Eaton PXM4KPXM350-2B8C Enclosed Meter - ANSI/IEEE C12.20 0.2%
Part Number: PXM4KPXM350-2B8C
Quick Summary
Eaton enclosed meter provides precise energy measurement for industrial power distribution. Installing and aggregating meters across multiple panels can be slow, error-prone, and costly without a single, scalable solution. It carries key certifications including ANSI/IEEE C12.20 (0.2% accuracy) and IEC 687 with CE marking to support compliance in diverse markets. The modular PXM4k/PXM350M architecture and PXG900 communications enable fast deployment, centralized data, and straightforward maintenance. This makes it ideal for energy management programs, OEM panel builders, and facility owners seeking reliable, auditable energy data and actionable insights.
Product Information
Extended Description
PXM4KPXM350-2B8C Eaton: (1)PXM4k(V1/V2/V3/V4,240Vac/250Vdc PS,CM,CE,I/O-8DI/2SO/3RO),NOPXMDISP,(8)PXM350M(IntDisp,5A Input,PulseOut,ModRTU,TOU,Bidir Energy,4thCT Input,1RO),PXG900(COM1-all PXM350,NET2-PXM4k CE2),NEMA12,CPT(480Vac),Sep VT each Meter,DCPS for PXG
Product Name
Eaton enclosed meter
Catalog Number
PXM4KPXM350-2B8C
UPC
786687079415
Product Length/Depth
14.1 in
Product Height
36 in
Product Width
24 in
Product Weight
200 lb
Compliances
CE Marked
Certifications
ANSI/IEEE Std C12.20 (0.2% accuracy) ANSI/IEEE Std C62.41 IEC 687 (0.2% accuracy)
Type
Enclosed meter
Eaton's enclosed meter family
Eaton's enclosed meter family
Eaton's Enclosed Meters
Eaton Specification Sheet - PXM4KPXM350-2B8C
Feature: Modular measurement architecture combines PXM4k and PXM350M modules in one enclosure. Benefit: Scalable metering that grows with your facility, reducing future rework and accelerating commissioning for multi-circuit facilities. Application: Data centers, manufacturing floors, and large OEM panels requiring flexible, accurate energy tracking. Feature: Rich I/O and communications—8 DI, 2 SO, 3 RO plus PulseOut, ModRTU, and TOU. Benefit: Rich data streams enable seamless SCADA integration and remote monitoring, lowering operational risks. Application: Industrial automation, energy surveillance, and demand management. Feature: NEMA12 enclosure with separate VT per meter and 480Vac CPT. Benefit: Rugged indoor installation with safe transformer connections and straightforward field wiring. Application: Plant enclosures and utility-adjacent panels. Feature: 0.2% accuracy Certifications—ANSI/IEEE C12.20; CE Marked; IEC 687; ANSI/IEEE C62.41. Benefit: Regulatory compliance with tight measurement tolerances, improving audit readiness. Application: Regulated industries and utility programs. Feature: Bidirectional energy, 4th CT input, 1RO, IntDisp display. Benefit: Enhanced energy visibility, demand response capabilities, and user-friendly diagnostics. Application: TOU energy management, installation in control rooms, and field service.
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FAQs
The PXM4KPXM350-2B8C integrates with PXG900 communication options and NET2-PXM4k CE2 networks for multi-meter setups. This compatibility enables unified data collection, streamlined panel wiring, and scalable remote monitoring across multiple meters, reducing commissioning time and improving long-term asset visibility.
This meter delivers 0.2% accuracy per ANSI/IEEE Std C12.20 and is CE marked for regulatory compliance. It also aligns with IEC 687 (0.2% accuracy) and ANSI/IEEE Std C62.41, supporting reliability in demanding industrial environments and diverse global markets.
Yes. It supports 240Vac/250Vdc power inputs and features 4th CT input with separate VT per meter, enabling flexible CT/VT configurations. The device also provides PulseOut, ModRTU, and TOU options, making it suitable for complex energy measurement in multi-circuit installations.
Absolutely. With TOU support, bidirectional energy measurement, and an IntDisp display, the meter is well-suited for energy management programs, demand response initiatives, and OEM panel projects requiring accurate, auditable energy data and real-time monitoring.
The modular PXM4k/PXM350M architecture simplifies upgrades and maintenance, reducing site visits and replacements. Its precision, regulatory compliance, and flexible I/O enable faster data-driven decisions, potentially lowering energy costs, improving compliance reporting, and delivering a favorable total cost of ownership over the equipment lifecycle.