Eaton PXM3KPXM350-2B10CA Enclosed Meter - CE Marked
Part Number: PXM3KPXM350-2B10CA
Quick Summary
Eaton enclosed meter measures power across multiple points in industrial panels for reliable energy monitoring and control. This solution addresses the common challenge of wiring complexity and inconsistent readings in tight switchgear environments. It carries key certifications to ensure accuracy and safety—ANSI/IEEE Std C12.20 (0.2% accuracy), ANSI/IEEE Std C62.41, and IEC 687 with 0.2% accuracy, plus CE marking for market compliance. By integrating PXG900 communication and a robust NEMA 12 enclosure, it delivers traceable data, easy installation, and long-term reliability. For engineers and procurement teams, the product translates into lower risk, simplified commissioning, and measurable improvements in energy reporting and maintenance planning.
Product Information
Extended Description
PXM3KPXM350-2B10CA Eaton: Eaton 1-PXM3000(MA15,No Optional I/O),9-PXM350(MA6521),PXG900 w/Vdc Power Supply,NEMA12(480V,CPT),1-3PH/4W Main Fuse Disconnect,Control Power Fuse Disconnect per PXM,CT Shorting Block per PXM,all PXM RS485 to PXG COM 1
Product Name
Eaton enclosed meter
Catalog Number
PXM3KPXM350-2B10CA
UPC
786689712761
Product Length/Depth
12 in
Product Height
36 in
Product Width
24 in
Product Weight
100 lb
Compliances
CE Marked
Certifications
ANSI/IEEE Std C12.20 (0.2% accuracy) ANSI/IEEE Std C62.41 IEC 687 (0.2% accuracy)
Voltage rating
480V
Enclosure
NEMA 12
Enclosure size
36inH x 24inW x 12inD
Number of meters
10
Display
Meter Faceplate
Frequency rating
50/60 Hz
Communication
PXG900
Eaton's enclosed meter family
Eaton's enclosed meter family
Eaton's Enclosed Meters
Eaton Specification Sheet - PXM3KPXM350-2B10CA
Feature → Business Impact → Application: The PXM3KPXM350-2B10CA provides ten meters within a single enclosure, enabling consolidated energy monitoring across a multi‑meter panel. This improves data accuracy and reduces wiring complexity, cutting installation time and labor costs in new builds or retrofits. Application: ideal for large motor control centers and data centers seeking centralized power analytics and tighter energy governance. Feature → Business Impact → Application: 480V voltage rating supports standard industrial power distribution, ensuring compatibility with existing infrastructure while maintaining compliance with CE and international standards. Application: suitable for manufacturing lines, packaging equipment, and process controls needing high‑fidelity energy data.
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FAQs
The PXM3KPXM350-2B10CA is designed for 480V, 50/60 Hz industrial power systems and fits standard control cabinet layouts. It comes in a NEMA 12 enclosure with dimensions of 36inH x 24inW x 12inD and weighs 100 lb, facilitating straightforward panel mounting. Plan for PXG900 communication routing, proper grounding, and accessible meter faceplate installation for efficient commissioning and future servicing.
This Eaton meter supports ANSI/IEEE Std C12.20 with 0.2% accuracy and IEC 687 with 0.2% accuracy, ensuring precise energy measurements across ten meters in a single enclosure. It displays energy data via a meter faceplate and communicates through PXG900, enabling reliable real-time monitoring and trending in industrial environments.
Yes. It is designed for 3‑phase, 4‑wire systems at 480V and is housed in a rugged NEMA 12 enclosure, which provides protection against dust, water, and incidental contact in typical manufacturing settings. The CE marking and ANSI/IEEE certification support ongoing compliance in demanding environments.
Key standards include ANSI/IEEE Std C12.20 (0.2% accuracy), ANSI/IEEE Std C62.41, IEC 687 (0.2% accuracy), and CE Marking. These certifications support regulatory audits, enable precise energy reporting, and ensure safe integration within modern electrical distribution systems.
The meter reduces wiring complexity, improves measurement accuracy, and simplifies data collection via PXG900, which lowers installation time and maintenance labor. Ongoing benefits include improved energy visibility, easier fault detection, and better asset management in control rooms, MPCs, and data centers, translating to lower operating costs over the system lifecycle.