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General| Brand | Mitsubishi Heavy Industries |
|---|---|
| Model | FD 8 Series |
| Category | Air Conditioner |
| Language | English |
Describes the intended commercial applications for the FDT cassette unit.
Provides guidelines for selecting an optimal location to ensure proper air distribution.
Details the required clearance and dimensions for installing the FDT cassette unit.
Outlines the steps for preparing the ceiling opening and fixing suspension bolts.
Explains the condensate lift pump and its installation limitations for proper drainage.
Instructions for securely attaching the fascia panel to the FDT cassette unit.
Guidance on installing the wired remote control for the FDT cassette system.
Information on the wireless infra-red controller for FDT cassette systems.
Details on connecting a branch duct to the FDT cassette for air distribution.
Explains the use of the space collar for restricted ceiling voids and aesthetic enclosure.
Covers the physical installation, wiring, and basic setup of the wired RCD controller.
Details the 24-hour programmable timer functions of the RCD controller.
Explains how to configure multiple RCD controllers for master/slave operation.
Describes how to adjust dip-switches and jumpers for customising controller functions.
Explains how to use the RCD for group control of up to 16 indoor units.
Details the compressor delay timer function for sequential starts in group control.
Explains the various indicators and displays on the RCD remote control.
Details the functions of the buttons for operating and setting the RCD controller.
Lists error codes and their meanings for troubleshooting the RCD wired controller.
Describes intended applications and guidelines for selecting a suitable unit location.
Details unpacking, wall plate mounting, and pipework connection and routing.
Provides information on condensate hose connection and the use of condensate pumps.
Outlines the necessary qualifications, certifications, and materials for pipework installation.
Specifies best practices for pipework site management and brazing techniques.
Guidance on selecting correct pipe diameters, avoiding traps, and flaring techniques.
Instructions for performing pressure tests on the refrigeration pipework.
Procedures for using a vacuum pump to evacuate the system and confirm leakage.
Essential steps for adding the correct amount of refrigerant using electronic scales.
Specifies the correct insulation materials and thickness for refrigerant pipes.
Explains the purpose and application of the low ambient kit for FDC 6 Series outdoor units.
Details power supply requirements and interconnecting wiring between units.
Guidance on selecting appropriate MCB or fuse ratings for the system.
Information on isolators, and connecting time clocks, remote switches, and BMS.
Describes the functions and wiring connections for the Superlynk control system.
Outlines basic connections and plural control options using multiple remote controls.
Details on condensate lift pumps, their limitations, and piping requirements.
Guidelines for installing gravity drains, including pipe material and gradient.
Recommendations for drain termination points and testing procedures.
Guidance on shared drain piping for multiple units, ensuring proper water flow prevention.
Steps for testing condensate drain systems, with and without condensate pumps.
Details the intended applications, construction, and location requirements for FDC outdoor units.
Specifies the minimum clearance required around outdoor units for airflow and maintenance.
Information on connecting and sizing refrigeration pipework for FDC outdoor units.
Instructions for ensuring effective condensate drainage from heat pump outdoor units.
Safety precautions for electrical connections, preventing cable strain and ingress.
Details the 415V 3ph power supply for outdoor units and 1ph for indoor units.
Provides recommended fuse ratings for outdoor and indoor units in multi-systems.
Critical safety measures for electrical installation, grounding, and supply connections.
Advisories on unit placement, refrigerant handling, and environmental conditions.
