1416444

Overview

Phoenix Contact part number 1416444 is a network cable belonging to the VS-94D series. It is an Ethernet CAT5 cable supporting Gigabit speeds of 1 Gbps (1000 Mbps). The cable features 8 positions and utilizes PVC material that is reinforced and UV-resistant, colored deep black RAL 9005. It includes shielding for signal integrity. Nominal voltage is 300 V AC with test voltages of 2500 V DC between cores and core-to-shield.

Feature Summary

• Supports high-speed data transmission at 1 Gbps
• Constructed with reinforced UV-resistant PVC jacket
• Includes shielding for electromagnetic interference protection

Applications

• Industrial Ethernet networks requiring Gigabit connectivity
• Automation systems needing durable cabling solutions
• Outdoor or harsh environment installations due to UV resistance

Procurement Notes

Verify availability as this component may be obsolete. Confirm exact length requirements since customization options exist within the series. Ensure compatibility with existing RJ45 interfaces. Check for updated datasheets regarding material specifications. Validate environmental ratings against specific installation conditions before ordering.

Selection Notes

Select this cable when Gigabit Ethernet performance is required in environments exposing cables to ultraviolet radiation. The reinforced PVC construction offers mechanical durability. Shielding is essential for noise-sensitive industrial applications. Consider the deep black color for aesthetic integration or heat absorption properties if relevant to the deployment scenario.

Part Context

This network cable is part of Phoenix Contact's VS-94D series, designed for robust industrial communication needs. It complements other connectors and modules within the company's automation portfolio. The series emphasizes reliability and longevity in demanding operational settings, providing standardized connectivity for modern industrial control systems.

Replacement Considerations

Check for direct substitutes within the VS-94D family. Verify equivalent shielding and UV resistance levels. Ensure matching pin configurations and speed capabilities. Consult manufacturer documentation for cross-reference lists.