YHAU-CG/CA-CXR Double Effect Direct Fired Chiller/Heaters
30-100 TR (105-352 kW)
The perfect combination of space-saving design and indoor/outdoor installation flexibility.
- A compact footprint for high-performance cooling and heating in tight spaces
- COP of 1.23 with a turndown ratio from 100% to 25% at different entering condenser water temperatures
- Simplified controls based on PLC and industry-standard MODBUS® connectivity for easy BMS integration
The Flexible Solution for Everyday Applications
YORK® YHAU-CG/CA-CXR Double-effect, Direct-fired Absorption Chillers/Heaters are driven by waste heat and low-cost heat to deliver highly efficient performance in a space-efficient design. The modular configuration allows multiple units to be arranged in a variety of footprints to fit different space requirements. And for easy building management system (BMS) integration, this unit comes with controls based on programmable logic controller (PLC) and industry-standard MODBUS® connectivity.
Benefits
FLEXIBLE DESIGN
Featuring a compact footprint and modular design, this unit is the perfect solution for high-performance cooling and heating in tight spaces.
OPTIMAL EFFICIENCY
This unit has a coefficient of performance of 1.23 with a turndown ratio from 100% to 25% at different entering condenser water temperatures.
TRUSTED RELIABILITY
World-class engineering and proven controls for easy BMS integration simplify operation and reduce unplanned maintenance downtime.
Higher System Efficiency
If saving energy and reducing emissions are the goals of an organization, the YORK® YHAU-CG/CA-CXR is the perfect choice. This unit uses best-in-class burner combustion technology matched to a high-temperature generator furnace design that enhances system efficiency. It’s a perfect match for comfort cooling applications with low noise levels. The unit has a COP of 1.23 (LHV basis) with a turndown ratio from 100% to 25% at different entering condenser water temperatures.
Modular Configuration
The modular configuration of the YHAU-CG/CA-CXR allows multiple units to be arranged in a variety of footprints to fit different space requirements. This unique design feature also means it’s possible to incrementally increase capacity as buildings are constructed or spaces become occupied.