Increased length of pipes, reduced noise level, automatic restart of outdoor unit.
Suitable for multi-bedroom apartments and country houses.
Characteristics
CONDITION: cooling -10 to +46°C or heating -20 to +18°C in various rooms.
NUMBER OF CONTAINABLE UNITS: 6 4 liters .with. , 8 5 liters.with. , 9 6 liters.with. .
COOLING: 50 to 130%.
REFRIGERANT: R410A.
PIPE LINE: 120-150 m.
SIZES: external unit 1330x940x340 mm.
START current: 1 amp.
ELEVATION UPPER: 50 m/40 m above/below outdoor unit .
CONTROL: local controllers, system controllers, BMS computer .
Noise LEVEL: depends on indoor unit design.
CONSTRUCTION: outdoor unit, piping, indoor units.
Description
The system is designed for small commercial installations and different types of housing townhouses, cottages, multi-bedroom apartments, mini-hotels, etc. .. .
Uses a new outdoor unit that operates with a high efficiency ratio of 3.45 to 4.30, which has been improved by using a new compressor, a new DC motor and a new heat exchanger design.
Large range of indoor units and controllers allows you to pick up just the right unit that easily fits the chosen design of the premises.
The size of the outdoor unit is compact so it can be optimally located without damaging the view of the building.
A wide range of possible temperatures provides the ability to turn on and work effectively both on a hot summer day and in the freezing cold.
The R410A refrigerant is neither hazardous to humans and the environment, since it is much heavier than air and non-toxic.
With this VRF system, you don’t have to install a separate split system for each room and encase the building with unsympathetic ducts. With just one outdoor unit, you can create the right climate in the whole building.
The Panasonic 2-pipe mini ECO-i Vusa system seems impressive, but does it have the capability to cool and heat efficiently in extreme weather conditions?
Can you provide more information on the energy efficiency of the Panasonic 2-pipe mini ECO-i Vusa system? How does it compare to similar systems in terms of cost and performance?
Could you please provide more information on the Panasonic 2-pipe mini ECO-i Vusa system? I am interested in learning about its features, efficiency, and performance. How does it compare to other similar systems in terms of cost and reliability? Any insights on its user-friendliness and maintenance requirements would be greatly appreciated as well. Thank you!