PACi Standard and Elite.
Newly designed next generation Commercial range
Seasonal Efficiency (SCOP)
Product follows the new Ecodesign requirements.
Product follows the new Ecodesign requirements.
PACi Standard
- Use of an energy-saving design has resulted in a high COP value.
- Use of highly efficient R410A refrigerant reduces CO2 emission and lowers operating costs.
- Good balance, system cost vs energy efficiency
- Top class SEER/SCOP as a Standard Inverter category SEER: A++ / SCOP: A+ at 10.0 kW (in Cassette 90x90)
- Interchangeable controller with ECOi
- Compact outdoor units
- Twin connection possible
PACi Elite
- DC Inverter can attain both comfort and energy-saving operation.
- Meeting all necessary safety approvals to ensure quality and safety
- Top-class SEER: A++ / SCOP: A+ at 10.0 kW (in Cassette 90x90 and Ceiling)
- Cooling operation is possible when outdoor temperature as high as 46 °C
- DC inverter technology combined with R410A for excellent efficiency
- Cooling operation is possible when outdoor temperature as low as -15 °C
- Heating operation is possible when outdoor temperature as low as -20 °C
- Compact outdoor units
- Auto restart from outdoor unit
- Twin, Triple and Double-Twin connection possible
PACi BENEFITS
Product Quality and Safety
All Panasonic air conditioners undergo strict quality and safety tests before sale. This rigorous process includes obtaining all necessary safety approvals, to ensure that all air conditioners we sell are not only built to the highest market standards, but are also completely safe.
Increased piping length for greater design flexibility
Adaptable to various building types and sizes.
Maximum piping length for PACi Standard: 50 m (from 6.0 to 12.5 kW), 75 m (for 14.0 kW).
Maximum piping length for PACi Elite: 40 m (for 5.0 kW), 50 m (for 6.0 and 7.1 kW), 75 m (from 10.0 to 14.0 kW).
Compact and lightweight
As the unit only weighs 98* kg, it is easy to carry and easy to install.
* For PACi Standard 14.0 kW and PACi Elite from 10.0 to 14.0 kW.
Quiet mode
5 dB can be reduced by setting. External input signal is also available.
Compact & flexible-design
The slim and lightweight design means the PACi outdoor unit can be installed in a number of compact situations.
Product Quality and Safety
All Panasonic air conditioners undergo strict quality and safety tests before sale. This rigorous process includes obtaining all necessary safety approvals, to ensure that all air conditioners we sell are not only built to the highest market standards, but are also completely safe.
Increased piping length for greater design flexibility
Adaptable to various building types and sizes.
Maximum piping length for PACi Standard: 50 m (from 6.0 to 12.5 kW), 75 m (for 14.0 kW).
Maximum piping length for PACi Elite: 40 m (for 5.0 kW), 50 m (for 6.0 and 7.1 kW), 75 m (from 10.0 to 14.0 kW).
Compact and lightweight
As the unit only weighs 98* kg, it is easy to carry and easy to install.
* For PACi Standard 14.0 kW and PACi Elite from 10.0 to 14.0 kW.
Quiet mode
5 dB can be reduced by setting. External input signal is also available.
Compact & flexible-design
The slim and lightweight design means the PACi outdoor unit can be installed in a number of compact situations.
Energy saving concept
The use of energy saving designs for the structure of fans, fan motors, compressors and heat exchanges has resulted in a high COP value, ranked as one of the top classed in the industry. In addition, use of highly efficient R410A refrigerant reduces CO2 emission and lowers operating costs.
1. Compact & Highly Efficient Compressor. Large-capacity inverter compressor has been adopted. The inverter compressor is superior in performance with improved partial-load capacity.
2. Printed Circuit Board (P-LINK). To improve maintenance, the number of PCBs have been reduced to two.
3. DC fan motor. Considering load and outside temperature, the DC motor is controlled for optimum air volume.
4. New Large Diagonal (520 mm) Air Flow Fan. The fan has been designed to reduce air turbulence and increase efficiency. As fan diameter has been increased to 520 mm, the air volume has been increased by 12% whilst maintaining a low sound level.
5. High-Efficiency Heat Exchanger. The heat exchanger size and the copper tube sizes in the heat exchanger have been redesigned to increase efficiency.
The use of energy saving designs for the structure of fans, fan motors, compressors and heat exchanges has resulted in a high COP value, ranked as one of the top classed in the industry. In addition, use of highly efficient R410A refrigerant reduces CO2 emission and lowers operating costs.
1. Compact & Highly Efficient Compressor. Large-capacity inverter compressor has been adopted. The inverter compressor is superior in performance with improved partial-load capacity.
2. Printed Circuit Board (P-LINK). To improve maintenance, the number of PCBs have been reduced to two.
3. DC fan motor. Considering load and outside temperature, the DC motor is controlled for optimum air volume.
4. New Large Diagonal (520 mm) Air Flow Fan. The fan has been designed to reduce air turbulence and increase efficiency. As fan diameter has been increased to 520 mm, the air volume has been increased by 12% whilst maintaining a low sound level.
5. High-Efficiency Heat Exchanger. The heat exchanger size and the copper tube sizes in the heat exchanger have been redesigned to increase efficiency.
PACi ELITE BENEFITS
Wide operating range
Cooling: -15 °C DB / 46 °C DB
Heating: -20 °C WB / 24 °C WB
Improved energy saving
Operating efficiency has been improved using highly efficient R410A refrigerant, new DC inverter compressor, new DC motor and a new heat exchanger design.
New model in cooling mode
Current model in cooling mode
New model in heating mode
Current model in heating mode
Wide operating range
- Cooling operation is possible when outdoor temperature as low as -15 °C
- Cooling operation is possible when outdoor temperature as high as 46 °C
- Heating operation is possible when outdoor temperature as low as -20 °C
Cooling: -15 °C DB / 46 °C DB
Heating: -20 °C WB / 24 °C WB
Improved energy saving
Operating efficiency has been improved using highly efficient R410A refrigerant, new DC inverter compressor, new DC motor and a new heat exchanger design.
New model in cooling mode
Current model in cooling mode
New model in heating mode
Current model in heating mode
