Hayward | HCPVFD2201053P | 2.0/3.0 HP VFD Three-Phase
The Hayward HCPVFD2201053P 2.0/3.0 HP Three-Phase Variable Frequency Drive (VFD) provides a cost-effective and energy-efficient upgrade path for commercial pool facilities seeking the benefits of variable-speed control without replacing existing single-speed pumps. Compatible with Hayward® HCP Series and many competitive 208–230/460 VAC pumps, this VFD delivers substantial energy savings, quieter operation, and extended pump life. With its user-friendly OLED touchscreen interface, durable NEMA 4X enclosure, and built-in performance monitoring tools, the HCPVFD2201053P offers precise pump control and dependable performance for both new installations and retrofit applications.
Key Features
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Converts existing single-speed commercial pumps to variable-speed operation, significantly increasing energy efficiency and reducing operating costs.
-
Fully compatible with Hayward HCP Series pumps and most other competitive commercial pumps operating on 208–230/460 VAC power.
-
Simple installation design enables quick, DIY-friendly setup without requiring a specialized drive technician.
-
Equipped with an OLED multi-language display and touchscreen interface for intuitive navigation, configuration, and real-time monitoring.
-
Adjustable motor RPM control allows precise matching of pump speed to pool size, flow requirements, and operational schedules.
-
NEMA 4X–rated enclosure provides robust protection against moisture, chemicals, dust, and outdoor weather exposure.
-
Built-in operational software tracks run hours and energy consumption using integrated kWh metering for enhanced facility oversight.
-
Backed by a 2-year limited warranty when purchased with a qualifying pump, ensuring long-term reliability and manufacturer support.
-
Ideal for commercial pools, aquatic centers, and retrofit systems seeking improved efficiency, flexibility, and control without full pump replacement.
Product Overview
The Hayward HCPVFD2201053P 2.0/3.0 HP Three-Phase VFD brings the advantages of variable-speed technology to commercial pump systems in a cost-effective and versatile package. By allowing pump RPMs to be adjusted precisely to system demand, the drive enables facilities to reduce energy consumption, lower utility costs, and extend equipment life—all while maintaining optimal circulation performance.
Its intuitive OLED touchscreen, multi-language interface, and easy installation make it accessible for both new and retrofit applications. The rugged NEMA 4X enclosure ensures reliable operation in challenging indoor or outdoor environments, from humid pump rooms to exposed equipment areas. With real-time monitoring of run time and energy usage, facility managers gain valuable data for improving operational efficiency.
Engineered for compatibility, durability, and ease of use, the HCPVFD2201053P is an excellent upgrade solution for commercial aquatic facilities seeking improved pump performance, enhanced control precision, and long-term energy savings without replacing existing equipment.
Original: $2,329.00
-65%$2,329.00
$815.15
Description
The Hayward HCPVFD2201053P 2.0/3.0 HP Three-Phase Variable Frequency Drive (VFD) provides a cost-effective and energy-efficient upgrade path for commercial pool facilities seeking the benefits of variable-speed control without replacing existing single-speed pumps. Compatible with Hayward® HCP Series and many competitive 208–230/460 VAC pumps, this VFD delivers substantial energy savings, quieter operation, and extended pump life. With its user-friendly OLED touchscreen interface, durable NEMA 4X enclosure, and built-in performance monitoring tools, the HCPVFD2201053P offers precise pump control and dependable performance for both new installations and retrofit applications.
Key Features
-
Converts existing single-speed commercial pumps to variable-speed operation, significantly increasing energy efficiency and reducing operating costs.
-
Fully compatible with Hayward HCP Series pumps and most other competitive commercial pumps operating on 208–230/460 VAC power.
-
Simple installation design enables quick, DIY-friendly setup without requiring a specialized drive technician.
-
Equipped with an OLED multi-language display and touchscreen interface for intuitive navigation, configuration, and real-time monitoring.
-
Adjustable motor RPM control allows precise matching of pump speed to pool size, flow requirements, and operational schedules.
-
NEMA 4X–rated enclosure provides robust protection against moisture, chemicals, dust, and outdoor weather exposure.
-
Built-in operational software tracks run hours and energy consumption using integrated kWh metering for enhanced facility oversight.
-
Backed by a 2-year limited warranty when purchased with a qualifying pump, ensuring long-term reliability and manufacturer support.
-
Ideal for commercial pools, aquatic centers, and retrofit systems seeking improved efficiency, flexibility, and control without full pump replacement.
Product Overview
The Hayward HCPVFD2201053P 2.0/3.0 HP Three-Phase VFD brings the advantages of variable-speed technology to commercial pump systems in a cost-effective and versatile package. By allowing pump RPMs to be adjusted precisely to system demand, the drive enables facilities to reduce energy consumption, lower utility costs, and extend equipment life—all while maintaining optimal circulation performance.
Its intuitive OLED touchscreen, multi-language interface, and easy installation make it accessible for both new and retrofit applications. The rugged NEMA 4X enclosure ensures reliable operation in challenging indoor or outdoor environments, from humid pump rooms to exposed equipment areas. With real-time monitoring of run time and energy usage, facility managers gain valuable data for improving operational efficiency.
Engineered for compatibility, durability, and ease of use, the HCPVFD2201053P is an excellent upgrade solution for commercial aquatic facilities seeking improved pump performance, enhanced control precision, and long-term energy savings without replacing existing equipment.











