air conditioner Mitsubishi

用法例句

In this paper,Application of Mitsubishi inverter remote control function in PC shear for bar steel is as an example,detailed information on application of Mitsubishi Inverter remote control function in Engineering.

本文以三菱变频器在PC钢棒剪切机中的应用为例,详细介绍了三菱变频器遥控功能在此项工程中的应用。

Spindle Modification of CNC Lathe CK7815 with Mitsubishi Inverter

用三菱变频器改造CK7815数控机床主轴

Application of Mitsubishi Inverter Remote Control Function in PC Shear for Bar Steel

三菱变频器遥控功能在PC钢棒剪切机中的应用

Communication between S7-200 and mitsubishi inverter based on free port mode

基于自由端口模式的S7-200与三菱变频器的通信

Constitute Multi-motor Frequency Speed Control System with Mitsubishi PLC and Its Frequency Inverter;

用三菱PLC及其变频器构成多电机变频调速系统

Analysis of Operation of Mitsubishi Electric Power Transformer in NanTong

日本三菱变压器在南通运行情况分析

The Research of DAE Automatic Transmission Project Cultural Management

东安三菱自动变速器项目文化管理研究

Gravure Printing Machine Control System Based on Mitsubishi Inverter

基于三菱卷取专用矢量变频A740-A1的凹印机张力控制系统

Speed Sensorless Vector Control Three-level Inverter;

无速度传感器矢量控制三电平变频器

Simulation for Three-lever Inverter of Variable-frequency Speed Governing System

三电平逆变器变频调速系统的Matlab仿真

Three-phase Bi-directional Voltage-source High Frequency Link Inverter;

三相双向电压型高频链逆变器的研究

The Modeling, Simulating and Designing for Three-Level Inverter System;

三电平变频器系统建模、仿真和设计

Design and Study on 250kVA Three Level Middle Voltage Inverter;

250kVA三电平中压变频器的设计与研究

Research on Three-level Medium Voltage Variable Requency Drive and Related Problems;

三电平高压变频器及其相关问题研究

Application Research of Three-phase PFC In Frequency Converter;

三相PFC在变频器中的应用方法研究

Three phase voltage model AC-AC frequency-variable inverter controlled by single-chip microcomputer;

单片机控制的三相电压型交-交变频器

As soon as the frequency changer tows three stoker control system the application

变频器一拖三给煤机控制系统的应用

Application of Omron Inverter in the Triaxial Roving Machine

Omron变频器在三轴粗纱机中的应用

Development of inverter control theory and technology Development and view of inverter(Part Three)

变频器控制理论与技术的发展——变频器的发展与展望(三)