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- Circular Connectors
- Type
- M5 Circular Connector
- M8 Circular Connector
- M9 Circular Connector
- M12Circular Connector
- M14Circular Connector
- M16Circular Connector
- 7/8 " Circular Connector
- Shape
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- Number of cores
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- 1+PE
- 2+PE
- 3+PE
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- 5+PE
- 6+PE
- 3+5 Pin
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- Foolproof type
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- General
- Protection level
- IP66
- IP67
- IP68
- Wiring method
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- Installation type
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- Square Flange Socket
- Sockets
- SMD Sockets
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- Ordinary Overmolded Type
- Overmolded Type
- Shielding type
- Shielded
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- Yes/No Optional
- Housing material
- Metal
- Plastic
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- Rated voltage
- 30V
- 48V
- 50V
- 60V
- 63V
- 125V
- 250V
- 630V
- 300V
- 800V
- Rated current
- 0.5A
- 1A
- 1.5A
- 2A
- 3A
- 4A
- 5A
- 6A
- 7A
- 8A
- 9A
- 12A
- 13A
- 16A
- Insulation resistance
- 5mΩ
- 8mΩ
Power Cables
Power cables are cables that are specifically designed to transmit power in industrial environments, and they must be able to withstand more severe operating conditions than ordinary household cables. These cables are commonly used to supply power to heavy machinery, automation equipment, control systems, and a variety of industrial applications that require high current and voltage levels.
Durability and Reliability: Manufactured with high-quality materials to withstand harsh operating environments, including chemical corrosion, extreme temperature changes and mechanical stress.
High current-carrying capacity: To meet the demands of industrial equipment, these cables typically have a large conductor cross-section to carry higher currents without overheating or damage.
Protection: Industrial power cables are equipped with additional protective layers, such as metal armor or shielding, to increase physical strength and reduce the effects of electromagnetic interference.
Standardization and Compliance: Following specific standards and codes is critical to ensuring safety.
Durability and Reliability: Manufactured with high-quality materials to withstand harsh operating environments, including chemical corrosion, extreme temperature changes and mechanical stress.
High current-carrying capacity: To meet the demands of industrial equipment, these cables typically have a large conductor cross-section to carry higher currents without overheating or damage.
Protection: Industrial power cables are equipped with additional protective layers, such as metal armor or shielding, to increase physical strength and reduce the effects of electromagnetic interference.
Standardization and Compliance: Following specific standards and codes is critical to ensuring safety.
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Industrial power cable is responsible for transmitting electric energy in industrial electric to ensure the normal operation of equipment.
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