M12 Field attachable L-coded Power Female

The M12 Power Field Attachable Connector is a reliable and robust solution for industrial applications. This female connector is straight and features 5-pin (4+FE) L-coded wiring, ensuring secure and efficient connectivity. The connector is shielded to protect against electromagnetic interference, and the silver housing enhances durability and resistance to harsh environments. The crimp type attachment ensures a solid connection, maintaining high performance in demanding conditions. Rated for 50 V AC/60 V DC and compatible with various cable sizes due to the enclosed gaskets, this connector is versatile and suitable for a wide range of applications, including automation systems and industrial machinery setups.

The M12 Power Field Attachable Connector is a highly reliable and versatile component designed to meet demanding electrical connectivity needs. Featuring a female, straight, 5-pin (4+FE) configuration with L-coding, this connector ensures secure and robust connections. Its shielded design and silver housing enhance durability and performance in industrial environments. The crimp type attachment allows for secure wire connections, accommodating operating voltages of 50 V AC and 60 V DC. With a protection degree of IP65 and IP67, it ensures resistance to dust and water, making it suitable for harsh conditions. The connector's materials, including CuNi base and Cu/Au plating, ensure high contact resistance and durability. A key benefit of this connector is its versatility in use, thanks to its field attachable feature. The 3 enclosed gaskets allow for compatibility with cables of varying diameters (Ø3 - Ø6 mm, Ø5 - Ø9 mm, Ø8 - Ø11 mm), providing flexibility in different applications. Additionally, its reliable strain-relief feature mitigates cable stress, enhancing longevity. The M12 Power Field Attachable Connector is ideal for applications in industrial automation, power supply connections, and environments requiring robust electrical contacts. Its high resistance to environmental factors makes it a reliable choice for maintaining consistent performance in demanding operational settings.