Mitsubishi Electric Floor Console Air Conditioning MFZ Series

$0.00

The MFZ-KT Series Floor Mounted Air Conditioning is extremely versatile and is designed for wall attached installation at floor level, making it ideal for spaces where traditional wall-mounted units are not suitable, while delivering efficient cooling and heating with advanced inverter technology.

Enquire Now
SKU: N/A Categories: ,

Description

Versatile Floor Mounted Design

The MFZ-KT Series Floor Mounted Air Conditioning is designed for wall-attached installation at floor level, making it an ideal solution for spaces where traditional wall-mounted units are not suitable. Its compact and lightweight design ensures quick and easy installation.

Flexible & Practical Installation

Floor mounted air conditioning systems offer excellent versatility, allowing convenient placement at low wall positions while maintaining efficient performance and ease of use.

Advanced Airflow & Comfort

Auto Swing Vane Technology

The system features an auto swing vane that delivers natural and comfortable airflow, evenly distributing air throughout the room.

Optimised Air Distribution

Three uniquely shaped vanes work together to enhance airflow coverage, ensuring consistent temperature and improved indoor comfort.

Energy Efficiency & Smart Control

Inverter Technology

Equipped with advanced inverter technology, the system provides efficient cooling and heating while reducing energy consumption.

7-Day Timer Controller

The built-in controller includes a 7-day programmable time clock, allowing better control, scheduling, and energy savings.

Design & Features

Modern Interior-Friendly Design

– Simple flat asymmetrical design that blends seamlessly with all interior styles
– Swing vane mode with auto vane shutter for enhanced airflow control

Eco-Friendly Refrigerant

R32 Next-Generation Efficiency

The system uses R32 refrigerant, which offers approximately 70% lower global warming potential compared to R410A. It delivers higher energy efficiency with a stronger refrigerating effect, requiring less energy and reduced refrigerant volume to achieve the desired temperature.