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General| Type | Split System |
|---|---|
| Cooling Capacity | 3.5 kW |
| Heating Capacity | 4.0 kW |
| Refrigerant | R410A |
| Power Supply | 220-240V, 50Hz |
| Energy Efficiency Ratio (EER) | 3.21 |
| Indoor Unit Weight | 9 kg |
| Noise Level (Outdoor) | 50 dB(A) |
| Noise Level (Indoor) | 42 dB(A) |
Provides detailed technical specifications for indoor and outdoor units, including capacity, power, and dimensions.
Illustrates the relationship between compressor speed and current draw for cooling and heating operations.
Shows how cooling and heating capacity ratios change with outdoor temperature variations.
Essential safety guidelines for installation and servicing with R410A refrigerant, emphasizing proper tools and ventilation.
Details on selecting and processing copper pipes and joints suitable for R410A, including material thickness requirements.
Lists tools exclusive for R410A and their interchangeability with conventional refrigerant R22 systems.
Step-by-step instructions for recovering, evacuating, and recharging refrigerant in the air conditioner system.
Covers materials for brazing, flux requirements, and brazing methods to prevent oxidation during pipe joining.
Provides detailed diagrams and dimensions for the indoor unit, including mounting and installation aspects.
Illustrates the external structure and dimensions of the outdoor unit, showing installation and component placement.
Presents the wiring schematic for the indoor unit of the 13NKV model, including a simple failure diagnosis guide.
Shows the wiring diagram for the indoor unit of the 16NKV model, with a basic troubleshooting checklist.
Details the wiring connections for the outdoor unit, illustrating the electrical components and their interconnections.
Lists electrical components used in the indoor unit for the 13NKV model, with their types and specifications.
Details the electrical parts for the 16NKV indoor unit, including model numbers and specific ratings.
Specifies the electrical components for the 13NAV outdoor unit, including part names, models, and ratings.
Provides a list of electrical parts for the 16NAV outdoor unit, detailing their types and performance ratings.
Visual representation of the refrigerant flow for the 13NKV/13NAV models, detailing components and connections.
Diagram showing the refrigerant path for the 16NKV/16NAV models, highlighting key components and specifications.
Presents key operating data such as pressure, temperature, and fan/compressor speeds under specific conditions.
Illustrates the internal control logic of the indoor unit, showing the MCU, sensors, and communication interfaces.
Depicts the control system of the outdoor unit's inverter assembly, including sensors and motor control circuits.
Explains the overall control architecture, roles of indoor/outdoor controllers, and capacity variable system.
Details various operation modes (Cooling, DRY, Heating, AUTO), fan control, louvers, and special functions.
Explains the logic behind cooling capacity, prevent-freezing, current release, and fan speed settings.
Covers temporary auto/cooling operations and setting up the auto restart function.
Details the filter check indicator and the functions and display of the wireless remote control.
Crucial safety warnings and precautions covering electrical work, handling, and environmental considerations.
Illustrates unit placement, piping, and lists included accessories and optional parts.
Specifies new tools for R410A systems and their changes compared to R22 tools.
Procedures for selecting place, mounting, wiring, and fixing the indoor unit.
Guides for outdoor unit placement, piping, evacuation, wiring, and leak testing.
Basic checks for power, voltage, operation status, and initial troubleshooting methods.
Uses flashing LEDs and remote control check codes for indoor unit fault identification.
Systematic troubleshooting flowcharts for indoor/outdoor unit issues and wiring.
Guides for diagnosing check codes 1C and 1E, related to miswiring and sensor errors.
Summarized diagnosis for the outdoor unit inverter, fan motor, and other key components.
Methods for testing P.C. boards, sensors, motors, and capacitors for proper function.
Step-by-step guides for removing and replacing key indoor unit components like the front panel, electrical parts, and fan motor.
Instructions for replacing the microcomputer, including precautions for handling the P.C. board and associated parts.
Details the procedures for disassembling and replacing major outdoor unit parts, including cabinets, inverter, and reactor.
Provides an exploded diagram and parts list for the indoor unit's electronic components assembly.
Detailed exploded view of the indoor unit, listing all parts with their corresponding location and part numbers.
Exploded diagram and comprehensive parts list for the outdoor unit of the 13NAV model.
Presents an exploded view and parts list for the outdoor unit of the 16NAV model.
Shows an exploded diagram and parts list for the electronic components assembly of the outdoor unit.
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