AC/DC Dual-mode LoRaWAN & RS485 DIN Rail Smart DC Energy Meter

  • AC/DC Dual-mode LoRaWAN & RS485 DIN Rail Smart DC Energy Meter
  • AC/DC Dual-mode LoRaWAN & RS485 DIN Rail Smart DC Energy Meter
  • AC/DC Dual-mode LoRaWAN & RS485 DIN Rail Smart DC Energy Meter
  • AC/DC Dual-mode LoRaWAN & RS485 DIN Rail Smart DC Energy Meter
  • AC/DC Dual-mode LoRaWAN & RS485 DIN Rail Smart DC Energy Meter
  • AC/DC Dual-mode LoRaWAN & RS485 DIN Rail Smart DC Energy Meter

DCM54

AC/DC Dual-mode LoRaWAN & RS485 DIN Rail Smart DC Energy Meter

  • AC/DC Dual-mode Smart Meter
  • Multi-parameter Measurement: V, A, P, Hz, kWh, kvarh, ect.
  • External Current Transformer (RJ12 Interface)
  • External Shunt (100mV)
  • Bi-directional DC Energy Detection
  • RS485 Modbus RTU Communication Interface
  • LoRaWAN Remote Communication Support
  • Event Recording and Alarm
  • Built-in RTC and Backup Battery
  • 6-month Data Storage

Eastron DCM54 is an AC/DC dual-mode DIN rail smart meter capable of simultaneously performing high-precision measurement of electrical parameters in single-phase two wire AC systems (using external current transformers) and DC systems. Measured parameters include voltage, current, power, frequency, active energy, reactive energy, and bidirectional DC energy. Energy is measured in kWh and kvarh.

Eastron DCM54 smart energy meter integrates AC and DC metering into a single instrument and includes a built-in LoRaWAN wireless communication module, allowing direct data upload without an additional gateway. The product is also equipped with an RS485 (Modbus RTU) interface for convenient connection to local monitoring systems. The meter features a segment LCD screen (with white backlight) that cyclically displays AC/DC energy, network status, and battery state of charge (SOC). A built-in real-time clock and backup battery support event recording and alarm functions.

Eastron DCM54 smart energy meter is designed for photovoltaic energy storage systems, communication base stations, DC charging piles, industrial DC power supplies, and new energy microgrids. In PV storage systems, it simultaneously monitors inverter AC output and battery DC charge/discharge. For communication base stations, it centrally monitors AC backup power and DC loads, simplifying on-site wiring. For DC charging piles, it supports bidirectional metering, providing a reliable basis for billing. The product integrates AC/DC metering, LoRaWAN remote communication, and bidirectional energy detection, aiming to provide users with a simpler and more efficient bidirectional energy management experience.

Electrical Characteristics

Type of Measurement

RMS

Measurement Accuracy

Voltage

±0.5%

Current

±0.5%

Frequency

±0.1%

Power Factor

± 0.01

Active Power

± 1%

Reactive Power

± 1%

Apparent Power

± 1%

Active Energy

Class 1S IEC62053-21

Class C EN50470-3:2022

Reactive Energy

Class 2 IEC 62053-23

 

Input & Output

AC Side

Voltage AC (Un)

120V AC / 230V AC

Voltage Range

85V AC ~ 277V AC

Frequency

50/60Hz

Current Input

8mA

Maximum Current

40mA

Minimum Current

0.4mA

DC Side

DC Voltage

Supply voltage: 20 ~ 56 VDC
Sampling voltage: 20 ~ 56 VDC

DC Current Measurement

100mV external shunt, default 100A/100mV

Output

LoRaWAN + RS485 Modbus + Pulse Outputs

 

Communications

Interface 1

RS485

Interface 1 Protocol

MODBUS RTU

Communication Address

1~247

Transmission Distance

1000m Maximum

Transmission Speed

2400/4800/9600(Default)/19200/38400bps

Parity

NONE(Default)/ODD/EVEN

Stop Bits

1 or 2

Response Time

<100 ms

Interface 2

LoRaWan

Interface 2 Protocol

LoRaWAN Specification 1.0.2 / 1.0.4 and 1.1

Frequency

EU868/AS923/AU915...

Default: US915

LoRaWAN Class

Class C

Frequency Range

Band 1 (HF): 862 ~ 1020 MHz

Activation Way

OTAA or ABP

 

Wiring and Dimension [mm:]

Wiring and Dimension [mm:]

Wiring diagram
DCM54WIR

Wiring and Dimension [mm:]

Dimensions
DCM54SIZE