Projects & How To


Here you will find how the display is made. Please use the links beneath to jump to the different components of the display.

Light-O-Rama Computer Control (240v AC)

2007

Extending wire few metres
Always just short in wire, Malcolm adding a couple of metres.


2008

Boxes to house extention cords ready for painting
Boxes to house extention cords ready for painting.


LOR units in carport
LOR units in Car Port, The display is controlled by a computer using Light-O-Rama software and controller products. Controllers are connected to each other with daisy chained RJ45 CAT cable (cable which is used to network computers together).


LOR units all connected up
LOR AC units all connected up and ready for use.

These are situated around the opposite side to the Car port

Extention cords ready to go into boxes
Extention cords ready to go into boxes. As we have 240 volt in Australia, 3 metre extention cords were used, cutting off the Male end, and attaching spades to the postive (brown) and neutral (blue) wires, to connect to the LOR boards.


2009

LOR board enclosure

As I had purchased more Controller boards in 2009, a change in position for the AC controllers, (which to controll the 21 Mini Trees, by 3 colours). Note the Blue plastic lids at the bottom, by the cords. These were Ice Cream lids, that I cut up to use as labels.

LOR AC boards
Closer inspection of the AC board enclosure.

LOR plug in station



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Light-O-Rama Computer Control (24v DC)

2009

DC boards take 1

In 2009, I purchased 6 x DC boards,I decided to use 2 X 12 volt batteries, in series to power the boards, on the left was the 24v charger. I also made up separate connected, so the lights could plug straight into.

After all the time setting up the board, the BLUE LED's failed to glow or were very dim. Thanks to Eddie, it appears the Blue LED's needed at least 28.5 volt. I had to scrap the battery idea, quickly, purchased 2 transformers.

DC boards take 2
The setup with 240volt down to 24v DC, plus all the lights connected. On the top lwft hand side is 12v transformer which was dedicated to the 12v DC Flood LED's.

Batteries used to power DC boards
Battery setup to start with.

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Mega Tree Pulley System

2007

Photo Of Len's Christmas Lights
2007's first attempt.


Photo Of Len's Christmas Lights
2007's Mega Tree with lights atttached, took over 2 days to put together.


2008

Photo Of Len's Christmas Lights
Pulley System.


Photo Of Len's Christmas Lights
Tree topper, 3 sided star, slides into tubing on left in picture


Photo Of Len's Christmas Lights
Pivot system for 2008.

2007's Mega Tree idea did not work as expected. Need to modify, so as it was difficult to raise and Lower. Thus a pivot system was designed, worked well.


Photo Of Len's Christmas Lights

Due to yard contstraints, the light pole was used to mount the Mega tree.


Photo Of Len's Christmas Lights
2008's Mega Tree with the new pulley system, worked like a charm. Note the red rope going to the roof, this is used to raise and lower the top section.


2009

Photo Of Len's Christmas Lights
Mega tree up in 3 hours

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Mega Tree Topper

2009

Photo Of Len's Christmas Lights
Mega tree toper, I used rope light that was cut at approx 1 metre lengths, bent some flat steel, to the same lengths, welded them together, then zippy tied the 3 rope lights, they each have a separate controller channel.


Photo Of Len's Christmas Lights
Under the Tree topper, the pulley system to raise and lower the lights (Red cords). The green cord is used to raise and lower, from the roof, the pole which is pivoted, lower down.



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Mini Trees

2006

Photo Of Len's Christmas Lights
Ready for painting. 20 Mini Trees made from steel rod welded together.


2009

Photo Of Len's Christmas Lights
In 2009, I felt the Mini trees were not bright enough in previous years, at the beginning of 2009, with the after Christmas sales I purchased 60 sets of Red, Green and White 10 metre rope lights very cheap. We wrapped the trees, Malcolm and Carl testing a tree in the Photo. After we completed, the trees, I started to have a funny feeling that I might be drwaing to much power. Leith came and verified that if I put all the Rope ligyhts on, 42 Amps would be drawn. MMMMM. I could only have 1 colour on at a time. Lesson learnt.


Photo Of Len's Christmas Lights
Complted Mini trees, a great idea, but created more problems ie power usage, anf lengthing the cords, as they are 240 volt.



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Leaping Arches

2007

Photo Of Len's Christmas Lights
Winding of Arches


Photo Of Len's Christmas Lights
More winding, second shift on duty.


2009

Photo Of Len's Christmas Lights
One of the Mega Arches on the Lawn

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Reindeer Ropelight Motif

2009

Photo Of Len's Christmas Lights
Over the last few years, I had thought of Father Xmas flying over the roof line. I decided this year 2009, to make up 6 sets of Deers and a FC. Frame work welded and bent ready for painting.

Photo Of Len's Christmas Lights
First undercoat of all the pieces.

Photo Of Len's Christmas Lights
A working bee of the Elves that were helping tie on the rope lights, Hazel, Pam, Beryl, Pat, Marie, Debra

Photo Of Len's Christmas Lights
Hazel having a joke....

Photo Of Len's Christmas Lights
All the reindeers finished

Photo Of Len's Christmas Lights
End result fixed to the roof.

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LED Spots

2009

Photo Of Len's Christmas Lights
12 v LED flood lights I made. 50mm pvc pipe cut to length, hole sawed some plastic I puchased. Cut a piece of 500mm pipe 10mm wide trimmed a small piece out, then glued it inside. The LED then just fitted in side, siliconed it in place with a small clear plastic cover.

Photo Of Len's Christmas Lights
The pieces ready for assembly.

Photo Of Len's Christmas Lights
Finished Flood LED, there were 32 of these made.

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