APOLLO

Heat Pumps / Air-to-Water

APOLLO MAX Air-to-Water Heat Pump — 4 Ton / 48K BTU

AP-MAX-HP-4TON

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Product overview

 Simply the best air to water heat pump on the market.
Designed in the USA.

 

APOLLO Heat Pump MAX Heat – 48k BTU / 4 Ton (Air-to-Water EVI Inverter)

High-performance air-to-water heat pump designed for residential applications, delivering high-temperature output, all-in-one functionality, and ultra-efficient operation in a compact and quiet system.

Key Benefits

  • High temperature output up to 175°F (80°C) even in extreme cold climates
  • Operates reliably in extreme temperatures (-31°F to 110°F)
  • All-in-one solution for heating, cooling, domestic hot water, and pool heating
  • EVI full inverter technology for maximum efficiency and faster heating
  • Quiet operation for enhanced indoor comfort
  • Built with premium components including Panasonic inverter compressor

Specifications

  • Heating Capacity: 48,000 BTU (4 Ton / 14.5 kW)
  • Recommended Area: Up to 3,000 ft²
  • Applications: Radiant floor, FCU, AHU, baseboard, radiators, DHW, pool heating
  • Technology: Air-to-water EVI DC inverter
  • Max Water Temperature: Up to 175°F (80°C)
  • Operating Range: -31°F to 110°F
  • Refrigerant: Green refrigerant
  • Dimensions: 50.5" L × 18" W × 36.75" H
  • Weight: 245 lb
  • Control: Wi-Fi smart controller

Specifications

Technical specifications
Ambient operating range-31°F to 110°F
Power supply220–240V / 1 / 60Hz
Water flow / connection13 GPM / 1 in
Refrigerant chargeSee technical manual
Dimensions / weight50.5 × 20.3 × 43.9 in / 245 lb
Heating at 41°F41.6 KBTU; 8.8 kW; COP 4.8
Heating at 10°F33.6 KBTU; 9.5 kW; COP 3.5
Cooling at 95°F12.4–48 KBTU; 3.9 kW; COP 3.8
Ambient operating range
-31°F to 110°F
Power supply
220–240V / 1 / 60Hz
Water flow / connection
13 GPM / 1 in
Refrigerant charge
See technical manual
Dimensions / weight
50.5 × 20.3 × 43.9 in / 245 lb
Heating at 41°F
41.6 KBTU; 8.8 kW; COP 4.8
Heating at 10°F
33.6 KBTU; 9.5 kW; COP 3.5
Cooling at 95°F
12.4–48 KBTU; 3.9 kW; COP 3.8

Technical documents