– Ducted High Pressure
Ducted High Pressure
– Ducted High Pressure
Ducted High Pressure
– Meeting Design Requirements
Thanks to its extensive range of capacities (22.4/28.0kW), the Ducted Medium-Pressure Indoor Unit (AC-inverter motor type) is exceptionally versatile. It can seamlessly accommodate a wide range of spaces with flexible duct designs, owing to its broad external static pressure (ESP) availability up to 100Pa.
Furthermore, its low-profile design, standing at a height of 470mm, allows the Ducted High-ESP unit to be installed in locations where ceiling height remains a concern or where plenum space is limited.
– Enhanced efficiencyv
By incorporating our optional Motion Sensor accessory, you can activate the auto-save feature, allowing the air conditioner to adjust its output based on human activity levels. For instance, if the air conditioner, coupled with the motion sensor, detects an extended period of vacancy, the unit can automatically power down, optimizing energy efficiency.
– Learn about the different models available:
RPI-FSR
– RPI-FSR
In the case of relatively larger spaces that demand both visual aesthetics and performance, the Ducted High-Pressure (RPI-FSR) unit emerges as the ideal choice. Thanks to its higher ESP availability (up to 230Pa) and four-step ESP control, it facilitates the most flexible duct design, ensuring indoor spaces remain undisturbed by the air conditioner while maintaining a consistently comfortable environment by DC-inverter driven 4-step fan control.
RPI-FSNQ
– RPI-FSNQ
RPI-HNDUSQ
– RPI-HNDUSQ
RPIH-HNAUN1Q
– RPIH-HNAUN1Q
In the case of relatively medium-large spaces that demand both visual aesthetics and performance, the Ducted High-Pressure (RPIH-HNAUN1Q) unit emerges as the ideal choice. Thanks to its high ESP availability (up to 120Pa) and two-step ESP control, it facilitates the most flexible duct design, ensuring indoor spaces remain undisturbed by the air conditioner while maintaining a consistently comfortable environment, driven by AC-inverter 3 steps fan control.