3 Phase Automatic AC Variable Frequency Drive Inverter Drive For Pump - Product
Place of Origin : Guangzhou,China
Delivery Time : 3-14 Days On Payment
Product Description
HV1000 Variable Frequency Drive Inverter For PG / Communication Cards
# # AC 3 phase 220V/380V, 0.75 - 560 kw, Single phase 0.4 - 2.2 KW
# Equal quality and feature with Emerson EV3000 but much more cost-effective, Better feature than Emerson commander SK
# Drive induction motor / synchronous servo motor / asynchronous servo motor
# High performance current vector frequency inverter
# A variety of specialized models for different industries, e.g. Winding device, CNC machine to
Physical Specification
Other Specification :
HV1000 Variable Frequency Drive Inverter For PG / Communication Cards
# # AC 3 Phase 220V/380V, 0.75 - 560 Kw, Single Phase 0.4 - 2.2 KW
# Equal Quality And Feature With Emerson EV3000 But Much More Cost-effective, Better Feature Than Emerson Commander SK
# Drive Induction Motor / Synchronous Servo Motor / Asynchronous Servo Motor
# High Performance Current Vector Frequency Inverter
# A Variety Of Specialized Models For Different Industries, E.g. Winding Device, CNC Machine Tools, Injection Machine, CNC Wood Veneer Peeling Lathe
# Various Accessories For Different Applications: E.g. PG Cards, Communication Cards
Description:
HV1000 Series Of VFD Has Equal Quality And Feature With Emerson EV3000 But Much More Cost-effective, Better Feature Than Emerson Commander SK. It Satisfies High Performance Requirements By Using A Unique Control Method To Achieve High Torque, High Accuracy And Wide Speed-adjusting Range. Its Anti-tripping Function And Capabilities Of Adapting Severe Power Network, Temperature, Humidity, And Dusty Environment Exceeds Those Of Similar Products Made By Other Companies, Which Improves The Products Reliability Noticeably.
Features Of HV1000 Frequency Inverter
Precise Self-learning Of Motor Parameter
# Precise Self-learning Of Motor Parameter
# Static Mode: Stator/rotor Time Constant
# Dynamic Mode: Magnetic Flux Parameter
# The Best Dynamic Control
Optimizing Of Motor Noise And Heat
# Unique Modulation Technology, Decreasing Current Harmonics
# Frequency Spectrum Balance Technology, Adjusting Motor Tone
# Decrease Common-mode Voltage, Reducing Leak Current
# Carrier Wave Dynamic Adjusting, Reducing The Temperature
# Reducing Switching Frequency When High-frequency, Decreasing The Module Heat
Optimized Over-modulation Technology
# Applicatio