When you’re choosing terminal strips and blocks, start with how many conductors you need to land and how much room you’ve got. A compact terminal block suits a tight junction box, while a longer terminal strip gives you more ways through and keeps the connections in order. Screw terminal block versions remain the common pick for straightforward terminations.
Termination Technology Porcelain Connector - 15A
2-way 15A porcelain connector block for high-temperature use
Arnocanali 8 Hole 160A 4 Pole Distribution Block - 1 x 50mm, 1 x 35mm, 1 x 25mm,…
Arnocanali 160A 4 pole distribution block, 8 holes, IP20
Arnocanali 8-Hole SP Distribution Block - 1 x 70mm 7 x 16mm 160A
8-hole distribution block 160A 690V IP20 with hinged cover
Wieland Electric SELOSWT Feed-Through DIN Rail Terminal Screw Connection - 10mm²…
Grey feed-through DIN rail terminal, screw connection, 10mm width
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30 amp connector strip for electrical wiring
Niglon Strip Connector Fuse - 5A
5A fuse for strip connector terminals
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2.5mm² feed-through DIN rail terminal, screw connection, blue, 5mm width
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Blue 4mm² DIN rail terminal, 6mm width, screw connection
Wago Mounting Carrier with Strain Relief for 2-Way Inline Splicing Connector (Sc…
Mounting carrier with strain relief for Wago 221 inline splicing connectors, scr…
Wieland Electric End Stop, Metal Universal Foot - WE1/U
Metal universal foot end stop for terminal strip installations
Space and use come first with terminal strips and blocks. If the enclosure is tight, you usually want the shortest layout that still gives you enough ways to land the conductors cleanly. If the job needs more take-offs, a longer terminal strip is the neater call. A screw terminal block is still the common pick when you want a familiar fix, but the layout normally decides it, not the finish or any extra bits. The choice that gets changed later is usually the one where the box was too tight from the start.
A terminal block usually suits the neater, tighter job where you want each conductor landed in a compact footprint. A terminal strip makes more sense when you’ve got several connections to line up in one run and want the layout easier to read.
The strip gives you more room to organise the conductors, but it does take up more space in the enclosure. On jobs where access is awkward, that extra length can be the difference between a clean termination and a cramped one.
If you’re working through the wider Cable & Cable Management range, this is where you decide whether you need the shortest layout or the clearest connection line.
Start with how many conductors you need to land and how much room the enclosure gives you. A screw terminal block suits a compact termination where each core needs its own point. A longer terminal strip works better when you have several take-offs and want the connections laid out in order.
If the job is going into Metal Conduit & Accessories, check the termination space before you buy. Conduit runs often leave less room than expected. Match the block to the Cable size and core count. That is where most call-backs start.
Once you’ve picked the terminal strips and blocks, the next call is usually the enclosure and how the run finishes around it. If the wiring is going into a panel or board, get the matching fixings and enclosure parts sorted at the same time. A loose lid or awkward entry point slows you down later.
Where the run is exposed, the surrounding cable management matters just as much. Clips, sleeving or conduit accessories keep the install tidy and cut down on call-backs. Keep the finish simple and you’ll usually spend less time sorting it out on site.
















