ILME 6-pole 16A socket insert, screw terminals

ILME 6-pin 16A Socket Insert – A Reliable Connection Solution for Industrial Applications

Are you looking for a rugged socket insert for safe power connections in industrial environments?

The ILME 6-pin 16A socket insert is the ideal component for industrial connectors where reliability, durability, and secure contact technology are required. With screw terminals and a rated current of 16 amps, this socket insert is ideally suited for control circuits, machine connections, and control cabinets—anywhere where electrical connections must remain permanently stable.

ILME – “Made in Europe” Quality

ILME stands for high-quality connection technology manufactured in Europe and used worldwide in industrial applications. The products are designed for durability, safety, and ease of use and enjoy an excellent reputation in the fields of mechanical engineering, automation, and power distribution.

Technical Features for Professional Applications

The socket insert is equipped with 6 screw terminals, which enable a firm, secure connection of conductors. The 16-ampere rated current makes the insert ideal for medium-current circuits in control or power supply applications.

Thanks to its compact design and a weight of only 0.05 kg, the insert can be easily integrated into mounting enclosures, terminal blocks, or distribution units—in both stationary and mobile applications.

Versatile applications

Whether in control cabinet construction, machine connection, plant engineering, or in modular connector systems —the ILME 6-pole 16A socket insert is universally applicable and ensures consistently stable contacts even with frequent plugging and unplugging. The proven screw-terminal principle offers a high degree of safety and contact quality.

Features:

• 6-pole socket insert
• Rated current: 16 A
• Connection type: Screw terminals
• Compact, robust design
• Suitable for industrial applications and control circuits
• Weight: 0.05 kg
• Made in Europe – high-quality manufacturing and reliability

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