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General| Series | FXMQ-MVE |
|---|---|
| Refrigerant | R-410A |
| Power Supply | 220-240 V, 50 Hz |
| Energy Efficiency Ratio (Cooling) | 3.5 |
| Energy Efficiency Ratio (Heating) | 3.8 |
| Outdoor Unit Noise Level | 50 dB(A) |
Describes the benefits of the reluctance brushless DC compressor for efficiency and power.
Details the SCe-bridge circuit for improved evaporative capacity and COP.
Details the variable PI control and compressor stages for precise capacity control.
Explains PID control for stable room temperatures and reduced variations.
Discusses capacity regulation with multiple compressors for efficiency and standby.
Details PID control for capacity balancing and long piping lengths.
Covers features that reduce energy consumption and operating costs.
Explains how individual zone control and high COP/EER reduce operational expenses.
Highlights the efficiency and performance benefits of the DC compressor.
Describes the HRV system for heat/humidity exchange and reduced load.
Specifies the operating temperature limits for cooling and heating modes.
Covers features that ensure system durability and continuous operation.
Explains the system's redundancy for emergency operation during compressor failure.
Details the oil balancing system for compressor reliability.
Covers environmental aspects, including refrigerant use and material recycling.
Details the system's design using R-410A refrigerant for efficiency and environmental compliance.
Highlights adaptability in system design and installation for various layouts.
Covers features that simplify and speed up the installation process.
Guides on selecting indoor and outdoor units based on cooling load calculations.
Explains how to select indoor units using capacity tables and load data.
Details selecting outdoor units based on indoor unit combinations and capacity index.
Walks through an example of selecting units for a cooling load scenario.
Explains how to adjust capacity based on piping length and level differences.
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