Product
Provide users with high-quality products and services
Core values
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CD550
DC Energy Meter For EV Charging
The CD550 series is a new generation of DC energy meters designed and developed specifically for metering applications at DC charging stations. It has high-precision measurement functions for parameters such as voltage, current, and power, with an energyaccuracy of 0.5 measurement level.
The integrated design and internal integration of current shunt provide the latest highly integrated solution for electric vehicle DC charging devices. The product is designed for global application scenarios and complies with the latest IEC 62053-41:2021 standards for DC energy meters and charging stations, as well as CE, MID, Eichrecht, LNE and other certification requirements. The product has advanced technology and excellent quality, making it an ideal measuring component for DC charging stations.
Product Features
Measurement Accuracy
METERING
Parameter Accuracy Resolution Range
Voltage(U) 0.002 0.1V 100~1000 VDC
Current(1) 0.002 0.01A 3.9~800A
Power(P) 0.005 Can be set,up to 0.0001kW 0~920    kW
Energy(E) IEC62053-41:Class 0.5;EN 50470:Class C(0.5) Can be set,up to 0.0001 kWh 0~4200000000.0      kWh
Real Time Clock 0.5s/d - -
FEATURES

High Precision

· Measures DC electrical parameters such as voltage, current, energy and power.

· Bidirectional energy measurement, compliant to IEC 62053- 41:2021 Class 0.5, EN50470-4 Class C.

High Quality

Safe, stable, and durable.

High Cost-Effectiveness

Build-in shunt,integrateddesign, Save intrauation cost.

World Wide certifieation

CE, MID, Eichrecht, UL for International Markets

◆ OCMF

Signed data readouts in OCMF format.

High Usability

Small size, easy installation, customizable parameter settings, easy integration.

Industrial Design

Exquisite appearance, sturdy, reliable, fully compliant with safety regulations and electromagnetic compatibility.

Wide Temperature Range

-40~85 , suitable for application scenarios in various regions around the world.

 

Application Area