I tried several searches, but alas not that one... also searched Screwfix, tlc, & maplin & still missed the one you found.
T'day clearly isn't my day.
agreed & the search continues, but it is a good start, & noted with thanks.
If nothing else is available then it might be incorporated into a standard BC batten with a good dollop of araldite, or the brass terminals removed & taken out via solder joints to a more secure terminal block. However Maplin stocks are zero almost everywhere .
golly, that picture takes me back. I remember building a project using such lampholders and lamps nigh on forty years ago, demonstrating series and parallel wiring of bulbs and batteries, when I was around ten and in primary school...
Presumably the lamps the OP is referring to are of similar very low voltage (6V??) In which case I wouldn't have thought the exposed terminals would be a problem.
I have a 'trick' series-wiring set at work, for laughs.
It consists of a a mains transformer ( 24v output ), 2 lampholders of the type illustrated, with 12v lamps, and 2 switches.
These are all individually mounted on sections of U-shaped PVC, so the wiring underneath may be inspected. Each component is simply wired to a pair of 4mm sockets, as may be inspected from behind.
Also provided is a set of 4mm flexible jumper wires.
Here's the routine: You lay out all the items on the bench ( having been inspected ). You loop the wiring as follows: Transformer - lamp - lamp - switch - switch -transformer. Once the series circuit is completed, both lamps light, as expected. You pull any of the plugs and both lamps go out, as expected.
Here's the fun: You flip one switch off, and only one lamp goes off. Flip the other switch , and the other lamp goes off.
One switch controls one lamp. Other switch controls other lamp.
Causes lots of amusement. Answer below.
. . . . . .
. . Both switches and lamps have diodes concealed within them. On the lampholders, they are concealed under the lampholder base. On the switches, they are concealed within the switch. So there are 2 seperate circuits: a negative half-cycle circuit, and a positive half-cycle circuit.
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