YCGN-919DC Handheld DC EVCS Tester

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YCGN-919DC
Class 0.1
YCGN-919DC Handheld DC EVCS Tester is a lightweight portable verification instrument supporting vehicle and traditional DC load testing, high-precision dynamic energy metering, multi-item error verification and cloud intelligent management for DC charging pile on-site and factory inspection.
Patented Handheld DC EVCS Tester for Dynamic Commercial Verification
5G Cloud-Linked Diagnostics with Integrated CAN-BUS Interoperability
Satellite-Synced Interoperability Backed by 39-Year GENY Mastery

basic param

Voltage Measurement Range 100V~800V
Current Measurement Range 1A~300A
Energy Measurement Accuracy 0.1 Class
Supports 4G/5G and CAN-BUS communication
  • Lightweight and miniaturized patented design supports single-person field operation for DC charging pile verification
  • Compatible with new energy vehicles and traditional DC loads for flexible testing scenarios
  • Adopts dynamic range measurement and millisecond-level high-frequency energy metering technology
  • Accurately measures cumulative energy under dynamic load for real charging scenario adaptation
  • Supports verification items including working error, clock error, pile-side and vehicle-side metering error
  • Enables data credibility testing of charging pile and enterprise metering systems
  • Built-in lithium battery for independent power supply without external power connection
  • Equipped with 4G/5G remote communication and CAN-BUS charging communication interfaces
  • Supports satellite and network time synchronization with clock error ≤1s
  • Standard electric energy pulse output port and upper computer interface for data analysis
  • Original data collection of on-site verification and charging communication data recording function
  • Cloud platform linkage with verification APP, realizing automatic report generation and approval management
  • Compatible with mobile phones, tablets and computers without dedicated terminal restrictions
  • Complies with GB/T 18487.1, GB/T 20234.3 and JJG1149-2022 relevant standards