High VRF systems using R410A refrigerant
Video presenting the new Panasonic VRF System
The next, 7th generation of Panasonic VRF Systems has superior energy efficiency and many new options for increased safety and efficiency, and efficient cooperation with Panasonic Gas Heat Pumps.
Energy saving
Nominal efficiency of devices has been improved through the use of high-R410A refrigerant, a new compressor DC inverter, the new DC motor and a modified heat exchanger design.
Greater external temperature limits
Ambient temperature operating range in heating mode: increased external temperature range allows heating with outside temperatures down to -25 ° C. Using the wired controller, you can set the internal temperature in the heating mode in the range of 16 ÷ 30 ° C.
The possibility of oversizing the performance of indoor units to 200%
VRF allow the connection of maximum output connected indoor units to 200% compared to the efficiency of the unit. VRF systems offer the ideal solution at a reasonable price for the rooms where full cooling / heating is not always necessary.
Increased pipe length and design flexibility
Adaptable to different types and sizes of buildings. The actual length of the main pipe: 180 m Maximum pipe length: 1000 m.
No downtime at the time of inspection
In case of failure of one of the indoor units other units can continue to work, even during the review.
Increased pump life through even distribution of working time
Total time the compressor is monitored by a built-in microprocessor that provides a balanced time all compressors connected to a single refrigerant circuit. The first movements are compressors with fewer hours worked, thus ensuring uniform wear on all jednosteki extends the life of the system.
Automatic mutual replacement of compressors and units in the event of faults
Mutual replacement of equipment takes place in case of an emergency. If you see fault code, please contact the manufacturer for service.
Redesigned fan
Optimized airflow and lower noise fan and new construction of the outlet of the fan reduces the stress of air passing through the scattering at high speed. This solution reduces air resistance and thus reduces the energy consumption. It eliminates turbulent flow (blue zone), so the noise level is reduced. Even if the air flow at high speed noise remains at a standard rate.
Easy to design systems for schools, hotels, hospitals and other large buildings
The difference between the maximum and minimum length of the first branching may be up to 50 m, the length of larger diameter tubing may be up to 180 m.
Availability of models protected against corrosion
Models on special order, for use in marine coastal areas where sea salt in the air can cause damage. To provide exceptional durability equipment, heat exchangers and other components are specially protected.
High external static pressure
New construction of the fan motor and fan housing to set the on-site static pressure up to 80 bar. Design requires air outlet duct to allow the suction to avoid air from the outlet to the inlet. New feature high static pressure allows the installation of the outdoor unit in a technical room on any floor of the building.