environmental protection and energy saving also help hotels reduce operational costs and enhance market competitiveness.
The installation site of the KRY-12II should be a well-ventilated space, such as the open area next to the swimming pool, rooftop or terrace, to ensure sufficient air circulation for efficient heat energy absorption. A clear space of 1.5 meters should be reserved around the equipment to avoid obstruction of air intake and exhaust, and to facilitate subsequent maintenance and operation. Since condensation may occur during equipment operation (especially in high-humidity pool environments), dedicated drainage pipes or floor drains must be reserved at the installation site to avoid water accumulation and equipment damage.
Condensation is easy to generate during the operation of the heat pump in the high-humidity environment of indoor swimming pools. It is necessary to pre-reserve special drainage pipes or floor drains at the installation position to timely discharge the condensed water and prevent water accumulation around the equipment.
Prioritize choosing a well-ventilated site with sufficient air circulation, and keep the surrounding 1.5 meters unobstructed. Rooftops, terraces and open areas next to the pool are ideal installation positions, which can ensure the heat pump absorbs air heat efficiently and operates stably.
Regular heat pumps will have reduced efficiency below -5℃, but if matched with a low-temperature version of the swimming pool heat pump (optimized compressor and heat exchanger), it can operate stably at -15℃ even -25℃, which is fully applicable to the cold northern regions.