maximum horsepower (Hp x SF).

12.TIME: Time indicates the duty cycle of the motor. Pool and spa motors are generally rated for continuous duty.

13.AMB (Ambient Temperature): The maximum ambient (surrounding) temperature in which the motor is designed to operate. This temperature is shown in Celsius rather than Fahrenheit.

14.INSUL CLASS (Insulation Classification):

The temperature rating of insulation used in the construction of the motor. Most pool and spa motors use a Class “B” insulation.

15.ENCL (Enclosure): Common enclosures used include DP (dripproof) and TEFC (totally enclosed fan cooled). Most pool and spa motors feature a dripproof design, with “1081” features.

16.CODE: The NEMA code letter specifies locked rotor kVA per Hp (volts multiplied by locked rotor amps, divided by 1000 times rated HP).

17.SERIAL: The serial indicates the date of manufacture, which often appears as year/month combinations. Serial code information for each pool and spa motor can be found in guides and bulletins provided by the manufacturer (See p.55).

18.VOLTAGE DIAGRAM: This diagram provides information on the correct electrical connections to ensure proper operation of the motor.

19.WARNING: The warning at the bottom of the label re-emphasizes that voltage can be hazardous. Always TURN THE POWER OFF before working on a pool or spa motor.

12

Page 13
Image 13
A.O. Smith Pool & Spa Motor manual Insul Class Insulation Classification

Pool & Spa Motor specifications

A.O. Smith has established a solid reputation in the pool and spa industry with its high-performing motors designed to enhance the efficiency and longevity of water systems. The A.O. Smith Pool & Spa Motor stands out as an exemplary choice for pool professionals and homeowners alike, combining advanced technologies with practical features to meet the demands of modern aquatic environments.

One of the primary highlights of the A.O. Smith Pool & Spa Motor is its robust construction. Built with high-quality materials, this motor is designed to withstand the rigors of outdoor conditions, ensuring long service life and reliability. The design incorporates a weather-resistant enclosure that helps protect the motor from moisture, dust, and debris, which are common factors that can lead to motor failure over time.

Energy efficiency is another significant feature of A.O. Smith motors. Designed with advanced engineering, these motors maximize performance while minimizing energy consumption. This not only contributes to lower utility bills but also supports environmentally friendly practices, making it an ideal choice for eco-conscious consumers.

The A.O. Smith Pool & Spa Motor also features a thermally protected design, which prevents overheating during prolonged use. This safeguard enhances the safety of the motor and reduces the risk of potential damage, extending its operational lifespan. Additionally, the motor is equipped with an efficient ventilation system that promotes proper airflow, further preventing overheating issues.

Another notable technology employed in the A.O. Smith motors is the use of a quiet operation design. This feature is particularly beneficial for residential pool and spa settings where noise can be a significant concern. The motor operates quietly, allowing users to enjoy their poolside experience without the disruptive sounds of traditional motors.

Ease of installation is also a hallmark of the A.O. Smith Pool & Spa Motor. Designed to fit various applications, the motors are compatible with most existing systems, simplifying the replacement process. Comprehensive user manuals and support ensure that both professionals and DIY enthusiasts can install the motors without significant hassle.

In summary, the A.O. Smith Pool & Spa Motor combines durability, energy efficiency, and quiet operation in a package that meets the needs of swimming pool and spa owners. Its innovative features and technologies position it as a reliable choice for enhancing the performance and longevity of aquatic systems, ensuring optimal enjoyment and peace of mind for users.