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Suitable for overhead power lines with an exchange rated voltage of 35KV and below, used in towns, high-rise buildings and forest areas with high safety requirements.

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This product is suitable for automatic control, monitoring circuits, protection lines and other systems with a rated AC voltage of 450/750V or less at power frequency. It is fixedly installed indoors in various industries such as metallurgy, electric power, and construction.

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This product is suitable for automatic control, monitoring circuits, protection lines and other systems with a rated AC voltage of 450/750V or less at power frequency. It is fixedly installed indoors in various industries such as metallurgy, electric power, and construction.

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This product is suitable for automatic control, monitoring circuits, protection lines and other systems with a rated AC voltage of 450/750V or less at power frequency. It is fixedly installed indoors in various industries such as metallurgy, electric power, and construction.

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This product is suitable for automatic control, monitoring circuits, protection lines and other systems with a rated AC voltage of 450/750V or less at power frequency. It is fixedly installed indoors in industries such as metallurgy, electric power, and construction.

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Selection of the conductor cross-sectional area for low-voltage power cables must consider four conditions simultaneously: economic current density, safe current carrying capacity, voltage loss, and mechanical strength. During calculation, one condition is prioritized while verifying that the other three conditions are also met.

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Selection of the conductor cross-sectional area for low-voltage power cables must consider four conditions simultaneously: economic current density, safe current carrying capacity, voltage loss, and mechanical strength. During calculation, one condition is prioritized while verifying that the other three conditions are also met.

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Selection of the conductor cross-sectional area for low-voltage power cables must consider four conditions simultaneously: economic current density, safe current carrying capacity, voltage loss, and mechanical strength. During calculation, one condition is prioritized while verifying that the other three conditions are also met.

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