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U.S. Motors 1326 1 HP 900-1140 RPM 190/460 VAC Condenser Motor - 1326

U.S. Motors 1326 1 HP 900-1140 RPM 190/460 VAC Condenser Motor - 1326

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U.S. Motors 1326 1 HP 900-1140 RPM 190/460 VAC Condenser Motor - 1326

The U.S. Motors 1326 model is a robust 1 HP condenser motor, designed to operate at 900-1140 RPM and suitable for both 190/460 VAC installations. This motor is engineered for continuous duty applications in a variety of HVAC systems.

Product Highlights

The U.S. Motors 1326 condenser motor is built to provide reliable service and performance, featuring a three-phase design and an open motor enclosure. With a service factor of 1.0, it supports a wide voltage range and is equipped with a 6.5-inch shaft.

Features
  • Operates efficiently at 900-1140 RPM with a power capacity of 1 HP.
  • Features reversible rotation and ball bearing type for flexibility and durability.
  • Constructed as a polyphase motor with a NEMA frame size of 48Y.
Specifications
RPM 900–1140
Voltage 190/460 VAC
Power 1 HP
Phase Three
Frame Size 48Y
Bearing Type Ball
Shaft Diameter 1/2 inch
Shaft Length 6.5 inches
Service Factor 1.0
Manufacturer U.S. Motors
Model 1326
What our Experts Think
  • Reliable Performance: Delivers 1 HP at 900–1140 RPM, making it ideal for HVAC condenser applications where consistent speed and torque are essential.

  • Versatile Voltage: Operates on 190/460V or 200–230/460V 3-phase systems, offering flexibility for various installations.

  • Durable Design: Features a 48Y NEMA frame with an open air-over enclosure, ensuring durability and long life in demanding environments.

  • Continuous Duty: Built for continuous operation, providing reliable performance over long periods of use.

  • Reversible Rotation: Allows for flexible installation and operational configurations.

  • Energy Efficient: Designed to minimize energy consumption, contributing to lower operational costs.

  • Trusted Brand: Manufactured by U.S. Motors (Nidec), known for producing high-quality and reliable motors.

  • Clearance Opportunity: Offered at a reduced price, providing excellent value without compromising on quality.

Q&A

Q: What is the U.S. Motors 1326 1 HP Condenser Motor?
The U.S. Motors 1326 is a 1 HP, 3-phase electric motor designed for use in condenser fan applications within HVAC systems. It operates efficiently at 900–1140 RPM and supports 190/460 VAC or 200–230/460 VAC power supply configurations.

Q: What are the primary applications for the U.S. Motors 1326 motor?
This motor is commonly used in HVAC systems for condenser fans, ensuring reliable airflow and cooling in residential, commercial, and industrial settings.

Q: What makes the U.S. Motors 1326 motor a good choice for HVAC systems?
With its durable construction, reliable performance, and energy-efficient design, the U.S. Motors 1326 is built to handle continuous operation, offering long service life and minimal maintenance.

Q: How does the U.S. Motors 1326 contribute to energy efficiency?
The motor operates with reduced power consumption while maintaining optimal performance, helping to lower energy costs over time, especially in high-demand HVAC environments.

Q: Is the U.S. Motors 1326 motor easy to install?
Yes, the U.S. Motors 1326 features a versatile mounting design that simplifies installation in HVAC systems, ensuring a smooth setup process for technicians.

Q: Does the U.S. Motors 1326 offer reliable protection for long-term use?
Yes, it is designed with thermal protection to prevent overheating, ensuring safe and reliable operation throughout its lifespan.

Maintenance Tips
  • Regular Cleaning: Keep the motor and surrounding area free from dirt and debris to prevent overheating.

  • Lubrication: Periodically check and lubricate the bearings to minimize friction and wear.

  • Electrical Monitoring: Regularly check the voltage and current to ensure they are within specified limits.

  • Visual Inspections: Look for signs of wear, corrosion, or damage to ensure optimal performance.

  • Storage: If not in use, store in a dry, clean place to avoid moisture and contaminants.