Car AC Motor Kicks On And Off: Causes, Solutions, And Why It's Not Cooling [Updated: April 2025]

An AC motor in a car may turn on and off because of “short cycling.” This happens when the system detects low pressure or high pressure. Causes include low refrigerant, blockages in the liquid line, a faulty expansion valve, or an iced evaporator. These problems affect how the air conditioning system operates.

To address these issues, first check the refrigerant levels and refill if necessary. Next, inspect the pressure switch for defects and replace it if it is malfunctioning. Lastly, replace or clean the cabin air filter to ensure appropriate airflow.

When the AC system is not cooling effectively, these problems often contribute to inconsistent performance. Understanding the root causes helps provide quick solutions. In the next section, we will explore how to troubleshoot the car AC motor and enhance its efficiency. We’ll also discuss preventative measures to maintain optimal cooling and avoid future issues.

Table of Contents

What Causes the Car AC Motor to Kick On and Off?

The car AC motor kicks on and off due to various factors related to its operation and maintenance.

Temperature settings
Refrigerant levels
Electrical issues
Climate control module
Cabin air filter condition
Compressor cycling

Understanding why the car AC motor behaves this way involves examining these specific causes and their impacts.

Temperature settings: The car AC motor kicks on and off often due to the temperature settings configured by the user. When the cabin reaches the desired temperature, the system turns off the compressor to save energy. If the temperature rises above the set point, the compressor turns back on. This cycling helps maintain a comfortable environment and is a normal operation of most automotive air conditioning systems.
Refrigerant levels: Refrigerant is vital for the AC system’s functioning. An insufficient refrigerant level can cause the AC motor to kick on and off intermittently. If the refrigerant is low because of leaks, the compressor may cycle on and off to prevent damage. A 2021 study by Lawrence et al. at the Society of Automotive Engineers noted that maintaining optimal refrigerant levels is critical for system efficiency.
Electrical issues: Electrical problems can lead to erratic behavior in the AC system. Faulty wiring, poor connections, or bad sensors can disrupt communication within the system. These electrical issues may cause the motor to turn on and off unexpectedly. Regular inspections of wiring and connectors can help identify these problems before they worsen.
Climate control module: The climate control module is responsible for regulating temperature in the vehicle. If this module is malfunctioning, it may misread temperature settings or sensor inputs, causing the AC motor to cycle frequently. Diagnostic tests can verify the functioning of the climate control module and ensure it operates correctly.
Cabin air filter condition: A clogged cabin air filter restricts airflow, leading the AC system to work harder than necessary. If the system struggles, it can trigger the motor to turn on and off. Replacing a dirty or blocked cabin air filter can improve airflow and keep the AC running smoothly.
Compressor cycling: The AC compressor is designed to cycle on and off based on the pressure within the system. If the pressures are not within normal ranges due to temperature or refrigerant issues, the compressor may engage and disengage frequently. Knowing when to schedule maintenance can prevent overworking the compressor and enhance longevity.

Addressing these factors can help ensure the reliable operation of your car’s AC system and improve comfort while driving.

Can Temperature Fluctuations Impact AC Motor Functionality?

Yes, temperature fluctuations can impact AC motor functionality. Extreme changes in temperature can lead to performance issues in AC motors.

AC motors rely on specific operating temperatures to function efficiently. When temperatures are too high, overheating can occur, causing insulation breakdown and motor failure. Conversely, very low temperatures can lead to thickened lubricants, restricting motor movement and causing performance delays. These issues can affect the motor’s efficiency and lifespan. Maintaining a consistent operating temperature is essential for optimal motor function.

How Can Electrical Issues Affect the AC Motor’s Performance?

Electrical issues can significantly impact the performance of an AC motor by causing overheating, reducing efficiency, and leading to premature failure. Understanding these impacts can help in preventing motor damage.

Overheating: Electrical faults, such as short circuits or incorrect voltage supply, can cause excessive current to flow through the motor. This increased current generates more heat than the motor can dissipate. For instance, a study by Raajendran et al. (2021) noted that operating conditions beyond the motor’s design specifications could elevate temperatures, potentially damaging windings and insulation.
Reduced Efficiency: Voltage fluctuations can lead to inefficient motor operation. When an AC motor operates under inconsistent voltage, it may draw more current to achieve the desired output. According to research by Kaur and Singh (2020), efficiency can drop by more than 10% when voltage drops significantly below the rated level. This inefficiency wastes energy and increases operating costs.
Premature Failure: Prolonged exposure to electrical issues can shorten a motor’s lifespan. Motors that experience constant overloads due to electrical surges can fail within a few years, whereas properly functioning motors can last for decades. Data from the Bureau of Labor Statistics (2022) suggested that electrical problems are among the leading causes of maintenance issues, accounting for about 30% of motor failures in industrial settings.
Harmonic Distortion: Electrical systems may experience harmonic distortion due to non-linear loads. This distortion can lead to overheating and vibration in the motor, affecting its performance and longevity. A report by Zhao et al. (2019) found that even a small increase in harmonic distortion can reduce motor efficiency by up to 20%, impacting its overall functionality.

Addressing electrical issues promptly can prevent serious complications and promote the longevity and reliability of AC motors. Regular maintenance and monitoring of electrical supply conditions are essential to ensure optimal performance.

Why Is My Car AC Not Cooling Effectively?

Your car’s air conditioning (AC) system may not cool effectively due to several reasons. Common issues include low refrigerant levels, a malfunctioning compressor, or blockages in airflow.

According to the U.S. Department of Energy, the air conditioning system in a vehicle is designed to cool the air and dehumidify it to maintain comfort inside the cabin. If the AC fails to perform adequately, it might lead to discomfort during hot weather.

Several underlying causes might contribute to this problem:

Low Refrigerant Levels: The refrigerant is the fluid that absorbs heat from inside the car and releases it outside. If the refrigerant is low, it can prevent proper cooling.
Compressor Issues: The compressor is the component that circulates refrigerant throughout the system. If it fails or does not engage, the AC will not function effectively.
Blocked Airflow: Restrictions in airflow can occur due to dirty air filters, blocked vents, or debris in the condenser. This blockage reduces the system’s efficiency.
Electrical Problems: Issues with wiring, fuses, or the AC control module can disrupt the operation of the system.

Technical terms can be defined for clarity:

Refrigerant: A chemical compound that changes from gas to liquid and back, allowing it to absorb and release heat.
Compressor: A mechanical device that increases the pressure of the refrigerant and circulates it through the AC system.
Condenser: A component that dissipates heat from the refrigerant, allowing it to cool and condense back into a liquid.

The mechanisms involved in the AC cooling process are as follows: The compressor compresses the refrigerant, raising its pressure and temperature. The hot refrigerant then flows to the condenser, where it releases heat to the outside air. The cooled refrigerant then returns to the evaporator inside the vehicle, where it absorbs heat from the cabin air, cooling it before circulating it back into the interior.

Specific conditions that contribute to ineffective cooling include:

Low refrigerant levels due to leaks.
Worn-out compressor components that fail to cycle the refrigerant properly.
Dirty air cabin filters that restrict airflow and lead to insufficient cooling.
Blocked condenser coils caused by road debris or dirt buildup.

Addressing these issues promptly can help restore your car’s AC system to proper functioning. Regular maintenance can also help prevent these problems from occurring in the first place.

What Role Does Refrigerant Level Play in AC Cooling Efficiency?

The refrigerant level significantly affects the cooling efficiency of an air conditioning (AC) system. A proper refrigerant level ensures optimal heat exchange, which is crucial for effective cooling.

Key Points Related to Refrigerant Levels and AC Cooling Efficiency:
1. Proper Refrigerant Charge
2. Symptoms of Low Refrigerant
3. Symptoms of High Refrigerant
4. Impact on Energy Efficiency
5. Other Contributing Factors
6. Maintenance Importance
7. Perspectives on DIY Refrigerant Handling

Understanding these key points is essential for grasping the importance of refrigerant levels in AC systems.

Proper Refrigerant Charge:
A proper refrigerant charge ensures that the AC system operates within its intended parameters. When the refrigerant level is accurate, the system efficiently absorbs heat from indoor air. The US Department of Energy states that an AC system operating with the right refrigerant charge can cool a space more effectively, maintaining temperature at lower energy costs.
Symptoms of Low Refrigerant:
Low refrigerant levels can lead to insufficient cooling. Common symptoms include warm air blowing from vents and reduced airflow. The Air Conditioning Contractors of America (ACCA) suggests that low refrigerant often indicates leaks, which can damage the compressor over time if not addressed, leading to costly repairs.
Symptoms of High Refrigerant:
High refrigerant levels can also hinder the AC system’s performance. Symptoms might include ice forming on the evaporator coil and increased pressure in the system. According to a study by the International Journal of Refrigeration in 2021, high refrigerant levels can lead to compressor failure if the excess is not removed.
Impact on Energy Efficiency:
Improper refrigerant levels can significantly affect energy efficiency. The ENERGY STAR program notes that an AC system improperly charged can lead to a 20% increase in energy consumption. This inefficiency burden affects both the environment and the homeowner’s energy bills.
Other Contributing Factors:
Other factors, such as dirty filters or faulty blowers, also affect cooling efficiency. These components must operate correctly alongside refrigerant levels to maximize system performance. According to the EPA, regular maintenance, which includes checking refrigerant levels, is vital for overall system efficiency.
Maintenance Importance:
Regular maintenance is crucial for maintaining the correct refrigerant level. Routine checks can prevent leaks and ensure the system operates efficiently. The DOE recommends biannual inspections to catch issues early and maintain optimal performance.
Perspectives on DIY Refrigerant Handling:
Some homeowners consider handling refrigerant charges themselves. However, experts advise against this practice. The Environmental Protection Agency regulates refrigerants due to their ozone-depleting potential. The risks associated with improper handling, including potential injury or legal issues, underscore the need for professional servicing.

How Do Faulty Components Impact Overall AC Performance?

Faulty components can significantly degrade the overall performance of an air conditioning (AC) system by causing inefficiencies, increased energy consumption, and potential system failure. Each faulty component affects the AC’s functionality in distinct ways:

Compressor: The compressor is essential for cooling. A malfunctioning compressor can lead to insufficient cooling and higher energy bills. Research by the U.S. Department of Energy (2020) states that a faulty compressor can reduce system efficiency by up to 30%.
Refrigerant Leaks: Leaks in the refrigerant lines reduce the amount of cooling fluid circulating in the system. According to the Environmental Protection Agency (EPA, 2021), refrigerant leaks can decrease efficiency by 5% to 15% annually, leading to inadequate cooling and higher costs.
Capacitor Issues: The capacitor helps start the compressor and the fan. A faulty capacitor can cause the AC to not turn on or to struggle to operate. A study in the Journal of HVAC Research (Smith & Johnson, 2019) found that around 20% of AC failures are due to capacitor problems.
Clogged Filters: Dirty or clogged air filters restrict airflow, decreasing the system’s efficiency. The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE, 2022) estimates that clogged filters can reduce the AC’s efficiency by 5% to 15%.
Thermostat Malfunction: A faulty thermostat can misread temperature settings, causing the system to run too much or too little. A report by the Building Performance Institute (2020) indicates that improper thermostat settings can lead to 10% increased energy consumption.
Duct Issues: Leaks or blockages in the ductwork prevent cool air from reaching desired areas. The U.S. Department of Energy (2020) has reported that duct issues can cause a loss of 20% to 30% of cooled air.

In summary, faulty components can create a ripple effect that lowers AC efficiency, increases energy costs, and can lead to more serious system problems, ultimately jeopardizing the comfort and functionality of climate control systems.

What Are the Common Symptoms of a Malfunctioning Car AC Motor?

The common symptoms of a malfunctioning car AC motor include inadequate cooling, unusual noises, strange smells, and intermittent operation.

Inadequate cooling
Unusual noises
Strange smells
Intermittent operation

These symptoms indicate various potential issues with the AC motor and system. Understanding these symptoms can guide owners in identifying problems, leading to timely repairs.

1. Inadequate Cooling:
Inadequate cooling occurs when the car’s air conditioning system does not effectively lower the interior temperature. This can result from a malfunctioning AC motor, which may fail to circulate air properly. The Department of Energy states that a vehicle’s AC system should cool air to a comfortable temperature quickly. If the motor struggles, it may indicate a need for repair or replacement.

2. Unusual Noises:
Unusual noises from the AC system can signal problems with the motor. These noises might include grinding, rattling, or squealing sounds. According to automotive expert John S. at CarTalk, such noises often indicate worn-out motor bearings or loose components. These issues can worsen if not addressed, leading to complete motor failure.

3. Strange Smells:
Strange smells from the AC system may arise from mold or mildew buildup due to stagnant moisture or from burning electrical components. The Environmental Protection Agency notes that these odors can harm not just comfort but also health. Quick inspection and thorough cleaning may reduce these odors and prolong the motor’s life.

4. Intermittent Operation:
Intermittent operation refers to the AC motor turning on and off irregularly. This symptom can arise from electrical issues, faulty sensors, or refrigerant problems. As highlighted by the National Highway Traffic Safety Administration, unsteady performance can lead to inefficient system functioning. A professional diagnosis is essential to rectify these underlying issues effectively.

Recognizing these symptoms can empower car owners to seek timely repairs, ensuring the AC system functions effectively and efficiently.

How Can You Identify Unusual Noises from the AC System?

You can identify unusual noises from the AC system by listening for specific sounds, noting their timing and frequency, and inspecting components for damage. Each sound typically indicates a different issue within the system.

Hissing: This noise often signals a refrigerant leak. When the refrigerant escapes, it produces a hissing sound. According to the Environmental Protection Agency (EPA, 2020), minor leaks can lead to significant efficiency loss over time.
Banging: A banging noise usually indicates loose or broken components, such as the blower motor or fan blades. If these parts are not secured properly, they can hit against other elements of the AC unit, causing a noticeable banging sound.
Clicking: A continuous clicking sound may result from electrical issues or a malfunctioning relay. This sound can indicate that the motor’s start capacitor is failing, which requires immediate attention to prevent further damage.
High-pitched squealing: This sound is often generated by worn-out or damaged fan or motor bearings. According to a study from the Journal of Energy Resources Technology (Smith et al., 2019), regular maintenance can help prevent these bearing issues.
Gurgling: Gurgling noises typically occur when there is an issue with the condensate drain line, leading to water backup. This can cause water damage in your home if not addressed.

By paying attention to these specific sounds and their meanings, you can effectively determine if your AC system requires maintenance or immediate repair. Regular inspections and maintenance can help prevent these issues from developing.

What Visual Signs Indicate AC Problems?

Visual signs that indicate air conditioning (AC) problems include various symptoms that homeowners should notice promptly.

Ice buildup on the unit
Water leakage around the unit
Unusual smells from the system
Discoloration or damage to wall surfaces
Strange noises when the AC is operating

Understanding these signs can help in assessing the situation, but there may be differing opinions on the severity or implications of each symptom. Some homeowners may downplay minor ice build-up, while others may see it as a critical issue. Similarly, while some consider unusual smells as a sign of simple dust or mildew, it could indicate a more significant underlying issue.

Now, let’s delve into each sign for a comprehensive understanding.

Ice Buildup on the Unit:
Ice buildup on an AC unit typically indicates insufficient airflow or refrigerant issues. When airflow is restricted, usually due to dirty filters or blocked ducts, the unit’s evaporator coil can freeze. According to the ASHRAE, reduced airflow can prevent proper heat exchange, leading to ice formation. Homeowners should check the filters regularly and replace them when dirty. Many find that cleaning their ducts and vents alleviates this problem without needing professional intervention.
Water Leakage Around the Unit:
Water leakage suggests that the AC system is not draining properly. Clogs in the drainage system can cause condensate to back up and leak. The EPA states that properly functioning AC units should not leak water. Homeowners can often fix this by clearing the condensate drain line. However, continued leaks may indicate a refrigerant issue or a malfunctioning pump, requiring professional diagnosis.
Unusual Smells from the System:
Unusual smells emanating from an AC unit can signal various problems. A burning odor can be a sign of electrical faults, while a musty smell often indicates mold growth in the ducts or unit. As reported by the CDC, mold can cause health issues, emphasizing the need for immediate action when such smells are detected. Cleaning or replacing the ductwork can resolve the issue, but severe cases may require a specialist.
Discoloration or Damage to Wall Surfaces:
Discoloration or damage to ceilings and walls around the AC unit may indicate moisture intrusion or water damage. This can stem from leaks or overflow problems, as detailed by the Building Research Establishment. Homeowners should investigate damaged areas quickly to avoid mold growth and further deterioration. Repairing the AC’s drainage issue often resolves this problem.
Strange Noises When the AC is Operating:
Strange noises from the AC can range from mild rattling to loud clanking. These noises may indicate loose parts, dirt in the system, or mechanical failure. According to the EPA, odd sounds should signal homeowners to check their units, as they can lead to costly repairs if neglected. Tightening loose components, cleaning the unit, or consulting a technician can help.

Each of these signs signals potential issues with your AC system that require attention. By recognizing these visual cues, homeowners can take proactive steps to maintain their units and ensure comfort in their homes.

What Solutions Are Available for Fixing AC Motor Cycling Issues?

To address AC motor cycling issues, various solutions can resolve the problem effectively.

Inspect and clean filters.
Check thermostat settings.
Verify motor capacitor condition.
Inspect electrical connections.
Evaluate compressor function.
Check refrigerant levels.
Ensure adequate airflow.

These solutions have various implications and may require different perspectives on effectiveness based on specific circumstances.

Inspect and Clean Filters: Inspecting and cleaning filters is a fundamental step toward resolving AC motor cycling. Clogged filters restrict airflow, leading to increased cycling. This restriction can cause the AC system to work harder and ultimately shortens its lifespan. Regular maintenance can significantly improve performance. A study by the U.S. Department of Energy emphasizes that clean filters can improve efficiency by up to 15%.
Check Thermostat Settings: Checking thermostat settings helps ensure that the temperature is set appropriately. An incorrect thermostat setting can cause the AC motor to cycle excessively. This situation often arises when the thermostat is located near heat sources like sunlight or appliances, which can mislead the system. According to a report by Energy Star, proper thermostat placement can lead to more stable operation.
Verify Motor Capacitor Condition: Verifying motor capacitor condition is essential as a failing capacitor can cause cycling issues. Capacitors help start and run the AC motor. If they are weak or defective, the motor may not operate smoothly. The Air Conditioning Contractors of America state that replacing a faulty capacitor can restore normal cycling behavior and improve overall efficiency.
Inspect Electrical Connections: Inspecting electrical connections ensures all components receive the necessary power. Loose or corroded connections can cause intermittent operation. Using a multimeter can help check connections for continuity. A case study from HVAC.com illustrates that many cycling issues stem from electrical faults, highlighting the importance of regular checks.
Evaluate Compressor Function: Evaluating compressor function is vital since the compressor can cyclically shut off if it overheats or has internal issues. This situation can lead to cooling inefficiency and increased wear. According to the Journal of HVAC&R Research, understanding compressor performance metrics can facilitate timely repairs and prolong system lifespan.
Check Refrigerant Levels: Checking refrigerant levels is critical, as low refrigerant can cause poor cooling and excessive cycling. Insufficient refrigerant can signify a leak, which requires immediate attention. The EPA reports that regular checks can prevent considerable efficiency losses and potential environmental damage.
Ensure Adequate Airflow: Ensuring adequate airflow throughout the system is essential. Blocked vents or duct problems can lead to reduced efficiency and increased cycling. The Environmental Protection Agency states that proper airflow management can enhance system performance, prolonging equipment life.

By addressing these areas, AC motor cycling issues can often be resolved, leading to a more efficient and effective cooling system.

How Important Is Regular Maintenance for Preventing AC Problems?

Regular maintenance is crucial for preventing air conditioning (AC) problems. Maintenance helps keep the system running efficiently. A well-maintained AC can last longer and perform better. This reduces the chances of unexpected breakdowns.

First, cleaning or replacing the air filters improves airflow. This ensures the system does not work harder than necessary, saving energy. Next, checking refrigerant levels is essential. Low refrigerant can lead to poor cooling and system strain.

Additionally, inspecting the condenser coils helps remove dirt or debris. Clean coils lead to better heat exchange, improving efficiency. Lubricating moving parts reduces friction and wear. This can prevent costly repairs down the line.

Furthermore, testing the thermostat ensures accurate temperature control. A malfunctioning thermostat can cause inconsistent cooling. Scheduling regular professional inspections allows for early detection of problems. Technicians can identify issues before they escalate.

In summary, regular maintenance significantly reduces the likelihood of AC problems. It enhances performance, increases lifespan, and saves money. Following these maintenance practices helps ensure reliable cooling when needed.

When Should Professional Help Be Sought for AC Repair?

When should professional help be sought for AC repair? You should seek professional help for AC repair when your system fails to cool your space effectively. If the air conditioner produces weak airflow or no airflow at all, this indicates a potential issue. Similarly, if you hear unusual noises like grinding or hissing, it suggests mechanical problems. You should also call for assistance if you notice water pooling around the unit, which could indicate a refrigerant leak or a clogged drain line.

If your system frequently cycles on and off, it may require a technician’s expertise for diagnosis. Additionally, if the thermostat does not respond to adjustments, it could signal that the control system needs professional intervention. Lastly, if you smell strange odors, especially a burning smell, professional help is imperative to avoid safety risks. Taking these steps ensures you maintain the efficiency and safety of your air conditioning system.

What Long-Term Effects Can Result from Ignoring Car AC Problems?

Ignoring car AC problems can lead to several long-term effects that impact vehicle performance and comfort.

Reduced Cooling Efficiency
Increased Repair Costs
System Component Damage
Decreased Fuel Efficiency
Decreased Air Quality
Stress on Engine Components

These points highlight how neglecting AC issues can have broader implications for your vehicle over time. It is crucial to understand these effects to prevent future complications.

Reduced Cooling Efficiency: Ignoring car AC problems can significantly reduce the system’s cooling efficiency. Over time, refrigerant leaks or component wear can prevent the AC from cooling the air properly. This results in discomfort, especially during hot weather, as the system struggles to maintain a comfortable cabin temperature.
Increased Repair Costs: Prolonged neglect of AC issues often leads to more severe problems that require costly repairs. Simple fixes, such as recharging refrigerant, can escalate into major component failures if not addressed. According to a study by the Automotive Service Association in 2021, delays in AC maintenance can increase repair costs by as much as 40% over time.
System Component Damage: Car AC systems consist of various components like compressors, condensers, and evaporators. Ignoring early signs of trouble can lead to permanent damage. A failing compressor, for example, can cause debris to circulate and damage other parts of the system, necessitating extensive repairs or replacement.
Decreased Fuel Efficiency: A malfunctioning air conditioning system can also impact fuel efficiency. The AC system places additional stress on the engine, leading to increased fuel consumption. According to the U.S. Department of Energy, running the AC can decrease fuel efficiency by up to 20%, impacting long-term operating costs.
Decreased Air Quality: Poorly functioning car AC systems often lead to inadequate air filtration. This can result in decreased air quality inside the vehicle, which may contribute to health issues for passengers. A research study published in the Environmental Health Perspectives journal in 2018 highlighted how poor in-car air quality can exacerbate respiratory problems.
Stress on Engine Components: The AC system’s operation is closely linked to the engine’s performance. When issues arise, they can place extra strain on the engine components. For example, an overworked AC compressor can lead to increased engine wear, resulting in further mechanical issues down the line.

In summary, neglecting car AC problems can lead to significant long-term effects that go beyond mere discomfort, impacting overall vehicle performance and maintenance costs.

How Can Neglecting AC Maintenance Affect Overall Vehicle Performance?

Neglecting AC maintenance can significantly decrease overall vehicle performance by leading to inefficient cooling, increased energy consumption, and potential damage to the vehicle’s systems.

Inefficient cooling: A lack of maintenance can lead to a decrease in the AC system’s cooling efficiency. Dust and debris can build up in the filters and coils, hindering airflow. According to a study by Jones et al. (2022), a dirty air filter can reduce AC efficiency by up to 15%.

Increased energy consumption: An unmaintained AC system can draw more power from the engine. This results in higher fuel consumption. Research conducted by Smith (2021) reveals that a malfunctioning AC can increase fuel usage by as much as 20%.

Potential damage to systems: Neglected AC maintenance can cause components like the compressor and condenser to wear out more quickly. For example, a low refrigerant level due to leaks can lead to compressor failure, which is costly to repair. The National Institute of Automotive Service Excellence (ASE) suggests that regular checks can prevent up to 30% of such malfunctions.

Poor air quality: A dirty or clogged cabin air filter allows pollutants to circulate inside the vehicle. This can reduce air quality for passengers and the driver. The Environmental Protection Agency (EPA) highlights that poor indoor air quality can exacerbate respiratory problems.

Increased wear on the engine: An overworked AC system can put additional strain on the engine, leading to premature wear. This can shorten the lifespan of critical engine components.

Due to these factors, regular AC maintenance is essential to optimize vehicle performance and longevity.

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Car AC Motor Kicks On and Off: Causes, Solutions, and Why It’s Not Cooling