Unit Features

Integrated Small Water System Central Air Conditioning

The Reid Residential Triple-Supply Central Air Conditioning System meticulously selects all components of the system, including the air conditioning host, terminal equipment, integrated hydraulic module, valves, fan coil and underfloor heating thermostats, electric valves, etc., providing a comprehensive small water system solution for air conditioning. This greatly enhances system stability and installation convenience. Installation companies only need to provide wires, water pipes, and duct materials that have minimal impact on the system.

Comfort, Health, Safety, and Environmental Protection

1. The outlet air temperature of fluorinated system indoor units is too low or fluctuates significantly, which can easily lead to "air conditioning sickness." In contrast, the outlet air temperature of water system indoor units is very stable, and the water supply temperature can be adjusted according to individual needs.

2. The water system host is connected to indoor air conditioning units via water pipes, with the refrigerant concentrated in the outdoor unit. Users do not need to worry about refrigerant leakage into indoor spaces, eliminating safety and health risks.

High Integration, Easy Installation, and Flexible Control

1. Some triple-supply hosts come with built-in air conditioning water pumps and hot water pumps, significantly reducing on-site installation workload while maintaining an aesthetically clean appearance.

2. The host can be linked with terminal devices such as fan coils, underfloor heating, and domestic hot water for one-touch control. Particularly for domestic hot water circulation, opening the faucet triggers the switch, starting the circulation pump to draw out cold water from the pipeline. This function is highly practical for water and energy conservation in small hotels.

-25°C Ultra-Low Temperature Jet Increase, High Energy Efficiency Ratio

1. Based on ambient temperature, when it falls below the set value, the jet increase function automatically activates. The refrigerant, after heating and condensation, maintains a temperature of 40-60°C with substantial residual heat. This heat is further extracted through a flash evaporator, which increases return gas pressure, reduces exhaust temperature, enhances heating capacity, and improves the energy efficiency ratio.

2. Some models feature a side air discharge design, installed downwind in winter to minimize frost formation. They can operate normally even when the top is covered by heavy snow, protecting the fan blades and motor.

Reid Commercial Triple-Supply Central Air Conditioning System

Free Hot Water While Cooling, an Optimal Energy-Saving Solution for Hotels

Primarily applied in large and medium-sized commercial buildings such as hotels, sauna and foot bath centers, bathing facilities, apartment buildings, schools, hospitals, and office towers.

Unit Features

Multi-Functional, Used in Combination with Dual-Supply Units

1. Air conditioning + underfloor heating + hot water: Free hot water is generated during cooling, achieving 100% energy savings for hot water.

2. For a hotel project, it is not necessary to install triple-supply units throughout. Triple-supply units only need to meet hot water demands, while dual-supply units can be used for other needs, reducing project costs. Alternatively, triple-supply can be used for part of the air conditioning, with split units for the rest, also lowering project costs.

Comfort, Health, Safety, and Environmental Protection

1. The outlet air temperature of fluorinated system indoor units is too low or fluctuates significantly, which can easily lead to "air conditioning sickness." In contrast, the outlet air temperature of water system indoor units is very stable, and the water supply temperature can be adjusted according to individual needs.

2. The water system host is connected to indoor air conditioning units via water pipes, with the refrigerant concentrated in the outdoor unit. Users do not need to worry about refrigerant leakage into indoor spaces, eliminating safety and health risks.

High Integration, Easy Installation, and Flexible Control

1. Some triple-supply hosts come with built-in air conditioning water pumps and hot water pumps, significantly reducing on-site installation workload while maintaining an aesthetically clean appearance.

2. The host can be linked with terminal devices such as fan coils, underfloor heating, and domestic hot water for one-touch control. Particularly for domestic hot water circulation, opening the faucet triggers the switch, starting the circulation pump to draw out cold water from the pipeline. This function is highly practical for water and energy conservation in small hotels.

-25°C Ultra-Low Temperature Jet Increase, High Energy Efficiency Ratio

1. Based on ambient temperature, when it falls below the set value, the jet increase function automatically activates. The refrigerant, after heating and condensation, maintains a temperature of 40-60°C with substantial residual heat. This heat is further extracted through a flash evaporator, which increases return gas pressure, reduces exhaust temperature, enhances heating capacity, and improves the energy efficiency ratio.

2. Some models feature a side air discharge design, installed downwind in winter to minimize frost formation. They can operate normally even when the top is covered by heavy snow, protecting the fan blades and motor.