PW040-KFXLR Air Source Heat Pump
Inquire NowDescription
The PW040-KFXLR Air Source Heat Pump is a highly efficient and eco-friendly solution designed to provide consistent hot water year-round. This innovative pump operates at a fraction of the cost compared to traditional heating methods, making it an economical choice for your hot water needs. With a Coefficient of Performance (COP) exceeding 4, this heat pump ensures that you get more output for every unit of energy consumed.
Key features include:
- Safe & Pollution-Free: The design ensures that water and electricity are completely separated, eliminating risks such as electrical leaks and explosions.
- Space-Saving & Durable: Its compact design allows for easy installation in various settings, and the special compressor guarantees durability and energy efficiency for up to 15 years.
- Intellectual Anti-Freezing: The built-in auto anti-freezing function safeguards the pump in extremely low temperatures, ensuring reliable performance.
- Automatic Microcomputer Control: Adjusts settings according to demand, automatically managing water temperature and operational timings for optimal convenience.
- Continuous Hot Water Supply: Experience uninterrupted hot water access, irrespective of seasonal changes or weather conditions, providing comfort 24/7.
- Versatile Applications: Ideal for households, villas, dormitories, schools, hotels, and beauty salons, among other places.
Specifications
Feature | Details |
---|---|
Operating Cost | 1/4 of electric water heater, 1/4 of gas water heater, 1/2 of oil water heater, 2/3 of solar water heater |
COP | More than 4 |
Durability | 15 years |
Installation | Easy, compact design |
Continuous Supply | 24/7 hot water supply |
Additional Information
This heat pump is engineered for longevity and optimal performance, making it an essential addition to any modern home or facility. Its versatility ensures that it meets a wide range of hot water demands across various environments.
Product Inquiry Form
Thanks your message successfully submitted.