High-Current M12 L-Coded 5-Pole Power Cable with Functional Earth
This M12 L-Coded male to female straight 5-position (4+FE) cable assembly is engineered for high-current 24V DC industrial power distribution where enhanced grounding and EMC performance are required.
The 5-pole configuration (4 power contacts plus functional earth) ensures improved shielding continuity and system grounding in demanding PROFINET and industrial automation environments. Built with 14AWG (2.5mm²) copper conductors, this cable supports up to 16A per pin at 63V DC, making it ideal for motors, drives, fieldbus I/O modules, network devices and other high-power control systems.
The compact M12 L-coded interface delivers significantly higher current capacity than standard M12 connectors while maintaining a space-saving design compared to traditional 7/8” power connectors.
Overmoulded male and female connectors provide IP67 ingress protection against dust and temporary water immersion. The durable PUR outer jacket ensures suitability for drag chain and continuous flex applications, offering resistance to oil, abrasion and mechanical stress.
Key Features
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M12 L-Coded male to female straight
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5-position (4+FE) configuration
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14AWG (2.5mm²) copper conductors
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Rated 63V DC
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16A nominal current
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Shielded construction
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Integrated functional earth (FE)
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IP67 rated connectors
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PUR jacket for drag chain use
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Designed for PROFINET 24V DC power systems
Connector Specifications
Connector A
Connection: M12 L-Coded
Gender: Male
Poles: 5 (4+FE)
Orientation: Straight
Connector B
Connection: M12 L-Coded
Gender: Female
Poles: 5 (4+FE)
Orientation: Straight
Cable Specifications
Cable Type: L-Coded Power Cable
Conductor Material: Copper
Conductor Structure: AWG14 (2.5mm²)
Shield Type: Shielded
Jacket Material: PUR
Cable Colour: Grey
UL Type: UL AWM 20549
Length Range: 0.3m – 20m
Electrical Data
Nominal Current: 16A
Nominal Voltage: 63V DC
Typical Applications
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PROFINET 24V DC power distribution
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Industrial Ethernet I/O modules
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Motors and drives
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Automation control panels
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High-current field devices
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Power distribution in harsh environment