Carrier HD52AK653 1HP 208-230/460V 1140RPM 56FR 1HP 208-230/460V 1140RPM 56FR

1HP 208-230/460V 1140RPM 56FR

1HP 208-230/460V 1140RPM 56FR.

This 1HP 208-230/460V 1140RPM 56FR AC electric motor comes with a built-in speed controller which delivers soft, start/stop operation and variable speed RPM ranges to provide greater control. It is ideal for applications making it a perfect choice for customers that want to install a new continuous duty motor or replace an existing one.

The Carrier HD52AK653 1HP 208-230/460V 1140RPM 56FR is a great choice for your home comfort needs. This unit is a ducted heat pump system, which provides efficient cooling and heating to the home. The Carrier HD52AK653 1HP 208-230/460V 1140RPM 56FR features a sound rating of 72 dB, an electrical input voltage of 208-230/460, a power consumption of 5200, and an output BTU rating of 33100. The Circuit type is Single Phase, and the Compressor type is Scroll. This furnace also comes

The Carrier® HD52AK653 1HP 208-230/460V 1140RPM 56FR condensing gas furnace is a packaged, two-stage gas furnace with an efficiency rating of up to 96% AFUE. It has all the features you need at a price you can afford. Gas furnaces are economical to run and reliable. When safety and comfort are important, rely on Carrier for your heating needs.

Your air conditioner will stay safe and energy efficient with the Carrier HD52AK653 1HP 208-230/460V 1140RPM 56FR. This air conditioner operates on 208-230/460V. It is 1HP and comes with an 8 year limited warranty.

The Carrier HD52AK653 1HP 208-230/460V 1140RPM 56FR is the best option to cost-effectively install an outdoor air conditioner in your home. It is a single phase, split system design that resists corrosion and adverse weather conditions well. The unit uses two compressors to provide cooling and its high capacity also helps in improving the cooling flow rate of air.

Designed to be reliable, this 208-230/460V Carrier gas furnace offers 1140RPM and 56FR. It's easy to install and requires little maintenance to stay running at optimal efficiency over time.