Product Description
The SPL-3-9 is a 3-in, 9-out lever nut connector rated 250V / 32A, giving installers a single-point tap-off for lighting and control circuits without screws or crimp tools.
Feed up to 3 conductors in and distribute to 9 outputs from one compact block — useful anywhere a single supply, data or lighting circuit needs splitting across multiple runs: junction boxes, control panels, ceiling voids.
Key specs
- Configuration: 3 input terminals / 9 output terminals
- Rated load: up to 250V, 32A
- Conductor types: solid, stranded and flexible
- Termination: tool-free lever — lift, insert stripped conductor, press down
- Housing: flame-retardant nylon
- Conductor material: tinned copper
- Reusable: yes — levers release for rewiring without cutting or re-stripping
On the job
The lever mechanism removes the need for screwdrivers or crimp tools, so a single installer can make or amend connections quickly at a junction box or panel. Because it's reusable, mis-wired runs can be corrected without wasting terminal or cable.
Stick within the 250V / 32A rating and match conductor gauge to what the terminal accepts — this is a low-voltage and mains-lighting distribution accessory, not a heavy-load power splice. Suits electrical, lighting and control wiring where several conductors need to branch from one feed.
Specifications
- Brand
- Unbranded
- SKU
- SPL39/3-9
Frequently Asked Questions
How many inputs and outputs does the SPL-3-9 have?
It has 3 input terminals and 9 output terminals, letting one feed be distributed across multiple runs from a single block.
What load rating does the SPL-3-9 support?
It's rated up to 250V and 32A, suitable for lighting, electrical and control wiring within that range.
Do I need tools to connect wires?
No — the lever design lets you lift, insert the stripped conductor and press down to secure it without screwdrivers or crimp tools.
Can the SPL-3-9 be reused if I need to rewire?
Yes, the terminal block is reusable, so connections can be released and remade for wiring changes.










