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Midea M2OC-18HFN8-Q User Manual

Midea M2OC-18HFN8-Q
140 pages
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TM_MULTI_R32_3D INV_EU_S_NA_1909
MULTI SPLIT TYPE
R32 3D INVERTER CONTROL
TECHNICAL MANUAL

Table of Contents

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Midea M2OC-18HFN8-Q Specifications

General IconGeneral
BrandMidea
ModelM2OC-18HFN8-Q
CategoryAir Conditioner
LanguageEnglish

Summary

Specifications

Model Reference and General Specifications

Details model numbers and key technical specifications.

Indoor and Outdoor Unit Dimensional Drawings

Provides physical dimensions and center of gravity for unit components.

Electrical Wiring Diagrams and Refrigerant Cycles

Illustrates electrical connections and refrigerant system configurations.

Noise Criterion Curves

Presents octave band sound pressure levels for indoor and outdoor units.

Electrical Characteristics and Static Pressure

Details electrical data and static pressure performance characteristics.

Product Features

Display Function Overview

Explains indoor unit display indicators and functions for different types.

Operation Modes and Function Details

Covers unit abbreviations, safety features, modes, and advanced functions.

Remote Controller and System Control Functions

Explains the operation of infrared, LCD wired, and centralized controllers.

Installation

General Installation Overview and Location Selection

Covers installation steps and criteria for choosing a unit location.

Indoor Unit Installation Procedures (All Types)

Detailed steps for installing A6 Duct, Compact Cassette, and Wall Mounted units.

Outdoor Unit, Drainage, and Refrigerant Pipe Installation

Covers outdoor unit setup, drainage, and refrigerant pipe requirements.

Vacuum Drying, Insulation, Wiring, and Testing

Details critical post-installation procedures like vacuuming, insulation, wiring, and testing.

Static Pressure Design

Introduction to Duct Losses and Friction Charts

Explains duct system losses and provides friction loss charts for round ducts.

Dynamic Losses and Duct Equivalencies

Details dynamic loss factors and conversion between rectangular and round ducts.

Duct Calculation Methods and Velocity Recommendations

Covers duct sizing methods, unit conversions, and recommended outlet velocities.

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