Description
Single system heating and cooling – provided by Leomon. During the summer, our air/water heat pumps create a pleasantly cool environment by releasing thermal energy into the surrounding area. In winter, it ensures sufficient heat, supplying temperatures up to 50 degrees Celsius. This not only reduces your purchasing costs but also protects the environment.
Feature
1. Low GWP refrigerants
Pure refrigerant R32 is an extraordinary eco-sustainable alternative to the conventional refrigerant R410A, with 66% lower GWP, higher efficiency and lower refrigerant charge.
2. High efficiency under partial load
Top part-load efficiency is achieved thanks to cutting-edge proprietary technology solutions: VSD scroll compressor, variable speed fan with BLDC motor as standard and advanced control algorithms.
3. Extremely quiet operation
The best compromise between silence and efficiency is the result of system design aimed at minimizing noise levels.
4. Extremely compact
Precise design and meticulous attention to detail in every component make this series the best solution in terms of floor space per kilowatt.
5. Wide scope of work
In heat pump mode, the unit operates at an outdoor air temperature of -20°C to 40°C. Production condenser outlet water temperature is 25°C to 65°C.
6. Plug-and-play solution
The built-in hydronic heating module already contains the main water circuit components; it is available as options with single or double pumps, low or high head, fixed or variable speed, expansion vessel and surge tank.
7. Group control through dynamic master control
Load sharing, sequencing, active redundancy, resource activation prioritization, alarm management, these are just some of the LAN functions this unit can manage when connected to a group of chillers.
8. Variable main flow
Variable pump speed management based on load demand and variable flow saves energy and ensures equipment remains operational under critical operating conditions.
9. Intelligent defrost
The advanced adaptive proprietary defrost logic takes into account all operating parameters and external conditions: the number and duration of defrost cycles are therefore reduced to the necessary minimum, ensuring an increase in the efficiency and net heating capacity of the device.
Technical specifications:
