Phoenix Contact 25/S CABLE-D- 9SUB/F/OE/0 Series Serial Cable, 6m Length - 2926218 This serial cable is designed to facilitate reliable communication between devices within industrial environments. The 6 metre long cable features a 25 Pin D-sub female connector and an unterminated end, making it ideal for various automation and electronics applications. Constructed with semi-rigid PVC, it meets the IEC 60807-2 and DIN 41652 standards, ensuring robust performance under diverse operational conditions. Features & Benefits • Individual wires are marked for easy identification
• Fitted ferrules enhance connection stability and reliability
• Complies with IEC 60807-2 for streamlined industrial integration
• Open-ended design allows for flexible customisation
• Tinned copper shielding retains signal integrity and reduces interference
• Suitable for ambient temperatures between -40 °C and 70 °C Applications • Used to connect devices in automation systems
• Ideal for communication in electrical control panels
• Suitable for industrial signal transmission
• Utilised in mechanical equipment diagnostics and testing
• Effective in telecommunications for managing data flow What is the significance of the 25 Pin D-sub female connector? The 25 Pin D-sub female connector facilitates various types of interface connections, ensuring compatibility with a range of devices commonly used in industrial applications. This design promotes reliable signal transmission and aids in maintaining data integrity. What materials are used for the outer sheath, and how do they contribute to performance? The outer sheath is made from semi-rigid PVC, providing durability and resistance to environmental factors. This material choice offers protection against mechanical stress and enhances the cable's longevity in various operational settings. How does the current rating affect the application of this cable? With a current rating of 2A, it is suitable for applications that require stable electrical flow without overheating. This capability ensures safety and efficiency when connecting devices within automation systems and other equipment.