V9 Sequence CZPT objective Inverter
Easy Management / Pleasant Interface/ Multifunction Procedure / Excellent Succession
About Merchandise
The V9−H Series CZPT Function Inverter is a higher-performance vector handle and torque-managed inverter. Vector handle techniques and torque manage strategies are employed. The V9−H item voltage assortment 220V and 380V, Electricity selection .75Kw to 630Kw. It can match synchronous and asynchronous motor. Synchronous open loop, Synchronous shut loop, Asynchronous V/F, Asynchronous shut loop, Asynchronous vector, these management modes can fulfill various requirements.
Consultant Market
Device device sector, Lift, Crane market, Air compressor market, Papermaking industry, Oilfield, CZPT industry, Metallic processing, Municipal engineering, Textile sector, Printing and packaging, CZPT mining, Processing middle, Wooden processing, Cable CZPT, Foodstuff Packaging, CZPT Automobiles, Centrifuges and Higher-conclude applications ect.
Function:
Δ Multiple Technique Loop Manage Modes
Position loop
Speed loop
Torque loop
Δ Pace Command Variety Is Flexible and Convenient
Modbus conversation
Keyboard given
Analog provided
Multi-phase velocity presented
Terminal UP/DN presented
Method PID offered
Straightforward PLC speed provided
Δ Numerous Working Instructions Environment Approaches
Modbus communication
Keyboard given
Terminal presented
Δ LED Operation Panel / Liquid crystal display Liquid Crystal Procedure Panel Are Optional
Modbus communication, regular network port link are adopted in LED operation panel / Lcd liquid crystal operation panel
The layout of the button accords with ergonomic theory
A single-button parameter entry and exit,easy to run
Parameter copy perform, distant control box function (up to 500m) can be realized by the procedure panel
The procedure panel has a password lock perform to prevent non-pros from altering parameters by miscalculation
Δ Higher Computer Communication
Offer 485 communication interface, the communication protocol is Modbus
Parameter upload and download functions can be implemented
