The Certikin Calorex Air To Water Heat Pump – Model 140 – 3Ph is a cutting-edge solution for meeting hot water needs in both domestic and commercial settings. Traditionally, hot water production has heavily relied on fossil fuels, generating harmful CO2 emissions that contribute to environmental degradation. In light of the growing awareness of climate change, the demand for eco-friendly alternatives has never been more pressing.
This advanced air-to-water heat pump offers a sustainable and efficient approach to heating water, minimizing environmental impact while delivering reliable performance. By harnessing energy from the surrounding air rather than underground sources, this heat pump eliminates the need for complex heat collector systems, streamlining installation and operation.
One of the key advantages of air-to-water heat pumps lies in their ability to extract and amplify thermal energy from the air, significantly enhancing the heating process. This technology ensures that the heat generated is effectively transferred to the low-pressure hot water (LPHW) circuit, optimizing energy utilization and reducing operating costs.
When it comes to heating system options, the Certikin Calorex Heat Pump offers versatility and compatibility with various setups. Whether utilized as a standalone LPHW heating solution (Monovalent system) or integrated alongside conventional heating methods like boilers (Bivalent system), this heat pump adapts to diverse requirements with ease.
To enhance system performance and meet varying hot water demands, the inclusion of a buffer tank is recommended. This component aids in balancing the load on the hot water system, ensuring consistent and reliable supply throughout different usage scenarios.
Moreover, the flexibility of the LPHW system allows for temperature adjustments to meet specific needs, providing customization options for users seeking tailored heating solutions. By enabling independent heating interventions, this heat pump empowers users to fine-tune their hot water production according to individual preferences and requirements.
In addition to its exceptional functionality, the Certikin Calorex Air To Water Heat Pump – Model 140 – 3Ph is supported by comprehensive product documentation, ensuring users have access to vital information for installation, operation, and maintenance. By following the provided guidelines and recommendations, users can maximize the performance and longevity of their heat pump, ensuring optimal functionality over the long term.
Embrace the future of hot water production with the Certikin Calorex Air To Water Heat Pump – Model 140 – 3Ph, a sustainable and efficient solution that prioritizes performance, reliability, and environmental responsibility. Upgrade your heating system today and experience the benefits of cutting-edge technology that not only meets your hot water needs but also contributes to a greener, healthier planet.
For detailed product documentation, please refer to the QUEST_Questionnaire end user H-V-704.pdf. Explore the possibilities and make an informed choice for a brighter, more sustainable future.
Manufacturers description:
Certikin Calorex Air To Water Heat Pump – Model 140 – 3Ph
Producing Hot Water for the majority of domestic and commercial applications has historically been by way of burning fossil fuels. The result of producing hot water by fossil fuelled heaters (however efficient), is to produce CO
2. Most people are now aware of the detrimental effects of CO2 on our environment, and the need to seriously consider climate friendly alternatives.
Air-Water High Capacity Heat PumpsAir-to-water heat pumps have successfully been installed for many years, especially for providing efficient pool water heating. This equipment absorbs energy from the external air rather than from the earth’s strata; therefore eliminating the need for heat collector pipework. Again, the absorbed energy is considerably upgraded and transferred to the LPHW circuit using efficient heat pump technology.Heating System OptionsAir source equipment can either be installed for sole provision of LPHW heating (known as a Monovalent system), or in conjunction with more traditional heating methods such as boilers, known as a Bivalent system. A -buffer- tank is needed to assist with the demands of the hot water system.The LPHW can also be upgraded in temperature, if necessary, by independent heating (by others).
Product documentation:
QUEST_Questionnaire end user H-V-704.pdf
