Description
Schneider Electric EasyLogic PM2000 Series
EasyLogic PM2000 Series Power & Energy Meters
Schneider Electric EasyLogic PM2000 Series meters are compact 96 mm x 96 mm panel-mounted power and energy meters for LV electrical monitoring, sub-metering, bill checking, cost allocation and basic power quality visibility.
The PM2000 range includes LED and LCD display models, pulse-output models, RS485 Modbus models, Class 1 and Class 0.5S energy accuracy options, total harmonic distortion measurement, and individual harmonic visibility up to the 15th or 31st order depending on the selected part number.
96 mm x 96 mm Panel Mount
LED / LCD Options
Pulse / RS485 Models
Class 1 / Class 0.5S
THD / Harmonics
IoTWatt 4.0 Ready
Product Overview
EasyLogic PM2000 meters are suitable for basic power monitoring applications where users need clear local display, reliable energy measurement and simple integration into energy management systems.
They are commonly used in main distribution boards, sub-distribution boards, MCC panels, feeder panels, tenant panels, equipment panels and facility metering points.
Positioning: PM2000 is suitable for cost-effective panel metering, sub-metering, bill checking, energy cost allocation, basic harmonic visibility and IoTWatt 4.0 integration.
Why PM2000 Matters
PM2000 is a practical entry-level Schneider Electric meter family for sites that need reliable metering without unnecessary high-end power quality functions.
- Panel metering
- Sub-metering
- Bill checking
- Cost allocation
- Power factor review
- Basic harmonic visibility
- RS485 integration
Typical Monitoring Architecture
PM2000 meters are installed at the electrical panel. Pulse-output models can be connected to pulse counters or remote I/O modules, while RS485 models can be integrated into EMS, BMS, SCADA, gateway systems or IoTWatt 4.0 through Modbus RTU.
1
CT / Voltage Inputs
Panel or feeder measurement point.
2
PM2000 Meter
Power and energy measurement.
3
Pulse / RS485
Pulse output or Modbus RTU data.
4
Gateway / EMS
Data collection and integration.
5
IoTWatt 4.0
Dashboards, analytics and reports.
Part Numbers and Variant Selection
| Commercial Reference |
Model |
Display |
Communication / Output |
Accuracy |
Recommended Use |
| METSEPM2110 |
PM2110 |
LED display |
Pulse output |
Class 1 |
Basic panel metering where local display and pulse-based kWh monitoring are sufficient. |
| METSEPM2120 |
PM2120 |
LED display |
RS485 |
Class 1 |
Entry-level RS485 Modbus metering for EMS, BMS, SCADA or IoTWatt 4.0 integration. |
| METSEPM2130 |
PM2130 |
LED display |
RS485 |
Class 0.5S |
Better choice for sub-metering, cost allocation and energy monitoring where LED display is preferred. |
| METSEPM2210 |
PM2210 |
LCD display |
Pulse output |
Class 1 |
Basic LCD-display meter for local panel metering and pulse-based kWh collection. |
| METSEPM2220 |
PM2220 |
LCD display |
RS485 |
Class 1 |
Cost-effective LCD-display Modbus meter for remote monitoring and IoTWatt 4.0 dashboards. |
| METSEPM2230 |
PM2230 |
LCD display |
RS485 |
Class 0.5S |
Best PM2000 choice for stronger sub-metering, energy analytics and cost allocation. |
| METSEPM2KDGTLIO22 / METSEPM2KDGTLIO22D |
Digital I/O Module |
Accessory |
2-channel input / output |
Not applicable |
Use where compatible PM2000 installations require external digital input or output functions. |
Selection note: For IoTWatt 4.0 integration, RS485 models are normally preferred because they provide richer live data than pulse-only models. Use PM2120 / PM2220 for Class 1 monitoring, or PM2130 / PM2230 where Class 0.5S accuracy and 31st harmonic visibility are required.
Feature Comparison
| Feature |
PM2110 |
PM2120 |
PM2130 |
PM2210 |
PM2220 |
PM2230 |
| Display Type |
LED |
LED |
LED |
LCD |
LCD |
LCD |
| Mounting |
96 mm x 96 mm |
96 mm x 96 mm |
96 mm x 96 mm |
96 mm x 96 mm |
96 mm x 96 mm |
96 mm x 96 mm |
| Pulse Output |
Yes |
No |
No |
Yes |
No |
No |
| RS485 Communication |
No |
Yes |
Yes |
No |
Yes |
Yes |
| Active Energy Accuracy |
Class 1 |
Class 1 |
Class 0.5S |
Class 1 |
Class 1 |
Class 0.5S |
| Harmonic Visibility |
Total harmonic distortion |
Up to 15th harmonic |
Up to 31st harmonic |
Total harmonic distortion |
Up to 15th harmonic |
Up to 31st harmonic |
| Typical Use |
Basic pulse-output metering |
Basic RS485 energy monitoring |
Higher-accuracy RS485 sub-metering |
LCD pulse-output metering |
LCD RS485 energy monitoring |
Best PM2000 option for LCD RS485 sub-metering |
Key Features at a Glance
Compact 96 mm Panel Meter
Fits standard 96 mm x 96 mm panel cut-outs for switchboards, DBs and MCC panels.
LED and LCD Options
PM2100 models use LED displays, while PM2200 models use LCD display variants.
Class 1 and Class 0.5S Options
Select Class 1 for basic metering, or Class 0.5S for stronger sub-metering and cost allocation.
Pulse Output Models
PM2110 and PM2210 support pulse output for basic kWh collection.
RS485 Modbus Models
PM2120, PM2130, PM2220 and PM2230 support RS485 communication.
Basic Power Quality Visibility
Total harmonic distortion and selected individual harmonics up to 15th or 31st order.
Power and Energy Values
Measures voltage, current, power, energy, power factor, frequency and demand values depending on model.
Sub-Metering and Cost Allocation
Suitable for feeder-level consumption, tenant billing support and department metering.
IoTWatt 4.0 Integration
RS485 models can connect to IoTWatt 4.0 through a Modbus gateway.
Applications and Best-Fit Sites
- Distribution board metering
- Tenant sub-metering
- MCC panels
- Equipment panels
- Feeder monitoring
- Basic energy monitoring
- Bill checking
- Cost allocation
- Power factor review
- Basic harmonic awareness
- EMS / BMS / SCADA
- IoTWatt 4.0
Typical Measured Parameters
| Parameter Group |
Typical Measurements |
| Voltage |
Line-to-line and line-to-neutral voltage values depending on wiring configuration. |
| Current |
Phase current and average current values. |
| Power |
Active power, reactive power and apparent power values for load monitoring. |
| Energy |
Active, reactive and apparent energy values for consumption tracking and cost allocation. |
| Power Factor |
Power factor values for electrical efficiency and reactive power review. |
| Frequency |
System frequency measurement. |
| Demand |
Demand values for load and peak usage review depending on model. |
| Power Quality |
Total harmonic distortion and, on selected models, individual harmonic visibility up to 15th or 31st order. |
Communication and Integration Selection
| Integration Requirement |
Recommended Part Number |
Reason |
| Local display and basic pulse kWh monitoring |
METSEPM2110 or METSEPM2210 |
Pulse output models suitable for basic energy counting. |
| RS485 Modbus monitoring, Class 1 |
METSEPM2120 or METSEPM2220 |
Suitable for basic digital monitoring through EMS, BMS, SCADA or IoTWatt 4.0. |
| RS485 Modbus monitoring, better accuracy |
METSEPM2130 or METSEPM2230 |
Class 0.5S models with 31st harmonic visibility for stronger sub-metering. |
| LED display preferred |
METSEPM2110 / METSEPM2120 / METSEPM2130 |
PM2100 family models with LED display. |
| LCD display preferred |
METSEPM2210 / METSEPM2220 / METSEPM2230 |
PM2200 family models with LCD display. |
| IoTWatt 4.0 dashboards and analytics |
METSEPM2120 / METSEPM2130 / METSEPM2220 / METSEPM2230 |
RS485 Modbus provides richer live data compared with pulse-only metering. |
| Additional digital I/O |
METSEPM2KDGTLIO22 or METSEPM2KDGTLIO22D |
Use where compatible PM2000 installations require external digital input or output functions. |
Integration note: PM2000 RS485 models can be connected to IoTWatt 4.0 through compatible Modbus gateways such as RS2LAN, RS2MQTT or RS2WLAN. Pulse models can be used through pulse input modules, but they normally provide only kWh pulse trends.
Integration with IoTWatt 4.0
IoTWatt 4.0 can collect PM2000 meter data for energy dashboards, cost allocation, energy audit evidence, abnormal consumption detection, power factor review, demand trends and EECA reporting workflows.
- kWh monitoring
- kW demand trends
- Voltage and current data
- Power factor review
- Feeder comparison
- Tenant consumption
- Cost allocation
- Energy baseline support
- Sub-metering dashboards
- EECA reporting support
Recommended Deployment Checklist
- Confirm PM2000 model
- Confirm LED or LCD display
- Confirm pulse or RS485
- Confirm Class 1 or Class 0.5S
- Confirm harmonic requirement
- Confirm CT ratio and secondary
- Confirm CT class and burden
- Confirm voltage wiring
- Confirm panel cut-out
- Confirm Modbus settings
- Confirm pulse scaling
- Confirm IoTWatt 4.0 integration
- Test CT direction
- Test display and communication
PM2000 Supply, Variant Selection, Commissioning and IoTWatt 4.0 Integration
Saturn Pyro supports Schneider Electric EasyLogic PM2000 Series meters for variant selection, supply, panel metering, RS485 Modbus integration, pulse monitoring, sub-metering, EMS / BMS / SCADA connectivity and IoTWatt 4.0 digital energy audit projects in Malaysia.
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