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Details about high efficiency DC inverter compressor and fan motor, smooth sine wave DC inverter.
Covers given conditions, indoor and outdoor unit selection, and conclusion for cooling load calculations.
Details independent unit specifications, including power, capacity, compressor, fan, and coil details.
Lists electrical characteristics for various outdoor unit models, including voltage, current, and power.
Provides wiring diagrams for different HP models and explains field wiring practices.
Presents detailed cooling and heating capacity tables for various HP models and conditions.
Covers selection of refrigerant piping, length, level difference, and other piping considerations.
Details the installation procedures for indoor and outdoor units, including cautions and base requirements.
Explains processing, principles, support, selection, brazing, flushing, and vacuum drying of refrigerant pipes.
Explains the procedures for inspection, preparation, trial run of single and parallel systems, and commissioning reports.
Provides a comprehensive table of error codes, their content, and corresponding notes for troubleshooting.
Offers troubleshooting steps for common communication errors (E0, E2) and other system issues.
Covers troubleshooting for high temperature protection of the inverter compressor and discharge temperature protection.
Details the causes and solutions for high pressure protection, including heat exchange issues and refrigerant excess.
Explains troubleshooting for low pressure protection, addressing refrigerant issues, blockages, and heat exchange problems.
Provides a systematic approach to troubleshooting compressor overcurrent protection, checking load, condenser, refrigerant, and system air.
Guides on troubleshooting condenser temperature protection errors, focusing on sensor issues and system conditions.
Details troubleshooting steps for inverter module protection errors like low voltage, high voltage, MCE, zero speed, phase sequence, and frequency differences.
General