Bosch 5 Ton Heat Pump Condenser

OVERVIEW

The Bosch 8733952438 heat pump condenser is designed to heat and cool your space effectively and efficiency. With its operating temperature ranging from 125°F to -4°F, this condenser is a convenient and reliable unit to keep you comfortable in your home.

QUICK FACTS

• 5 Ton, 20 SEER heat pump condenser
• Designed to cover up to a large house in average conditions
• Enhanced humidity controls with whisper-quiet operation
• Heats your home down to -4°F without any accessories
• Fully modulating inverter drive, bringing precision to your home’s heating and cooling
• Energy Star Certified

5 Ton, 20 SEER

With an output of 5 tons, the Bosch 8733952438 is capable of heating and cooling a large house in ideal climates. The unit has an efficiency rating of 20 SEER, higher than almost any other unit of its kind on the market today. Moreover, the 8733952438 can cool with an outdoor temperature of 125°F and can heat down to a temperature of -4°F without any additional accessories, making it a reliable source of in-home comfort in any climate. For when the temperature gets colder in your climate, an optional heat kit is available as a straight electric backup at an additional cost. Please note that in order for this condenser to function, a compatible coil or air handler and other accessories are required.

Warranty

Bosch offers a 10-year part replacement warranty that covers all components incorporated in the unit itself at the time of manufacture. All Bosch accessories carry a 1-year parts warranty when installed in the field. For more information on this unit’s warranty and to register your unit, click here.

With its precision blower and temperature outputs, the Bosch 8733952438 can provide enhanced comfort to your home in almost any climate. Moreover, this unit has dedicated power to the backup heat kit that is also modulating, allowing the temperature output to ramp up and down and only use what is needed and providing even more precise temperature outputs at even the coldest of temperatures.