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Fujitsu AUYG18LVLB User Manual

Fujitsu AUYG18LVLB
413 pages
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DESIGN & TECHNICAL MANUAL
DTR_BME002E_04
DTR_BME005E_03

Table of Contents

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Fujitsu AUYG18LVLB Specifications

General IconGeneral
Cooling Capacity5.0 kW
Heating Capacity6.0 kW
Energy Efficiency Ratio (EER)3.21
Energy Efficiency Ratio (Cooling)3.21
RefrigerantR32
Outdoor Unit Dimensions (W x H x D)790 x 620 x 290 mm
Weight (Indoor Unit)13 kg
Power Supply220-240V, 50Hz
Noise Level (Indoor)42 dB(A)
Noise Level (Outdoor)52 dB(A)
TypeSplit System

Summary

1. GENERAL INFORMATION

1-1. HIGH EFFICIENCY & COMPACT

Discusses system efficiency, seasonal efficiency, and compact design of outdoor units.

1-2. FLEXIBLE DESIGN

Covers installation patterns using branch box connection, large capacity connection, and long piping design.

1-3. EASY INSTALLATION

Details easy installation aspects like branch box mounting directions and outdoor unit lightening.

1-4. CONVENIENT CONTROL SYSTEM

Explains various control options like wired, wireless, and central remote controllers.

2. MODEL SELECTION

2-1. OUTDOOR UNIT

Details the model lineup for outdoor units and their model designation.

2-2. INDOOR UNIT

Lists indoor unit types, capacities, models, and model designation.

2-3. OPTIONAL PARTS

Lists and describes optional parts like branch boxes, separation tubes, and controllers.

3. OUTDOOR UNIT & BRANCH BOX

1. SPECIFICATIONS

Provides detailed specifications for the outdoor unit, including power, capacity, dimensions, and refrigerant.

2. DIMENSIONS

Shows detailed dimensions for the outdoor unit and branch box with various views.

3. INSTALLATION SPACE

Details installation space requirements for outdoor units, including single and multiple unit installations.

4. REFRIGERANT CIRCUIT

Shows the refrigerant circuit diagram with symbols for components like compressors, heat exchangers, and valves.

5. WIRING DIAGRAM

Provides detailed wiring diagrams for outdoor units and branch boxes, illustrating connections.

6. OPERATION RANGE

Lists the operating temperature and humidity ranges for cooling and heating modes.

7. NOISE LEVEL CURVE

Presents noise level curves for the outdoor unit in cooling and heating modes across different frequencies.

8. ELECTRIC CHARACTERISTICS

Details electrical specifications for outdoor units and branch boxes, including power supply and wiring.

9. SAFETY DEVICES

Lists safety devices for outdoor units and branch boxes, such as fuses, protectors, and protection circuits.

4. INDOOR UNITS

1. FEATURES

Highlights features of compact cassette indoor units, including a 2-stage turbo fan and easy maintenance.

2. SPECIFICATIONS

Provides detailed specifications for compact cassette indoor units, covering dimensions, airflow, and electrical characteristics.

3. ELECTRIC CHARACTERISTICS

Shows electrical characteristics for various indoor unit types, including MCA, MFA, and FLA.

4. DIMENSIONS

Illustrates dimensions for compact cassette indoor units, including top, side, and bottom views.

5. WIRING DIAGRAMS

Presents wiring diagrams for compact cassette indoor units, showing connections to PCB and components.

6. AIR VELOCITY AND TEMPERATURE DISTRIBUTIONS

Illustrates air velocity and temperature distributions for compact cassette indoor units in top and side views.

7. FAN PERFORMANCE CURVE

Displays fan performance curves for slim duct indoor units, showing static pressure vs. airflow for different modes.

8. AIRFLOW

Lists airflow rates (m³/h and CFM) for various indoor unit types and fan speeds in cooling and heating modes.

9. NOISE LEVEL CURVE

Shows noise level curves for compact cassette indoor units in cooling and heating modes, indicating NC levels.

10. SAFETY DEVICES

Details safety devices for various indoor unit types, including PCB fuses, fan motor thermal protectors, and float switches.

5. CONTROL SYSTEM

1. CONTROL SYSTEM

Provides an overview of the control system, including controller lineup and design principles.

1-1. LINE UP OF CONTROLLERS

Lists available controllers such as central, wired, wireless, and simple remote controllers, detailing their features.

1-2. CONTROL SYSTEM DESIGN

Illustrates the advanced integrated control system architecture, showing connections between units and controllers.

1-3. SYSTEM CONFIGURATION EXAMPLES

Provides examples of system configurations for individual and central control using various controller combinations.

1-4. CONTROL EQUIPMENT DESIGN LIMITATION

Outlines design limitations for control equipment, specifying the number of connectable units per controller.

2. CONTROL UNITS

Shows images and identifies control units including central, wired, simple, and wireless remote controllers, and IR receiver units.

2-1. CENTRAL REMOTE CONTROLLER

Details features of the central remote controller (UTY-DMM*M), including batch control and user-friendly operation.

2-2. WIRED REMOTE CONTROLLER

Describes features of wired remote controllers (UTY-RVNM*, UTY-RNNM*), including auto-off timer and schedule timer functions.

2-3. SIMPLE REMOTE CONTROLLER

Outlines features of the simple remote controller (UTY-RSNM), emphasizing easy operation, background light, and simple installation.

2-4. WIRELESS REMOTE CONTROLLER

Details features of wireless remote controllers (AR-RAH2E/AR-RAH1E), including timer functions and custom code settings.

2-5. IR RECEIVER UNIT

Explains the IR receiver unit (UTY-LRHM) for controlling duct type units with wireless remotes, including attachment and signal angle.

2-6. REMOTE SENSOR UNIT

Describes the remote sensor unit (UTY-XSZX) for extending temperature sensing capabilities, including installation and wiring.

2-7. GROUP CONTROL METHOD

Illustrates methods for group control of remote controllers, showing combinations of wired, simple, and wireless types.

2-8. COMPARISON TABLE OF CONTROLLERS

Compares functions of different controller types, including central, wired, simple, and wireless remote controllers.

6. SYSTEM DESIGN

1. SYSTEM DESIGN

Outlines the overall system design, showing the layout of outdoor units, branch boxes, indoor units, and controllers.

1-1. SYSTEM OUTLINE

Provides a schematic of the system layout, indicating transmission lines, power supply, and piping.

1-2. REFRIGERANT SYSTEM

Details connectable units within one refrigerant system, including capacity ratios and prohibited combinations.

2. PIPING DESIGN

Covers piping design aspects, including material, wall thickness, tools, and pipe size selection tables.

2-1. IMPORTANT ITEMS WHEN USING REFRIGERANT R410A

Highlights key considerations for R410A refrigerant, such as pressure, solubility, and necessary special tools.

2-2. PIPING LIMITATION

Specifies limitations for piping, including total length, height difference, and branch box connections.

2-3. PIPE SIZE

Provides tables for recommended pipe diameters and wall thicknesses based on nominal diameter and material.

2-4. SELECTION OF PIPE HEAT INSULATING MATERIAL

Guides the selection of heat insulating material thickness based on relative humidity and pipe size.

2-5. ADDITIONAL CHARGE CALCULATION

Explains how to calculate additional refrigerant charge based on pipe length, using provided formulas and tables.

2-6. EXAMPLE OF PIPING DESIGN

Shows examples of piping design, including capacity ratio calculation and selection of separation tubes and branch boxes.

3. INSTALLATION

Covers installation procedures, including opening knockout holes and performing pipe connections for outdoor units.

4. WIRING DESIGN

Details precautions for electrical wiring, emphasizing safety and compliance with local rules and regulations.

4-1. ELECTRICAL WIRING

Provides precautions for electrical wiring, including power connection, cable fastening, and earth leakage breaker installation.

4-2. POWER SUPPLY CABLE WIRING

Explains power supply cable specifications and wiring for outdoor units, branch boxes, and indoor units.

4-3. TRANSMISSION LINE

Outlines transmission wiring specifications and limitations for connecting various system components.

5. FUNCTION SETTING

Describes how to set functions for the outdoor unit using push buttons and 7-segment LED displays.

6. CHECK RUN

Explains the procedure for checking the system status, including precautions and itemized steps for a successful check run.

12. INSTALLATION PRECAUTIONS

Lists general precautions for indoor unit installation, covering prohibited locations and specific considerations.

7. OPTIONAL PARTS

1. SEPARATION TUBE

Details the specifications and dimensions of the separation tube (Model: UTP-SX248A), including port diameters and heat insulation.

2. BRANCH BOX

Shows dimensions and types of branch boxes (UTP-PY03A: 3 branches, UTP-PY02A: 2 branches) with mounting options.

3. CONTROLLER

Lists applicable control methods for different indoor unit types, showing compatibility with central, wired, wireless, and simple controllers.

4. OTHERS

Provides a lineup of other optional parts, including cassette grilles, air outlet shutters, and communication kits.

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