Suggested retail price
Energy Efficiency
Technology
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.
Aluminium heat exchanger with hydrophilic coating
Improved wettability of the heat exchanger aluminum plates which have a special coating with a hydrophilic layer, ensuring rapid removal of condensate from the indoor unit that does not allow to quickly form of mold and bacteria, providing a more efficient operation of the air conditioner.
Compresor DC inverter
Compressor with inverter DC can increase the efficiency of the air conditioner, thus reducing power consumption saves your costs. This system is much more economical and safer than air conditioners with a constant output of the compressor.
DC inverter motor Outdoor Unit
In outdoor units, a DC motor is used to rotate the fan. This allows you to significantly reduce noise and power consumption. And also get several positions of the fan speed, depending on the needs of the system.
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.
Description
System Full DC-inverter "M-Thermal Split", it is a good choice 3 in the 1st: heat pump, chiller, aero-hydraulic DHW water heater. Has in the complete set the block of the hydromodule SMK.
THE IDEAL SOLUTION FOR THE COTTAGE!
Guaranteed serviceability at outdoor temperature up to "-20С".
Specifications
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Характериситки по конструкции устройства | Мощн. нагрева, кВт. | Мощн. охлаждения, кВт | потребл. Мощность в режиме обогрева / ГВС, кВт | Напор встроенного циркуляционного насоса, м | Уровень звук. давления, дБ(А) | Вес нетто, кг | Электропитание, В/Ф/Гц | Размеры без упаковки, ШхВхГ, мм | |
| MHA-V8W/D2N1 | Наружный блок FULL DC-inverter, фреон R410a, компрессор TWIN-Rotary MITSUBISHI | 7,34 | 6,44 | 2,13 | - | 68 | 76 | 220/1/50 | 1075х965х395 | |
| SMK-80/CD30GN1-B | Внутренний блок - гидромодуль, с автоматикой, пластинчатым теплообменником, встроенной консолью-ПДУ, 220/1/50, циркуляционным насосом | 7,34 | 6,44 | 0.25 насос + 3 ТЭН | 6 | 30 | 51 | 220/1/50 | 400х865х427 | |
| SMK-140/CSD30GN1 | внутренний блок с теплообменными модулями (2 контура, 2 насоса) и автоматикой, 380/3/50, ЭлектроТЭНами | 14 | 8,8 | 2х4кВт ТЭН, 0.35 насос | 7,5 | 32 | 63 | 380/3/50 | 500х900х375 | |
| MHA-V14W/D2RN1 | Наружный блок FULL DC-inverter, фреон R410a, компрессор TWIN-Rotary MITSUBISHI | 14 | 12,5 | 4,2 | - | 72 | 76 | 380/3/50 | 900х1327х400 | |
| SMK-160/CSD45GN1-B | Внутренний блок - гидромодуль, с автоматикой, ТЭНами, пластинчатым теплообменником, встроенной консолью-ПДУ, 380/3/50, циркуляционным насосом | 14 | 12,5 | 0.35 насос + 4.5 ТЭН | 7,5 | 30 | 115 | 380/3/50 | 400х865х427 | |
| MHA-V16W/D2RN1 | Наружный блок FULL DC-inverter, фреон R410a, компрессор TWIN-Rotary MITSUBISHI | 15,5 | 12,9 | 2,13 | - | 68 | 76 | 380/3/50 | 900х1327х400 | |
| SMK-160/CSD45GN1-B | Внутренний блок - гидромодуль, с автоматикой, ТЭНами, пластинчатым теплообменником, встроенной консолью-ПДУ, 380/3/50, циркуляционным насосом | 15,5 | 12,9 | 0.35 насос + 4.5 ТЭН | 7,5 | 30 | 115 | 380/3/50 | 400х865х427 |