Find the k55hxegt-1346 motor specifications for Amana AC units. It has a cooling capacity of 9,200 BTU and an EER of 11.3, operating on 230/208 volts. This motor is compatible with several Amana models. Consider OEM parts for reliable blower motor replacement and enhanced HVAC system performance.
Replacement options for this motor are widely available. Compatible models may vary, so checking specifications is crucial before making a purchase. Brands often offer direct replacements or aftermarket alternatives. Selecting the correct motor ensures optimal functioning of the Amana AC unit, maintaining comfort and energy efficiency.
In conclusion, understanding the K55HXEGT-1346 motor specifications helps users make informed decisions. Knowing its features and replacement options supports effective maintenance. The next section will explore where to find these motors, the cost implications, and tips for installation to ensure smooth operation of Amana AC units.
What Are the Key Specifications of the K55HXEGT-1346 Motor?
The K55HXEGT-1346 motor is a high-efficiency component used in Amana air conditioning units. It is designed for reliable performance and energy efficiency.
Key specifications of the K55HXEGT-1346 motor include:
1. Power output: 1/4 horsepower
2. Voltage: 115 volts
3. RPM (Revolutions Per Minute): 1075 RPM
4. Frame type: Open drip-proof (ODP)
5. Mounting type: Permanent split capacitor (PSC)
6. Rotation direction: Reversible
7. Shaft diameter: 0.5 inches
Understanding these specifications is crucial for selecting the correct motor for replacement or maintenance. The K55HXEGT-1346 motor’s attributes cater to specific operational needs in cooling systems, making it vital for optimal air conditioning performance.
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Power Output:
The power output of the K55HXEGT-1346 motor is 1/4 horsepower. This measurement indicates the motor’s capacity to perform work, essential for efficiently running an AC unit to cool residential or commercial spaces. -
Voltage:
The motor operates at 115 volts. This low voltage requirement makes it suitable for standard household electrical systems, ensuring easy compatibility and installation in various settings. -
RPM:
This motor functions at 1075 RPM. RPM indicates how fast the motor spins, directly affecting the cooling efficiency and airflow of the air conditioning system. Higher RPMs typically result in better performance. -
Frame Type:
The K55HXEGT-1346 features an open drip-proof (ODP) design. This construction protects the motor from dust and moisture, enhancing its longevity, especially in environments where exposure to these elements is prevalent. -
Mounting Type:
The motor utilizes a permanent split capacitor (PSC) for mounting. This type of design allows for consistent energy efficiency by reducing the starting current needed, leading to lower energy costs over time. -
Rotation Direction:
The motor’s rotation is reversible. This feature permits flexibility in installation and application, as technicians can configure the motor to suit specific installation requirements based on airflow needs. -
Shaft Diameter:
The shaft diameter measures 0.5 inches. This specification ensures compatibility with various fan assemblies, making it easier to replace the motor without requiring additional modifications to the existing system.
Understanding these specifications facilitates informed decisions during maintenance and replacement, ensuring efficient and reliable air conditioning operation.
What Is the Horsepower and Voltage Rating of the K55HXEGT-1346 Motor?
The K55HXEGT-1346 motor, commonly used in HVAC applications, has a horsepower rating of 1/2 HP and operates on a voltage of 115 volts. This motor is designed for efficiency and reliability in various heating and cooling systems.
The specifications are derived from the manufacturer’s technical documentation, which details the performance attributes of the motor. Manufacturers like Emerson Electric Company provide precise ratings for their products to ensure optimal performance in specific applications.
The horsepower rating indicates the motor’s ability to perform work, while the voltage rating specifies the electrical power supply required for its operation. Horsepower measures the motor’s output power, and voltage relates to the electrical energy supplied to the motor.
Additional authoritative sources, such as the National Electrical Manufacturers Association (NEMA), support these definitions. NEMA provides standards for electrical equipment, ensuring consistency and safety across products.
Factors influencing motor performance include load requirements, ambient temperatures, and voltage fluctuations. Operating under ideal conditions maximizes efficiency and lifespan.
According to industry data, nearly 80% of electric motors operate below their designed efficiency, presenting a considerable opportunity for energy savings. This data comes from the U.S. Department of Energy, emphasizing the potential for improved operational efficiencies.
The impact of efficient motors extends to reducing energy consumption, lowering electricity costs, and minimizing carbon emissions. Improved motor technology can contribute to greater sustainability in heating and cooling practices.
In health, society, and economy, better motor performance reduces energy waste, lowers operational costs for businesses, and improves indoor air quality through more effective HVAC systems.
Examples include retrofitting older systems to utilize high-efficiency motors significantly. This practice not only saves energy but also enhances comfort in residential and commercial spaces.
Recommended measures include regular maintenance, employing energy-efficient motors, and adhering to updated electrical codes. The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) suggests these practices to optimize HVAC performance.
Specific strategies involve implementing variable frequency drives (VFDs) to adjust motor speed based on demand, ensuring efficient operation and energy use. Additionally, retrofitting existing systems with newer, more efficient technology can lead to substantial energy savings.
What Are the Dimensions and Weight of the K55HXEGT-1346 Motor?
The dimensions of the K55HXEGT-1346 motor are 5.6 inches in diameter and 6.4 inches in length. It typically weighs around 15.2 pounds.
Key specifications related to the K55HXEGT-1346 motor include:
1. Diameter: 5.6 inches
2. Length: 6.4 inches
3. Weight: 15.2 pounds
4. Application: Commonly used in Amana air conditioning units
5. RPM range: 1075 RPM or equivalent
6. Power: 1/4 HP rating
7. Efficiency: Standard efficiency motor design
The following points will further elaborate on each specification and offer insights into the K55HXEGT-1346 motor.
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Diameter: The K55HXEGT-1346 motor has a diameter of 5.6 inches. This dimension allows for compatibility with various HVAC systems, particularly in residential air conditioning units.
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Length: The motor is 6.4 inches in length. This size is standard for many similar motors, facilitating easy replacement in existing HVAC installations. Proper fitting is crucial for optimal performance and to prevent operational issues.
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Weight: Weighing 15.2 pounds, the K55HXEGT-1346 motor is manageable for installation and maintenance. This weight means that technicians can handle the motor without specialized equipment.
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Application: The K55HXEGT-1346 motor is commonly used in Amana air conditioning units. It is preferred for its reliability and performance under typical operating conditions.
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RPM range: The motor has an RPM (Revolutions Per Minute) rating of 1075. This RPM is characteristic of many blower applications, ensuring adequate airflow for cooling systems.
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Power: The motor features a 1/4 HP (Horsepower) rating. This power level is sufficient for driving fans and compressors in residential HVAC systems.
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Efficiency: The motor is designed for standard efficiency. It meets the necessary performance requirements while balancing power consumption and operational costs. Higher efficiency variations may be available for users seeking greater energy savings.
Overall, the K55HXEGT-1346 motor offers a balance of size, function, and reliability, making it a vital component in the operation of Amana air conditioning units.
How Is the K55HXEGT-1346 Motor Designed for Use in Amana AC Units?
The K55HXEGT-1346 motor is specifically designed for use in Amana air conditioning units. This motor features a dual capacitor design, which enhances efficiency and performance. It operates with a 1/4 horsepower rating, allowing it to deliver adequate cooling power. The motor is built with a durable body to withstand the operational demands of HVAC systems. It also incorporates a thermally protected feature, which prevents overheating and ensures longevity.
The design includes a standard mounting configuration that allows for easy installation within Amana units. Additionally, the motor runs on 208-230 volts, making it compatible with a range of models. The K55HXEGT-1346 motor is designed for reliability, enhancing the overall performance and energy efficiency of Amana air conditioning systems. It supports effective airflow, ensuring optimal cooling for indoor environments.
What Are the Signs That Indicate a Failing K55HXEGT-1346 Motor?
The signs indicating a failing K55HXEGT-1346 motor include unusual noises, inadequate cooling, frequent tripping of circuit breakers, and overheating.
- Unusual noises
- Inadequate cooling
- Frequent circuit breaker tripping
- Overheating
These signs can vary in severity and may reflect different underlying issues. For instance, while some may consider unusual noises as an immediate cause for concern, others may dismiss them if the cooling function remains adequate. Understanding these signs helps in deciding whether to repair or replace the motor.
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Unusual Noises: Unusual noises in the K55HXEGT-1346 motor indicate potential mechanical failures. Common sounds include grinding, squealing, or rattling. These noises might result from worn bearings or loose components. According to a study conducted by the Electrical Engineering Department of Purdue University in 2021, abnormal sounds often correlate with impending motor failure. Replacement or repairs should be initiated once these noises are noticed.
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Inadequate Cooling: Inadequate cooling suggests that the motor may not be performing efficiently. The K55HXEGT-1346 motor plays a critical role in providing sufficient cooling for HVAC systems. According to the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE), if the ambient temperature rises significantly, it may signal motor inefficiency. Regular maintenance is essential to prevent continued issues.
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Frequent Circuit Breaker Tripping: Frequent tripping of circuit breakers is another critical sign of failure. It may indicate an electrical fault or overload in the K55HXEGT-1346 motor. The National Electrical Manufacturers Association (NEMA) highlights that consistent tripping can lead to circuit damage if not addressed promptly. Technicians recommend inspecting connections and testing load levels to prevent potential hazards.
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Overheating: Overheating reflects potential overload or electrical issues within the motor. The K55HXEGT-1346 motor is designed to operate within specific temperature ranges. The U.S. Department of Energy states that persistent overheating may result in premature failure of motor components. Immediate action is necessary to mitigate damage and ensure safe operation.
Monitoring these signs is crucial for maintaining the K55HXEGT-1346 motor. Prompt attention can extend its lifespan and improve overall system efficiency.
What Replacement Options Are Available for the K55HXEGT-1346 Motor?
The K55HXEGT-1346 motor can be replaced with various options based on specific requirements and compatibility.
- OEM Replacement Motors
- Aftermarket Motors
- High-Efficiency Motors
- Universal Motors
- Upgraded Performance Motors
Considering the diverse options available, selecting the right replacement can significantly influence the performance and efficiency of your system.
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OEM Replacement Motors: OEM (Original Equipment Manufacturer) replacement motors are designed to match the specifications of the original parts in Amana AC units. They ensure precise fit and compatibility, which can be crucial for maintaining warranty and reliability. These motors adhere strictly to the quality standards set by the manufacturer. According to a 2019 study by the HVAC Research Institute, OEM parts often last longer and reduce the risk of failure compared to other options.
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Aftermarket Motors: Aftermarket motors are produced by third-party manufacturers. They may offer a more affordable solution but can vary in quality. Some aftermarket options may have better specifications than OEM parts, while others might not fit as well. Consumer Reports suggested in 2020 that buyers should be cautious and choose reputable brands when selecting aftermarket options to ensure durability and performance.
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High-Efficiency Motors: High-efficiency motors are designed to consume less energy while providing the same level of performance. These motors can help reduce electricity bills over time and contribute to environmental conservation. The U.S. Department of Energy states that high-efficiency motors can operate at efficiency levels above 90%, significantly impacting overall operational costs.
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Universal Motors: Universal motors are adaptable and can fit various applications, making them versatile options for different environments. However, fitting them in an Amana unit may require additional adjustments or adapters. A study by Product Engineering (2021) highlights the importance of careful installation to avoid performance issues and electrical complications.
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Upgraded Performance Motors: Upgraded performance motors are designed for enhanced functionality. They may provide increased torque, higher speeds, or better efficiency than standard models. Users seeking improved performance may favor these options, especially in heavy-duty applications. A report from HVAC Performance Testing Group noted that upgraded motors can yield operational efficiency increases of 10-20% in certain scenarios.
Selecting the right replacement motor for the K55HXEGT-1346 involves evaluating specific needs, application conditions, and budget constraints to find the most suitable option.
Where Can I Buy a K55HXEGT-1346 Motor Replacement?
You can buy a K55HXEGT-1346 motor replacement from several sources. Start by checking online retailers such as Amazon, eBay, or specialized HVAC supply websites. These platforms offer a variety of options. You can also visit local appliance repair shops or HVAC supply stores. They may have the motor in stock or can order it for you. Additionally, consider contacting the manufacturer or authorized dealers for direct purchasing options. Make sure to compare prices and check return policies before making a purchase.
How Can I Safely Install the K55HXEGT-1346 Motor in My Amana AC Unit?
To safely install the K55HXEGT-1346 motor in your Amana AC unit, follow specific guidelines that ensure proper installation and functionality. Start by turning off the power, removing the old motor, and carefully installing the new motor while connecting all necessary wiring.
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Turn off power: Always disconnect the power supply to the AC unit before starting the installation. This step prevents electric shock and ensures safety during the installation process.
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Remove the old motor: Unfasten any screws or clips holding the old motor in place. Carefully disconnect the wiring harness attached to the old motor by gently pulling it off. Take note of the wire connections. This will help in connecting the new motor correctly.
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Install the new motor: Place the K55HXEGT-1346 motor in the same position as the old motor. Align it with the mounting brackets and secure it with screws or clips. Make certain the motor is securely fastened to prevent vibration during operation.
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Connect the wiring: Attach the wiring harness to the new motor, ensuring each wire connects to its corresponding terminal. Double-check the connections for accuracy. Incorrect wiring can lead to motor failure.
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Test the installation: Once everything is secured, restore power to the unit. Turn on the AC and listen for any unusual sounds. Monitor the motor’s performance to ensure it operates smoothly.
Following these detailed steps will help ensure a safe and effective installation of your K55HXEGT-1346 motor in your Amana AC unit.
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