Solution Description
V9 Series Common goal CZPT
Straightforward Handle / CZPT ly Interface/ Multifunction Operation / CZPT CZPT ion
About Item
The V9−H Collection General Purpose CZPT is a substantial-overall performance vector handle and torque-controlled inverter. Vector manage tactics and torque management tactics are used. The V9−H item voltage selection 220V and 380V, CZPT range .75Kw to 630Kw. It can fit synchronous and asynchronous motor. Synchronous open up loop, Synchronous closed loop, Asynchronous V/F, Asynchronous shut loop, Asynchronous vector, these manage modes can meet CZPT demands.
Consultant Industry
Equipment instrument sector, CZPT , CZPT business, Air compressor industry, Papermaking sector, Oilfield, Plastic industry, CZPT processing, Municipal CZPT , Textile business, CZPT and packaging, CZPT mining, Processing heart, Wood processing, Cable CZPT ry, Foodstuff CZPT , CZPT ctric Cars, Centrifuges and CZPT -finish applications ect.
Feature:
Δ Multiple Program Loop Control Modes
Place loop
Pace loop
Torque loop
Δ CZPT Command Assortment Is Adaptable and Handy
Modbus communication
Keyboard given
Analog given
Multi-phase speed offered
Terminal UP/DN presented
Procedure PID presented
Basic PLC pace given
Δ A number of Working Directions Environment Strategies
Modbus interaction
Keyboard offered
Terminal provided
Δ LED Procedure Panel / Lcd Liquid Crystal Procedure Panel Are Optional
Modbus interaction, standard community port link are adopted in LED operation panel / Lcd liquid crystal procedure panel
The structure of the button accords with ergonomic principle
1-button parameter entry and exit,straightforward to work
Parameter copy perform, distant control box perform (up to 500m) can be realized by the operation panel
The operation panel has a password lock operate to stop CZPT -experts from changing parameters by blunder
Δ Higher Computer Conversation
Supply 485 interaction interface, the interaction protocol is Modbus
Parameter upload and download capabilities can be carried out
Polyphase motors can be either two-stage or three-period motors. They work like solitary-stage induction motors, but the two one-phase and polyphase motors run on a rotating magnetic discipline. Their rotating magnetic fields are created by two- or three-section currents passing via two or far more sets of coils. The rotating magnetic subject makes torque. Polyphase motors are used in programs that demand high power, such as the power drive of compressors, hydraulic pumps, air conditioning compressors, and irrigation pumps.