Toshiba’s Diamond-Like Carbon coating technology is unique to Toshiba VRF compressors. It covers the wear surfaces on compression vanes for outstanding hardness and wear resistance, enhancing both the compressor’s performance and durability.
Triple Rotary Compressor
The advanced technology used within SMMS-u results in a robust and durable system. The innovations made with Toshiba triple rotary compressor delivers an even stronger and more reliable system.
SMMS-u integrates new features to adapt operations to local constraints with a constant target: the alliance of comfort and energy savings.
SMMS-u can maximise heating capacity by improved new heating operation and defrost operation.
Individual defrost continuous heating for up to 5 hours. Newly developed modular defrosting system. This new control can be utilised in modular systems only.
INTELLIGENT VRF CONTROL
Mixing 0.1Hz compressor speed control with a high precision pulse motor valve, SMMS-u delivers the right quantity of refrigerant to all indoor units in demand. The advanced intelligent VRF control continually adjusts the operation of both indoor and outdoor units, based on the feedback from multiple sensors.
SMMS-u introduces an all-new refrigeration circuit design. This new design has been developed to take advantage of the multiple enhancements that have been made to the SMMS-u design.
New Heat Exchanger
- Double design for 8HP to 14HP
- Triple design for 16HP to 24HP
New Fan Propeller Design
- Maximise Air Flow
- Increased static pressure [80Pa]
New Inverter IPDU Cooling
- Direct feed from the condenser
New Liquid Tank Removal
- New Refrigeration distribution control
- Reduction in pressure drop
- New Oil / Refrigerant pipe design
New Oil Management Control
- New Oil circuit design
- New Oil level detection control
- New Oil dilution detection control
- New Smart oil flow control
- Oil balance line between outdoors removed
Click here to view the brochure of Toshiba SMMSu 2 pipe VRF System
22.4 kW Cooling
25.0 kW Heating
Super-efficient | Compact chassis