OEM High Quality Dc And Ac Voltmeter Factory - Three-Phase Ammeter (Design Model) – Newlink
OEM High Quality Dc And Ac Voltmeter Factory - Three-Phase Ammeter (Design Model) – Newlink Detail:
Overview
The three-phase ammeter adopts the AC sampling technology to measure the true RMS value, and can measure the three-phase current in the power grid. It has the characteristics of convenient installation, simple wiring, convenient maintenance, small amount of engineering, field programmable input parameters, etc., and can complete the networking communication with different PLCs and industrial computers in the industry.
Features
Measurement: Three-phase current
Display: Three rows of LED digital / LCD liquid crystal display A, B, C three-phase current at the same time
Uses: suitable for power grid, automatic control system, low-voltage three-phase current measurement circuit, suitable for MKH, GGD and other cabinet types
Optional: RS485 communication function, two switch output (2D0), two switch input (2DI), one analog output (1AO)
Product In Kind
External Dimensions
Schematic
Application
Product detail pictures:
Related Product Guide:
The incredibly abundant projects administration experiences and 1 to one provider model make the superior importance of small business communication and our easy understanding of your expectations for OEM High Quality Dc And Ac Voltmeter Factory - Three-Phase Ammeter (Design Model) – Newlink , The product will supply to all over the world, such as: Colombia, Austria, Milan, With the advanced workshop, professional design team and strict quality control system, based on mid- to high-end marked as our marketing positioning, our products are fast selling onto European and American markets with our own brands such as below Deniya, Qingsiya and Yisilanya.
By Phoenix from America - 2018.06.18 17:25
The factory technical staff not only have high level of technology, their English level is also very good, this is a great help to technology communication.
By Elaine from Sierra Leone - 2018.10.09 19:07