uxcell IP65 ABS Transparent Cover Power Distribution Protection Box for Circuit Breaker Indoor on The Wall 5 Way

Why a small enclosure matters

In low‑voltage and auxiliary AC builds, the humble enclosure often sets the tone: a tidy, weather‑resistant box that closes cleanly saves headaches months down the road. I picked up the uxcell 5‑way breaker box for a compact solar/aux build, looking for something that could hold a handful of DIN‑rail devices, mount cleanly to a wall, and survive dusty, damp spaces. After installing and living with it, I’m impressed by how much this little ABS box gets right for the price, with a few caveats worth noting if you’re aiming for code‑compliant grid work or oversized conductors.

Build quality and design

The enclosure is molded from gray ABS with a clear hinged front. It feels sturdier than I expected: the body has enough wall thickness to resist flex, the hinge pins are snug, and the single front latch pulls the door into the gasket evenly. The transparent cover is genuinely useful—being able to read breaker positions or LEDs at a glance without opening the door is a simple but meaningful quality‑of‑life feature.

Inside, the effective capacity is five standard 18 mm DIN modules. That’s just right for small projects: a main disconnect plus a couple of branch breakers, or a pair of DC MCBs and a surge device. The internal depth (about 86 mm) is enough for typical DIN MCBs and small accessories without the cover fouling on protruding toggles. If you’re expecting room for tall terminal blocks or chunky ferrules stacked atop breakers, plan your layout carefully; the envelope is compact.

Fit and finish are solid for ABS. The gasket is continuous, sits flat, and hasn’t shown compression set in use. The back plane is flat and easy to mark. My unit arrived with a short 35 mm DIN rail installed—square and secure—with enough clearance to clip and unclip devices without distorting the case.

Installation experience

Mounting was straightforward. The back has molded bosses for screw mounting that sit outside the gasketed interior, so you don’t compromise the IP65 seal when you fix it to a wall. Hardware wasn’t included with my unit, so I used stainless screws and wall anchors. The box is light enough (about 300 g) that two fasteners are sufficient on plywood; I used four on drywall.

Cable entry requires drilling. There are no pre‑punched knockouts, which I prefer on a small IP‑rated box; you can choose gland sizes and placement without giving up the seal. A step bit and a deburring tool made quick, clean holes. To maintain the IP65 rating, you’ll want proper cable glands or bulkhead fittings—if you just drill and feed a cable, you’re effectively downgrading the weather resistance. With M20 glands, I ran 10 AWG PV wire on the DC side and 12 AWG THHN on the AC side; both routed comfortably without kinking.

Internally, the five‑module span is tight but serviceable. I installed two 2‑pole DC MCBs and a single‑pole disconnect. The toggle clearance against the door was fine, and labeling along the rail remained visible through the cover. If you’re using larger‑frame breakers or accessories like interlock kits, check dimensions carefully.

Capacity and compatibility

This enclosure makes sense for:

• Up to five 18 mm DIN modules (standard miniature breakers, DIN disconnects, small SSRs, or surge protectors).
• Low‑voltage DC distribution (12–48 V) or small AC subcircuits.
• Compact builds where visibility and a sealed door are advantageous, like RV compartments, sheds, or utility closets.

It does not include neutral or earth bars, which is expected at this size and price. For AC work you’ll need to add your own DIN‑mount bars or bring neutral/ground to external blocks. The case itself is plastic, so there’s no chassis bonding.

A quick callout on product pages: you may see inconsistent language about “18 ways.” Physically, this is a five‑module box. Measure your devices and plan on five.

Weather resistance and durability

It’s rated IP65: dust‑tight and protected against water jets. Real‑world translation: great for dusty shops, damp utility rooms, or RV compartments that see splash and condensation—but not something I’d leave fully exposed to sun and weather long‑term. ABS and clear plastics can yellow and embrittle under UV. If you must mount it outside, add a shade or housing, and use proper glands. Indoors or in covered locations, the seal and latch inspire confidence; after a few months in a trailer bay that gets road grime and occasional washdown spray, the interior has stayed clean and dry.

Because it’s sealed, there’s no passive ventilation. Don’t overstuff it with heat‑generating devices, and be mindful of current derating for breakers in small enclosures. For two or three modest‑load MCBs, heat hasn’t been an issue for me.

Safety and code considerations

This is where project intent matters. For off‑grid DC, RV, marine, or low‑voltage auxiliary projects, the 5‑way box is a tidy, practical solution. For grid‑tied residential AC work, especially anything that falls under inspection, you’ll need to confirm listing and compliance for your jurisdiction. Many budget ABS enclosures aren’t UL listed for use as service equipment. If you’re wiring a home subpanel or anything that requires a labeled enclosure, choose a listed steel box with the right number of spaces and integrated neutral/ground bars.

Also note the plastic body: there’s no inherent grounding, so plan your bonding scheme accordingly when mixing AC gear.

Everyday use

In daily use, the small conveniences add up:

• The clear door lets me confirm breaker positions at a glance.
• The latch is positive without being stiff; I can open it one‑handed but it hasn’t popped open in transit.
• The gasketed door opens wide enough to work inside without removing devices.
• The DIN rail alignment keeps breakers square—labels stay readable through the cover.

I do wish there were subtle molded center marks on the sides to speed up symmetrical gland layout, but that’s nitpicking. I also added my own adhesive labels to the inside of the door; the smooth surface takes a paint pen or labeler well.

What I’d change

• Documentation: A one‑page insert with cutout recommendations and gland sizing would help first‑time installers preserve the IP rating.
• Terminal accessories: Optional add‑on neutral/ground bars sized to the case would save a shopping trip for AC users.
• UV clarity: If outdoor use is anticipated, a polycarbonate door with UV stabilizers would extend life in sun.

None of these are dealbreakers for the intended use, but they outline the boundaries of the product.

Who should buy it

• DIYers adding a compact disconnect or a few breakers beside a charge controller or inverter.
• RV and camper‑van builders who need a sealed, visible, and tidy way to mount a couple of DC MCBs.
• Small workshops and sheds where dust protection and quick status checks matter.

Who should look elsewhere:

• Electricians needing a listed panelboard for residential AC circuits.
• Anyone trying to cram more than five modules or oversized industrial devices—step up to a larger enclosure.

Value

For the cost, the uxcell 5‑way box punches above its weight: solid ABS, proper gasket, clear lid, and an included DIN rail make it quick to deploy. You’ll spend a bit extra on quality glands and any terminal bars you need, but that’s true of most IP‑rated enclosures. If you spec it for what it is—a compact, sealed, five‑module box—there’s very little to complain about.

Recommendation

I recommend the uxcell 5‑way breaker box for small, sealed DIN‑rail builds where you need five modules, clear visibility, and IP65 protection in a compact footprint. It’s sturdy, easy to mount, and genuinely practical for RV solar, off‑grid DC, and auxiliary AC tasks. Just be clear about its limits: it’s not a substitute for a listed residential subpanel, it won’t host large devices, and outdoor sun exposure will shorten the life of the plastics. Use proper cable glands, plan your conductor routing, and it will serve you well.