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Midea MSABBU-12HRFN8-QRD0GW User Manual

Midea MSABBU-12HRFN8-QRD0GW
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 MSABBU-12HRFN8-QRD0GW Specifications

General IconGeneral
Cooling Capacity12000 BTU/h
RefrigerantR32
Energy Efficiency Ratio (EER)3.21
Power Supply220-240V, 50Hz
Operating Temperature (Cooling)17-32°C
Net Weight (Indoor Unit)9 kg
TypeSplit System
Air Flow (High)600 m³/h
Dimensions (Indoor Unit)805 x 285 x 194 mm
Dimensions (Outdoor Unit)720 x 495 x 270 mm

Summary

Specifications

Model Reference

Lists indoor and outdoor unit model numbers for various types.

General Specifications

Provides detailed technical specifications for indoor and outdoor units.

Dimensional Drawings

Shows dimensional drawings and measurements for indoor and outdoor units.

Electrical Wiring Diagrams

Provides electrical wiring diagrams for indoor and outdoor units.

Product Features

Operation Modes and Functions

Details various operating modes, functions, safety features, and controls.

Remote Controller Operations

Describes functions of wireless, wired, and centralized remote controllers.

Installation

Installation Overview

Provides a step-by-step overview of the installation process.

Location Selection

Guides on selecting an appropriate installation location.

Indoor Unit Installation

Instructions for installing A6 Duct, Cassette, and Wall-mounted indoor units.

Outdoor Unit Installation

Instructions for installing the outdoor unit, including bolt pitch and mounting.

Pipework and System Checks

Covers drainage, refrigerant piping, vacuum drying, and leakage testing.

Electrical Wiring and Test Operation

Highlights for electrical wiring and post-installation test procedures.

Static Pressure Design

Duct System Losses

Introduces friction and dynamic losses in duct systems.

Duct Friction and Dynamic Loss Calculations

Provides charts and methods for calculating duct losses.

Outlet Velocity Recommendations

Recommends outlet velocities based on occasion and noise level.

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