| Customization: | Available |
|---|---|
| Type: | Power Source Arrester |
| Structure: | Multi-Chamber Arc Blowing Type |
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Specification
1.Highest voltage for equipment can be up to 24 kV.
2.No maintenance is required
3.Protection against: IOV
4.Only 1 product per pole is required
5.Products are installed with phase alternation (А -> B -> C)
6.Definitely great use and the highest possible reliability
7.Line Protection Device has been designed to ensure the most effective protection from indirect strokes. This device is able to perform as highly effective lightning protection system, providing secure power network operation in 80% of such issues.
8.In order to protect sensitive equipment, such as pole-mounted transformers (PMT), conventional metal oxide surge arresters still must be used
Operational Principle
1.Ensuring a high ability to discharge excessive energy of an overvoltage in the surrounding atmosphere
2.The induced overvoltage will create an electrical power arc between the terminal electrode of a MLPD and the conductor clamp on a line. First, the arc will be divided into a series of small arcs by a series of discharge chambers, and then quickly extinguished when the oscillating current of the grid exceeds zero.
Parameters
| Description | Unit | Value |
| Electrical line parameters | ||
| Highest voltage for equipment | kV | 40.5 |
| Maximum prospective fault current | kA | 5 |
| External air gap | mm | 110-180 |
| 50% flashover voltage | kV | 230 |
| Power frequency withstand voltage | kV (wet/dry) | 65/80 |
| Lightning parameters | ||
| Lightning discharge capability (200 μs) | C | 2.8 |
| High current impulse (4/10 μs) | kA | 65 |
| Maximum quenching lightning current, | kA | 20 (8/50µs) |
| Minimum withstand amount of operations | 10 | |
| General Parameters | ||
| Additional power losses on the line | % | 0 |
| Average expected lifespan | years | 30 |
| UV resistance | h | 1000 |
| Weight | kg | 5.6 |
| Maintenance | 1 visual verification per year |
According to IEC 60038, According to IEC 60071-1, According to IEC 60099-8, According to ISO 4892-2, method A, IEC 62217
Size
Installation
Pin/post/pin-post
Horizontal post insulation
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