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- METSEPM5320
- Power Meter
- France
- 96 × 72 × 96 mm
- 0.43 kg
- Xiamen, China
- New & In Stock
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Product Overview
The Schneider METSEPM5320 PowerLogic PM5000 Power Meter is an electrical measurement device for monitoring power-system conditions in industrial and commercial distribution networks. It is suited to applications where electrical personnel need continuous measurement of operating parameters at distribution feeders, switchboards, motor control centers, or other selected points.
The PM5000 platform is commonly used for power monitoring in manufacturing plants, process facilities, commercial buildings, and infrastructure installations. METSEPM5320 can be used to evaluate electrical loading, monitor distribution-system behavior, and support maintenance activities where accurate power information is required.
In a typical installation, the meter receives voltage and current measurement signals from the monitored circuit. It processes these signals and presents electrical measurements that can be used locally or as part of a broader power-monitoring architecture.
Correct installation of the voltage and current circuits is critical. Phase identification, current-transformer connections, polarity, and meter configuration should be checked during commissioning because wiring errors can produce incorrect electrical readings without indicating an internal meter fault.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | METSEPM5320 |
| Product Family | Schneider PowerLogic PM5000 |
| Product Type | Power Meter |
| Primary Function | Electrical power measurement and monitoring |
| System Role | Power monitoring and measurement interface |
| Application | Electrical distribution and power monitoring |
| Dimensions | 96 × 72 × 96 mm |
| Weight | 0.43 kg |
Product Features
- Schneider PowerLogic PM5000 power metering platform
- Electrical power measurement for distribution systems
- Suitable for industrial and commercial electrical installations
- Supports continuous monitoring of electrical operating conditions
- Suitable for feeder, switchboard, and motor control center monitoring
- Can be incorporated into power-monitoring and energy-management systems
- Useful for electrical maintenance and load assessment
- Supports centralized visibility of selected electrical measurement points
- Panel-oriented format for electrical distribution applications
Working Principle
The METSEPM5320 acquires voltage and current signals from the monitored electrical circuit and converts these measurements into usable power-system information.
Electrical Distribution System → Voltage / Current Measurement → METSEPM5320 → Electrical Data → Operator / Monitoring System
Voltage measurement circuits provide the reference for the electrical supply, while current measurement circuits represent the load flowing through the monitored conductors. The meter processes the incoming measurement signals and calculates or displays the corresponding electrical parameters.
When investigating an abnormal reading, the meter should not be evaluated in isolation. Voltage connections, current-transformer wiring, phase sequence, polarity, configuration, and actual load conditions should be checked together to determine whether the abnormal value originates from the measurement circuit or the electrical system.
Role in a PowerLogic PM5000 Monitoring Architecture
The METSEPM5320 functions as a measurement device within the electrical distribution monitoring architecture.
Power Source → Distribution Feeder → METSEPM5320 → Power Measurements → Monitoring / Energy Management System
| System Element | Function |
|---|---|
| Power Source | Supplies the monitored electrical network |
| Distribution Feeder | Delivers electrical power to connected loads |
| METSEPM5320 | Measures and monitors electrical operating parameters |
| Current Transformer | Supplies current measurement signals where applicable |
| Voltage Measurement Circuit | Provides voltage information to the meter |
| Monitoring System | Collects or displays electrical measurement data |
| Connected Load | Consumes electrical power from the distribution system |
Industrial Applications
| Application | Typical Use |
|---|---|
| Industrial Power Distribution | Monitoring electrical feeders and distribution panels |
| Manufacturing Plants | Tracking electrical conditions across production areas |
| Motor Control Centers | Monitoring power conditions associated with motor feeders |
| Process Facilities | Electrical measurement at selected plant distribution points |
| Commercial Buildings | Distribution and power-system monitoring |
| Utility Systems | Monitoring auxiliary and plant electrical loads |
| Infrastructure Facilities | Supervision of electrical distribution conditions |
| Energy Management | Providing electrical data for load and energy analysis |
Installation and Maintenance
- Verify the METSEPM5320 model and intended measurement application before installation.
- Confirm that the monitored electrical system is suitable for the meter’s intended measurement arrangement.
- Identify all voltage phases before connecting the voltage measurement circuit.
- Check the current-transformer arrangement when current transformers are used.
- Verify current-transformer polarity and phase association.
- Confirm that voltage and current inputs correspond to the correct electrical phases.
- Inspect terminal connections for looseness, damage, or signs of overheating.
- Verify the meter configuration before using its measurements for operational decisions.
- Compare unexpected readings with known system conditions or an independent measuring instrument.
- If only one measurement appears abnormal, inspect the corresponding voltage or current measurement circuit first.
- Record wiring and configuration information before removing an installed meter.
- After replacement, verify voltage measurements, current measurements, power readings, and communication or monitoring functions.
Related Components
| Component | Function |
|---|---|
| Schneider PowerLogic PM5000 Series | Power measurement platform |
| Current Transformer | Provides current measurement signals |
| Voltage Measurement Circuit | Supplies voltage measurement information |
| Distribution Switchboard | Distributes and monitors electrical power |
| Motor Control Center | Provides motor feeder distribution |
| Circuit Breaker | Provides electrical switching and protection |
| Power Monitoring System | Collects and displays electrical data |
| Energy Management System | Uses power measurements for energy analysis |
Recommended Related Models
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| Schneider METSEPM5320 | PowerLogic PM5000 Power Meter | Electrical power monitoring |
| Schneider PowerLogic PM5000 Series | Power Meter | Industrial power monitoring |
| Schneider PowerLogic Power Meters | Power Meter | Electrical distribution measurement |
| Schneider EasyLogic Power Meters | Power Meter | General electrical monitoring |
| Schneider Current Transformers | Current Transformer | Electrical current measurement |
| Schneider Circuit Breakers | Protection Device | Distribution circuit protection |
| Schneider Power Monitoring Devices | Monitoring Equipment | Power-system supervision |
| Schneider Energy Management Devices | Energy Monitoring Equipment | Energy analysis and management |
Key Advantages
- Provides a dedicated measurement point for electrical distribution systems.
- Suitable for industrial, commercial, and infrastructure applications.
- Supports continuous observation of electrical operating conditions.
- Fits within PowerLogic-based power-monitoring architectures.
- Useful for feeder and motor control center monitoring.
- Supports electrical maintenance, load assessment, and energy-management activities.
Technical FAQs
Where should a METSEPM5320 be installed when monitoring an industrial power network?
The meter can be installed at a selected measurement point such as a main distribution panel, feeder, switchboard, or motor control center. The installation point should correspond to the electrical section whose operating conditions need to be monitored.
Why is current-transformer phase matching important for power measurements?
The meter uses the relationship between voltage and current measurements to determine electrical parameters. If a current transformer is connected to the wrong phase or its polarity is reversed, the resulting power information can be incorrect even though the individual measurement circuits appear operational.
How should an abnormal reading on one measurement channel be investigated?
First compare the abnormal channel with the corresponding voltage or current wiring. Check terminal connections, phase identification, current-transformer wiring, and configuration before determining that the meter itself has failed.
What should be documented before replacing a METSEPM5320?
The existing voltage connections, current-transformer arrangement, phase identification, meter configuration, and monitoring-system connections should be recorded. This information allows the replacement meter to be commissioned according to the original electrical measurement architecture.