Phoenix Contact Female 9 Pin D-sub to Male 9 Pin D-sub Cable, 4m PVC, CABLE-D 9SUB/B/S/400/KONFEK/S Series

Phoenix Contact CABLE-D 9SUB/B/S/400/KONFEK/S Series Cable, 2A Current Rating, 4m Length - 2302036

This cable is designed for efficient data transmission in automation and communication systems. With 9 Pin D-sub connectors, it enables connections between various devices, ensuring dependable performance in industrial settings. Its robust construction and shielding make it suitable for electrical, electronic, and mechanical applications.

This cable is designed for efficient data transmission in automation and communication systems. With 9 Pin D-sub connectors, it enables connections between various devices, ensuring dependable performance in industrial settings. Its robust construction and shielding make it suitable for electrical, electronic, and mechanical applications.

Features & Benefits

• Female to male configuration simplifies device pairing • Shielded design reduces interference, enhancing signal clarity • Current rating of 2A ensures adequate power delivery

• Female to male configuration simplifies device pairing • Shielded design reduces interference, enhancing signal clarity • Current rating of 2A ensures adequate power delivery

Applications

• Compatible with various electronic equipment • Suitable for requiring dependable data transfer

• Compatible with various electronic equipment • Suitable for requiring dependable data transfer

What is the sheath material of this cable?

The outer sheath is made from durable PVC, offering flexibility and protection.

The outer sheath is made from durable PVC, offering flexibility and protection.

What is the maximum voltage this cable can handle?

This cable is rated for a maximum voltage of 30V, making it suitable for various low-voltage applications.

This cable is rated for a maximum voltage of 30V, making it suitable for various low-voltage applications.

How does shielding affect performance?

The shielding reduces electromagnetic interference, ensuring clearer signals and improved data integrity during transmission.

The shielding reduces electromagnetic interference, ensuring clearer signals and improved data integrity during transmission.