The resulting proprietarys output equivalent to a 100W standard bulb is replaced by a 10W Led-O, which will save 90% of the energy used currently. The new proprietary technology also allows the lights to be dimmable. Combined the features will save over 90% of The energy used in standard bulb, and 50% compared to a CFL, emitting no of UV light and having no mercury.
The Led-O is 100% recyclable, its life time is over 5 years, works in -40 degree temperature and is practically unbreakable.
Current products include replacements for 100W, 75W, 60W and 40W bulbs and a low profile light bar that measures less than 1â„4" thick. All products provide energy savings of up to and even exceeding 90% and come with a full 2 â€‹â€‹year factory warranty. BasicTechnical Data:
1 * 10W
Brightest LED chips
No UV or RF interference
10 times longer life than conventional bulbs
High vibration tolerance
3 Year Warranty
Instant Soft Start
Reduced Heat Gain
"Our team of experts discovered a way to create a LCC light source that has a life of over 5 years, is recyclable, contains no glass, has no fragile parts, uses no gases and works in virtually any temperature. We were told this was Not possible, but did not give up in our product development and finally solved all the problemsâ€ says Joel Westermarck from Leds America, Inc.
"We are also in the process of developing manufacturing plants right here in the United States with the help and cooperation of the International Brotherhood of Electrical Workers" said Mr. Westermarck.
The lights will be marketed under the Led-O brand name which will have its first launch at the New York Light Fair May 5-7, 2009 booth 284.
For circuits operating at or above 2,000 volts between conductors, a conductive shield may surround each insulated conductor. This equalizes electrical stress on the cable insulation. This technique was patented by Martin Hochstadter in 1916; the shield is sometimes called a Hochstadter shield. The individual conductor shields of a cable are connected to earth ground at the ends of the cable, and at locations along the length if voltage rise during faults would be dangerous.
Cables for power distribution of 10 kV or higher may be insulated with oil and paper, and are run in a rigid steel pipe, semi-rigid aluminum or lead sheath. For higher voltages the oil may be kept under pressure to prevent formation of voids that would allow partial discharges within the cable insulation.
A high-voltage cable designed for 400 kV. The large conductor in the center carries the current, smaller conductors on the outside act as a shield to equalize the voltage stress in the thick polyethylene insulation layer.Modern high-voltage cables use polyethylene or other polymers, including XLPE for insulation. They require special techniques for jointing and terminating, see High-voltage cable.
Many multiconductor cables have a bare or insulated grounding or bonding wire which is for connection to earth ground. The grounding conductor connects equipment enclosures to ground for protection from electric shock.
Electrical power cables are often installed in raceways, including electrical conduit and cable trays, which may contain one or more conductors.
A hybrid cable can include conductors for control signals or may also include optical fibers for data.
18/30kv Power Cable, Armoured XLPE Power Cable
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