Carrier HD46MQ134 MOTOR BLOWER ECM 3/4HP

MOTOR BLOWER ECM 3/4HP

With its durable, easy to use, and easy to maintain design the Carrier HD46MQ134 motor blower ECM 3/4HP is perfect in commercial settings.

The Carrier HD46MQ134 Motor Blower ECM 3/4HP is a heavy duty, single phase motor blower designed for residential and light commercial use. This motor blower features built-in diagnostics and an auto restart feature to ensure safe and easy start-ups.

We know that fresh air is important to you, which is why this Carrier motor blower ECM 3/4 HP, rather than using a disposable filter, has an electrostatic filter that captures the finest particles. This unit can be added to any existing heating and cooling system that has a variable-speed blower. The two speed motor offers both high and low settings, giving you more control and further reducing your energy costs. A heavy-duty finned heat sink ensures years of reliable operation in any climate.

The Carrier HD46MQ134 Motor Blower ECM features a heat-tolerant plug to reduce wire damage, an all-weather motor with electric starter, and electronic feedback speed controls that allow for efficient air flow and constant speed for optimal energy efficiency.

The Carrier Motor Blower ECM is a motor blower used to regulate the temperature or moisture in an indoor heating or cooling system. This motor blower comes with screws and ground wire. Its fan blade is made of thermoplastic for durability and long-term use.

Our Carrier high-efficiency motor blower ECM is ideal for replacement in existing HVAC equipment or new installation as a stand-alone system. This motor is intended to work in conjunction with larger gas or electric furnace/blower combinations below 60 kBtuh that are not listed in the product description.

The Carrier® ECM motor blower provides highly efficient forced-air heating for commercial and industrial applications. This carrier motor features electronically commutated motors (ECMs). An ECM blower helps to maximize energy savings and performance with features such as: Increased efficiency at reduced amperage levels, Higher reliability compared to conventional motors, Enhanced performance in adverse conditions (e.g., ambient temperatures below freezing), and Minimal maintenance.