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Two OKKI air jet units on an industrial wall above a steel beam

OKKI AI-Driven Jets

OKKI's AI-Driven Jets are a proprietary indoor airflow innovation that connects to an outdoor heat pump and can integrate with most VRF systems using standard AHU kits.

This allows OKKI to deliver its unique, stratification-free performance while fitting seamlessly into existing VRF architectures.

Key Benefits

Stratification-free comfort
Lower energy & operating costs
Scalable & easy to install
All-electric, year-round performance
Quiet, ductless
Continuous domestic hot water

Options

Available in two configurations (2 and 4 nozzles)
Multiple installation
Smart Jet function

Controllers

BACnet and Modbus Gateway

Intelligent Heat Pump Climate Control for Large Spaces

Using Smart Jet™ airflow technology, OKKI delivers conditioned air directly to the occupied zone, eliminating stratification and reducing energy waste.

Cross-section of a large hall: OKKI jets throw layered warm air toward the floor

Cross-section: horizontal air blades hold an even 68°F across the occupied zone

Cross-section: jets drive cool air down into the occupied zone

Cross-section: gentle cool streams maintain the set temperature at floor level

Air-throw diagram: installation limits and maximum launch distances for heating, cooling and neutral streams

Indoor Unit Air Throws

In large-volume buildings, hot air rises and cold air settles near the floor, creating temperature stratification that the indoor unit's air throw must overcome.

Flexible Install Configurations

Line drawing: a wall unit sweeping three motorized jet angles

Smart Jet

Fully motorized nozzles

Line drawing: a wall unit throwing one fixed horizontal jet

Manual Jet

Adjustable but non-motorized

Line drawing: a wall unit supplying a duct with two grilles

Ducted

Supply via ducts and grilles

Modular System with Maximum Comfort

OKKI is a modular system that allows multiple installation of units. It includes all the necessary components for quick and easy installation, with wall mounting brackets and needing only the refrigerant connections to the indoor unit.

Isometric room drawing with OKKI indoor units along the walls and the outdoor unit marked

Key Specifications

Heating

	15	30
Total rated power output (Btu/h)	48.2 Btu/h	91.1 Btu/h
Minimum total power output (Btu/h)	14.2 Btu/h	21.5 Btu/h
Maximum total power output (Btu/h)	54.0 Btu/h	102.0 Btu/h
COP	3.88	3.74
COP (maximum - minimum)	5.53 - 3.49	5.83 - 3.36

Cooling

	15	30
Total rated power output (Btu/h)	47.8 Btu/h	82.5 Btu/h
Minimum total power output (Btu/h)	14.0 Btu/h	20.9 Btu/h
Maximum total power output (Btu/h)	56.6 Btu/h	90.5 Btu/h
EER	11.81	12.97
EER (maximum - minimum)	8.4 - 17.57	10.06 - 18.11

Heating

	15	30
Total rated power output (kW)	14.1 kW	26.7 kW
Minimum total power output (kW)	4.2 kW	6.3 kW
Maximum total power output (kW)	15.8 kW	29.9 kW
COP	3.88	3.74
COP (maximum - minimum)	5.53 - 3.49	5.83 - 3.36

Cooling

	15	30
Total rated power output (kW)	14.0 kW	24.2 kW
Minimum total power output (kW)	4.1 kW	6.1 kW
Maximum total power output (kW)	16.6 kW	26.5 kW
EER	11.81	12.97
EER (maximum - minimum)	8.4 - 17.57	10.06 - 18.11

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