Ultimate 2206 - 2- Speed Evaporative Cooler Motor - 3/4 Hp Series [iE2gdh9e]

2206 - 2-Speed Evaporative Cooler Motor

The Dial 2206 - 2-Speed Evaporative Cooler Motor - 3/4 HP is a top-tier replacement part designed for your evaporative cooler. This motor is engineered to deliver exceptional performance and reliability, making it an ideal choice for any cooling system. With its robust construction and advanced features, it ensures that your cooler operates efficiently and effectively.

Key Features and Specifications

The Dial 2206 motor is not just another replacement part; it is a genuine OEM replacement that guarantees a perfect fit and seamless integration with your existing cooler. This motor is overload protected, ensuring the safety of your cooler and preventing any potential damage. Key features include heavy-duty bearings for long-lasting performance, permanent lubrication to reduce maintenance, and a moisture-resistant motor treatment to protect against environmental hazards. The motor operates at 1725/1140 RPM and is compatible with a 115 Volt / 60 Hertz power supply, featuring a single phase and an automatic reset thermal overload for added safety. With a NEMA56Z frame and a 1/2" diameter motor shaft, this motor is built to last and deliver consistent cooling performance.

Practical Uses and Benefits

This 2-speed evaporative cooler motor is designed for a wide range of applications, making it an excellent choice for both residential and commercial settings. Whether you need to cool a small room or a large industrial space, this motor's versatility and efficiency make it a practical solution. With its energy-saving capabilities and durable construction, you can expect years of reliable service. The overload protection, automatic reset thermal overload, and moisture-resistant motor treatment ensure that your cooler remains in optimal condition, providing you with peace of mind and consistent cooling performance. Upgrade your evaporative cooler with the Dial 2206 motor and experience the benefits of quality and performance.