Kenmore Dryer Heating Element: Visual Guide

The Kenmore dryer relies on a functional heating element to efficiently dry clothes, and its malfunction often prompts homeowners to seek solutions. The process for replacing a faulty heating element typically begins with locating it inside the dryer's rear panel, using tools like a multimeter to diagnose the issue beforehand. Many homeowners find that YouTube tutorials are valuable resources that provide step-by-step instructions, clarifying where is the heating element on a Kenmore dryer and how to safely access it for replacement.

Unveiling the Kenmore Dryer's Heating Heart: A DIY Guide

The Kenmore dryer holds a respected position in many households, renowned for its dependable performance and longevity.

However, even the most reliable appliances can experience issues over time.

This guide serves as a comprehensive, step-by-step walkthrough, specifically designed to help you, the DIY enthusiast, locate the heating element within your Kenmore dryer.

Why Understanding Your Appliance Matters

Knowing the anatomy of your dryer, particularly the location and function of critical components like the heating element, is invaluable for effective maintenance and potential repair.

This knowledge empowers you to troubleshoot common problems, perform basic repairs, and ultimately extend the life of your appliance.

It also helps you save money on costly service calls for issues you might be able to resolve yourself.

A Guide for the DIYer

This article is crafted with the DIYer in mind.

Whether you are a seasoned handyman or just starting to explore appliance repair, we aim to provide clear, concise instructions, empowering you to confidently tackle this project.

We believe that with the right information and a bit of patience, you can successfully navigate the process of locating and potentially testing the heating element in your Kenmore dryer.

What You'll Learn

By following this guide, you'll gain a practical understanding of:

• The location of the heating element in your Kenmore dryer.
• The necessary steps to safely access this component.
• The importance of understanding appliance components for effective maintenance.

[Unveiling the Kenmore Dryer's Heating Heart: A DIY Guide The Kenmore dryer holds a respected position in many households, renowned for its dependable performance and longevity. However, even the most reliable appliances can experience issues over time. This guide serves as a comprehensive, step-by-step walkthrough, specifically designed to help you...]

Safety First: Preparing for a Safe Inspection

Before embarking on any appliance repair, particularly one involving electrical components, prioritizing safety is paramount. A Kenmore dryer, like any electrical device, can pose risks if handled improperly. Understanding and adhering to safety protocols is not merely a suggestion; it's an absolute necessity to prevent potential injury or damage.

The Importance of Electrical Safety

Working with electrical appliances necessitates a healthy respect for electricity. Never underestimate the potential hazards, even if you believe the appliance is disconnected. Residual current or capacitor discharge can still pose a threat. Therefore, a methodical approach to safety is crucial.

Essential Safety Steps

Before you even think about touching a screwdriver to your Kenmore dryer, take these crucial steps:

Disconnect from Power

This seems obvious, but it's worth emphasizing: Unplug the dryer from its power source. Do not rely solely on turning the dryer off. Locate the wall outlet and firmly remove the plug. This isolates the appliance from the electrical grid, mitigating the risk of shock.

Personal Protective Equipment (PPE)

Electricity can find the easiest path to ground, and that could be through you.

Wear Work Gloves

Protect your hands from potential electrical shock and sharp edges within the dryer. Insulated work gloves provide a crucial barrier.

Safety Glasses

Debris, dust, or even small electrical arcs can damage your eyes. Always wear safety glasses to shield your vision during inspection and repair.

Tools of the Trade: Preparing Your Toolkit

Having the right tools readily available not only makes the job easier but also contributes to a safer work environment. Attempting to substitute tools or using damaged equipment can lead to accidents.

Screwdrivers

A Phillips head and a flat head screwdriver are essential for removing various screws and fasteners within the Kenmore dryer. Ensure the screwdrivers are properly insulated.

Nut Drivers

Nut drivers, in various sizes, are often required to loosen and tighten nuts securing components of the dryer. Having a set ensures you have the right size for each task.

Multimeter

A multimeter is a crucial diagnostic tool. It allows you to test for continuity and voltage, helping you determine if the heating element is functioning correctly and if any electrical circuits are live. Learn how to use the multimeter safely and accurately before proceeding.

Voltage Tester

A non-contact voltage tester can provide an additional layer of safety. It allows you to check for the presence of voltage in wires and components without physically touching them. This is a valuable tool for confirming that the power is indeed disconnected.

Understanding the Heating Element Assembly: A Visual Guide

Now that you've safely prepared and gathered your tools, let's delve into the heart of the dryer's heating system – the heating element assembly. Understanding its components and how they function is crucial before you begin disassembly or testing. This section provides a detailed description and visual guide to help you familiarize yourself with this critical part.

The Anatomy of a Heating Element

The heating element is the primary component responsible for generating the heat that dries your clothes. It's more than just a simple wire; it's a carefully engineered assembly designed for efficient and safe operation.

It's critical that you understand all its components.

Decoding the Heating Element Coil

At the core of the heating element lies the heating element coil. This coil is typically made of a high-resistance wire, often nichrome, which heats up when an electric current passes through it.

The coil's resistance is carefully calibrated to produce the correct amount of heat for efficient drying. A visual inspection of the coil is essential. Look for any breaks, burns, or signs of damage, as these can indicate a faulty element.

The Role of the Heating Element Housing/Canister

The heating element coil is housed within a protective metal enclosure, often referred to as the heating element housing or canister. This housing serves several crucial functions:

• Protection: It shields the coil from physical damage and prevents it from coming into direct contact with flammable materials inside the dryer.

• Airflow Management: It's designed to direct airflow over the coil, maximizing heat transfer to the air that circulates through the dryer drum.

• Safety: It provides a mounting point for safety devices like the thermal fuse and high-limit thermostat, which are essential for preventing overheating.

Safety First: Thermal Fuse and High-Limit Thermostat

Two critical safety devices are closely associated with the heating element: the thermal fuse and the high-limit thermostat. These components are designed to protect the dryer from overheating, which can be a fire hazard.

• Thermal Fuse: This is a one-time-use safety device that blows (breaks the electrical circuit) if the dryer overheats. It's a last line of defense against potentially dangerous conditions. It's typically located on the heating element housing.

• High-Limit Thermostat: This device is designed to cycle the heating element on and off to maintain a safe operating temperature. If the temperature exceeds a certain limit, the thermostat will open, cutting off power to the heating element. It will then reset itself once the temperature drops. It is also located on the heating element housing.

Understanding the location and function of these safety devices is paramount when troubleshooting dryer issues.

Visualizing the Assembly

(Include a high-quality diagram or photograph here. The image should clearly illustrate the following:)

• The heating element coil inside the housing
• The location of the thermal fuse
• The location of the high-limit thermostat
• The airflow path around the heating element

The visual aid will help users to quickly locate and identify these components within their own Kenmore dryer. A clear visual is more effective in learning.

Accessing the Heating Element: Step-by-Step Instructions

Understanding the Heating Element Assembly: A Visual Guide Now that you've safely prepared and gathered your tools, let's delve into the heart of the dryer's heating system – the heating element assembly. Understanding its components and how they function is crucial before you begin disassembly or testing. This section provides a detailed description of the heating element, the importance of understanding its components, and the step-by-step instructions on how to safely access the heating element, considering model-specific differences.

General Location and Initial Access

The heating element in most Kenmore dryers resides behind the dryer drum. Accessing it typically involves working from the rear of the appliance.

Your initial step will be to remove the access panel located on the back of the dryer. This panel is held in place by screws or fasteners, the number and type of which can vary slightly depending on your specific Kenmore model.

Step-by-Step Access Procedure

Here's a breakdown of the access procedure:

1. Locate the Access Panel: Identify the rectangular panel on the rear of the dryer. This is your gateway to the heating element.

2. Identify Fasteners: Carefully examine the perimeter of the access panel. Note the type of screws (Phillips head, slotted) or fasteners (nut drivers) used.

3. Remove Fasteners: Using the appropriate screwdriver (Phillips head or flat head) or nut driver (various sizes), systematically remove all the screws or fasteners securing the access panel. Store the screws in a safe place so they don't get lost.

4. Carefully Remove the Panel: Once all fasteners are removed, gently pull the access panel away from the dryer. Be mindful of any wires that may be connected to the panel (for example, if there's a light switch on the panel).

Navigating the Wiring Harness and Connectors

Once the access panel is removed, you'll likely encounter a wiring harness and various connectors. These wires are essential for the dryer's operation, so handle them with extreme care.

• Avoid pulling on the wires directly. Instead, gently disconnect the connectors by pressing on the release tabs (if present) and pulling the connector body.

• Take photos of the wiring configuration before disconnecting anything. This will serve as a valuable reference during reassembly, preventing wiring errors that could damage the dryer.

• Work methodically. If multiple connectors need to be disconnected, label them with tape and a marker to ensure they are reconnected correctly.

Model-Specific Considerations: 80 Series and Elite

While the general access procedure remains consistent, there are some notable differences between Kenmore dryer models, particularly the 80 Series and Elite models.

• Kenmore 80 Series: These models may have a slightly different arrangement of components behind the access panel. The heating element housing might be positioned at a different angle or partially obscured by other parts.

• Kenmore Elite: Elite models sometimes feature additional sensors or components near the heating element. Be extra cautious when disconnecting wires in these models, and refer to the dryer's service manual (if available) for specific guidance.

Always consult your dryer's user manual or a model-specific repair guide for detailed instructions and diagrams relevant to your particular Kenmore model. Failure to do so could result in damage to the appliance or personal injury.

Testing the Heating Element: Ensuring Functionality

[Accessing the Heating Element: Step-by-Step Instructions Understanding the Heating Element Assembly: A Visual Guide Now that you've safely prepared and gathered your tools, let's delve into the heart of the dryer's heating system – the heating element assembly. Understanding its components and how they function is crucial before you begin disassemb...]

Once you've successfully accessed the heating element, the next crucial step is testing its functionality. The multimeter becomes your diagnostic tool in determining whether the heating element is still capable of producing heat. This process involves performing a continuity test to check if the electrical circuit within the element is intact.

The Importance of Continuity Testing

Continuity testing essentially verifies whether electricity can flow through the heating element's coil. If the coil is broken or damaged, the circuit will be incomplete, indicating a lack of continuity. This signifies that the heating element has failed and needs replacement.

Step-by-Step Guide to Continuity Testing

Follow these detailed steps to effectively test the heating element using a multimeter:

1. Safety First: Ensure the dryer is completely disconnected from the power outlet. Never perform electrical testing on a live appliance.

2. Multimeter Setup: Set your multimeter to the Ohms setting (Ω), typically designated for resistance measurement. Some multimeters have a specific continuity setting, often indicated by a diode symbol or a sound wave icon. Select this setting if available.

3. Probe Placement: Locate the two terminals on the heating element. These are where the electrical wires connect to the element.

4. Testing the Coil: Place one multimeter probe on one terminal and the other probe on the remaining terminal. Ensure the probes make good contact with the metal terminals.

5. Reading the Results: Observe the multimeter display.

   • A Reading of Continuity (Low Resistance): If the multimeter displays a reading close to zero Ohms (e.g., 0.1 - 1.0 Ohms) or emits a beep (if on the continuity setting), this signifies that the heating element has continuity and is likely functional. A small amount of resistance is normal.
   • A Reading of No Continuity (Infinite Resistance): If the multimeter displays "OL" (Overload), "Infinity" (∞), or a very high resistance value, this indicates that the heating element lacks continuity. This means the coil is broken, and the element needs to be replaced.

Interpreting the Results: Functionality Assessment

The interpretation of the multimeter readings is critical for an accurate diagnosis. Let's clarify the implications:

Functional Heating Element

A low resistance reading implies an intact heating element coil. The electricity can flow through the heating element, and it should produce heat when powered. However, it's important to note that a functional heating element doesn't guarantee the entire dryer is working correctly. Other components, such as the thermal fuse or thermostat, could still be faulty.

Non-Functional Heating Element

A lack of continuity unequivocally indicates a faulty heating element. The break in the coil prevents the flow of electricity, rendering the heating element useless. Replacement is the only solution in this scenario. This is a common failure point in electric dryers and relatively simple to remedy.

Important Considerations

• Always double-check your multimeter settings before testing.
• Ensure the probes are making solid contact with the heating element terminals.
• If you're unsure about the readings or the testing process, consult a qualified appliance repair technician. Electrical testing can be dangerous if performed incorrectly.
• It's often advisable to replace the thermal fuse when replacing the heating element, as it may have blown due to the same overheating issue that damaged the element.

Reassembly: The Art of Putting It All Back Together

After carefully inspecting and testing the heating element, the next crucial step is the reassembly of your Kenmore dryer. This process demands meticulous attention to detail to ensure both functionality and safety. Rushing through this phase can lead to improper connections or overlooked safety hazards, potentially causing further damage or even creating a fire risk.

Reconnecting the Wiring Harness/Connectors: A Delicate Task

The electrical connections within your dryer are the lifelines of its operation. When reconnecting the wiring harness and individual connectors, several key principles should guide your actions.

Matching and Securing Connectors

Always double-check that each connector is matched with its corresponding terminal. Refer to the photos or notes you took during disassembly. A misplaced connector can lead to malfunctioning components or, worse, electrical shorts.

Once aligned, ensure the connectors are firmly seated. A loose connection can cause intermittent failures or overheating. Listen for a distinct "click" that indicates a secure connection.

Inspecting Wires for Damage

Before reconnecting any wire, perform a visual inspection. Look for frayed insulation, exposed wires, or any signs of physical damage. Damaged wires should be repaired or replaced before proceeding. Electrical tape can provide a temporary fix, but a more permanent solution, such as replacing the entire wire, is often recommended.

Securing the Heating Element Housing/Canister: Stability is Key

The heating element housing, or canister, is designed to contain the heating element and direct airflow. Securely attaching it is vital for efficient and safe operation.

Proper Alignment

Ensure the housing is properly aligned with its mounting points. Misalignment can cause vibrations, noise, and reduced heating efficiency. Refer back to your disassembly photos or diagrams to ensure correct placement.

Tightening Fasteners

Use the appropriate screws or fasteners to secure the housing to the dryer frame. Tighten them firmly, but avoid over-tightening, which can strip the threads or damage the housing. A snug fit ensures the element remains stable and prevents air leaks.

Replacing the Access Panel: Sealing the System

The access panel not only provides access to the dryer's internal components but also serves as a crucial seal. It prevents air leaks and helps maintain optimal drying temperatures.

Ensuring a Proper Seal

Before replacing the panel, inspect the surrounding area for any debris or obstructions that might prevent a tight seal. Remove any lint or dirt to ensure a flush fit.

Securing the Panel

Replace all the screws or fasteners that secure the access panel. Tighten them evenly to ensure a uniform seal. An unevenly tightened panel can create gaps, leading to energy loss and reduced drying performance.

Final Safety Checks: Verifying Your Work

Once the reassembly is complete, don't immediately plug in the dryer. Take the time to perform a series of final safety checks.

Connection Integrity

Double-check all wiring connections to ensure they are secure and properly insulated. Gently tug on each wire to confirm it is firmly attached.

Grounding Verification

Verify the dryer's grounding connection. The grounding wire provides a path for stray electrical current, protecting you from shocks. Ensure the ground wire is securely attached to the dryer's chassis. Use a multimeter to test the continuity between the dryer's chassis and a known ground.

Initial Power-Up

After completing all safety checks, plug the dryer into the outlet. Stand clear of the dryer during the initial power-up. Monitor the dryer closely for any unusual noises, smells, or smoke. If anything seems amiss, immediately unplug the dryer and investigate further.

Reassembly is not just about putting parts back together; it's about ensuring safety, functionality, and longevity. By following these detailed instructions and prioritizing safety at every step, you can confidently restore your Kenmore dryer to its optimal working condition.

Safety Components: Guardians Against Overheating in Your Kenmore Dryer

Following a safe disassembly, a critical understanding of the safety components within your Kenmore dryer is essential. These unassuming devices are, in reality, the silent guardians preventing catastrophic overheating and potential fire hazards. Let's delve into the workings of the thermal fuse and high-limit thermostat.

The Thermal Fuse: A One-Time Savior

The thermal fuse is a non-resettable, single-use safety device designed to protect your dryer from overheating. It's essentially a last-resort sacrificial component.

It’s typically located on the heating element housing or near the exhaust vent.

How the Thermal Fuse Works

When the dryer's internal temperature exceeds a pre-set limit, the thermal fuse blows, breaking the electrical circuit and shutting down the dryer. This prevents further heating, mitigating the risk of a fire.

Think of it as a circuit breaker, but specifically for high temperatures.

Replacing the Thermal Fuse

Once a thermal fuse has blown, it must be replaced. It cannot be reset.

Before replacing it, however, it is crucial to diagnose and correct the underlying cause of the overheating. Simply replacing the fuse without addressing the root problem will only lead to a repeat failure. Common causes include restricted airflow due to a clogged lint screen or vent.

The High-Limit Thermostat: A Resettable Guardian

The high-limit thermostat serves as a temperature regulator, actively preventing the dryer from exceeding a safe operating temperature. Unlike the thermal fuse, it's designed to cycle on and off, maintaining a consistent temperature range.

How the High-Limit Thermostat Works

The high-limit thermostat is typically located on the heating element housing.

When the dryer temperature reaches its upper limit, the thermostat opens, interrupting the power supply to the heating element. As the temperature cools, the thermostat closes, allowing the heating element to resume operation.

This cycling action prevents the dryer from continuously overheating.

Testing the High-Limit Thermostat

A multimeter can be used to test the high-limit thermostat for continuity. If the thermostat shows no continuity when the dryer is cool, it may be faulty and require replacement.

However, always check the dryer's venting system for blockages before assuming the thermostat is the problem.

Resetting a High-Limit Thermostat

Some high-limit thermostats have a reset button. If your dryer stops heating and the thermostat has tripped, pressing the reset button may restore functionality – after ensuring adequate airflow.

If the thermostat trips frequently, it indicates an underlying issue needing attention.

Why These Components Are Critical

Both the thermal fuse and high-limit thermostat are essential for safe dryer operation. They protect against overheating, which can not only damage the dryer but also create a significant fire hazard.

Regular maintenance, including cleaning the lint screen and venting system, is crucial for preventing these components from needing to activate. By understanding their function and ensuring they are working correctly, you can keep your Kenmore dryer running safely and efficiently for years to come.

Troubleshooting: Identifying and Preventing Issues

Safety Components: Guardians Against Overheating in Your Kenmore Dryer Following a safe disassembly, a critical understanding of the safety components within your Kenmore dryer is essential. These unassuming devices are, in reality, the silent guardians preventing catastrophic overheating and potential fire hazards. Let's delve into the workings of troubleshooting your dryer:

Recognizing the Signs of a Failing Heating Element

A malfunctioning heating element doesn't always result in a complete cessation of heat. Often, the symptoms are subtle at first, gradually worsening over time. Prompt identification can save you from larger, more costly repairs down the line.

• Clothes Taking Longer to Dry: This is perhaps the most common indicator. If your dryer cycle times have noticeably increased, the heating element may be struggling to produce sufficient heat.

• Clothes Not Drying Completely: Even after a full cycle, clothes may feel damp or slightly wet. This suggests the element isn't reaching its optimal temperature.

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• Inconsistent Heat: You might notice that some loads dry adequately while others don't, indicating an intermittent fault with the heating element. This is why testing with a multimeter is crucial!

• Burning Smell: A distinct burning odor during operation could signify that the heating element is overheating or has accumulated lint on its surface, which is incredibly dangerous and could be a signal of electrical component failure.

• Dryer Runs But No Heat: The most obvious symptom – the dryer drum spins, but there's absolutely no heat being generated. This often points to a completely failed heating element.

Unmasking the Root Causes of Overheating

Overheating in a dryer is a serious concern, not just for the appliance itself, but also for the safety of your home. Understanding the underlying causes is key to prevention.

• Restricted Airflow: The most common culprit. When airflow is restricted, heat builds up within the dryer, leading to overheating and potential component failure. Lint buildup in the dryer vent is a primary cause.

• Faulty Thermostat: A malfunctioning thermostat may fail to regulate the temperature correctly, allowing the heating element to overheat unchecked.

• Blocked Exhaust Vent: A clogged exhaust vent prevents hot air from escaping, causing the dryer to work harder and overheat. Birds’ nests and accumulated lint are frequent offenders.

• Failed Thermal Fuse: Though designed as a safety measure, a repeatedly failing thermal fuse can indicate a more significant underlying problem, such as persistent overheating due to poor airflow or a faulty component.

Lint: A Hidden Fire Hazard

Lint buildup is a silent but deadly threat. Lint is highly flammable, and when it accumulates within the dryer and vent system, it creates a significant fire hazard.

Regular cleaning is not merely about dryer efficiency; it's about safety.

The Vital Role of Airflow and Preventative Maintenance

Maintaining proper airflow is the cornerstone of dryer longevity and safety. Here’s how to ensure optimal performance:

• Clean the Lint Trap After Every Load: This simple habit significantly reduces lint accumulation within the dryer.

• Inspect and Clean the Dryer Vent Regularly: At least once a year (or more frequently if you use your dryer heavily), disconnect the vent from the back of the dryer and thoroughly clean it with a dryer vent brush.

• Ensure Proper Venting: Use rigid metal venting material instead of flexible plastic or foil ducting, as these materials are more prone to lint buildup and can easily become crushed or kinked, restricting airflow.

• Don't Overload the Dryer: Overloading can restrict airflow and cause the dryer to work harder, leading to overheating.

• Schedule Professional Dryer Vent Cleaning: Consider having your dryer vent professionally cleaned every few years to remove deep-seated lint and debris that you may not be able to reach yourself. A professional also has the tools to ensure that your dryer is properly exhausting air.

By understanding the signs of a failing heating element, identifying the causes of overheating, and prioritizing preventative maintenance, you can keep your Kenmore dryer running safely and efficiently for years to come. Don’t underestimate the power of regular inspections and cleaning – they are your first line of defense against potential hazards.

When to Call a Professional: Knowing Your Limits

Troubleshooting: Identifying and Preventing Issues Safety Components: Guardians Against Overheating in Your Kenmore Dryer

Following a safe disassembly, a critical understanding of the safety components within your Kenmore dryer is essential. These unassuming devices are, in reality, the silent guardians preventing catastrophic overheating and potential fire hazards. However, even with a solid understanding of these elements, there are times when the complexity of the repair, or the limitations of your own expertise, dictate a call to a qualified professional. Knowing when to step back and seek expert help is a crucial part of responsible DIY appliance repair.

Recognizing the Boundaries of DIY

While diagnosing a faulty heating element or replacing a thermal fuse can be a rewarding DIY project, some issues require specialized knowledge, tools, and experience. A willingness to admit when a task exceeds your capabilities is not a sign of failure, but rather a demonstration of sound judgment and a commitment to safety.

Complex Electrical Issues

If, after testing, you suspect the problem lies within the dryer's control board, the motor, or involves significant electrical rewiring, it is strongly recommended to contact a professional. Attempting to repair these components without adequate training can lead to further damage to the appliance, electrical shock, or even fire. Diagnosing these issues often requires advanced diagnostic equipment and a deep understanding of electrical schematics.

Gas Dryer Complications

Gas dryers introduce an entirely different level of complexity and risk. Working with gas lines and components should only be undertaken by licensed professionals. Any suspected gas leak, unusual odors, or malfunctions within the gas valve assembly warrants an immediate call to a qualified appliance repair technician or your local gas company. The potential for gas leaks and explosions makes this area of appliance repair strictly off-limits for amateur DIYers.

Recurring Problems and Persistent Malfunctions

If you have attempted to repair the dryer multiple times without success, or if the same problem keeps recurring, it's time to call in a professional. Persistent malfunctions often indicate a deeper, underlying issue that requires expert diagnosis and repair. Continuing to address the symptoms without identifying the root cause can lead to further damage and frustration.

Warranty Considerations

Before attempting any DIY repairs, carefully review your dryer's warranty. Unauthorized repairs can void the warranty, leaving you responsible for the full cost of future repairs. If your dryer is still under warranty, contacting an authorized service technician is always the safest course of action.

Finding a Qualified Appliance Repair Technician

Selecting the right appliance repair technician is as important as knowing when to call one.

Licensing and Insurance

Ensure the technician is licensed and insured. Licensing indicates that the technician has met certain competency requirements, while insurance protects you from liability in case of accidents or damage to your property.

Experience and Expertise

Look for a technician with experience repairing Kenmore dryers specifically. Experience with the specific make and model can significantly reduce diagnostic time and ensure a more effective repair.

Reviews and References

Check online reviews and ask for references from previous customers. A reputable technician will have a track record of providing quality service and customer satisfaction.

Transparent Pricing

Obtain a clear and detailed estimate before authorizing any repairs. The estimate should include the cost of parts, labor, and any diagnostic fees. Be wary of technicians who are unwilling to provide a written estimate or who pressure you into authorizing repairs without a clear understanding of the costs involved.

So, there you have it! Hopefully, this visual guide helped you locate and identify the heating element on your Kenmore dryer. Remember, if you're not comfortable tackling this repair yourself, don't hesitate to call a qualified appliance technician. Happy drying!