ICHYTI Newest pv dc circuit breaker Made in China do not have the ability to switch gears with load, while DC circuit breakers are suitable for situations where voltage requirements are not high and frequent adjustments are not necessary, such as lighting circuits and household appliances.
This China ICHYTI pv dc circuit breaker In Stock are suitable for overload and short circuit protection on DC systems, and are suitable for DC equipment and electrical equipment with rated currents below 63A and rated voltages of 300V, 600V, and 1000V. This product is widely used in various fields such as power, postal, transportation, mining, and enterprises, and meets the standards of IEC60898-1 and GB140482. Compared to similar products, this product has the highest rated voltage level.
Product Model |
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NBL7-63 |
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Pole |
|
1P |
2P |
4P |
Frame Current |
|
63A |
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Rated Current |
In |
6, 10, 16, 20, 25, 32, 40, 50z63A |
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Rated Working Voltage |
Ue(DC) |
300V |
500/600/1000V |
1000V |
Rated Insulation Voltage |
Ui |
1200V |
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Rated Impulse Withstand Voltage |
Uimp |
6kV |
||
Breaking Capacity |
leu |
6 KA |
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Tripping Characteristic |
|
C |
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Tripping Type |
|
Thermal Magnetic |
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Electrical Life |
Actual |
500 Cycles(63A Frame) |
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Standard |
300 Cycles |
|||
Mechanical Life |
Actual |
10000 Cycles(63A Frame) |
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Standard |
9700 Cycles |
|||
Overvoltage Category |
|
III |
||
Pollution Degree |
|
3 |
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Ingress Protection |
|
IP40 Wiring Port IP20 |
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Resistance To Humidity And Heat |
|
Class 2 |
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Terminal Capacity |
|
2.5 x 35mm2 |
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Fastening Torque Of Terminals |
|
2.0℃ 3.5Nm |
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Ambient Temperature |
|
-30℃〜+70℃ |
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Storage Temperature |
|
-40℃〜+85℃ |
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Installation Method |
|
DIN |
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Standard |
|
IEC60947-2 |
◉ The front top design makes the handle operation more comfortable and safe;
◉ The mechanical life exceeds 20000 times, ensuring long-term use;
◉ Comply with GBT140482, IEC60947-2 standards, EU RoHS environmental requirements, and CCC and CE certifications;
◉ Suitable for DC systems, especially communication and photovoltaic systems.
The development of pv dc circuit breaker faces two main difficulties. Firstly, the DC system current does not naturally cross zero, so mature arc extinguishing technology cannot be used like AC circuit breakers; Secondly, there are a large number of inductive components in the DC system, which store a large amount of energy, increasing the difficulty of breaking DC fault currents.
However, with China's growth has come increasing pressure on natural resources, and supply constraints are beginning to emerge. This has led policymakers to look for ways to protect resources and boost efficiency. China is now investing heavily in green technologies and renewable energy sources such as solar and wind power, which will help to reduce its dependence on fossil fuels, and create new opportunities for growth.
Nevertheless, China's raw material advantage remains a critical factor in its international competitiveness, espousing the growth of new markets and supporting innovation, ultimately contributing to its economic development. As long as policymakers continue to promote sustainable management and conservation of natural resources, this advantage will remain central to China's position as a leading global manufacturer and economic power.