Is your Samsung washing machine refusing to spin at the end of the wash cycle? Don’t panic — this is a common issue and is often caused by a faulty drain motor. In this blog, we’ll walk you through the step-by-step process to troubleshoot and replace the drain motor yourself.
Drain motor replacement guide.
🪛Step-by-Step Instructions
Step 1:🔍 Common Symptom
Washing machine not spinning.
Problem: The washing machine completes the wash and rinse cycle, but does not spin.
Likely Cause: The drain motor is not working, which means water stays in the drum and the spin cycle won't start.
Step 2:🔧Access the Drain Motor
To begin troubleshooting:
Unplug the washing machine for safety.
Remove the back cover by unscrewing two screws.
Remove the back cover.
Detach the hose inlet.
Remove the hose inlet.
If there’s still water in the drum, manually pull the drain valve to let the water out.
Pull the drain valve to let the water out.
Step 3:🔌Test Drain Motor Voltage
Tilt the washing machine backward for better access.
Tilt the washing machine.
Disconnect the drain motor wiring.
Pull the drain motor connector.
Plug the machine back in and set it to Spin mode.
Set it to Spin mode.
Use a multimeter to measure voltage at the motor connector. Normal voltage 230±10% VAC.
If voltage is present but the motor doesn’t operate, the drain motor is faulty.
Step 4:🪛Remove the Faulty Drain Motor
Remove the three screws holding the drain motor in place.
Remove the drain motor.
Disconnect the drain motor wire from the drain valve.
Carefully pull the motor out.
Step 5:⚙️Install the New Drain Motor
Reconnect the drain motor wire.
Attach the drain motor wire to the drain valve.
Align and secure the new drain motor in place.
Reattach the motor screws.
Test it by setting the machine to Spin.
The motor should pull the valve open.
Step 6:🧩Reassemble the Machine
Put everything back, reconnect the hose inlet and reinstall the back cover.
Install the back cover.
Step 7: 🧪Final Testing
Pour some water into the washing machine bucket and set it to Spin.
The drain valve opens, and water drains out.
Once the drain water empties, the washer begins spinning.
🎉Conclusion
A non-spinning Samsung washer is often caused by a faulty drain motor, and as you’ve seen, replacing it is a manageable DIY task. By checking the voltage and following a few simple steps, you can save both time and repair costs.
If you found this helpful, don’t forget to like the video, leave a comment, and subscribe to our channel for more tech tips and tutorials! Your support means a lot. 🙌
If your sliding door won’t lock properly or is difficult to close, the issue could be a worn-out handle lock or a misaligned keeper. In this guide, I’ll walk you through replacing the sliding door lock set, including unboxing, removal, installation, and adjustment. This fix is perfect for aluminium or standard household sliding doors.
Replace a sliding door lock
🪛Step-by-Step Instructions
Step 1:📦Unboxing the New Sliding Door Lock Set
Start by unboxing your new sliding door lock set. It typically includes:
Sliding door lock set.
1 × Handle Lock (inside + outside)
1 × Lock Keeper (strike plate)
2 × Keys
Step 2:🔧Removing the Old Lock Handle
Using a Phillips screwdriver, remove the two screws holding the old handle lock in place.
Remove 2 screws.
Once loose, gently pry off the front and back handles using a flathead screwdriver.
Pry the lock using screwdriver.
Remove the old lock and set it aside — you’ll immediately notice if it’s worn or damaged.
Damaged old lock.
Step 3:🧰Installing the New Handle Lock
Take the new handle lock and remove the packaging screws.
Remove 2 screws at new handle lock.
Align the new handle on the sliding door where the old one was positioned.
Align the new handle.
Insert and tighten the two screws — make sure both sides are secured properly.
Secured both screw.
Now, test the sliding door — open and close it, and try locking it from both sides. It should move smoothly and lock without resistance.
Test the sliding door open and close.
Step 4:🔁Replacing the Lock Keeper (Strike Plate)
Unscrew the old keeper mounted on the door frame.
Remove old keeper.
Align the new keeper in the same position, then secure it using the supplied screws.
Install new keeper.
Close the door and test the locking. If the lock doesn’t catch easily, the keeper may need to be adjusted.
Check the locking mechanism.
Step 5:⚙️Adjusting the Keeper for Smooth Operation
Sometimes, the keeper alignment isn’t perfect out of the box. If you:
Can’t lock the door easily
Find it hard to close
Align the keeper.
Then the keeper may need to be lifted slightly or repositioned. Loosen the screws, adjust the height, and retighten. Re-test until the door closes and locks smoothly.
Step 6:✅Final Test
Do a full function test:
Lock and unlock from the outside using the key.
Use the internal thumb turn to lock/unlock from inside.
Ensure the sliding motion is smooth and the lock engages easily.
🎉Conclusion
Replacing a sliding door lock is a simple yet effective way to restore security and ease of use to your home. With just a few tools and some patience, you can fix your door without calling a professional.
If you found this helpful, don’t forget to like the video, leave a comment, and subscribe to our channel for more tech tips and tutorials! Your support means a lot. 🙌
Ever wanted to build a simple alert system that detects nearby objects? In this guide, you’ll learn how to create a basic Arduino-based obstacle detection system using an IR sensor and a buzzer. This is a great beginner project to get started with Arduino, sensors, and digital outputs—and you’ll complete it in just a few steps!
Simple obstacle detector using an IR sensor
Components Required
To get started, you will need the following components:
Components required for this tutorial
✅ Arduino UNO board
✅ IR Obstacle Sensor
✅ Jumper Wires
✅ USB cable for Arduino
✅ Buzzer
🛠️ Circuit Wiring
Here’s how to connect each component to the Arduino:
IR sensor wiring
IR Sensor
✅ VCC → 5V on Arduino
✅ GND → GND on Arduino
✅ OUT → Digital pin 2 on Arduino
Buzzer sensor wiring
Buzzer
✅ + (Positive) → Digital pin 8 on Arduino
✅ – (Negative) → GND on Arduino
The connection between components and Arduino
Wiring diagram
💻 Uploading the Code
After wiring everything up, connect the Arduino to your computer using a USB cable. Then, upload the following code, or you can download the code HERE.
Once the code is uploaded, place your hand or an object in front of the IR sensor. The buzzer will beep, indicating that the sensor has detected an object. When the object is removed, the buzzer stops.
The IR sensor and buzzer turn ON and beep when an object is detected.
📌 Conclusion
And that’s it! This Arduino project is simple, effective, and a great hands-on introduction to IR sensors and digital outputs. Whether you’re a student or a hobbyist, this is a great first step into the world of embedded electronics!
Is your Perodua Axia 2017 Advance driver-side door handle broken or loose? You're not alone—this is a common issue due to internal plastic cracking. In this guide, we’ll walk you through the full replacement process based on an actual repair done on the Axia RH (right-hand) driver’s side.
Driver Door Handle Replacement (Right Side)
🪛 Step-by-Step Instructions
Step 1: 🔍Identify the Problem
The door handle is cracked inside and feels loose. This makes it impossible to open the door from the outside—a clear sign that the internal plastic mechanism has failed.
Step 2: 🧩Disassemble the Door Panel
Start by accessing the internal door components:
Remove the screw near the inner door handle.
Slightly pull out the rear part of the armrest and insert a trim tool to lift it fully.
Disconnect the mirror control connector.
Remove the screw at the rear of the panel.
Detach the lower door frame bracket garnish (RH).
Remove the door glass run channel if necessary.
Step 3: 🔧Remove the Trim Panel (Clip Disengagement)
Before removing the full door panel:
Disengaged the specific clip shown in the video using a pry tool or flathead screwdriver
Carefully work your way around the panel, prying out the clips one by one.
Step 4: 🛡️Access the Handle Area
Once the panel is off:
Carefully peel back the plastic moisture barrier to access the inner door mechanism.
Step 5: 🔩Remove the Broken Handle
Remove the bolts holding the handle from the inside.
Disconnect the door lock linkage and electrical connector (for the handle button).
Pull out the broken handle—it should be visibly cracked or snapped.
Step 6: 🆕Install the New Handle
Insert the new handle from the outside.
Reconnect the lock linkage and electrical connector.
Step 7: 🧱Reassemble the Door Panel
Install all components in the reverse order of removal.
Reapply the plastic moisture barrier.
Reinstall the door glass run channel.
Reattach the door trim panel by engaging the clip as shown in the video.
Reconnect the control window switch connector and snap the panel back into place.
Step 8: ✅Final Test
Press the lock/unlock button on the handle to ensure the electronics work.
Open and close the door several times to confirm smooth operation.
✅ Conclusion
Replacing a broken driver-side door handle on the Perodua Axia 2017 Advance might seem like a job for the workshop, but with the right tools and a bit of patience, it’s a DIY task you can confidently handle at home.
If you found this helpful, don’t forget to like the video, leave a comment, and subscribe to our channel for more tech tips and tutorials! Your support means a lot. 🙌