6 365.07 € / 12 449.00 BGN
Recommended price with VAT and eco tax, without installation
Recommended price with VAT and eco tax, without installation
Outdoor unit for multi-split system PUMY-SM125YKM, 14 kW / 48 000 BTU
6,365.07 €
Outdoor unit for multi-split system Mitsubishi Electric PUMY-SM125YKM with nominal capacity of 48 000 BTU – three-phase power supply
The unit operates with R32 refrigerant.
Environmental Benefits of R32:
– The Global Warming Potential (GWP) is reduced to one third compared to R410A;
– Reduced refrigerant charge: 7.5 kg instead of 11.9 kg (compared to the Small Y Compact solution using R410A);
– Higher overall energy efficiency.
Suitable for residential and commercial buildings.
Expanded configuration flexibility:
– Connection to residential or commercial indoor units via Branch Box PAC-MMK40/60;
– Mixed configuration – Branch Box combined with VRF indoor units;
– Direct connection to VRF indoor units.
The compatible wired remote controller is PAR-41MAA(B) with built-in audible and visual alarm.
(Available separately)
Safety Measures When Using R32
When operating with R32 refrigerant, compliance with applicable safety regulations is mandatory.
For this purpose, the PAC-SK60SA-E sensor and alarm kit is available for refrigerant leak detection. The kit can be used for individual indoor units or for supervisory/control rooms where required under IEC 60335-2-40, Edition 6.
PAC-SK60SA-E – Sensor and Alarm Kit (Available separately)
The PAC-SK60SA-E is a reliable refrigerant leak detection device operating in two modes:
Standard Mode – direct protection of the indoor unit
Supervision Mode – alarm activation for rooms requiring additional monitoring in accordance with IEC 60335
The kit enhances safety, supports regulatory compliance, and is suitable for residential and commercial HVAC installations using R32.
Функции
DC Inverter
Mitsubishi Electric inverters provide optimal control of the operating frequency. As a result, the power in all heating and cooling modes is optimal and maximum comfort is achieved with minimum energy consumption.
DC Fan Motor
A high efficiency DC motor drives the outdoor unit fan. The efficiency is much higher than the equivalent AC motor.
Vector sinusoidal magnetic flux drive
This drive unit is actually a microprocessor that converts the waveform of the electric current of the compressor motor from conventional to sinusoidal (180 ° electrical conductivity) to achieve higher efficiency by increasing the utilization rate of the motor winding and reducing energy loss .
Eco inverter with vector waves
This inverter monitors the variable frequency of the compressor motor and creates the most efficient waveform for the motor speed. As a result, operating efficiency is improved in all speed ranges, less energy is used and annual electricity costs are reduced.
Ribbed pipes
High efficiency finned tubes are used in heat exchangers to increase the heat exchange area.
PAM control
PAM is a technology that controls the sinusoidal shape of the current to match that of the voltage. In this way, efficient use of the input power is achieved. Using PAM control, 98% of the consumed power is used efficiently.




