What happens when you lie a plasma tv on it's side
As the title really.
Basically just moved from UK to Australia and the removal company transported my Plasma TV upside down
. The removal guy's told me this when they unloaded it. It mentioned that it should be laid on it's side. So on taking i out of the big wooden box they laid it on its side.
I have switched it on and noticed that the picture is slightly fuzzy with interference.
Is this what happens?
Roo
Basically just moved from UK to Australia and the removal company transported my Plasma TV upside down
. The removal guy's told me this when they unloaded it. It mentioned that it should be laid on it's side. So on taking i out of the big wooden box they laid it on its side.I have switched it on and noticed that the picture is slightly fuzzy with interference.
Is this what happens?
Roo
They have to be kept upright and not be used at altitudes over 5000 ft above sea level. They used to blow up when being transported by planes
They also use a sh1teload more power than an lcd tv.
They also use a sh1teload more power than an lcd tv.
What damage does it do ?
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Its not an etch a sketch, should be fine as long as it was packed correctly and did not have anything resting on/against the screen.
Have packed them at all sorts of angles when loading them before/after events.
Have packed them at all sorts of angles when loading them before/after events.
Maybe pot luck chap - you'll have to wait and see if things settle down. I moved from both UK to Aus and back with different TV's and they all worked but that was mainly due to luck than anything else. As for 4 weeks at sea- make it nearer 8 with all the hanging around on the docks etc, plus the long wait for customers to check you have no wood in your belongings. And it may well have been moved lots as well, so if it is knackered, then not a lot you can do about it, although you may be able to get it repaired out there, and claim under your transport insurance, which is what it is there for. We claimed both times we moved.
Having said that, we also have a house in QLD (further north on the Great Barrier Reef) and all the stuff we left up there just rusts in no time with the sea air and humidity, so you'll have to be careful how long it lasts anyway...
Good luck.
Having said that, we also have a house in QLD (further north on the Great Barrier Reef) and all the stuff we left up there just rusts in no time with the sea air and humidity, so you'll have to be careful how long it lasts anyway...
Good luck.
Is the picture upside down? lol
probably more chance its got condensation or its got too cold.
I've never had a problem after laying a plasma flat or on its side.. I think its an old wives tale
probably more chance its got condensation or its got too cold.I've never had a problem after laying a plasma flat or on its side.. I think its an old wives tale
Blimey, my first plasma old wives tale

Really, is that so the gas can circulate back around the pump and the pump does not go pop then

Having worked in events for more years that i care to mention i have seen 1000's of Plasmas loaded into vans/HGV's, etc on their sides backs and sides, unloaded and plugged straight in, well say after 20 mins +
The reason why it should be kept in its upright position is simple.
The TV is crammed full of circuit boards - some of which do have heavy internal components: these are all designed to be supported vertically.
Lay the TV in any other orientation means that they may not be supported correctly, and can flex and vibrate when transported. This can lead to dry solder joints, hairline cracks on the PCB conductive tracks. Also the screen itself can flex if the TV is laid face down as components behind put can weight on the screen.
The problem is made worse when the Tv is used; where glue that holds components may have deteriorated from heat cycling, allowing components to vibrate during transport, damaging solder joints.
The same applies to any TV really, be it CRT or LCD. Just LCD generally doesn't have as much components to go wrong. But CRTs definetely suffer - even when transported in the normal upright position.
The TV is crammed full of circuit boards - some of which do have heavy internal components: these are all designed to be supported vertically.
Lay the TV in any other orientation means that they may not be supported correctly, and can flex and vibrate when transported. This can lead to dry solder joints, hairline cracks on the PCB conductive tracks. Also the screen itself can flex if the TV is laid face down as components behind put can weight on the screen.
The problem is made worse when the Tv is used; where glue that holds components may have deteriorated from heat cycling, allowing components to vibrate during transport, damaging solder joints.
The same applies to any TV really, be it CRT or LCD. Just LCD generally doesn't have as much components to go wrong. But CRTs definetely suffer - even when transported in the normal upright position.
Last edited by Shark Man; Dec 18, 2007 at 10:22 AM.
They also use a sh1teload more power than an lcd tv
For a start LCD's have their back light on all the time even during pitch black scenes. Plasma doesn't use a backlight so will draw less power when displaying blacks and dark colours.
I love that myth 
If anyone bothered to look at the ID plate on the back: Its about 50watts difference : if that. 
Wow!! 50watts, what a huge amount of power, imagine how long it would take to make a cup of tea with a 50watt kettle!
So swap a light bulb for 9 watt econmoy bulb and you've made up for the difference!
Remember that when you have a 200watt subwoofer thumping in the background. While your missus is using a 2000watt hairdryer upstairs, with a 1500watt iron on the go and a kettle in the kitchen sucking 2000watts, with tea cooking in the 2500watt oven and cloths drying in the 3000watt tumble dryer, not to forget the 3000watt immersion heater after the missus used up all the hot water in shower!

If anyone bothered to look at the ID plate on the back: Its about 50watts difference : if that. 
Wow!! 50watts, what a huge amount of power, imagine how long it would take to make a cup of tea with a 50watt kettle!
So swap a light bulb for 9 watt econmoy bulb and you've made up for the difference!
Remember that when you have a 200watt subwoofer thumping in the background. While your missus is using a 2000watt hairdryer upstairs, with a 1500watt iron on the go and a kettle in the kitchen sucking 2000watts, with tea cooking in the 2500watt oven and cloths drying in the 3000watt tumble dryer, not to forget the 3000watt immersion heater after the missus used up all the hot water in shower!
Last edited by Shark Man; Dec 18, 2007 at 10:50 AM.



