1429603

Overview

The Phoenix Contact 1429603 is a CHARX control modular three-phase energy meter designed for active power measurement. It supports direct measurement in electrical grids with voltages up to 400 V and currents up to 40 A. The device features an RS-485 interface for data communication. Its compact form factor measures 84 mm by 53.6 mm, suitable for panel mounting in industrial automation and facility management applications.

Feature Summary

• Three-phase energy meter for active power measurement
• Direct measurement capability in low voltage grids
• Integrated RS-485 communication interface
• Compact modular design for panel installation

Applications

• Industrial automation systems
• Process control infrastructure
• Facility management monitoring

Procurement Notes

Verify the specific ISKRA WM3M4C designation when sourcing this component to ensure compatibility with existing CHARX control modular systems. Confirm that the procurement channel provides official Phoenix Contact documentation to validate the RS-485 interface functionality and the 400 V/40 A operational limits. Ensure the unit matches the required 84 mm x 53.6 mm panel cutout dimensions for proper integration into the target enclosure or distribution board.

Selection Notes

Select this model specifically for applications requiring precise active power measurement in three-phase networks without the need for external current transformers due to its direct measurement support. The inclusion of an RS-485 interface makes it suitable for integration into supervisory control and data acquisition (SCADA) systems. Consider the physical dimensions and panel mounting requirements when designing the equipment layout to ensure adequate space for the 84 mm x 53.6 mm housing.

Part Context

This component belongs to the Phoenix Contact CHARX control modular series, which focuses on compact measuring devices for electrification and automation. The 1429603 variant utilizes the ISKRA WM3M4C technology to provide reliable energy metering solutions. It is part of a broader ecosystem of industrial components designed for sector coupling and sustainable process optimization within complex device connections.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation.