Raypak | TWPH-5550EHT08 | Crosswind V Standard Pool & Spa Heat Pump | 95K BTU, 208-230V
Couldn't load pickup availability
The Raypak TWPH-5550EHT08 Crosswind V Standard Pool & Spa Heat Pump is a high-efficiency electric heat pump designed for residential pool and spa heating applications. This 95,000 BTU unit operates on 208-230V power and provides reliable heat transfer performance for compatible aquatic systems.
━━━━━━━━━━━━━━━━━━
Key Features
• 95,000 BTU heating capacity supports efficient pool and spa temperature management for properly sized residential aquatic applications
• 208-230V electrical configuration is designed for compatible single-phase equipment pad installations
• Crosswind V heat pump platform uses ambient air heat transfer technology to help reduce operating costs compared to traditional gas heating
• Suitable for pool and spa systems requiring dependable electric heating performance without direct gas combustion
• Digital control interface supports temperature adjustment, system monitoring, and simplified operation during seasonal pool use
• Compact outdoor equipment design supports installation on compatible pool pads with proper airflow clearance and drainage
• Designed for use with compatible pool automation, circulation, and plumbing systems where specified
• Professional installation is recommended to verify electrical supply, breaker sizing, water flow, plumbing layout, clearances, and code compliance
━━━━━━━━━━━━━━━━━━
Product Overview
The Raypak TWPH-5550EHT08 Crosswind V Standard Pool & Spa Heat Pump is engineered for pool owners who want electric heat pump performance for pool and spa temperature control. With a 95,000 BTU heating capacity and 208-230V operation, this model is suitable for compatible residential pools and spas where energy-efficient heating and dependable seasonal operation are required.
The Crosswind V platform transfers heat from outdoor air into the pool water, making it a practical choice for extended swim seasons and routine temperature maintenance. Proper system sizing, water flow verification, electrical installation, and equipment placement are essential for reliable performance, heating efficiency, and long-term operation.