Ansgery Liquid-Tight Conduit and Connector Kit 1/2 Inch 25 Ft,Flexible Non Metallic Liquid Tight Electrical Conduit UL Certification,Electrical Conduit Kit with 5 Straight,3 Angle Fittings

Why I reached for this conduit kit

I needed a quick, code-compliant way to run new outdoor circuits: one to a mini‑split disconnect and another to a string of low‑voltage transformers and path lights along a fence. I didn’t want to wrangle metallic liquid‑tight or piece together fittings from the big box store. The Ansgery 1/2‑inch liquid‑tight conduit kit promised 25 feet of non‑metallic flex plus a useful mix of fittings in the box. That combination—right size, reasonable length, and included straight and 90° connectors—made it an easy pick for a weekend install.

What’s in the box and how it’s built

The kit includes:
- 25 ft of 1/2‑inch non‑metallic liquid‑tight conduit (OD ~0.83 in, wall ~2.5 mm)
- Five straight connectors
- Three 90° connectors

The conduit is a flexible PVC construction with a smooth inner bore—no spiral ribs to snag conductors. That smooth interior really matters, especially at 1/2 inch where fill and friction add up fast. The material is UL listed for liquid‑tight applications and rated for outdoor use, including direct sunlight and direct burial. It shrugs off water, oil, and abrasion better than you’d expect for how light it is, and it doesn’t have the sharp edges you get with metallic alternatives. At roughly half the weight of liquid‑tight metallic, it’s easy to uncoil, route, and support.

The fittings are the compression type you’d expect for LFNC: the conduit pushes onto a ferrule and is secured by a dome nut to form a watertight seal. The body side threads into 1/2‑inch knockouts or hubs. Hand‑tightening assembles the conduit side; you’ll still want a wrench for the box side to get a solid, weatherproof seat. The 90° connectors are especially handy for tight clearances at disconnects and low‑profile boxes.

Installation notes from the field

I cut the conduit with ratcheting PVC shears and cleaned the ends with a quick pass of a utility knife. That yields a square, burr‑free edge that won’t shave insulation. Assembly is fast: slip the nut and ferrule over the conduit, push the conduit home, and snug the dome nut. The seal is positive, and the grip on the jacket is firm.

A few practical observations:
- Straightening the coil: Lay the conduit in the sun for 15–20 minutes or gently warm it with a heat gun on low; it relaxes and lies flatter, which makes routing and strapping cleaner.
- Pulling wire: For short runs and gentle sweeps, I could push three THWN‑2 conductors by hand. For anything over ~12–15 feet or with multiple bends, plan on a fish tape or pull string and a dab of pulling lube. The smooth bore helps, but friction is real in 1/2‑inch trade size.
- Fittings into boxes: The connectors thread cleanly into standard 1/2‑inch knockouts on weatherproof enclosures and disconnects. I added a thin bead of outdoor‑rated sealant behind the locknut on one exposed box face to be extra cautious in wind‑driven rain. Hand‑tight is enough on the dome nut; don’t over‑torque or you’ll distort the ferrule.
- Bends: The conduit accepts gentle bends without kinking, but avoid tight radii. If you need a sharp turn at the enclosure, use the included 90° fittings rather than forcing a bend right at the box.

For conductor sizing, the practical sweet spot is three or four THHN/THWN‑2 conductors in the 12–10 AWG range. Larger multi‑conductor cables with a thick outer jacket can go through, but they raise friction dramatically. If you must pull a jacketed cable, pre‑lube and consider breaking the run into shorter sections.

Durability outdoors

The kit is intended for wet locations, sun, and burial, and it seems up to the task. After a few months of exposure—summer sun and a couple of heavy storms—the conduit hasn’t chalked or stiffened, and the fittings remain watertight. I like the feel of the PVC jacket: not rubbery or soft, but pliable enough to route around obstacles without springing back. In cooler weather (down to the mid‑30s °F during one early‑morning run), it stayed flexible enough to work without turning into a wrestling match.

This is still non‑metallic conduit, so it’s not the right choice for areas where high crush resistance is critical (e.g., across a driveway without proper protection). For typical residential runs along siding, fences, or buried under a garden bed at the correct depth, it’s ideal. Do remember to pull a separate equipment grounding conductor; the raceway itself is not a grounding path.

Code and best‑practice reminders

• Use conductors rated for wet locations (THWN‑2 is the common choice).
• Don’t sleeve NM‑B cable outdoors; it’s not allowed in wet locations.
• Respect conduit fill limits and the 360° total bend rule between pull points.
• Support the conduit per spacing requirements and leave a drip loop at outdoor equipment entries.
• For direct burial, follow local depth requirements and use proper transitions up to enclosures.

The kit is UL listed, which simplifies inspection, but local amendments vary—check your AHJ if you’re unsure.

Where this kit shines

• Small to medium outdoor circuits: mini‑split condensers, pumps, outdoor lighting, well heads, and detached structure feeds.
• Tight spaces: The 90° fittings and the conduit’s flexibility help at low‑clearance disconnects or wall penetrations where rigid fittings would be awkward.
• Speed: Having five straight and three 90° connectors on hand means fewer supply‑house runs and fewer compromises mid‑project.

Where it’s less ideal

• Long single runs in 1/2 inch with many bends: Expect higher pulling friction; step up to 3/4 inch if you’re moving multiple 10 AWG conductors over distance.
• High‑abuse areas: If the conduit will see vehicles, heavy equipment, or regular impact, liquid‑tight metallic or rigid PVC with proper sleeving is a better choice.

Value and comparison

Buying liquid‑tight conduit by the coil and fittings à la carte adds up quickly, especially if you only need a handful of connectors. This kit’s value is in the bundling: five straights and three 90s cover most small projects with extras to spare. The material quality is on par with name‑brand LFNC‑B I’ve used, and the installation experience is easier than with metallic liquid‑tight—lighter to handle, simpler to cut, and no sharp edges.

Tips to get the most from it

• Pre‑pull a nylon string and leave it in place for future upgrades.
• Use a non‑metallic blade or fine‑tooth saw to cut cleanly; deburr the inner edge.
• Warm the conduit before routing for flatter runs and less “memory.”
• Snug the box‑side nut with a wrench; hand‑tighten the dome nut on the conduit side.
• When in doubt on size, step up to 3/4 inch for easier pulls and future‑proofing.

Pros

• Smooth‑bore, flexible, UL‑listed conduit suitable for wet locations, sunlight, and burial
• Includes a practical mix of five straight and three 90° connectors
• Fast, tool‑light assembly on the conduit side; clean, watertight seals
• Lightweight, easy to cut, and safer to handle than metallic alternatives
• Good weather resistance and flexibility across temperature swings

Cons

• Pulling larger cables through 1/2 inch can be tedious over longer runs; plan on fish tape and lube
• Non‑metallic body isn’t as crush‑resistant as metallic liquid‑tight
• Box‑side of fittings still benefits from a wrench despite “tool‑free” claims

Recommendation

I recommend the Ansgery 1/2‑inch liquid‑tight conduit kit for homeowners and pros who want a straightforward, code‑appropriate solution for small outdoor electrical runs. The combination of a smooth, flexible conduit with a generous set of straight and 90° fittings makes installs faster and cleaner, and the UL listing, sunlight rating, and burial suitability check the safety boxes. If you’re planning long, heavily loaded pulls in 1/2 inch, consider upsizing to reduce friction; otherwise, this kit is a reliable, cost‑effective choice that saves time without cutting corners.