Check the exploded view before you click “buy”. It’s the fastest way to land on the exact part for your specific appliance, because you can see where each part sits and which number belongs to it. That number is the reference you can trust: it keeps you from ordering something that “looks right” but is a slightly different version.
Most returns happen when you rely on a photo or a generic description. Only later you notice a hole is a bit off, a clip is mirrored, or a connector shape isn’t the same. The diagram shows those differences early, and the part number in the drawing is your solid anchor.
On FixPart.co.uk you’ll often find these diagrams and parts lists. Use them as your built-in check: find your model, click the part in the drawing, then match the number in the list. In practice, that’s usually quicker than endless photo-comparing.
Start with the rating plate (not the photo)
Start with the rating plate, because the type/model number is what gets you to the right parts list and exploded view. Photos are a trap: small differences (mounting points, left/right versions) can look identical until you’ve already picked the wrong variant.
You’ll often find the type/model number on a sticker or plate in places like:
- on the inner edge of a door
- on the back of the appliance
- on the underside (for example on vacuum cleaners)
In most cases you don’t need the serial number for parts lookup. The type/model number matters most. Copy it exactly as shown, including hyphens, spaces, and extra letters. That’s how you avoid ending up in a “nearly right” list that still leads to the wrong part.
How to read an exploded view without a headache
Use the exploded view as a quick reality check. First: does the position in the drawing match what you see in your appliance? Second: does the number next to that position match what you need? If both line up, you’ve got the exact number to use in the parts list.
The drawing also helps you dodge classic mistakes like ordering a mirrored part. Left/right and top/bottom are usually clearer in a diagram than in a product photo. And searching by part number is often more reliable than searching by name, because names can vary between brands and webshops.
Do you see several parts that look almost the same in one diagram? Treat that as a warning sign: there are variants within the same model range. Your type/model number plus the exact number from the drawing is what points you to the right version.
OEM vs compatible: what to watch for (and when to switch)
You’ll often see two options: original (OEM) and compatible. The difference you’ll notice first is fit and how “natural” the install feels. OEM usually lines up more directly: holes align, clips lock clearly, seals sit neatly in their groove. Compatible can be fine if you mainly want to save money on a simpler part.
Compatible tends to work well for straightforward, easy-to-reach parts (for example a filter or hose). Just expect small differences: a clip may click in more stiffly, a seal may sit a bit differently, or a connection may need a little more force. OEM is more often the “fits as intended” route, but it can cost more and sometimes isn’t available as quickly.
For parts tied to watertightness, heat, or moving components (for example a seal/gasket, pump, thermostat, or motor part), an exact match is usually the safer choice. For parts you can remove again easily, and where a tiny fit difference won’t matter much, compatible is often perfectly workable.
When it’s better to pause (or ask for help)
Before you order, do a quick cause check so you don’t buy parts you don’t need. One symptom can have multiple causes. If something won’t drain, for example, it can sometimes be solved by clearing a blockage in the filter or hose. Clues can be water sloshing, water staying in the machine, or a musty smell. Rule that out first and you’ll get to the real fix faster.
If you’re working near electrics, possible leaks, or heat sources, disconnect the power and shut off the water supply. During installation: if something won’t line up, you suddenly need a lot of force, or it feels “not quite logical”, stop. That short pause can prevent damage and makes it much more likely everything ends up fitting neatly and safely.
