York F*FP, F*FV YTG-B-0707, Copyright by York International Corp . All rights reserved

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NOTES

Subject to change without notice. Printed in U.S.A.

295421-YTG-B-0707

Copyright © by York International Corp. 2007. All rights reserved.

Supersedes: 295421-YTG-A-0507

Unitary

5005

Norman

Products

York

OK

Group

Drive

73069

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Contents Features DescriptionDimensions DimensionsPower LiquidCoil Technical Data Cooling CapacityLimitations AccessoriesExtended Airflow DATA1 for 230 Volt Heat Pump Models Extended AIR Flow DATA1 for 208 Volt Heat Pump Models Application FACTORS-RELATED CFM VS. Actual CFMBlower Motor Volt Rated AirflowDelay Profile Electric Heat CFMShipping/Operating Weight lbs Blower Diameter WidthMotor Nominal RPM VoltageTotal Heat2 KW & MBH Conversions for Total Power Input RequirementW1 Only W2 Only W1 + W2 Electrical Data 1∅ Single Source Power Supply Copper Wire Heater Field WiringModel1 125 2HK16502506B 104.2 123.1 139.0Heater Model Electrical Data 1 Ø MULTI-SOURCE Power Supply Copper WireTotal Heat1 75C Wire Size AWG Electrical Data 3∅ Single Source Powersupply Copper WireHeater Models Min. Circuit Ampacity Field Wiring Connections Single Stage Heat Pump SeriesTypical Installation YTG-B-0707 YTG-B-0707 Unitary Products Group Copyright by York International Corp . All rights reserved

F*FV, F*FP specifications

York F*FV and F*FP are two advanced HVAC systems designed for commercial and industrial applications, delivering optimized performance and energy efficiency. These models are part of York's commitment to innovative climate control solutions that meet the diverse needs of modern buildings.

The F*FV series is known for its flexible configurations, catering to various indoor environments. This series is engineered with powerful variable-speed fans that adjust airflow according to real-time demand, ensuring not only comfort but also significant energy savings. The integration of advanced inverter technology allows for precise control of compressor speed, which results in lower energy consumption while maintaining stable temperature conditions.

On the other hand, the F*FP series is distinguished by its high cooling and heating capacities, making it suitable for larger facilities such as manufacturing plants and data centers. These systems utilize scroll compressors, which are recognized for their reliability and quiet operation. The F*FP's design prioritizes easy maintenance, with service access points strategically placed to minimize downtime.

Both series utilize advanced refrigerants that comply with environmental regulations, ensuring that users can expect eco-friendly operation. The systems are equipped with intelligent control features, including Wi-Fi connectivity and remote monitoring capabilities. This allows facility managers to oversee operations and make adjustments in real time, leading to enhanced energy management and operational efficiency.

York has equipped both F*FV and F*FP systems with comprehensive diagnostic tools. These features aid technicians in troubleshooting and maintaining the systems, thereby extending their lifespan and ensuring optimal performance. The user-friendly interfaces make it simple for operators to navigate system settings, monitor performance metrics, and receive alerts for maintenance needs.

Notably, both series are designed with robust construction to withstand harsh operating conditions while providing low noise levels, an essential characteristic for environments where minimal disturbance is critical. The systems are also versatile, supporting various installation types, including rooftop, split, and packaged configurations.

In summary, York’s F*FV and F*FP series stand out in the HVAC market, offering a combination of energy efficiency, cutting-edge technology, and ease of use. These systems provide reliable climate control to meet the evolving needs of commercial and industrial spaces, ensuring comfort while promoting sustainability. Whether it’s the versatility of the F*FV or the high capacity of the F*FP, York delivers solutions that enhance productivity and operational effectiveness.