Introduction

Systems

Outdoor units

Indoor Units Controls

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Introduction
City Multi (VRF) 

City Multi is the latest addition to  Mitsubishi Electric Sales Canada's HVAC range. The range can be described in short as Multiple split type, direct expansion, Variable refrigerant flow (VRF) units.

The  range consists of  the  S-Series, Y-Series, R2-Series and WR2-Series  to meet all your needs.

Multiple indoor units of different styles and capacity's can be coupled to individual outdoor units. The connected capacity of indoor units can range from 50% to130% of the capacity of the outdoor unit. (50 to150% for R2 and WR2-Series.) 

The capacity the outdoor unit is controlled by an inverter type variable speed drive in 87 steps ranging from 8% to 108% of the total capacity. This enables perfect control and quicker cool down times during warmer periods.

City Multi indoor units all feature linear electronic expansion valves that control individual indoor unit capacity's from 25% to100%.

City Multi Outdoor units.

 

Combining the indoor and outdoor capacity control features ensure the most comfortable environments whilst using the minimum amount of energy. 

These totally dynamic systems will adapt there capacity and power input to exactly match the cooling or heating loads in question.

A range of controls are available to meet all your needs. All City Multi Systems utilize an unique network control system called M-net. This enables all system components to communicate directly with one another thereby ensuring the most economical operation imaginable.

Individual systems can be controlled from local or centralized locations. Multiple systems can be included in the same control network by simply looping  the M-net network cable between outdoor units. This enables Central control of the City Multi HVAC system used in large buildings.

 

See Controls for more information on control options.

The R2- Series and WR2 series offer all the above mentioned features with the added benefit of simultaneous heating and cooling and heat recovery. .