DIY Guide For Replacing A Broken Kenmore Ice Dispenser Motor

Nowadays, every household appliance has become as important to our daily routine as our cell phones. Among these, the Kenmore ice dispenser sits high on this list, especially during the scorching months of summer. That being said, imagine your Kenmore ice dispenser breaks down, imposing on you unbearable heat and inconvenience. Not only would it pose an unwarranted disruption in your daily routine, it can also bring with it heavy repair costs. But fret not, there is a way to save both your time and money. This article is your DIY guide to replace a broken Kenmore ice dispenser motor, saving you the hassle of calling out the repairman. Replacing a broken ice dispenser motor is not as daunting as it sounds, and is quite achievable with the right tools and guidance. To start with, you will need a few tools: 1. A Phillips-head screwdriver. 2. A Flat-head screwdriver. 3. Needle-nose pliers. 4. A new ice dispenser motor. Before you start, ensure you follow all safety precautions, including switching off the power source. Step 1: Disassemble The Dispenser Assembly Firstly, you would need to disassemble the dispenser assembly to access the faulty motor. This begins with removing the actuator pad where the cup is placed to trigger ice dispensing. This pad can be pried off using a flat-head screwdriver but be careful not to apply too much force. Once the pad is removed, various screws will be exposed that hold the dispenser assembly together. All these screws must be removed using a Phillips-head screwdriver. Step 2: Replace The Broken Motor Once the screws have been removed, the dispenser assembly can be pulled out, revealing the broken ice dispenser motor. Remove this faulty motor by detaching the wires using the needle-nose pliers and unbolting it. After this, install the new motor in its place, reattaching the wires and bolting it on securely. Step 3: Reassemble The Dispenser Assembly The final stage involves reassembling the dispenser assembly. Ensure that all screws that were removed are replaced, securing the new motor in its place. If any screws are left, double-check the assembly to ensure nothing has been missed. When finished, ascertain that everything is firm and secure, all moving parts operate smoothly, and all electrical connections are strong. After verifying these essential aspects, reposition the actuator pad back into place. Step 4: Power Up The Dispenser The final step is to power up the dispenser and test it. If the assembly has been done correctly, the dispenser should now be functioning smoothly. Pay close attention to any unusual noises that could indicate a screw not being tightened or other issues. This comprehensive do-it-yourself guide can enable you to replace a broken Kenmore ice dispenser motor with little hassle and cost. However, it is important to mention that if the issue persists or you feel the task is beyond your skills, don't hesitate to schedule an appointment with a professional. While there is nothing wrong with attempting to troubleshoot and fix problems yourself, safety should never be compromised. Remember, when dealing with appliances, you're not only handling complex machinery but also working with electricity, which, if not dealt with correctly, can pose a serious hazard. Therefore, it is advised to use safety glasses and gloves throughout the process, disconnecting the appliance from its power source before starting and not touching any exposed electric wires. By following all safety protocols and steps, you can efficiently replace a broken Kenmore ice dispenser motor, ensuring a continuous supply of cool refreshment on hot, summer days. Every household appliance, with frequent use and time, is bound to encounter a fault, or a part might break. The Kenmore ice dispenser is no different. The aim of this DIY guide, besides saving you some bucks, is to empower you to take control, diagnose the problem, and develop the competence to independently troubleshoot and rectify other similar issues in the future. Accurate problem diagnosis can prevent potential hazards and elongate the lifespan of the appliance. Happy fixing!