Aptus Range – Chillers Designed For HVAC
Our Aptus range is specifically designed with Air Conditioning applications and Energy efficiency in mind, with multi-compressor designs, electronic expansion valves and microchannel condenser coils as standard on most units. We also offer a wide range of additional energy enhancements to further increase efficiency.
Aptus Compact (17 to 50kw)
The Aptus Compact HVAC Chiller range has been designed for smaller applications in mind whilst delivering the high level of performance necessary to meet customer requirements. All units are equipped with 2 compressors in order to deliver increased efficiency at minimum footprint.
- Covers temperature ranges from -12°C to 65°C
- Unique Condenser Design
- Eco-Design Compliant
- Efficient R410A refrigerant
- Optional EC Fans
Aptus Modular (55 – 135kW)
The Aptus Modular range allows customers who have varying requirements to get the capacity they require with ease without sacrificing energy efficiency. With it’s compact and expandable design, the Modular range allows for easy installation and expansion as your business grows.
- Covers temperature ranges from -12°C to 65°C
- Modular design allows unbeatable flexibility
- Eco-Design Compliant
- Heat Recovery
- Low Noise and Super Low Noise Options Available
Aptus (44 – 163kW)
The Aptus flagship range of Air Conditioning Chiller units are available in five different models to give a wide range of choice to customers depending on requirements.
- Covers temperature ranges from -12°C to 65°C
- Available in 5 different models to fit customer requirements
- Eco-Design Compliant
- Redundancy available on some units for increased reliability
- Low Noise and Super Low Noise Options Available
Aptus Max & XL (293 – 689kW)
The Aptus Max and XL ranges provide high capacity cooling and high energy efficiency.
- Covers temperature ranges from -12°C to 65°C
- Microchannel Design for Reduced Refrigerant Charge
- Eco-Design Compliant
- Electronic Expansion Valves
- Low Noise and Super Low Noise Options Available