- YORK®
- Commercial Equipment
- Chilled Water Systems
- Water cooled Chillers
- Titan™ OM Custom Design Centrifugal Chiller
Titan™ OM Custom Design Centrifugal Chiller
3,000-5,500 TR (10,550-19,350 kW)
The York Titan™ OM Custom Design Centrifugal Chiller features extraordinary capacity, exceptional flexibility and unsurpassed reliability.
- Zero-ODP, R-134a or R-513A refrigerant
- Precise, chilled water temperature to 0.1°F
- Available in electric drive or steam drive for water- or air-cooled condensing
Proven, Unsurpassed Reliability
Proven in large-scale cooling projects, OM chillers are used more than all other brands combined. The York Titan™ OM Custom Design Centrifugal Chiller offers a complete combination of features that address even the most challenging applications. Titan™ is perfect for district cooling, air-cooled condensing, brine chilling, heat pump operation, and similar, demanding industrial applications.

Benefits

FLEXIBILITY
The chiller can be modified to suit many applications, thanks to a full list of customizable features.

EFFICIENT
Water- and refrigerant-side design enhancements minimize energy consumption and tube fouling.

PRECISE
The built-in PLC control center makes setting chilled water temperature easy, which saves time and optimizes efficiency.
Features
- Uses zero-ODP, R-134a or R-513A refrigerant
- Custom multi-stage chiller with flexible options of steam turbine or electric motor with variable speed drive
- Heat pump operation produces up to 170⁰ F hot water
- Can operate down to approximately 55°F (13°C) entering condenser water temperature
- Available in electric-, steam-, or gas-drive, for water- or air-cooled condensing, OM chillers can be used for water chilling, brine cooling, or ice building
- Used in critical applications/projects (including gold mines, airports, district cooling, hospitals, universities, etc.)
- Industrial, reliable, long-lasting proven design
- Free cooling feature can operate at up to 60% design load
- Open drive design
- Variable-speed control
- Heat pump operation produces up to 170⁰ F hot water
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