Suggested retail price
Energy Efficiency
Technology
Blue Fin
Blue fin heat exchanger cover - Protection against corrosion. Special anti-corrosion coating of the heat exchanger, protection from atmospheric phenomena and effects of aggressive environment. May differ in color (have blue, green, gold or no color at all (clear varnish)
Sine-Wave Inverter
Technology 180° -gradusnogo wave inverter conversion - control voltage without the "pulse" effects (jagged sinusoid).
Compared with the current standard of 120° rectangular wave has the following advantages:
- Ability to work with a wider range of supply voltage and frequency.
- Most of the energy efficiency and energy conservation.
- More soft start, lower noise and vibration.
- more control.
Refrigerant Leakage Detect
Its a electronical function of Main PCB and self-diagnostic system into AC.
When pipe-temperature sensor at inlet line of evaporator will indicate highest temperature, system will indicate "EC" code in a display of indoor units, its mean "ask for service centre for visit maintance team with leakage detectors and tools"
Multi-Bend Heat Exchanger
Increased heat. This unit uses the heat exchangers with tubes of a special design, the inner surface of which has trapezoidal notches "Innergrove cooper", which provides maximum heat transfer surface area increased. Due to this heat increases by 28%, reduced power consumption, and hence increases the efficiency of the system.
Low Ambient Cooling
Low-temperature (season) set - used for the operation of the air conditioner in cooling mode at low ambient temperatures (usually provided in the air conditioner as an optional feature). The kit includes: the controller of the outdoor unit fan motor, compressor crankcase heater and heater drain line.
In some series of inverter split systems this option is implemented in hardware and software, thus if there is a need to use the air conditioner in the winter for cooling, you must install only drain the heater.
Description
The principle of operation of a conventional air conditioner is based on the fact that, in cooling mode, the refrigerant boiling in the evaporator of the indoor unit of the air conditioner absorbs the heat of the room air and transfers it to the condenser of the outdoor unit, where, when condensing the refrigerant, it is heated and transferred to the environment. The principle of the operation of the heat pump is "reverse" - it is based on the movement of thermal energy from the atmosphere (ambient air) - to the consumer, through the cycle of work of the steam-compression machine, which, in turn, heats up the refrigerant, which, through the heat exchanger "freon-water" in the tank-boiler of indirect exchange. The storage tank is needed in the system to balance the heat consumption between the source and the consumers, as well as in the tank it is possible to arrange additional heating with the help of TEN and / or an additional circuit from the heliocouple, solid fuel boiler, etc. Further, as in the traditional heating system, hot water flows through the pump and distribution group, to the closers, radiators or warm-floor circuits, to other types of consumers for cooling or heating of indoor air.
At a cost of just 1 kW of electric power to the compressor drive of this system, it is possible to obtain the heat capacity of the condenser of about 4 ~ 5 kW, depending on the temperature in the street, the frequency of defrost cycles and heat loss in the room. For example, the DC inverter outdoor MHC-V14W / D2RN1, consuming 3.26 kW, produces a heat output of 14.1 kW at an ambient temperature of +7°C, even if it assumes a 25% drop in performance at lower temperatures, then the transformation factor will not be lower 3.0
Specifications
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