HARTINGHARTING T1 Industrial, 500mm, Yellow M8 to Male SPE Male, Unshielded Unshielded, Terminated Polyurethane Sheath

Harting T1 Industrial Series Cable assembly, 500mm Length, 4A Current Rating - 33280208002050

This cable assembly is designed for reliable connectivity within industrial environments. Measuring 500mm in length, it features an unshielded configuration, making it ideal for applications where external interference is minimal. The assembly incorporates an M8 connector with 2 contacts, providing robust and straightforward connections, suitable for various automation and electronic applications.

This cable assembly is designed for reliable connectivity within industrial environments. Measuring 500mm in length, it features an unshielded configuration, making it ideal for applications where external interference is minimal. The assembly incorporates an M8 connector with 2 contacts, providing robust and straightforward connections, suitable for various automation and electronic applications.

Features & Benefits

• Unshielded design facilitates lightweight and flexible deployment • M8 connector ensures secure connections with 2 pin configuration • Constructed from durable polyurethane for resilience in harsh conditions • 22AWG cable assembly supports significant current handling at 4A • Rated IP20 indicating protection against solid objects over 12mm • Offers voltage rating of 60V DC for versatile applications

• Unshielded design facilitates lightweight and flexible deployment • M8 connector ensures secure connections with 2 pin configuration • Constructed from durable polyurethane for resilience in harsh conditions • 22AWG cable assembly supports significant current handling at 4A • Rated IP20 indicating protection against solid objects over 12mm • Offers voltage rating of 60V DC for versatile applications

Applications

• Used in automation systems to connect sensors and actuators • Suitable for interconnections in electrical and mechanical assemblies • Applied in machine-building for reliable data communication • Utilised in industrial Ethernet for streamlined connectivity

• Used in automation systems to connect sensors and actuators • Suitable for interconnections in electrical and mechanical assemblies • Applied in machine-building for reliable data communication • Utilised in industrial Ethernet for streamlined connectivity

What type of materials are used in this cable assembly?

The cable assembly features a polyurethane outer sheath, which provides durability and flexibility, making it suitable for use in various industrial conditions.

The cable assembly features a polyurethane outer sheath, which provides durability and flexibility, making it suitable for use in various industrial conditions.

How does the M8 connector improve connectivity in industrial settings?

The M8 connector offers a secure, stable connection due to its robust design, ensuring reliable transmission of power and data essential for automation and control applications.

The M8 connector offers a secure, stable connection due to its robust design, ensuring reliable transmission of power and data essential for automation and control applications.

What current capacity can this assembly handle effectively?

With a current rating of 4A, it is suitable for a variety of industrial applications that require reliable and efficient power delivery.

With a current rating of 4A, it is suitable for a variety of industrial applications that require reliable and efficient power delivery.

What is the significance of the IP20 rating for this product?

The IP20 rating indicates that the assembly is protected against solid objects larger than 12mm, making it appropriate for indoor use where exposure to external elements is limited.

The IP20 rating indicates that the assembly is protected against solid objects larger than 12mm, making it appropriate for indoor use where exposure to external elements is limited.

What specific advantages does the unshielded design provide?

An unshielded design reduces bulk, offering greater flexibility and ease of installation in environments with lower interference, making it ideal for straightforward applications.

An unshielded design reduces bulk, offering greater flexibility and ease of installation in environments with lower interference, making it ideal for straightforward applications.