The scroll compressor has an excellent mechanism called as FCM (Frame Compliant Mechanism) which will perfectly increase the performance of the whole compressor. The heating performance will improve because there is storage heat inside the compressor’s mass, example motor, compressor shell. The storage heat can be moved to condensing by reduce compressor’s temperature or by lower superheat to optimum temperature. All of these increase the comprehensive competitiveness of the scroll compressor.
Products
HIGH EFFICIENCY COMPRESSOR
- New Air Suction Structure
Improve compressor efficiency under fast rotation speed condition, increase compressor stability under strong load mode - Overpressure Releasing Valve
Increase efficiency by reducing compression loss, especially for medium and low capacity conditions. - Driven-frame Structure
High performance technology by reducing leakage loss and friction loss. - Special Exhaust System
Minimum oil loss and saving oil within the compressor.
- High-efficiency Motor
High efficiency by rare earth magnet and special designed motor. - Oil-balance Pipe
Improve units reliability. - Oil-separation Structure
High reliability by keeping oil in the compressor by this separation plate. - PVE Oil
Using PVE oil ensuring a high reliable and long life.
NEW ADVANCED CORRUGATED FIN DESIGN
The heat exchanger of S mavo Series adopt the new advanced corrugated fin design. With this new design, larger amount of fins can be allocated into the heat exchanger, increasing 20% heat exchange surface area maximally compared with the last generation fin and the heating capability increase 10% averagely
TWO-STAGE SUBCOOLING
Comparing with the conventional VRF system without subcooler, refrigerant temperature decreased 12.5°C more in system with one stage subcooler. However, Hisense VRF’s 2-stage subcooling technology cools refrigerant upto 27°C, distinctly improved cooling capacity of the system by pushing refrigerant further beyond its condensing temperature
STEPLESS FAN-SPEED CONTROL
The brushless motor equipped in outdoor unit can realize stepless fan-speed adjustment to ensure system efficiency and stability. S mavo Series optimize the motor support structure and improve the air duct, which increase 10% air volume at the same speed and reduce the noise
- The stability of discharge pressure
and suction pressure of compressor
is assure - The stability of flow (capacity)
dynamic allocation of indoor unit is
assured - Quick response of control system is
improved, accordingly the system
stability, durability and reliability
are assured.
OPTIMIZED REFRIGERANT CIRCUIT
I am text block. Click edit button to change this text. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
The heat-exchange efficiency is substantially increased due to the specially designed refrigerant flow structure.
Increase the liquid refrigerant volume proportion
Traditional Refrigerant Circuit
Optimized Refrigerant Circuit
FEATURED PROJECTS
