Wonporul
  • Home
  • Segments
  • Industrial
    • Smart Meter
    • 96x96
    • Won-G1
    • Won-G2
    • Won-G4
    • Won-G7
    • Won-G8
    • Won-H2-R
    • DIN RAIL
    • Won-G1D100
    • Won-G3D100
    • Won-G3DCT
    • Won-H4-D-R-SC
  • Bio-Medical
  • Consumer
  • Security
  • Communication
  • EV
  • Careers
  • Downloads
  • CSR Activities
  • Contact
  • More
    • Home
    • Segments
    • Industrial
      • Smart Meter
      • 96x96
      • Won-G1
      • Won-G2
      • Won-G4
      • Won-G7
      • Won-G8
      • Won-H2-R
      • DIN RAIL
      • Won-G1D100
      • Won-G3D100
      • Won-G3DCT
      • Won-H4-D-R-SC
    • Bio-Medical
    • Consumer
    • Security
    • Communication
    • EV
    • Careers
    • Downloads
    • CSR Activities
    • Contact
Wonporul
  • Home
  • Segments
  • Industrial
    • Smart Meter
    • 96x96
    • Won-G1
    • Won-G2
    • Won-G4
    • Won-G7
    • Won-G8
    • Won-H2-R
    • DIN RAIL
    • Won-G1D100
    • Won-G3D100
    • Won-G3DCT
    • Won-H4-D-R-SC
  • Bio-Medical
  • Consumer
  • Security
  • Communication
  • EV
  • Careers
  • Downloads
  • CSR Activities
  • Contact

WON-G7

     

WON-G7


 The Won-G7-WiFi series is a three-phase multifunctional  energy meter that measures key electrical parameters such  as voltage, current, power, power factor, harmonics, and  bidirectional active/reactive energy.   

 

 It supports 1P2W, 2P3W, 3P3W, and 3P4W systems,  features RS485 communication (up to 38,400 bps) with  Modbus and DLT645 protocols, and includes built-in Wi-Fi  for wireless monitoring. A large LCD display with touch  buttons and password protection ensures easy operation  and secure data management. 


Specifications


• Data Logger through RS485 Modbus Inbuilt Bi-Directional MFM 

• Class 0.5 s

• Aux: 85-265 VAC/DC 

• 1xPulse VT & CT Ratio: Site -1/, -/5A Programmable 

• Harmonics up to 63rd order Touch Buttons | RTC


Digital electricity meter displaying usage and voltage.
Download product details

Copyright © 2024 Wonporul - All Rights Reserved.

Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept