Phoenix Contact D15SUB Series Serial Cable, 15 Pin D-sub, 3m Length - 2926470 This serial cable is designed for reliable connectivity in automation, electronics, and industrial applications. With a length of 3m, it features a male 15-pin D-sub connector on one end and remains unterminated on the other, allowing for customised connections in a variety of setups. Features & Benefits • Complies with IEC 60807-2 and DIN 41652 standards
• Constructed with semi-rigid PVC to ensure robustness
• Forwards up to 2A current rating for optimal performance
• Supports voltage ratings of ≤30 AC and ≤60 DCV
• Comes with individually marked and fitted wires for easy identification
• Includes a tinned copper-braided shield for enhanced signal integrity Applications • Used with industrial control systems
• Ideal for connecting automation equipment
• Suitable for custom wiring solutions and prototyping
• Commonly employed in data communication tasks What is the significance of the 15-pin D-sub connector in this design? The 15-pin D-sub connector allows for a secure and standardised connection that is widely used in data transfer applications, ensuring compatibility with a range of devices in automation and control systems. How does the semi-rigid PVC sheath contribute to cable performance? The semi-rigid PVC sheath provides durability and resistance to environmental factors, enhancing the cable's longevity while ensuring reliable operation even under challenging conditions. Can this cable be used in flexible installations? Yes, the cable is rated for use in flexible installations with an operational temperature of between -10 °C and 70 °C, making it versatile for various settings. What are the advantages of the individual wire marking? The individual wire marking assists in quick and accurate identification during installation and troubleshooting, reducing setup time and potential errors in connections. What benefits does the tinned copper-braided shield provide? The tinned copper-braided shield offers effective shielding against electromagnetic interference, ensuring the integrity of the signal transmitted through the cable.