Eaton PXM350MA6521-2B7C Enclosed Meter - NEMA 12

Consolidated metering concept: seven meters are housed in one Eaton enclosure, enabling comprehensive current, voltage, and power data for each phase within a compact footprint. The business impact is substantial: reduced cabinet depth, simplified wiring, and faster commissioning in new builds or panel retrofits. In practice, panel builders use the PXM350MA6521-2B7C to capture all essential energy metrics at a glance, supporting energy management programs and accurate demand reporting in manufacturing lines and processing facilities. Rugged protection and compliance: the unit uses a NEMA 12 enclosure, protecting sensitive electronics from dust, moisture, and incidental contact. CE marking signals compliance with European safety standards, while the ANSI/IEEE C12.20 (0.2% accuracy) and IEC 687 (0.2% accuracy) certifications give engineers confidence in metering performance for billing and regulatory requirements. Measurement accuracy drives cost savings: with 0.2% accuracy, energy usage is measured with high fidelity, reducing billing disputes and enabling more precise energy management. The device is designed for 480V systems and 50/60 Hz operation, aligning with common industrial distribution schemes. This combination supports reliable data analytics and better demand management across facilities. Connectivity accelerates integration: PXG900 communication enables remote monitoring, data export, and integration with building management systems and energy dashboards. Users benefit from real-time visibility, faster fault detection, and more effective maintenance planning. This makes the PXM350MA6521-2B7C a strong choice for digital upgrades in plants pursuing Industry 4.0 objectives. Installation and lifecycle advantages: the meter faceplate display provides on-site visibility, while the 480 Vac, 3PH/4W configuration supports straightforward wiring and protective device coordination. The enclosure supports a clean, scalable energy-sensing solution that reduces total cost of ownership through easier service, fewer wiring errors, and better long-term reliability.