Eaton PXMP-MB Power Xpert Meter - ANSI/IEEE C12.20 0.5%

Part Number: PXMP-MB
PXMP-MB
Manufacturer
Eaton
Part number
PXMP-MB
Category

Quick Summary

The Eaton Power Xpert multi point meter enables precise energy monitoring across multiple points in commercial and industrial electrical systems. Facilities often struggle with fragmented submetering and delayed insights from siloed data. This model is CE marked, UL Listed to 61010-1, and ANSI/IEEE C12.20 with 0.5% accuracy, with EN 61000-4-4/5 transient immunity. Enabled by 256 MB memory, data logging, and Modbus RTU via RS-485, it delivers reliable energy visibility for cost accounting and demand management. Designed for easy retrofit in existing panels, with programmable inputs and digital output, it supports scalable energy analytics and faster ROI through accurate allocation and proactive maintenance.

Product Information

Extended Description

PXMP-MB Eaton: Eaton Power Xpert Multi-Point Meter, External power source, 0.080A max, 24 +/- 20% Vdc, Single-phase/three-phase, Digital output, ABCN voltage inputs, 2.0 kV isolation, 35 ohms max, Three-wire, used with PXMP-MB
Product Name
Eaton Power Xpert multi point meter
Catalog Number
PXMP-MB
UPC
786685757872
Product Length/Depth
15.7 in
Product Height
1.5 in
Product Width
12.5 in
Product Weight
10 lb
Warranty
1 year
Compliances
CE Marked
Certifications
EN 61000-4-4 Electrical fast transient EN 61000-4-5 Surge UL Listed 61010-1 File E185559 ANSI/IEEE Std C12.20 (0.5% accuracy) CSA Std. C22.2 No. 1010.1.92
Used with
PXMP-MB
Voltage rating
24 +/- 20% Vdc
Number of CT inputs
Single-phase, three-phase
Memory
256 MB
%Thd - current and voltage
None
Individual harmonics magnitude
None
Waveform capture sampling rate
None
Impulse transient capture
None
ANSI % revenue accuracy
C12.20 (0.5)
Current sensor input
100 mA
Output
Digital
Logging
Data Logging
I/O capability
Programmable Discrete Inputs
Communications
Modbus RTU (RS - 485)
Model
External power source
Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Cost Allocations with a Power Xpert Multi Point Meter, Step 6: E-Allocation Software Eaton Specification Sheet - PXMP-MB Wireless multi-point energy submetering
Feature External power source and 24 Vdc input → Simplified installation, reduced wiring complexity, and reliable operation in remote or crowded panels. Business Impact: Faster commissioning, lower wiring costs, and improved reliability in critical monitoring points. Application: Retrofits in existing electrical rooms where a dedicated power supply is preferred. Feature Single‑phase/three‑phase inputs with 2-wire/3-wire capability → Broad compatibility across a mix of old and new equipment. Business Impact: Seamless deployment across campus or facility distributions without redesigns. Application: Energy submetering for feeders and panels in manufacturing lines or data centers. Feature 256 MB memory and data logging → Long-term data retention for audits and energy accounting. Business Impact: Accelerates cost allocations and enables trend analysis for demand management. Application: Quarterly energy reviews and regulatory reporting. Feature Modbus RTU (RS-485) communications → Easy integration with building management and energy management systems. Business Impact: Consolidated visibility and automation-ready data streams. Application: Centralized dashboards and alarm logic in MES/SCADA environments. Feature 2 kV isolation and 100 mA current sensor input → Enhanced safety and measurement integrity in noisy electrical environments. Business Impact: Reduced risk of data corruption and improved personnel safety. Application: Submetering in panels with mixed loads and limited grounding options. Feature Digital output and programmable discrete inputs → Flexible control and event signaling at the meter level. Business Impact: Direct integration with control systems and improved fault/energy event handling. Application: Demand response and on/off control for critical loads. Feature Compliance and certification coverage (CE Marked; UL Listed 61010-1; ANSI/IEEE C12.20 0.5% accuracy; CSA) → Regulatory readiness and market acceptance. Business Impact: Simplified procurement with defensible compliance in audits. Application: Utilities-grade metering for regulated environments and international deployments.

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FAQs

PXMP-MB uses an external 24 Vdc power source and supports single-phase or three-phase wiring with two or three-wire configurations. It offers 2 kV isolation, 100 mA current sensor input, and RS-485 Modbus RTU communication, enabling straightforward retrofit into most panel boards without extensive rewiring.
The PXMP-MB aligns with ANSI/IEEE C12.20 at 0.5% accuracy, includes EN 61000-4-4/5 transient immunity for robust operation in harsh environments, and UL Listed 61010-1 safety certification, ensuring dependable energy data for audits and compliance.
Yes. With 256 MB of memory, data logging, Modbus RTU communications, and programmable inputs/outputs, it supports detailed energy accounting, demand management, and integration with EMS/SCADA for accurate cost allocation and reporting.
The PXMP-MB is CE marked and UL Listed to 61010-1, with ANSI/IEEE C12.20 (0.5% accuracy) and CSA certifications. It also complies with electromagnetic compatibility standards, including transient and surge considerations, supporting global deployments.
The meter uses Modbus RTU over RS-485, enabling direct data streaming to building management systems, energy management platforms, or SCADA. Its digital I/O and programmable inputs support event signaling and simple control logic at the device level, reducing latency and enhancing reliability.