YHAU-CL/CH Single Effect Hot Water Absorption Chiller

30–2,000 TR (105-7,034 kW)

These units offer flexible design for combined heat and power (CHP) systems, comfort cooling or industrial-process cooling applications.

Innovative two-step evaporator and absorber design
Flexible and wide operating envelope
Utilizes waste heat as low as 70°C (158°F)

YHAU-CL/CH Single Effect Hot Water Absorption Chiller

Advancing Efficiency by Design

YORK® YHAU-CL/CH Single-effect Hot Water Absorption Chillers offer a broad range of capacity from 30 to 2,000 TR. This unit uses an innovative two-step evaporator and absorber cycle that is more efficient and reliable than conventional designs. Its flexibility combined with a wide operating envelope utilizes waste heat as low as 70°C. Our world-class engineering and service organization helps to simplify start-up and chiller operation over the life of the system.

Benefits

OPTIMAL EFFICIENCY

YORK® YHAU-CL/CH Single-effect Hot Water Chiller uses an innovative two-step evaporator and absorber design for enhanced efficiency.

FLEXIBLE DESIGN

This unit is suited for a variety of steam pressures found in CHP systems, commercial cooling and industrial process applications.

LOWER OPERATING COST

Reduced hot water flow rates and pumping energy help achieve lower costs of operation.

Features

Innovative YORK® two-step evaporator and absorber design enhances absorption of the refrigerant into the concentrated solution, reducing overall pressure
Virtually eliminates crystallization risk and reduces the potential for corrosion
Control center with graphical animated LCD display offers past and present operational status, data recording and chiller safeties accessible at a touch
Innovative YORK® two-step evaporator and absorber design enhances absorption of the refrigerant into the concentrated solution, reducing overall pressure
Virtually eliminates crystallization risk and reduces the potential for corrosion
Control center with graphical animated LCD display offers past and present operational status, data recording and chiller safeties accessible at a touch

Lower temperature hot water source into the generator can be used to drive the absorption cycle for higher system efficiency
Can operate with lower hot water flow rates and reduced pumping energy
Isolation valves on the suction and discharge of the solution and refrigerant pumps allow quick and easy servicing of pumps, which typically have a 60,000-hour life
Lower temperature hot water source into the generator can be used to drive the absorption cycle for higher system efficiency
Can operate with lower hot water flow rates and reduced pumping energy
Isolation valves on the suction and discharge of the solution and refrigerant pumps allow quick and easy servicing of pumps, which typically have a 60,000-hour life