CERRXIAN 12 Inch IEC320 C14 3 pin Male Plug to Figure 8 C7 Power Adapter Cable
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Can be used to convert IEC C14 to IEC C7 Cloverleaf devices Has good heat dissipation, high toughness, and resistance to fall and durable. Low energy consumption: It is obvious that due to the low copper resistivity, the power loss of the copper cable is lower than that of the aluminum cable.This is conducive to improving power generation utilization and environmental protection. High strength: Allowable stress at room temperature, copper is higher than aluminum 7 ~ 28%.Especially under high temperature stress, the difference between the two is even more far. VDE Approved.
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Amazon
Can be used to convert IEC C14 to IEC C7 Cloverleaf devices Has good heat dissipation, high toughness, and resistance to fall and durable. Low energy consumption: It is obvious that due to the low copper resistivity, the power loss of the copper cable is lower than that of the aluminum cable.This is conducive to improving power generation utilization and environmental protection. High strength: Allowable stress at room temperature, copper is higher than aluminum 7 ~ 28%.Especially under high temperature stress, the difference between the two is even more far. VDE Approved.
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Description
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Can be used to convert IEC C14 to IEC C7 Cloverleaf devices Has good heat dissipation, high toughness, and resistance to fall and durable. Low energy consumption: It is obvious that due to the low copper resistivity, the power loss of the copper cable is lower than that of the aluminum cable.This is conducive to improving power generation utilization and environmental protection. High strength: Allowable stress at room temperature, copper is higher than aluminum 7 ~ 28%.Especially under high temperature stress, the difference between the two is even more far. VDE Approved.
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