Charge Amps Perific MAX P-5031 EV-laadkabel met RJ12- en RJ45-aansluitingen

Charge Amps Perific MAX P-5031 EV charging cable with RJ12 and RJ45 connections provides a dedicated communication interface for electric vehicle charging systems. Designed to connect vehicle charging equipment with external control, diagnostics or network devices, this cable enables reliable exchange of signals and data between charging stations and monitoring or management systems. The cable is intended for use where RJ12 and RJ45 connectivity is required to support authentication, remote management, or diagnostic functions during EV charging operations.

Advantages

The cable combines RJ12 and RJ45 terminations to support both serial communication and Ethernet-based networking without requiring separate adapters. Its design emphasizes stable electrical contacts and compatibility with standard charging interfaces, helping to reduce communication errors and signal loss. Built for integration with charging station hardware and vehicle inlets, the cable supports predictable data transfer needed for diagnostics, access control and remote monitoring tasks.

Suitable for

• Connecting charging stations to on-site controllers or network switches for remote management
• Providing diagnostic links between EV chargers and service tools
• Integrating authentication modules or card readers that require RJ12 or RJ45 interfaces
• Establishing Ethernet or serial communication channels for data logging and telemetry

Key specifications

• Connector types: RJ12 and RJ45 terminations for communication and network interfaces
• Intended application: communication link for EV charging equipment, diagnostics and remote management
• Cable function: signal and data transmission between charging hardware and external control or monitoring systems
• Compatibility: designed for use with standard EV charging station interfaces requiring RJ12/RJ45 connectivity

How to use

Connect the RJ12 and RJ45 ends to the corresponding ports on the charging station, vehicle interface, or external device, ensuring each connector is fully seated and latched if applicable. Verify that connected devices are powered and that network or serial settings on the charging controller and monitoring systems match the required communication parameters. Use appropriate cable management to prevent strain on connectors and to maintain signal integrity during regular operation.

Recommendations

For reliable operation, install the cable in an environment protected from excessive moisture and mechanical stress, and avoid sharp bends near the connector ends. Regularly inspect connectors for corrosion or damage and replace the cable if any degradation is observed. When configuring networked charging infrastructure, confirm that IP and serial communication settings, as well as security measures, are correctly applied before placing the equipment into service.